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AH-9210D-MC

November 1979

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Document:	CZRJGD0 RP04-5-6 RP04-5-6 DSKLS 1 NOV 1979 bw
Order Number:	AH-9210D-MC
Revision:	000
Pages:	317
Original Filename:	CZRJGD0__RP04-5-6__RP04-5-6_DSKLS_1__AH-9210D-MC__NOV_1979_bw.pdf

OCR Text

RP04/5/6

::ongj/étl);gs‘

NOV 1979

FICHE 1 OF 2

MADE IN USA

RP04/5/6

CZRIGDO

orviiont . SN
NOV 1979

FICHE 2 OF 2

MADE IN USA

e wlTMS

o T e e

add

-—

-y

TT—

CIRJIGDO,RPOL/S/6 DSKLS CTRLRYT
(IRJGD.P1Y
10=-SEP-79 11:00

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1
PAGE ?

SEQ 0001

.REM @

IDENTIFICATION

PRODUCT

(ODE:

AC-9208D=-M(

PRODUCT NAME:

CIRJGD.

RPO&/5/6 DISKLESS CONTROLLER TEST-PART

DATE CREATED:

MAY,

MAINTAINER:

DIAGNOSTIC ENGINEERING

AUTHOR:

PETE

1979

BLACKSTONE

THE INFORMATION IN THIS DOCUMENT 1S SUBJECT TO (MANGE
WITHOUT NOTICE AND SHOULD NOT BE CONSTRUED AS
A COMM]ITMENT BY DIGITAL EQUIPMENT (ORPORATION.

DIGITAL EQUIPMEMT CORPORATION ASSUMES NO
RESPONSIBILITY FOR ANY ERRORS THAT MAY APPEAR

MANUAL
.

IN THIS

THE SOF TWARE DESCRIBED IN THIS DOCUMENT 1S FURNISHED
T0 THE PURCHASER UNDER A LICENSE FOR USE ON A SINGLE

COMPUTER SYSTEM AND CAN BE COPIED (WITH INCLUSION Of
DIGITAL'S COPYRIGHT NOTICE) ONLY FOR USE IN SU(H
SYSTEM, EXCEPT AS MAY OTHERWISE BE PROVIDED IN
WRITING BY DIGITAL.

DIGITAL EQUIPMENT CORPORATION ASSUMES NO
RESPONSIBILITY FOR THE USE OR RELIABILITY OF TS
SOF TWARE ON EQUIPMENT THAT IS NOT SUPPLIED BY DIGITAL.

DIGITAL
DEC

POP
DECUS

UNIBUS
DECTAPE

MASSBUSS

MACYYY

30A(1052)

10-SEP-79

CONTENTS
1.

ABSTRA(CT

REQUIRCMENTS

EQUIPMENT

2.2

STORAGE

2.3

PRELIMINARY PROGRAMS

LOADING PROCEDURE

3.1

ME THOD

STARTING PROCEDURE

6.1

CONTROL

6.2

STARTING ADDRESS OR ADDRESSES

6.3

PROGRAM AND/CR OPERATOR ACTION

OPERATING PROCEDURE

5.1

OPERATIONAL SWIT(H SETTINGS

5.2

SUB=ROUTINE ABSTRACTS

ERRORS

6.1

'FATAL®' ERRORS

RESTRICTIONS

MISCELLANECUS

8.1

EXECUTION TIME

8.2

STACK POINTER

8.3

OPERATOR SELECTABLE SCOPE LOOPS

8.4

PROGRAM REVISION HISTORY

9.0

PROGRAM DESCRIPTION

SWITCH SETTINGS

PAGE

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ABSTRA(Y

THE DIAGNOSTIC

1S USED TO TEST RPQO4/5/6 DEVICE (ONTROL LOGIC

CONNECTED TO EITHER AN RH11 OR RH70 DISK DRIVE CONTROLLER

THIS DIAGNOSTIC TESTS THE RMI1 AND DCL OF AN RJPO4/5/6 SUBSYSTEM.
17 DOES NOT USE THE DISK SURFACE OR ANY SIGNALS FROM THE MDLI.
17 REQUIRES THAT THE DCL CABLE BE PLUGGED INTO THE MDLI OR
BE APPROPIATELY TERMINATED.
If THE DISK IS POWERED UP, IT

1S REQUIRED TO GET THE DISK TO THE ''HEADS UNLOADED'' POSITION.

AFTER A SUCCESSFUL RUN

(WITH NO ERRORS) OF

THIS DIAGNOSTIC

IT CAN BE ASSERTED THAT, ''THAT PART OF THE DCL THAT MANDLES
DATA OR DATA ASSOCIATED LOGIC IS WORKING PROPERLY''.
THIS
IMPLIES THAT, THE PART OF THE LOGIC WHICHW HANDLES MECHANICAL
COMMANDS OR ITS ASSOCIATED LOGIC IS NOT TESTED IN THIS
DIAGNOSTIC.
ALL DATA COMMANDS USE THE MAINTENANCE REGISTER
IN THE WRAPAROUND MODE.

THE DIAGNOSTIC DOES NOT DO ANY

TESTING OF

THE RH70 CONTROLLER

WHEN 1T 1S USED ON AN RWP04/5/6 SYSTETMM 10 TEST RPO&4/5/6 DISK DRIVES
CONNECTED TO THAT TYPE OF CONTROLLER.
IT IS ASSUMED THAT THE
RH70 SPECIFIC CONTROLLER DIAGNOSTIC HAVE BEEN SUCCESSFULLY
RUN TO COMPLETION BEFORE THIS DIAGNOSTIC IS RUN.

¢.0

REQUIREMENTS

2.1

EQU]IPMENT

PDP=11 COMPUTER WITH (ONSOLE TELETYPE, AND A RP04/5/6 DISK SYSTEM,
THE RP04/5/6 DISK SYSTEM WiLL CONSIST OF AN RM11/RM70 CONTROLLER,
AND DISK CONTROL LOGIC

(DCL),

CONNECTED TO THE MDLI, BUT
TERMINATED.

2.2

CABLE FROM THE DCL CAN BE

STORAGE

THIS PROGRAM REQUIRES

2.3

THE

IF NOT THAT CABLE MUST BE PROPERLY

PRELIMINARY

16K WORDS OF MEMORY,

PROGRAMS

THIS CAN BE THE FIRST PROGRAM RUN ON AN RJP0&/5/6 SYSTEM BUT THE
CONTROLLER DIAGNOSTICS MUST BE RUN FIRST IN THE CASE OF AN

RWP04/5/6 SYSTEM,
3.0

LOADING PROCEDURE

USE STANDARD PROCEDURE FOR LOADING .ABS TAPES
STARTING PROCEDURE

SWITCH 12 MUST BE SET WHEN THIS
RH70 CONTROLLER.
1T CAN BE SET
If THE
REGISTER
SWITCH
TWARE
SOF
PARAGRAPH 5.1 FOR A DESCRIPTION
OPERATION.

PROGRAM 1S TO BE RUN USING AN
AT THE FRON PAEL, OR IN THE
SE
OPERATCR SO DESIRES.
OF SOFTWARE SWIT(W REGISTER

SEQ 0003

e
N an)

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SEQ 0004

CONTROL SW]TCH SETTINGS

SEE SECTION 5.1
6.2

STARTING ADDRESS

START AT ADDRESS 200---FOR NORMAL RUN
START AT ADDRESS 204==-T0 SELECT NON-DEFAULT ADDRESSES
START AT ADDRESS 210--=-FOR UNIT SELECTICN

200 START

ALL SWITCHES MUST BE DOWN FOR WORST

CASE RUN.

WITH THIS

STARTING ADDRESS ALL THE RPO4/5/6S ON THE SYSTEM wiLL BE
TESTED ONE AT A TIME BEFORE
TESTING WILL START WiTH THE
THAT 1S POWERED UP (THAT 1S
THAT RESPONDS)THEN GO ON TO
THAT

IS POWERED UP.

"'END PASS' 1S PRINTED OUT.
LOWEST UNIT NUMBER DRIVE
THE LOWEST UNIT NUMBER RHAS REGISTER
THE NEXT MIGHER UNIT NUMBER

206 RESTART
SAME AS START 200 WITH THE FOLLOWING EXCEPTION:
PROGRAM WILL

INTERROGATE

THE

THE OPERATOR FOR A NON-STANDARD

C.S.R. AND VECTOR ADDRESS BEFORE STARTING.
ONCE THE
QUESTIONS HMAVE BEEN CORRECTLY ANSWERED, AND IT IS ALSO
NECESSARY 10 SELECT A PARTICULAR UNIT FOR TEST (TYPICAL

PROGRAM EXECUTION FROM ADDRESS 210), THE PROCESSOR MAY
BE HALTED AND RESTARTED FROM ADDRESS 210.
THE NEW

PARAMETERS WILL NOT BE CHANGED UNLESS THE PROGRAM 1S AGAIN
RESTARTED FROM ADDRESS 204.
IF ALL UNITS ARE TO BE (MECKED,
THE PROCESSOR NEED NOT BE TOUCHED.
THE PROGRAM WiLL
AUTOMATICALLY RESTART AT 200 AFTER RECEIVING THE NEW DEVICE
PARAME TERS.

210 START
ALL SWITCHMES MUST BE DOWN FOR WORST CASE RUN.

WITH THIS

STARTING ADDRESS THE CONSOLE TELETYPE WILL ASK FCR THE UNIT
NUMBER TO BE TESTED.
THEN ONLY THAT UNIY WwiLL BE TESTED
FOR EACH PASS OF

6.3

THE PROGRAM.

PROGRAM AND/OR OPERATOR ACTION
1.

LOAD THE PROGRAM INTO MEMORY.

SET STARTING ADDRESS ON THE SwiT(H REGISTER

PRESS “LOAD ADDRESS'.

SET "OPERATIONAL SWITCH SETTINGS'' (SEE SECTION 5.1)

WORST CASE

1S ALL SWITCHES DOWN.

PRESS "'START".

FOR THE FIRST PASS EACH TEST wiLi BE EXECUTED ONCE
ON THE DRIVES PRESENT OR DRIVE SELECTED BEFORE "'END
THME FIRST PASS wltLL REQUIRE OPERATQR
PASS' IS PRINTED.

——— v

-t

[an
N an ]

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SEQ 0005

INTERVENTION 1F THE PROGRAR 1S NOT RUN UNDER AN "'ACT=-11"

MONITOR.
THE SECOND AND SUBSEQUENT PASSES wiLL EXECUTE
EACH TEST FOUR TIMES ON EACH DRIVES PRESENT OR DRIVE

SELECTED BEFORE ''END PASS'' IS PRINTED.

THE SECOND

AND SUBSEQUENT PASSES DO NOT NEED ANY OPERATOR
5.0

OPERATING PROCEDURE

OPERATIONAL SWITCH SETTINGS

INTERVENTION.

THE PROGRAM 1S BEING RUN ON A SWITCHLESS PROCESSOR (I. E.

AN 11/34)

17 WILL DETERMINE THAT A HARDWARE SWTICH REGISTER

1S NOT PRESENT, AND WILL USE A ''SOFTWARE''

SWITCH REGISTER.

THE SETTINGS OF THE ''SOFTWARE'' SWITCHES ARE CONTROLLED
THROUGAH A KEYBOARD ROUTINE WHICH IS CALLED BY TYPING A

*CONTROL G'.
THE PROGRAM WILL RECOGNIZE A 'CONTROL G' AT ANY
TIME EXCEPT WHEN IT 1S AT A HIGHER PRIORITY PROCESSIHG A RP04/S5/6
INTERRUPT.
THE ''SOFTWARE' SWITCH VALUEA ARE ENTERED AS AN

0(1?; EUHBER IN RESPONSE TO A PROMPT FROM THE SWIT(H ENTRY

ROUTINE:

*SWR = NNNNNN

NEW ='

EACH TIME SWITCH SETTINGS ARE ENTERED, THE ENTIRE SWITCH

REGISTER IMAGE MUST BE ENTERED.
LEADING ZEROS ARE NOT
REQUIRED.
'RUBOUT® AND °'CONTROL U' FUNCTIONS MAY BE USED TO
(ORRECT TYPING ERRORS DURING SWITCH ENTRY,

ON PROCESSORS WITH HARDWARE SWITCH REGISTERS, THE ''SOF TWARE''
SWITCH REGISTER MAY ALSO BE USED.
16 SWITCHES

IN THE

'UP'

THE PROGRAM FINDS ALL

POSITION WHEN 17

IS STARTED,

ALL

SWITCH REGISTER REFERENCES WILL BE TO THE ''SOF TWARE'' REGISTER
AND THE PROCEDURES DESCRIBED ABOVE MUST BE FOLLOWED.

SWITCH DEFINITIONS ARE GIVEN IN SECTION 9 '"'OPERATIONAL
SWITCH SETTINGS'' HOWEVER THE DETAIL DESCRIPTION ARE GIVEN

HERE.

SWITCH 15 - HALT ON ERROR
WHEN THIS SWITCH 1S SET, IF THE PROGRAM FINDS AN ERROR
THEN THE APPROPIATE INFORMATION WwILL BE PRINTED OUT
AND THEN THE PROGRAM WILL HALT.
AFTER THIS HALT, PRESSING
PROGRAM TILL THE NEXT
THE
WITH
CONTINUE
WILL
“CONTINUE''

ERROR 1S FOUND WHEN THE SAME THING WILL HAPPEN,

SWITCH 14 - LOOP ON TEST
WHEN THIS SWITCH IS SET THE PROGRAM WiLL BEGIN TO LGOP
FOR EXAMPLE IF THIS
ON THE CURRENT TEST BEING EXECUTED.

SWITCH IS SET WHEN THE PROGRAM IS IN TEST "0 THEN THE
PROGRAM WiLL KEEP EXECUTING ALL OF TEST 10 REPEATEDLY.
ONE WAY 7O BE SURE THAT THE PROGRAM 1S IN THE EXPECTED
TEST 1S TO SET THIS SWITCH DURING AN ERROR PRINTOUT OR
DURING A PROGRAM HALT.

CZRIGDO,RPOL/S/6 DSKLS CTRLRY
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Sea 0006

SWITCH 13 = INHIBIT ERROR TYPEOUTS

WHEN THIS SWITCH

IS SET

FURTHER ERROR PRINTOUTS WILL

CEASE, HOWEVER OPERATOR INSTRUCTIONS SUCH AS "'STOP DRIVE X"

WILL CONTINUE.
AT THE END OF PASS ''TOTAL NUMBER OF ERRORS
ON THIS PASS ON DRIVE X'' witL BE TRUE, THAT IS, ALTHOUGH
PRINTOUTS WERE

INMIBITED

THAT

PASS FOUND 6 ERRORS,

IT WILL SAY §O.

SWITCH 12 = RH70 CONTROFLLER SELECT
THIS SWICH MUST

SET

THE

START OF

THE PROGRAM WHEN THE

DISK DRIVES TO BE TESTED ARE CONNECTED TO AN RH70
CONTROLLER.
17 MUST NOT BE SET WHEN DISK DRIVES TO BE TESTED
ARE

CONNECTED TO AN RH11

SWITCH 11

INHIBIT

CONTROLLER.

JTERATIONS

WHEN THIS SWITCH IS SET THE PROGRAM ON SECOND PASS WlLL
NOEERSPEAT EACH TEST FOUR TIMES BUT WILL DO EACH TEST
ON

NLY.

SWITCH 10 - BELL ON ERROR
WHEN THIS SWITCH 1S SET, IF

THE PROGRAM FINDS AN ERROR

THE "BELL'' OR "'ALARM'' WIlLL BE

WHEN SWITCH 11

IS SET YET

SOUNDED.

THIS SWITCH

IS USEFUL

INFORMATION IS NEEDED WHEN ANY ERROR

1S DETECTED. TAKE THE EXAMPLE OF A PROGRAM LOOPING ON A TEST WITH
SWITCH 11 SET TO HELP SCOPING.
THEN IF THIS SWIT(H ]S
SET AND THE BELL OR ALARM SOUNDS ]T1 MEANS THAT THE ERROR
1S PRESENT BUT ]F THE BELL OR ALARM STOPS 1T MEANS THAT

THE ERROR

1S NOT PRESENT.

SWITCH 9 - LOOP ON ERROR
WHEN THIS SWITCH IS SET, If THE PROGRAM FINDS AN ERROR
THEN GENERALLY THE PROGRAM wilLL LOOP BACK TO THE LAST
EXECUTED ''SCOPE'" STATEMENT,
IFf ON THE SECOND TIME
THROUGH AN ERROR IS FOUND 1T WILL AGAIN LOOP BACK T0
THMAT “'SCOPE'' STATEMENT.
THIS LOOPING WILL CONTINUE AS LONG
AS THE ERROR 1S PRESENT AND THIS SWITCH IS SET.
HOWEVER

IF THE ERROR 1S NOT PRESENT AT ANY TIME THEN IT WItL
EACH TIME THE ERROR
CONTINUE NORMALLY WITH THE PROGRAM.

1S ENCOUNTERED PRINTOUT WILL TAKE PLACE UNLESS SWITC(H 11
1S ALSO SET.
DURING BEGUG, USING A SCOPE. IT IS RECOMMENDED

THAT

NOTE:

SWITCH 11

IS ALSO SET.

ALSO SEE SECTION 8.3

SWITCH 8 = LOOP ON TEST IN SwR <7:0>
THIS IS A SPECIAL SWITCH. WHEN SET SWITCHES O THRU 7
HAVE ONE MEANING AND WHEN RESET SWITCHES 0 THRU 7 HAVF
TH]S MEANS ThAT ANY SETTING Of SW]T(H
ANOTHER MEANING.
0 THRU 7 MUST BE DONE WITH SWITCH 8 IN THE APPROPIATE
POSITION. WHEN THIS SWITCH 1S SET THEN SWITCHES O THRU
> GIVE THE TEST NUMBER TO BE LOOPED ON. FOR €XAMPLE
WITH SWITCH 8 SET AND SWIT(H 3 SET THE PROGRAM wiLL LOOP

‘ala)

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ON TEST 10.
HOWEVER THIS SETTING MUST BE DONE AT THE
BEGINNING OF THE PROGRAM THEN ALL THE TESTS FROM 1 10 10
wilL BE EXECUTED AND THEN TEST
AND OVER AGAIN.

10 wiLL BE REPEATED OVER

WHEN THIS SWITCH

]S NOT

SET

THEN SwlT(HES

0 THRU 7 HAVE THE MEAING ITS NAME INDICATES.
FOR EXAMPLE SWIT(H 7 1S "'STOP FURTHER COMPARES: THAT IS
1F SWITCH 8 IS NOT SET AND SWITCH 7 IS SET THEN WHEN A

DATA ERROR 1S DETECTED NO FURTHER COMPARES WwiLL BE DONE.
FOR EXAMPLE IN A 256 WORD BUFFER If ALL THE WORDS ARE IN
ERROR THEN AFTER SEEING THE PRINTOUT FOR THE FIRST FEwW
WORDS SETTING SWITCH 7 ONLY WILL STOP FURTHER PRINTOUTS
OF THIS ERROR AND GO ON WITH THE TEST RATHER THAN PRINT
ALL THE 256 WORDS.
HOWEVER It THIS WAS DONE WITH SWwITCH 11
THEN THE NEXT

ERROR THAT

THE

PROGRAM DETECTS

THIS GROUP OF

DATA ERRORS ARE NOT

SEQUENT TEST WILL ALSO BE LOST.

IN A SUB-

BUT WITH SWITCH 7, ONLY
PRINTED OUT.

ANOTHER

EXAMPLE OF SWITCH 8 BEING LOW IS WITH SWITCH 6, WHICH
THAT IS IF SW]ITCH
1S ""ECC TEST-COMPARE END RESULT ONLY''.
8 IS NOT SET AND SWITCH 6 IS SET THEN ON ECC TESTS (TEST
120 THRU TEST 134) INSTEAD OF COMPARING CONTENTS OF THE
POSITION REGISTER AND PATTERN REGISTER AFTER EVERY (LOCK,
(OMPARES WILL ONLY BE DONE AT THE END OF ALL THE CLOCKS.

NOTE:

ALSO SEE

SECTION 8.3

SWITCH 7 = STOP FURTHER COMPARES IFf SWOS IS LOW.
1F SWITCH 8 1S SET AND THIS SWITCH IS ALSO SET THEN THIS
SWITCH GIVES THE TEST NUMBER TO BE LOOPED ON AS INDICATED

IN THE DESCRIPTION OF SWITCH 8.

AND THIS SWITCH IS SET

If SWITCH 8 IS NOT SET

THEN THE PROGRAM WilLL DO AS THE

NAME INDICATES.
FOR EXAMPLE IN A 256 WORD BUFFER I1F ALL
THE WORDS ARE IN ERROR THEN AFTER SEEING THE ERROR PRINTOUTS

OR THE FIRST FEW WORDS THEN SETTING SWITCH 7 WITH SWITCH 8
d0T SET WILL STOP THE PRINTOUT OF ALL 256 WORDS BUT wiLL
NOT STOP THE PRINTOUT OF ANOTHER ERROR IN ANY SUBSEQUENT
TEST.
IT 1S EXPECTED THAT SWITCH 7 AFTER BEING SET FOR
A WHILE TO STOP PRINTING ALL THE 256 WORDS wlLL BE RESET
AGAIN TO ENABLE THE PRINTING OF OTHER DATA ERRORS.

SWITCH 6 = ECC TEST-COMPARE END RESULTS ONLY IF SWOB IS LOW
IF SWITCH 8 IS SET AND THIS SWITCH IS ALSO SET THEN THIS
SWITCH GIVES THE TEST NUMBER TO BE LOOPED ON AS INDICATED
IF SWITCH B IS NOT SET
IN THE DESCRIPTION OF SWITCH 8.
AND TH]S SWITCH IS SET THEN ON ECC TESTS (TEST 120 THRU

TEST 134) INSTEAD OF COMPARING CONTENTS OF THE POSITION AND
PATTERN REGISTERS AFTER FVERY (LOCK, COMPARES wliLL BE DONE
ONLY AT THE END OF ALL THe C(.O0CKS,
5.2

SUB=ROUTINE ABSTRA(TS

SEE SECTION 9 ''SUBROUTINESTM

SEG 0007

YTM

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SEQ 0008

ERRORS

ERROR PRINTOUTS CONTAIN THE ERROR ADDRESS AND OTHER
PERTINENT

THIS

INFORMATION CONCERNING THE PBR@TICULAR FAILURE.

INFORMATION MAY BE THE CONTENTS OF

RELEVANT RP04/5/6

REGISTERS OR GOOD/RECEIVED DATA.
IF THE ERROR OCCURRED
SUBROUTINE, THE ADDRESS Of THE SUBROUTINE CALL IS ALSO

GIVEN.,

REFER TO THE PROGRAM LISTING AT THE STATED

‘FATAL"

ERRORS

ADDRESS TO DETERMINE

6.1

THE

CAUSE

THE

IN A

ERROR.

IN THE EVENT THAT THE DISr DRIVE BECOMES UNAVAILABLE TO THE
CONTROLLER, POWERS DOWN, OR CERTAIN CRITICAL STATUS BITS
CANNOT BE CLEARED PPIOR TO THE STARY OF A TEST SEQUENCE - THIS
INFORMATION WILL BE COMMUNICATED TO THE OPERATOR.
IN
ADDITION THE TTY BELL WILL RING AND THE PROGRAM WILL HALT.
IT IS SUGGESTED THAT IF THIS WAPPENS THE OPERATOR LOAD
ADDRESS 200 (210) AND RESTART THE PROGRAM AS A FIRST ATTEMPT
T0 SOLVE THE PROBLEM.
IF THE FAILURE CONTINUES TO OCCUR,
LOOK IN THE TEST LISTING FOR THE 'HALT' INSTRUCTION AND REPLACE

1T PLUS THE TWO WORDS ("'TYPE

WITH TTY ERROR PRINTOUTS

INITIATED FOR THE TEST

,CPHALT'') ABOVE WITH "NOP'S.

INMIBITED A SCOPE LOOP (AN Bt

IN QUESTION.

1S ALSO POSSIBLE TO CONTINUE FROM THE HALT

POINT, BUT

IS NOT RECOMMENDED AS ALL FOLLOWING TESTS WILL

EXHIBIT THE SAME SYMPTOMS AND GIVE MISLEADING ERROR PRINTOUTS.
7.0

RESTRICTIONS

THERE 1S A DRIVE CONNECTED THEN THE OPERATOR MUST HAVE

THE DRIVE PORT SWITCH LOCKED EITHER ON PORT A OR PORT B

BUT NEVER LEAVE ]T IN THE PROGRAMMABLE STATE.
IF THERE
1S NO DRIVE CONNECTED THEN THt CABLE NORMALLY GOING FROM
THE DCL TO THE MDLI MUST BE PROPERLY TERMINATED.

SWITCH 12 MUST BE SET WHEN RUNNING ON AN RH70 CONTROLLER AND
1T MUST NOT BE SET WHEN RUNNING ON AN RH11 CONTROLLER.
BECAUSE CF THE REQUIREMENT FOR 1T TO BE SET WHEN USING AN
RH70, THE PROGRAM CANNOT BE RUN IN CHAIN MODE WHEN USING THE

SOF TWARE SWIT(H REGISTER FEATURE WHILE RUNNING ON AN RH70.
THIS 1S BECAUSE THE ROUTINE WHICH GETS ''SOFf TWARE' SWTICH
SETTINGS IS NOT OPERABLE WHEN IN CHAIN MODE.

8.0

MISCELLANEOUS

8.1

EXECUTION TIME

THE FIRST PASS Of THE PROGRAM wlLL TAKE 30 SECONDS PER
SUBSEQUENT PASSES WILL TAKE 1 MINLTE.
DRIVE.
8.7

STACK POINTER

THE STACK IS INITIALLY SET T0 1000

8.3

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SEQ 0009

OPERATOR SELECTABLE SCOPE LOOPS
HERE 1S A DETAILED EXPLAINATION OF HOW THE LOOP ON ERROR WORKS.
FOR INSTRUCTIONS REGARDING USAGE OF TMIS TECHNIQUE, HIT *C ANY
TIME WHILE THE PROGRAM IS RUNNING. ON HITTING AN ERROR IF THE
LOOP ON ERROR SWITCH 1S SET, THE PROGRAM GOES BACLK - USUALLY
BACK TO THE BEGINNING OF THE TEST.

WHEN THIS OPERATOR SELECTABLE SCOPE LOOP IS USED THEN THE POINT
THE

PROGRAM GOES BACK

TO CAN BE

CHANGED.

THE RESTRICTIONS YO THE POINT WHERE THE PROGRAM (AN GO ARE:
1.
17 MUST BE WITHIN THE TEST UNDER CONSIDERATION
2.
LOOP ON ERROR SWITCH MUST BE SET

3.
1F

THE ERROR MUST OCCUR WITHIN THE TEST UNDER CONSIDERATION
THE ERROR DOES NOT OCCUR WITHIN THE TEST UNDER CONSIDERATION

THE PROGRAM WILL REVERT TO NORMAL OPERATION.
HOWEVER, If LOOP ON
TEST SWITCH IS SET AND THIS OPERATOR SELECTABLE SCOPE LOOP IS USED
THEN THE PROGRAM WILL LOOP BACK TO THE SELECTED POINT WHEN IT
(OMES TO THE END OF THE TEST UNDER CONSIDERATION.
AFTER LOOPING FOR SOME TIME IF THE
NORMAL OPERATION wiLL CONTINUE.
8.4

PROGRAM REVISION HISTORY

9.0

PROGRAM DESCRIPTION

LOOP SWIT(H

IS PUT

DOWN THEN

THE FOLLOWING SECTIONS DESCRIBE EACH TEST AND SUBROUTINES

IN DETAIL AND CAN ALSO BE USED AS AN INDEX TO THE LISTING.

THE LEFT MOST COLUMN ]S THE LINE NUMBER WITHIN THE LISTING
WHERE THAT 1TEM WILL BE FOUND.
|

474
&75
476
77
<78
479
480
481
482
483
484

TITLE

CZRJGDO,RPO4/S5/6 DSKLS CTRLRI

;*COPYRIGHT (C) 1676,1678
;*DIGITAL EQUIPMENT (ORP.
"HAYNARD MASS. 01754

'PPOGRAH BY PETE BLACKSTONE

'THlS PROGRAM WAS ASSEMBLED USING THE PDP=-11 MAINDEC SYSMA(
;*PACKAGE (MAINDEC-11-DZQAC-C3), JAN 19, 1977,

s/eNz/e\/eN\:/e\
/N /N e\ /e\ e\ e\ /e e\ e\ /e
e\ /e\ e\ /0N
s/e\/eN/e\/e\fe\/e\:/e\
e\ /enz/fe\ feN\/e\ e\ e\ feN\/e\/e\ /0N
N AN AN A ANy ANy A AN A AN A AN A AN A AV A N A AR A AN A AN A ARV A RSV A ARVA ANFA A

;*DRIVE MUST BE LOCKED ON PORT A OR PORT B
A
A
A

ANAN AN A Y AN VAR VAR VARN VAR VAN VAL VAAL VAL VEAL FARL VAL VRN
AN VAN VAN VAN VA VAR VARY VAR VAL VAL VAL VRN VRN VRN
A Y AR VAR
Y A VAN VAN VAN VA VAR VALY VAR VAAN VAR VAAL JAAN FAAL VAN FAAN VAR FAAY)

~ e

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496
497

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;*INTERNAL PROGRAM MACROS BEGIN MHERE

498

499

10-SEP-79

500

XYY

R ALY

502
503
504

;*NOTE: MACROS BEGINNING WITH *'. %' ARE SUPPLIED BY AN
.t
EXTERNAL SYSMAC.SML SYSTEM MACRO PACKAGE WHICH
.t
MUST 8t MADE AVAILABLE TO THE SOURCE PROGRAM

509
506

507

.
X

ASSEMBLY

TIME.

R
R R

508
509
g}?

LSBTTL

OPERATIONAL SWITCM SETTINGS

512
513

ie
;¢

SWITCH
=e=ee=

521
522

;e
*

8
7

514
515
516
517
518
519
520

523

.®
M
M
.t
.
ot
..

15
14
13
12
M
10
9

USE
escsceccccccccc-sc---

HALT ON ERROR
LOOP ON TEST
INHIBIT ERROR TYPEOUTS
RH70 CONTROLLER SELECT
INMIBIT ITERATIONS
BELL ON ERRQR
LOOP ON ERROR

LOOP ON TEST IN SWR<7:0>
STOP FURTHER (OMPARES If Sw08 IS LOW

ECC TEST-COMPARE END RZSULTS ONLY |f SwWwO8 IS LOw

SEQ 0010

CIRIGDO,RPOL/S5/6 DSKLS CTRLRY
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10-SEP-79 11:00

524
525
526
527
528
529
530
531
532
533
534
535
536
537
538
836
540
541
542
543
544

545

546
€47

5«8
549
550
561
552
553
554
555
556
557
558
559
560
561
562
563
564
565
566
567

MACY11

30A(1052)
10-SEP-79
BASIC DEFINITIONS
LSBTTL

001000

0000
000012
000015
000200
177776
177774
177772
177570
177570

000000
000001
000002

000003

000004
000005
000006
000007
000006
000007

100000
040000
026000
010000
00400.
002000
001000
000400
000200
000100
000040
000020
000010
000004

PAGE

SEQ 00M

BASIC DEFINITIONS

;*INITIAL ADDRESS OF THE STACK POINTER eev 1000 eve

STACK=
.EQUIvV
.EQulv

1000
EMT,ERROR
107,SCOPE

;;BRASIC DEFINITION OF
::BASIC DEFINITION OF

s*MISCELLANEQUS DEFINITIONS
HY=
"
::CODE
LF=
12
::CODE
(R=
18
::CODE
(RLF=
200
::CODE

FOR
FOR
FOR
FOR

ERROR (ALL
SCOPE CALL

HORIZONTAL TAB
LINE FEED
CARRIAGE RETURN
CARRIAGE RETURN-LINE FEED

PS=
.EQUIvV

177776
PS,PSW

:;PROCESSOR STATUS WORD

PIRQ=
DSWh=

177772
177570

:;PROGRAM INTERRUPT REQUEST REGISTER
:;HARDWARE SWITCH REGISTER

STKLMT= 177774

;STACK LIMIY REGISTER

DDISP=

:;HARDWARE DISPLAY REGISTER

177570

:*GENERAL PURPOSE REGISTER DEFINITIONS
RO:=
20
;;GENERAL REGISTER

R1=
RZ=
R3=

R&=

RS=
R6=
R7=

SP-

PC-

%1
%2
13

::GENERAL REGISTER
; ;GENERAL REGISTER
:;GENERAL REG]ISTER

%5
X6
%7

: :GENERAL REGISTER
::GENERAL REGISTER
;;GENERAL REGISTER

y 43

PRO=
PR =
Pk2=
PR3=

0
40
100
140

PRS=

240

PR?-

340

PR&4=
PR6=

;s GENERAL REGISTER

::STACK POINTER

Y ¥4

;*PRIORITY

000000
000040
000100
000140
000200
000240
000300
000340

11:11

: ;PROGRAM (OUNTER
LEVEL

200
300

DEFINITIONS

;:PRIORITY
::PRIORITY
::PRIORITY
::PRIORITY

LEVEL O
LEVEL 1
LEVEL 2
LEVEL 3

::PRIORITY LEVEL 4

::PRIORITY LEVEL S

;sPRICRITY LEVEL 6

;:PRIORITY LEVEL 7

;o 'SWITCH REGISTER' SWITCH DEFINITIONS
100000
SW15=
40000
Swle=
20000
Swi3=
10000
SWi2=
4000
Swil=
2000
swi0=

Sw09-=

1000

Sw08=

400

Swl6=
SW0S=
SW0&=
Sw03Sw02:=

100
40
20
10

Swi7-=

200

CZRIGDO,RPO4L/S5/6 DSKLS CTRLRY
10-SEP-79 11:00
CZRJIGD.PIY

CZRJGD.PIY
580
581
582
583
584
585
586
587
588
589
590

10-SEP-79 11:00

MACYY1

000002
000001

594

595

596
597
598

599

600
60
602
603
604
605
606
607
608
609
610
61

.EQulv

630

631
632
633

634

BIT15=

100000

40000

002000

BI1T10=

2000

020000
010000
004000

B1T13=
BIT12=
BIT11=

001000
000400
000200
000100
000040
000020
000010
000004
000002
000001

B1109=
B81708=
B81107=
B1706=
BIT05=
B1104e1103=
B1102=
BIT01=
81700=
.EQulv
.EQulv

.EQulv

.EQUIv

.EQUlvV
.EQulv
.EQulv
.EQuUlv
.EQulv
.EQuijv

000004
000010
000014
000014
000014
000020
000024
000030
000034
000060
000064
000240

PAGE 13

Sea 0012

Sw00,Sw0

BIT14=

614
615
616
617
618
658

2
1
Sw09,Sw9
Sw08,5w8
Sw07,Sw?
SWw06,Sw6
SW05,SwW$
SW04,SW4
Sw03,Sw3
Sw02,Sw?
Sw01,Sw1

040000

613

11:11

;*DATA BIT DEFINITIONS (BITOO 1O BIT15)

100000

612

621
622
623
624
625
626
627
628
629

10-SEP-79

BASIC DEFINITIONS
Swoil=
SWw00=
.EQUlv
.EQUlv
.EQUlv
.EQUIV
.EQUlV
.EQUIV
.EQUlv
.EQUIV
.EQUIV

23;

593

30A(1052)

20000
10000
4000

1000
400
200
100
40
20
10
&
2
1
B1109,B119
BIT08,BI1T8

81107,B117

B17106,8176
BIT05,B175
B1T04,B174
B1703,B113
B1702.B1T2
BIT101,BI71
B1700,B170

;*BASIC ''CPU"’" TRAP VECTOR ADDRESSES
ERRVEC= &
.. TIME OUT AND OTHER ERRORS
RESVEC= 10
:RESERVED AND ILLEGAL INSTRUCTIONS
ST B
TBITVEC=14
¢ TRACE TRAP
TRIVEC= 1<
BPTVEC= 14
; ;BREAKPOINT TRAP (BPT1)
10TVEC= 20
;s INPUT/0UTPUT TRAP (]1QT) #«SCOPEwe
PWRVEC= 24
;:POWER FAIL
:;EMULATOR TRAP (EMT) e¢«ERRORe+
EMIVEC= 30
;. "TRAP'' TRAP
TRAPVE (=34
TKVEC= 60
;5 17Y KEYBOARD VECTOR
;. 17Y PRINTER VECTOR
TPVEC= 664
; ;PROGRAM INTERRUPT REQUEST VECTOR
PIRQVE(=240

[a
N ]

CIRJIGDO,RPOL/S/6 DSKLS CTRLRY

635
636
637
638
630

640
641
662
643
644

10-SEP-79 11:00

000000

000174
000176

MACY11

30A(1052)

10-SEP=-79

LSBTTL

TRAP CATCHER

SEQ 0013

.=0

;eALL UNUSED LOCATIONS FROM & = 776 CONTAIN A ''.42,HALT"

S«SEQUENCE TO CATCH ILLEGAL TRAPS AND INTERRUPTS
:'LOCA110N19‘CONTA1NS 0 10 CATCH IMPROPERLY LOADED VECTORS

000174
000000
000000

DISPREG: .WORD
SWREG:

.WORD

::SOF TWARE DISPLAY REGISTER
11SOF TWARE SWITCH REGISTER

645

JSBTTL

647

;.'""'""'"""""""""""""""""'.'."""""""'

646

648
649
650

651
652
653
654
655
656
657
658
659
660
661
662

663
664

665

666

667
668
669
670
67N

000046
000052

000200
000137
000137

000137

WOOKS

*HOOKS REQUIRED BY ACT11

000200
000046
041520
000052
020000
000200

SSVPC=.

sSAVE PC

segng

2:1)SET LOC.46 TO ADDRESS OF

=46

"WORD

=$SVPC
_SBTTL

000200
000204
000270

ACTI1

004244
066356
004234

.=200

20000

SENDAD IN .$EOP

;32)SET LOC.S2 TO 20000
*IRESTORE

STARTING ADDRESS

RA:
JMP
ADDMOD: JMP
JMP

ANBEGIN
INBASE CH
SNBEGIN2

:NORMAL START
‘MODIFY ADDRESSES
TSELECT DRIVE START

;**STARTING ADDRESS 200 FOR NORMAL STARIS
;e*THIS WILL TESY ALL DRIVES ON THE SYSTEM A SINGLE DRIVE AT A

;**STARTING ADDRESS 204 FOR PARAMETER MODIFICATION,

;**RESTART AUTOMATICALLY FROM 200 AFTER PARAMETER MODIFICATION.

;**STARTING ADDRESS 210 WILL TESY ONLY ONE SPECIFIED DRIVE

IME

ala

CIRJIGDO,RPOL/S5/6 DSKLS CTRLRY

CIRJGD P

N
11:11
PAGE

C2RJIGDO,RPOG/S576 DSKLS CTRLRY

000250

30A(1092)
10-SEP=79
11:11
PAGE
MEMORY MANAGEMENT DEFINITIONS
LSBTTL

VECTOR

MMVEC:=

250

SRO=
SR1SR2=

SR3=

ADDRESS

STATUS REGISTER ADDRESSES

177572
177574
17757¢

172516

Sl V)

KIPDRO=
KIPDR1=
KIPDR2=
KIPDR3=
KIPDR4&=
K1PDRS=
KIPDR6=
KIPDR7=

[pU1 V1 VT W1 U],V

J*KERNEL "'1'° PAGE DESCRIPTOR REGISTERS
172300
172302
172304
172306
172310
172312
172314
172316

698

KIPARO= 172340
KIPAR1= 172342

705
706

707

708
709

b
o

)
il
il
ol
dl
)

701
702
7C3
704

;«KERNEL ''1'" PAGE ADDRESS REGISTERS

697

NNN NN

696

699
700

SFQ 0014

MEMORY MANAGEMENT DEFINITIONS

;*kT11

;oKTTY

NNNNNNNN

672
673
674
675
676
677
678
679
680
681
682
683
684
685
686
687
688
689
690
691
692
693
694
695

10-SEP=79 11:00

(IRJGD.PV

MACYTY

KIPAR2= 172344
KIPAR3= 172346
K]PAR4= 172350

KIPARS= 172352
KIPARG= 172354
KIPAR7= 172356

crgeANtteRRRRORORRRRCSROERRSORCRRRROERREORRROERRNOTPRORRORNARROROOROENRNOEOOERNOORERS

[

001110

.=1110

CIRIGDO,RPOL/S576 DSKLS (TRLRY

10-SEP=-79 11:00

764
765

30A(1052)
10=-SEP=-79
COMMON TAGS
LSBTTL

11:11

PAGE

SEa 0015

COmMMON TAGS

NP RTROROCSRRROPROECRORCEORORORRRRROROORTRRRRRRRRRPORCORRORRRRRORPOPCEROSOEOERRTNTS

:'THIS TABLE CONTAINS VARIOUS COMMON STORAGE LOCATIONS

001160

001162
001164

001166

001170
001172
001174
001176

SCMIAG:
$PASS:
$TSTNM:
SERFLG:
$ICNT:
SLPADR:
$LPERR:
SERTTL:
SITEMB:
SERMAX:
$ERRP(:
$GDADR:
$8DADR:
$GDDAT:
$BDDAT:

000000
000
000
000000
000000
000000
000000
000
001
000000
000000
000000

000000
000000
000000
000000
000
000
000000
177570
177570
177560
177562
177564
177566
000
002
012
000
000000

000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
177607
077
015

SWR:

.WORD
_BYTE
.BYTE
.WORD
.WORD
.WORD
.WORD
.BYTE
.BYTE
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.BYTE
.BYTE
.WORD
.WORD

$T1KS:

177560

$AUTOB:
$INTAG:

DISPLAY:

$TKB:
$TPS:
$1PB:
$NULL:
$FILLS:
$FILLC:

$TPFLG:
$REGAD:

.WORD

177562
177564
177566
.BYTE
.BYTE
.BYTE
.BYTE
.WORD

$REGO:
$SREG1:
$REG2:
$REG3:
$SREG4:
$REGS:
$TMPO:
$TMPT:
$TMP2:

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
,WORD
. WORD

$TMP4:
$TMPS:

. WORD
. WORD

$TMP3:

000377

.=1100

. WORD

$TIMES: O
$SESCAPE:O
.ASC1Z
$BELL:
$QUES:
.AS(CIlI
$CRLF:
LASCII

[=laleleloelelelelolel Jololeleolalols
o]

001100

DSWR
DD1SP

;:START OF

COMMON TAGS

; ;CONTAINS PASS COUNT
;:CONTAINS THE TEST NUMBER
:;CONTAINS ERROR FLAG
;s CONTAINS SUBTEST ITERATION COUNT
;- CONTAINS SCOPE LOOP ADDRESS
::CONTAINS SCOPE RETURN FOR ERRORS
;s CONTAINS TOTAL ERRORS DETECTED
;:CONTAINS ITEM CONTROL BYTE
;;CONTAINS MAX. ERRORS PER TEST
;s CONTAINS PC OF LAST ERROR INSTRUCTION
;. CONTAINS ADDRESS OF 'GOOD' DATA
:;CONTAINS ADDRESS OF 'BAD' DATA
;;CONTAINS 'GOOD' DATA
:;CONTAINS ‘'BAD' DATA
; ;RESERVED=-=NOT TO BE USED

;;AUTOMATIC MODE INDICATOR
;s INTERRUPT MODE INDICATOR
;s ADDRESS Of SWITCH REGISTER
:;ADDRESS OF DISPLAY REGISTER

;. 1TY
::TTY

KBD STATUS
XBD BUFFER

::TTY PRINTER STATUS REG.

PININY
b et et et a D

001100
001100

IN THE rROGRAM,

OO—-MNO

:*USED

ODOOOOOOOOOOO

NN SN N N S

N N S

N N N N SN N N SN SN SN SN SN SN N SN SN SN SN SN SN N SN SN SN N SN N SN N NN SN

N N N NNNNSNN NN ~d4

—
oY N X
SOV IV IV IV IV IV VIV N
N N
N O 2 28
I
I I IV T T T T
T LV TN LS LN LN LN LN NI N il el i il el ol s B
) so
W=
O OB N NS NN = OO0V NS WO 0NN
W —2OO0
N
N
NN =0 OO0 ~NO N

CZRIGD.PIY

MACY11

::CONTAINS # OF FILLER CHARACTERS REQUIRED

s INSERT FILL CHARS. AFTER A ''LINE FEED'
::'TERMINAL AVAILABLE'' FLAG (BIT1<07>=0=YES)

::CONTAINS THE ADDRESS FROM
;cWHICH

<15>

(SREGO) WAS OBTAINED

::CONTAINS ((SREGAD)+0)
::CONTAINS ((SREGAD)+?2)
;CONTAINS ((SREGAD)+&)
;. CONTAINS ((SREGAD)+6)
::CONTAINS ((SREGAD)+10)
::CONTAINS ((SREGAD)+12)
:USER DEFINED
;i USER DEFINED
;JUSER
;USER
;sUSER
:sUSER
;:MAX.

<207><377><377>
/77

ADDRESS

::T1Y PRINTER BUFFER REG. ADDRESS
::CONTAINS NULL CHARACTER FOR FILLS

DEFINED
DEFINED
DEFINED
DEFINED

NUMBER OF

ITERATIONS

;:ESCAPE ON ERROR ADDRESS

;:C0DE FOR BELL
;;QUESTION MARK
:; CARRIAGE

RETURN

766
767

001224

000012

MACY11

30A(1052)

10-SEP-79

COMMON TAGS

$LF:

ASCIZ

11:11

PAGE

1/
:LINE

SEa 0016

FEED

";"t"""'"""""""""""""""""""""Q"""""

CIRJGDO,RPO4/S/6 DSKLS CTRLRY
CZRIGD.PIY
10-SEP-79 11:00

785
786
787

788
789
790
9N
792
793
794

30A(1052)
10-SEP=-79
ERROR POINTER TABLE
LSBTTL

11:11

PAGE

SEQ 0017

ERROR POINTER TABLE

:*THIS TABLE CONTAINS THE INFORMATION FOR EACH ERROR THAT CAN OCCUR.
;*THE

INFORMATION IS OBTAINED BY USING THE

INDEX NUMBER FOUND

;*LOCATION SITEMB. THIS NUMBER INDICATES WHICH ITEM IN THE TABLE IS PERTINENT.
L:
;*NOTE
1f SITEMB IS O THE ONLY PERTINENT DATA IS (SERRP(C).

EACH 1TEM IN THE TABLE CONTAINS & POINTERS EXPLAINED AS FOLI OWS:

001226

001226
001230

%
.

;*NOTEZ:

768
769
770
44
772
773
774
775
776
777
778
779
780
781
782
783
784

MACY11

:: 0INTS TO THE ERROR MESSAGE

3,
DH
D1
Df

:.POINTS TO THE DATA HEADER
;;POINTS TO THE DATA
:.POINTS

TO THE

DATA FORMAT

SERRTB:

057572
063045

;e TEM

:WRONG DATA IN READING OR WRITING HARDWARE REGISTER

Em
DH1

:PC
;REG.

ADDR.

;6G00C DATA
;RECEIVED DATA

DDAT
; SERRP(C ,REGADR,$G,$BDDAT

067424
070142

:0,0,0,0.,0

795

796
797
798

001236

057¢>%

001240

266202

o] TEM?

EM2

;ERROR ON

DH33

:PC

:PC OF

DATA (OMMAND

JSR

;TEST NO
;WORD NO.

[QWR N1,V [
R
PR
s QOO
N

001246

057655

001250

065757

o] TEMS

(v_]V_J

070004
070312

001242
001244

00O

N WPy

o»
0o O Oo Go Op Go OB OB OB O OO O

:GOOD DATA

;CONTENTS OF RH{S!
;CONTENTS OF RMDS!
;CONTENTS OF RHMER!

M,
(ST ,DST,ER]
,S3TSTN
ERWORD ,$GDDAT,
;SERRPC,PCJUSR

EmM2

;ERROR ON

OH3e

:PC
:PC

DATA (OMMAND

JSR

;TEST NO

:WORD NO.

;GO0D DATA

;BAD DATA
;CONTENTS OF

RM(S)

~ e

CIRJGDO,RPOL/S/6 DSKLS CTRLRI
10-SEP=-79 11:00

CIRJGD P11

MACY'T

30A(1052)
10-SEP-79
ERROR POINTER TABLE

067760
070301

001256

057655

00260

065556

853
854
855
856

857
858
859
860
861
862
863
864
865
866
867
868
869
870
871
872
873
874

875

876
877
878
879

Eme

;ERROR ON

DM3I

;PO
;TEST

DATA (OMMAND

;600D DATA

;BAD DATA
;CONTENTS OF RMCSI
;CONTENTS OF RMDSI

;CONTENTS OF RMER]

001266
001270
001272
001274

000000
000000
067736
070271

001276

057704

001300

065757

D131
Df 31

;r1TEMS

;t1TEMG

067736
070271

001262
001264

—

852

sl TEMG

RHERI

;SERRP( ,PCJSR,STSTNM ERWORD ,$GDDAT ,$BDDAT,(S1,DS1T,ERT
:0.0,0,1,0,0.0,0,0,

XV )

850
851

SEQ 0018

;WORD NO.

847

848
849

D132
DF 32

845
846

001252
001254

843
844

2
PAGE

;CONTENTS Of

QOO

840
841
842

;CONTENTS OF RHDS!

824

829
826
827
828
829
830
831
B32
833
834
835
836
837
838
839

RERR

:SERRP(C,STSTNM,
ERWORD ,$GDDAT,$BDDAT,(S1,DSY,ERY

;0,0,1,0,0,0,0,0,

“SERRP(,$TSTNM, ERWORD,$GDDAT ,$BDDAT,(S1,DS1,ER]
:0.0,1,0.0,0,0.0,

EMo

;ERROR ON WRITE HEADER AND DATA

DH32

:PC

;PC OF

;TEST

JSR

;WORD NO.
;GO0D DATA
;BAD DATA

:CONTENTS QOF RHCS)
;CONTENTS OF RNHDS!
;CONTENTS OF RHER!

001302
001304

067760
070301

001306
001310

057704
063170

;o] TEM?

D132
DF 32

;SERRPC,PCuSR,STSTNM,
ERWORD , $GCDAT ,$BDDAT,(S1,DS1,ERY
:0,0,0,1,0,0,0,0.,0,

EM6

A
:ERROR ON WRITE HEADER AND DA

DHZ

:PC

;TEST NO
:WORD NO.
;600D DATA
;BAD DATA

CIRIGDO,RPO4/S5/6 DSKLS CTRLRI
10-SEP-79 11:00
CIRJGD.P

001312
001314

001316
001320
001322
001324

000000
000000
067452
070153

001326
001330

057743
063313

S 1TEMIO

SelTERMN

001340

063045

913

919
920
921
922
923
924
925
926
927
928
929
930
931
932
913
934
935

;CONTENTS
;CONTENTS
;CONTENTS
;CONTENTS

OF
OF
OF
OF

RM(SI
RN(SZ
RMDSI
RHER!

sSERRPC,STSTNM,8BDADR,(S1,0S52.DS1,ER

;0,0.0,0,0,0

:PC
:REG.ADDR

FROM SILO

;GO0OD DATA

001342
001344

067424
070142

001346
001350
001352

001354

000000
000000
067424
070142

001356
001360

057776
063473

914

915
916
917
918

;TEST NO
JFAILING REG. ADDR

DHI

001362
001364

JRECEIVED DATA

;SERRP( ,REGADR,$GDDAT
,$BDDAT

:0,0,0.,0
;o] TEM3

el TEMIG

—

911
912

:CONTROLLER OR DRIVE STATUS

:PC

;WRONG DATA

O0OUOOO

909
910

SEQ 0019

Em1

B
)

906

907
908

sr]1TEMY?

—

057743

001336

—

905

902
903
904

067466
070160

PAGE 20

;0,0,1,0.0,

Emi
DH11

001332
001334

TSERRPC,$TSTNM,ERWORD, $GDDAT, $BDDAT

896

897
898
899
900
901

11:11

NM
,$BDDAT
TST
,$GDDAT
C,$
;SERRPERWORD

D13
De3

0674652
070153

-~y

880
881
882
883
884
885
886
887
888
889
890
891
892
893
894
895

10-SEP-79 11:00

30A(1052)
10-SEP-79
ERROR PO INTER TABLE

CIRJGD.PYY

MACY11

DOO0O

(IRJGDO,RPOG/S /6 DSKLS CTRLRI

EM14
DH14

WAREA
Df 14

067506
070167

;e]TEMIS

;SERRPC,TSTNM, REGADR,$GDDAY ,$BDDAT
:0.0,0,0,0

;SEGISTER FAILED

;FAILING REG. ADDR
;CONTENTS OF FAILING REG.

;CONTENTS OF RMC(S1
;CONTENTS OF RH(S?2
;CONTENTS OF RHDS1
;CONTENTS OF RHERi
ER]
DADR
,$BDDAT ,(S1,(S82,D91
;SERRPC,$B
:0.0,0,0.0,0,0

CIRJGDO,RPO4/S /6 DSKLS CTRLRI
10-SEP=-79 11:00
CIRJGD.PYY

964
965

966

967
968
969
970
971
972
973
974
975
976
977
978
979
980
981
982

9RY

984
985
986
987

988
989

990
991

001370

063673

DH1S

001372
001374

067530
070177

D115
DF15

001376
001400

060067
063724

001402
001404

067540
070202

001406

060110
064067

001410

001412
001414

067556
070207

0014616
001420

060134
004252

001422
001424

J*1TEMYG

Emi6
DH16

D116
DF16

celTEMY?

Em?7
DHY?

;e1TEM20

960
961
962
963

EM1s

—

957
958
9959

060016

—

942
943
944
945
946
947
948
949
950
951
952
953
954
955
95¢

001366

937
938
929
940
941

30AC1052)
10-SEP=79
ERROR POINTER TABLE

93¢

MACYTY

Em20
DH20

D120
Df20

067576
0702'¢

11:11

2
PAGE 2!

|
SEQ 0020

;SPECIFIED REG. NON EXISTANT SO ABORT

sPROGRAM
s P(

:ADDR. OF REG

;SERRPC,TEMPI

;WALT
;PC

JWAT

LOOP FAILED
P(

;B17T WANTED
sREG. ADR.
sREG. CONT.

T
MP3
STMP1 ,STMP(,$BDDA
;SERRP(,$T

:0,0,0,0

;WRITE

;PC
;TEST

CHECK
NO

;CONTENTS
sCONTENTS
;CONTENTS
;CONTENTS
:CONTENTS

OF
OF
OF
OF
OF

FAILING

RHBA
RMDB
RHW(
RMC(CSI
RHM(S?

;SERRPC,$TSTNM
$BA DB, w(,(S1,(S2

;0.0,0,0,0,0,0

cREGISTER FAILING

:PC
:TST

;CONTENTS
;CONTENTS
;CONTENTS
;CONTENTS
;CONTENTS

OF
OF
Of
OF
OF

RMER]
RMER?
RMERS
RHAS
RHDSI

;SERRPC,TSTNM ER1,ERZ,ER3,AS,DS!

:0,0,0,0,0.C.0

;e TEMA
001426
001430

001432
001434

060155

064435

067616
070225

Em1
DH21

DIV
DF21

;INTERRUPT FAILING

;TEST NO

;CONTENTS OF RHWCSI
;CONTENTS OF RMAS
;CONTENTS OF RHDSN

;SERRPC,TSTNM, (S1,AS,DST

;0,0,0,0,0

CIRJGDO,RPO&L/S5/6 DSKLS CTRLRY
10-SEP=-79 11:00

CIRJGD P

992
993
994

001436

060177

MACY11

30A(1052)
10-SEP-79
NTER
TABLE
ERROR PO1

;e 1TEM2?

3 M2

995

996

IRERR!

]

PAGE 22

SEQ 0021

;ERROR [N DRIVE PRESENT -

;LOOKING AT RHAS AND RH(SZ2-NED(BIT#12)
;DRIVES PRESENT DO NOT AGREE
;NOTE:

ON DUAL PORT

SYSTEM

;HENCE

THERE WILL BE

A MISSMAT(H

;DRIVE ON OTHER PORT WILL NOT GIVE NED

064555

001442
001444

067632
070232

001446
001450
001452
001454

000000
000000
000000
000000

001456

060657

001460

064660

DH2?2

;1 TEMZ3

:PC
;TEST NO
;RHAS UNJT

(RHER1 BITS SET)
sRHCSZ2 UNIT (°NED' BIT TEST)

D122
DfF22

;8E8RPC.TS1NH

OODO

001440

:NO LONGER USED DUE

] TEM 24

EMm24
) H24

;TEST

TABLE

TYPE

Oul

TO SPECIAL
ROUTINE

°NED’

;LOOK AHEAD REGISTER AT THE
:BEGINNING OF A SECTOR IS IN
;ERROR

:P(

sRHDST

:BAD RHLA

001462
001464

067640
070236

001466

060752

001470

064660

0 124
0 Fo&

;*]TEM 25

;GOOD RHLA
JSECTOR NO
;SECTOR CLOCK
,$TMP?2 ,$TMP3
,$TMP1 SBDDAT
;$ERRPC,DST,

.0,0,0,0,0

EM25

;LOOK AMEAD REGISTER 1S
. IN ERROR

D H2&

:PC
;RHDST

;BAD RHLA

;:6GO0D RHLA

001472
001474

067640
070236

001476

057743

001500

065043

Je1TEM26

D 124
D Fo&

;SECTOR NO
;SECTOR CLOCK
;SERRPC,DST,$BDDAT
,$TMP1 ,$TMP? ,$TMP3

;0.0,0.,0,0

E AR

;CONTROLLER OR DR]IVE STATUS

D H26

;PC
;PC

JSR

sFAILING REGISTER ADDRESS
;CONTENTS OF RH(S!
sCONTENTS OF RNH(CS?
JCONTENTS OF RMDS!

10-SEP=-79 11:00

CIRJGD.P
1048
1049
1050
1051
1052
1053
1054
1055
1056
1057
1058
1059
1060

MACY11

30A(1052)
10-SEP-79
ERROR POINTER TABLE

001502
001504

067660

001506

057572

001510

065246

070245

1072
1073
1074
1075
1076
1077
1078
1079
1080
1081

1082
1083
1084

1085

1086
1087
1088
1089
1090
1091
1092
1093
1094
1095
1096
1097
1098
1099
1100
1o
1102
1103

PAGE 23

SEQ 0022

;e TEM27

ERT

D126
DF26

;SERRP(,PCJSR,$BDADR,(S1,(S52,DS1

£Em

JERROR IN READING OR WRITING HARDWARE REGISTER

CH27

:PC

;0'0‘0’0,0.0'

;PC OF JSR

;TEST NUMBER
JFAILING REGISTER

[V 2V}

;GOOD DATA
LRECEIVED DATA

001516
001520

061012
065411

—

067702
070255

[ Y =]
OO

PV]

1071

;CONTENTS OF RHER

1061
1062

1063
1064
1065
1066
1067
1068
1069
1070

11:11

D127
DF27

;] TEM3Z0

Em30
DH30

,$BDDAT
STNM
,$GDDAT
JSR,T
REGADR
;SERRPC,PC

:0.0,0,0,0.0

; CURRENT CYLINDER DOES NOT REFLECT DESIRED CYLINDER REG.

:PC
;PC

JSR

:REGISTER ADDRESS
;GO0D DATA
;BAD DATA

001522
001524

067720
070263

D130
DF30

,$BDLAT
;SERRPC,PCJSR,REGADR,$GDDAT

Em3

JECC GENERATED IS INCORRECT

DH34

:PC
:TEST

:0,0,0,0,0

/
001526

061133

001530

066405

(e 1TEM3

;EVERY WORD IN THIS SECTOR IS GIVEN IN 'DATA USED"
NUMBER

;600D ECCH
;600D EC2C
;WRITTEN ECQY

WRITTEN ECC2
;OATA USED

001532

070026

D134

;SERRPC,TSTNM, GECCY,GECC2,WECCY ,WECLZ,DISK

001534

070322

DF 34

:0.0,0,0,0,0,0

001536

061256

EM3?2

;ON READ COMMAND AFTER DATA AND ECC MAVE BEEN READ

;o] TEMY?

;ECC REGISTER OR RHER!

;ONLY (OWER 11 B1TS OF

IS [N ERROR

PATTERN REGISTER

(IRJGDO,RPOL/S5/6 DSKLS CIRLRI

(ZRJGDO,RPO&/S /6 DSKLS CTRLR]
8B
N N AN N N N M BN PO PNINININIPIPOIININ
b st b et et s s it O OO OOO
N0 O0VB~NO VNNV —=OVE N UVNE WO O0R YO VNS W
=00
~NO N

CIRJCD.PIY

10-SEP-79 11:00

MACY1Y

30A(1052)

10-SEP-79

ERROR POINTER TABLE

11:11

2
FAGE 26

SEQ 0023

;CAN BE READ

;THIS SHUOLD MATCH LOWER 11 BITS OF

001540

066570

Pn3S5

;PC

;TEST NUMBER
;600D ECC
;600D F(C2

;PATTERN REGISTER
s RHER

001542

070046

D135

;SERRPC,TSTNM, GECC1,GECC2,EC2 ERY

001544

070331

nf3%

;0,0,0,0,0,0

001546
001550

061545
066773

EM33
DH36

;HIGH COUNT BIT NOT HIGH AFTER 38859 (LO(KS

;*]1TEM3Z

;PC
;PC OF JSR
:TEST NUMBER
: RHMR

:POSITION REG.

;PATTERN REGISTER

001552

070070

D136

:SERRPC,PCJSR,TSTNM
MR, ECY,EC?

001554

070341

DF 36

:0,0,0,0,0,0

001556

061617

EMm34

001560

066773

;ZERO DETECT BIT NOT HIGH WHEN iME
;32 BIT ECC REGISTER HAS 1T7S 21 BITS
. 0% ZEROS
;ERROR PRINTOUT WlLL CONTINUE TILL
:gERO DETECT BIT IS HIGH

o] TEMRS

DH36

;PC OF JSR

s TEST NUMBER
; RHMR

;POSITION REG.

;PATTERN REGISTER

001562

070070

D136

;SERRPC,PCUSR,TSTNM
MR, ECT,EC?

«8

001564

070341

DF 36

;0,0,0,0,0,0

EM3s

;POSITION REGISTER CR 11 BITS Of

NN AN NN AN U U

O YO NHs W -0

146

EC(C!

001566

061712

*]TEMZS

;PATTERN REGISTER

INCORRECY

;LOWER 11 BITS OF PATTERN REGISTER
;SHOULD MAT(HW LOWER 11 BITS OF GOOD EC()
;DATA ENVELOPE AND N-CODE ZEROS ARE IN DECIMAL

001570

067132

OH3?

;PC

CZRJIGDO,RPO4/5/6 DSKLS CTRLRY

CIRJIGD.PYY

10-SEP-79 11:00

MACY11

30A(1052)

10-SEP-79

ERROR POINTER TABLE

1160
1161

1166

NO NN -0
BN 2OV
YO NS NN =2 OOV

)
il
el el
)
i
B
D nad aoih
il
i
)
il
el
L ol
il el
nd
el
i e
il
il
il
el
e
el
il
el ol

N—a-‘—l—.—a_a.—l—c—‘—‘—a-—O_J—l—a_a—o_a—a_n.—._‘_.—fl—i—l—l-c—‘.g_a
OV O OOLCOVOOVOVOOOOCOOPODP
OO0 000D~~~ N NNN~Y~N~ o

}}gg

}S'}?
1212
1213
1214
1215

SEQ 0024

070106

D137

;SERRPC,TSTNM ECY,POSITI,GECCY,GECC2,EC2,DATENV,2(0DE

001574

070347

DF37

:;0,0,0,0,0,0,0,0,0

001576

062211

EmM36

;ON A READ (OMMAND wlTH NON C(ORRECTABLE

001600

066570

;*1TEM36

DH35

;ERROR INSERTED DCK AND tECH SHOULD BE SET
JPC
;TEST NUMBER
;600D ECCY
. 600D ECC2
;PATTERN REGISTER
;POSITION REGISTER
:RHERT

001602

070046

D135

sSERRPC,TSTNM,GECCY,GE(C2,EC2,ECT,ERT

001604

070331

DF 35

,0,0,0,0,0,0,0

001606
001610

062322
063313

EM3?
DK

;PGE ERROR
:PC
:TEST NO
;FAILING REG. ADDR
;CONTENTS OF RMCS)

;e 1 TEM3?

1203
1204
1205
1206
1207
1208
1209

2
PAGE 2>

001572

1202

;TEST NUMBER
;ECC POSITION
;600D POSITION
.600D ECC!
;600D ECC?
JECC PATTERN
;DATA ENVELOPE
;N-CODE ZEROS

1162
1163
1164
1165

7
8
9
28?

11:11

;CONTENTS OF RH(CSZ

001612
001614

067466
070160

P11
DF 11

001616

062457

001620

067350

DH&O

001622
001624

070132
070360

D140
DF&O

;1 TEMGO

EML0

:CONTENTS OF RHMDSI
;CONTENTS OF RHMERI
:SERRPC,$TSTNM,SBDADR,(S1,(S2.DS1,ERY
:0,0.0.0,0,0

;RHWC DID NOT = Q0 AFTER A READ OR
JWRITE HEADER AND DATA
;PC
;TEST NO
;CONTENTS OF RHW(
;SERRPC,TSTNM, SBDDAT
.0,0,0

.';""t"""'t"""'t"t"t'tt"'!"l"tl"l'tttt.t"""t't"'
;*RHIT/RH70 REGISTERS

ceetNtteRECEOPREYeERNSERRROSROSRTRRRTERIORRORRRROORUERORRTERBSOARRRNBSRRYERORROCOSRORNROEROETN

NOWVEA NN 20000
~NO
=00
NONE W
W~ OOV

—

h e

el el

D s

oD o

) ol i

NIRNININI NI NININI NI NI NI PRI NN PO NI NI N A RN NI NI PN NI N
858 BB
N N N NN N N NNIPNO NI NI PRI PNINININS b b s d

}gzg

MACY11

30A(1052)
10-SEP-79
ERROR POINTER TABLE

11:11

PAGE 26

SEQ 0025

;*WORD COUNT REGISTER (RHW(C)
;*EACH BIT 1S CALLED BY BIT NUMBER

;*BUS ADDRESS RECISTER (RHBA)
;*EACH BIT IS CALLED BY BIT NUMBER

;:*CONTROL AND STATUS REGISTER 2 (RM(S2)
000001
000002
001004
000010
000020
000040
000100
000200
000400
001000
002000
004000
010000
020000
040000
100000

usl=
us2=
USé4:=
BAl=
PAT=
(LR=
IR=
OR=
MPE =
MXF =
PGE =
NEM=
NED=
UPE=
WCE=
DLT=

;UNIT SELECT (BIT #0)
;UNIT SELECT (BIT #1)
;UNIT SELECT (BIT #2)
:BUS ADDRESS INCREMENT INHIBIT (BIiT #3)
: INVERT “ARITY ON MASS BUS TO EVEN (BIT #4)
;CLEAR (BIT #5)
; INPUT READY (BIT #6)
;:OUTPUT READY (BIT #7)
;MASS BUS PARITY ERROR (BIT #8)
;MISSED TRANSFER ERROR (BIT #9)
:PROGRAM ERROR (BIT #10)
;NON EXISTANT MEMORY (BIT #11)
;NON EXISTANT DRIVE (BIT #12)
:UNIBUS PARITY ERROR (BIT #13)
;WRITE CHECK ERROR (BIT #14)
:DATA LATE (BIT M15)

&
10
20
40
100
200
400
1000
2000
<000
10000
20000
40000
100000

1246
1247

;*DATA BUFFER REGISTER (RHDB)
;*EACH BIT IS CALLED BY BIT NUMBER

1251

A
R
A A Al S A A R AR AR
ARl

1252

: *RP04 REGISTERS

1248
1249
1250
1253

1256
1255
1256

132;

1259
1260
1261
1262
1263

1264
1265
1266
1267
1563
126

1270
1271

000001
000100
000200
000400
001000

002000
004000
020000
040000
100000

SRR

ARl

;*CONTROL AND STATUS 1 REGISTER.

(#00)

601=
RDY=
Al16=
A17=

;GO _(BIT #0)
:INTERRUPT ENABLE (BIT #6)
;READY (BIT #7)
;H1GH ORDER UNJBUS BITS (B]T #8)
;HIGH ORDER UNIBUS B]TS (BIT #9)

PSEL=
DVA=
MCPE=
TRE=
SC=

1
100
200
«00
1000

2000
4000
20000
40000
100000

;#STATUS REGISTER (RWDS1)

;PORT SELECT (BIT #10)
;DEVICE AVAILABLE (BIT #11)
;MASSBUSS PARITY ERROR (BT #°3)
;TRANSFER ERROR (BIT #14)
;SPECIAL CONDITION (BIT #15)

(#01)

~ e

CIRJGDO,RPO4/S/6 DSKLS CTRLRT
CIRJGD.PVY
10-SEP=79 11:00

CIRJGDO,RPO4/S5/6 DSKLS CTRLRY

CZIRJGD.PN
1272
1273
1274
1275
1276
1277
1278
1279
1280
1281
1282
1283
1284
1285
1286
}ggg
1289

1290
1291
1292
1293
1294
1295
1296
1297
1298

1299
1300
1301
1302
1303
1304
};85
6

10=-SEP=-79 11:00

DFS=
DFF20=
DIGB=
GRv:=

000200
000400
001000
002000
004000
010000
020000
040000
100000

DRY=
DPR=
PROG=
LST=
WRL=
MOL =
PIP=
ERR=
ATA=

000020
000040
000100

000001
000002
000004
000010
000020
000040
000100
000200
000400

001000
002000
004000
010000
220000
040000
100000

000001
000002
000004

1313

000020

1314
1315
1316
;glg
1

1320

1
2
4
10
20
4«0
100
200
400
1000
2000
4000
10000
20000
40000
100000

:*ERROR REGISTER #01

ILF=
ILR=
RMR=
PAR=
FER=
W(F=
ECH=
MCE=
H(Q(=

ADE=
IAE=
WLE=
DTE=
OPl:=
UNS=
D(K=

1
P4
4
10
20
40
100
200
400

1000
2000
4000
10009
20000
40000
100000

PAGE 27

SEQ 0026

:DRIVE FORWARD 5''/SEC.
(BIT #0)
:DRIVE FORWARD 20''/SEC.
(BIT #1)
:DRIVE TO INNER GAVRD BAND (BIT #2)
;60 REVERSE (BIT #3)
;DIFFERENCE LESS THAN 64 (BIT #4)
:DIFFERENCE EQUALS 1 (BIT #5)
:VOLUME VALID (BIT #6)

:DRIVE READY (BI1T #7)
:DRIVE PRESENT (BIT #8)
;PROGRAMABLE (BIT #9)
;LAST SECTOR TRANSFERRED (BIT #10)
:WRITE LOCK (BT #11)
;MEDIUM ON-LINE (BIT #12)
;POSITIONING OPERATION IN PROGRESS (BIT #13)
;COMPOSIT ERROR. (BIT #14)
SATTENTION ACTIVE (BIT m15)
(RHER1)

(#02)

;TLLEGAL FUNCTION (BIT #0)
;ILLEGAL REGJSTER (BIT #1)
:REGISTER MODIFICATION REFUSED (BIT #2)
:PARITY ERROR (BIT #3)
:FORMAT ERROR (BIT #4&)
:WRITE CLOCK FAIL (BIT #5)
:ECC HARD ERROR (BIT #6)
:HEADER COMPARE ERROR (BIT #7}
:HEADER CRC ERROR (BIT #8)

:ADDRESS OVERFLOW ERROR (BT #9)
:INVALID ADDRESS ERROR (B]T #10)
:WRITE LOCK ERROR (BIT #11)
:DRIVE TIMING ERROR (BIT #12)
:OPERATION INCEMPLETE (BIT #13)
;DRIVE UNSAFE (BlT-#14)
:DATA CHECK ERROR (BT 15)
.

000010

DMD=
MCLK=
MINX=
MST(k=

1
P
4
10

:DIAGINOSTIC MODE (Bl7 #0)
sMAINTAINABILITY CLOCK (BIT #1)
sMAINTAINABILITY INDEX (BIT #2)
SMAINTAINABILITY SECTOR CLOCK (B1T #3)

000040
000200
000400
001000

MWR=
DENvVL=
lER=
DISY=

40
200
400
1000

:MAINTAINABILITY WRITE (BIT #5)
:DATA ENVELOPE (BIT #7)
;1ERO DETECT (BIT #8)
SMAINTAINABILITY SYNC DETECTED (B11 #9)

1%19

1321
1322
1323
1324
1325
1326
1327

DLb&=
DE1=
vV=

11:11

;*MAINTAINABILITY REGISTER (RHMR) (#03)

1309
1310
131

1312

10-SEP-79

ERROR POINTER TABLE

000001
000002
000004
000010

1%8;
1

MACYI1 30A(1052)

MRD =

:MAINTAINABILITY READ (BIT #4)

:oATTENTION SUMMARY PSEUDO-REGISTER (RHAS) (#04)

000001
000002
000004
000010
000020
000040
000100

AT0=
AT1=
AT2=
AT3:
AT4:=
ATS=
ATG=

1
P4
4
'0
20
4«0
100

:DEVICE 0
;DEVICE 1
;DEVICE 2
:DEVICE 3
:DEVICE &
;DEVICE 5
;DEVICE 6

(B11 #0)
(BIT #1)
(BIT #2)
(BIT #3)
(BT #4)
(BIT #5)
(BIT1 #6)

1328

10-SEP-79
30A(1052)
ERROR POINTER TABLE

AT7:

11:11

PAGE

StQ 002-_7_‘l

;DEVICE 7 (BIT #7)

200

[V T TV IV IV AV IV IV T YOIV TV TV TV

]

P ol BB P NN
NN NN
N
P ol WA —= OO0~
NP NN
—= 0O

329

000200

MACY1Y

;*DESIRED SECTOR/TRACK ADDRESS REGISTER (RHDST) (#1)
;*EACH BIYT

IS CALLED BY BIT NUMBER

;*DRIVE TYPE REGISTER (RHDY) (#06)
;*EACH BIT IS (ALLED BY BIT NUMBER

;*LOOK-AHEAD REGISTER (RHLA) (#07)
000001
000002
000004

000010
000020
000040
000100
000200
000400
001000
002000
004000
010000
020000
040000
100000

EXT1=

EXT2=

ExT4-=

ExXT10
Ex120
EXT4O
SC1=
S(2=

2000

;EXTENSION 1 (BIT #0)
;EXTENSION 2 (BIT #1)
;EXTENSION 3 (BIT #2)
;EXTENSION 4 (BIT #3)
;EXTENSION 5 (BIT #4)
;EXTENSION 6 (BIT #5)
;SECTOR COUNT FIELD O
:SECTOR COUNT FIELD 1
:SECTOR COUNT FIELD 2
:SECTOR COUNT FIELD 3
:SECTOR COUNT FIELD &

20000

;TRACK FIELD 3 (BIT Mm13)

100
200

SC4=

400
1000

TRK 1=
TRK2=

<000
10000

TRK10=
TRK20=

<0000
100000

SC10=
$C20=

TRK&=

(BIT
(BIT
(BIT
(BIT
(BIT

;TRACK FIELD 1
;TRACK FIELD 2

(BIT M)
(BIT M12)

:TRACK FIELD &
;TRACK FIELD S

(BIT M)
(BIT m15)

#6)
#7)
#8)
#9)
#10)

WOAW NNNNNNNNN
WO = OO0V ~NO NS
ny —

el
sl
=
e
il
—"

VAV IV

——
——
—
)

[(VVAIV IV IV

—

VAV IV IV RV )

;*RP04 ERROR REGISTER #2 (RHER2) (#10)
000001
000002
000004
000010
000020
000040
000100
000200
000400
001000
002000
004000
010000
020000
100000

:WRITE CURRENT UNSAFE (BIT #0)
:CURRENT SINK FAILURE (BIT #1)
:WRITE SELECT UNSAFE (BIT #2)
:CURRENT SWITCH UNSAFE (BIT #3)

wCU=
(SF=
wSus=
(Su=

;MOTOR SEQUENCE ERROR

=
MSE
1DF
=
TUf=
FEN=
WRU=
MHS
=
NHS
=
IXE=

vi30=

PLUACU=

(BIT

#4)

;TRANSITIONS DETECTOR FAILURE (BIT #%5)
;:TRANSITIONS UNSAFE

10000

20000
100000

(BIT #6)

sFAILSAFE ENABLED (BIT #7)
:WRITE READY UNSAFE (BIT1 #8)
sMULTIPLE HEAD SELECT (BIT #9:
:NO HEAD SELECTION (BIT #10)
;INDEX ERROR (BIT #11)
:30VOLT UNSAFE (BIT M 2)
;PLO UNSAFE (BIT #13)
sACUNSAFE (BT #15)

(eaXan)
P~ P~

CIRJIGDO,RPOG/S5/6 DSKLS CTRLR)
10-S¢P=-79 11:00
C(IRIGD.PY

1384
1385
1386
1387
1388
1389
1390
1391
1392
1393
1394
1395
1396

1397

1398
1399
1400
1400
1402
1403
1404
1405
1406

1407
1408
1409

16410
1611
1612
16413
16414
1415
1416
1617
1418

1419
1420
1421
1622
1623
16424
1425
1426
1427
1428
1429
1430
1431

16432
1433
1436
1435
1436
16437
1438
1439

MACY1T

30A(1052)
10-SEP-79
ERROR POINTER TABLE

11:11

;*RPO5/6 ERROR REGISTER #2

(00001
000002
000004
000010
000020
000040
000100
000200
000400
001000
002000
004000
020000

(RHERZ2)

2000

;READ AND WRITE
;TRANSITIONS DETECTOR
sTRANSITIONS UNSAFE
:ABNORMAL STOP
:MRITE READY UNSAFE
:MULTIPLE MEAD SELECT
sNO HEAD SELECTION

20000

;PLO UNSAFE

TUF=

PLU=

(#10)

;CURRENT SINK FAILURE
; CURENT SELECT UNSAFE
sCURRENT SWITCM UNSAFE

(SF=

wWSu=
(Su=
RAW=
=
1DF

1XE=

SEQ 0028

;WRITE CURENT UNSAFE _

wlu=

ABS=
WRU=
MHS=
NHS=

]

PAGE 29

4000

FAIL URE

; INDEX ERROR

;*OFFSET REGISTER (RWOF) (#11)
000001
000002
000004
000010
000020
000040

0F 25=
0F50=
0F100=
0F200-=
0F400=
0F800-=

000200
002000
004000
010000

CFREV=

HCl=

ECl=
FMT22=

1
2

20
«0

200
2000

4000
10000

25 MICRO INCHES (BIT #0)
;OFFSET 50 MICRO INCHES (BIT #l)

;OFFSET

;OFFSET 100 MICRO INCHES
;OFFSET 200 MICRO INCHES
;OFFSET 400 MICRO INCHES

(BIT #2)

(BI1 #3)

(BIT #4)

;OFFSET 800 MICRO INCHES (BIT #5)

;OFFSET NEGATIVE (REVERSE) (BIT #7)
sHEADER COMPARE INHIBIT (BIT #10)

;ERROR CORRECTION CODE INHIBIT (BIT #11)
: FORMAT BIT

;*DESIRED CYLINDER ADDRESS (RHCA) (#12)
;*EACH BIT IS CALLED BY BIT NUMBER.

;*CURRENYT CYLINDER ADDRESS (RHC() (#13)
;*EACH BIT IS CALLED BY BIT NUMBER

;*SERIAL NUMBER REGISTER (RHSN) (#14)
;*EACH IS CALLED BY BT NUMBER

(BIT #12

Pk P

CIRJGDO,RPO4/S/6 DSKLS CTRLR]
10-SEP=-79 11:00
CZRJGD.PIY

10-SEP=79 11:00

1440
}««;
64

16443
1444

10-SEP=79

ERROR POINTER TABLE

11:11

;*ERROR REGISTER #03 (RHER3Z)

000001

PSU-

(#15)

:PACK SPEED UNSAFE (BIT #0)

1445
1446
1447

000002
000010
000020
000040

VUF UWR=
PRE =
ACL=

10
20
)

(BIT #1)
;ANY UNSAFE EXCEPT READ/WRITE (BIT #3)
;:DISK PACK ROTATION ERROR (BIT #4)
SAC LOW (BIT #5)

14649

040000

SKl=

40000

;SEEK INCOMPLETE

1448

}agc‘)
4

1452
16453
16456
1455
1456

000100

100000

DCL=

ocYL=

PAGE

100

100000

:VELOCITY UNSAFE

:0C LOW (BIT #6)

(BiTl #14)
SOFF CYLINDER (BIT #15)

1457
1458

;*ECC POSITION REGISTER (RHEC!) (#16)
:«EACH BIT 1S CALLED BY BIT NUMBER

1464
1465

;«ECC PATTERN REGISTER (RHEC2) (#17)
;*EACH BIT IS CALLED BY BIT NUMBER

1459
1460
1461
1462
1463

1466

1
SEQ 0029

30A(1052)

CIRJGD . PV

MACY1Y

~—t

CIRJIGDO,RPO4/576 DSKLS CIRLRY

1495
1496
1497
1498

1499
1500
1501
1502
1503
1504
1505
1506
ol
i
el
el
)
okl A
D
—

(W RV SV _JV JU RV LV LV LV (¥
— D el i s el it et ) o
~NOVNE W —0O
O oD

1507

.SBTTL

. *RPO4

001626

000254

RPVEC:

11:11

3
PAGE

SEQ 0030

VECTOR ADDRESS

256

;RPO& VECTOR ADDRESS

;*RP04/5/6 DISK 1/0 REGISTERS LOCATED IN THE RH11 (ONTROLLER
THE CONTENTS OF THESE LOCATIONS WiLL BE DIFFRENT

s*NOTE:
i

1F THE "'CHANGE BASE ADDRESS'' ROUTINE 1S UL.ED.

THIS ROUTINE STARTS AT LOCATION TAGED "BASECH"
001630
001632
001634
001636

176722
176702
176704
176710

RHDB:
RHW(:
RHBA:
RH(CSZ:

176722
176702
176704

176710

;*RP04/5/6 DISK
s *NOTE:
;t

.-t

001640
001642
001644
001646
001650
001652
001654
001656
001660
001662
001664
001666
001670

001672
001674
001676

176700
176714
176706
176740
176732
176734
176742
176716
176724
176712
176726
176730
176744

176746
*76720
176736

RHCS:
RHER1:
RHDST:

RHER?:
:
RHOF
RHCA:

RHMERS:

:
RHAS
RHMR:

RHMDS1:

RHDT:
RHSN:
RHECY:

RHECZ:

RHLA:

RHCC:

;DATA BUFFER SEE NOTE ABOVE
:WORD COUNT SEE NOTE ABOVE
:BUS ADDRESS SEE NOTE ABOVE

;CONTROL AND STATUS 2 SEE NOTE ABOVE

1/0 REGISTERS LOCATED IN THE DEVICE CONTROL LOGIC

THE CONTENTS Of THESE LOCATIONS WILL BE DIFFERENT
IF THE ''CHANGE BASE ADDRESS ROUTINE IS USED.

THIS ROUTINE STARTS AT LOCATION TAGED "BASE(H"
176700
176714
176706

;CONTROL AND STATUS 1 SEE NOTE ABOVE
;ERROR #1 SEE NOTE ABOVE
;DESIRED SECTOR/TRACK ADDRESS SEE NOTE ABOVE

176732

;OFFSET SEE NOTE ABOVE

176740
176734
176742
176716
176724
176712
176726
176730
176744
176746
176720
176736

;ERROR #2 SEE NOTE ABOVE

;DESIRED CYLINDER ADDRESS SEE NOTE ABOvVE
;ERROR #3 SEE NOTE ABOVE
;ATTENTION SUMMARY SEE NOTE ABOVE
;MAINTAINABILITY SEE NOTE ABOVE
;ORIVE STATUS SEE NOTE ABOVE
;ORIVE TYPE SEE NOTE ABOVE
;SERJAL NUMBER SEE NOTE ABOVE
;ECC POSITION SEE NOTE ABOVE
;ECC PATTERN SEE NOTE ABOVE
;LOOK=AHEAD SEE NOTE ABOVE
:CURRENT CYLINDER ADDRESS SEE NOTE ABOVE

;*ADDITIONAL REGISTERS LOCATED IN THE RH70 CONTROLLER LOGIC
001700
001702

*76750
176752

RHBAE:

RHCS3:

(DCL)

176750

176752

;BUS ADDRESS EXTENSION REGISTER

;CONTROL AND STATUS REGISTER #3

1
1667
1468
1469
1470
167N
1472
1473
16474
1475
1476
1477
1478
1479
1480
1481
1482
1483
1484
1485
1486
1487
1488
1489
1490
1491
1492
1493
1494

10-SEP=-79 11:00

30A(1052)
10-SEP=79
ERROR POINTER TABLE

‘el

C(ZRJGD.PYY

MACY11

CIRJIGDO,RPO&/5/6 DSKLS CTRLR

MACY1Y

30A( 05 2)
10-SEP-79
REGIS 1 ER ADDRESSES

11:11

SEQ 0031

;*THE FOLLOWING LOCATIONS ARE RESERVED FOR REGISTER SAVES
;*ANY TIME

THERE

1S AN ERROR ALL THESE wWilLL

FILLED

;*ONLY SOME MAY BE PRINTED BUT ALL WiLL BE FILLED TRUE

;*FOR THE TIME JUST AFTER THE "'ERROR'' ERROR COMMAND

001704
001706
001710
001712

000000
000000
000000
000000

DB:
wi:

001714
001716
001720
001722
001724
001726
001730
001732
001734
00173¢
001740
001742
001744
001746
001750
001752

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

BA:

0
0
0

;DATA BUFFER
;WORD COUNT
:BUS ADDRESS

(st
ER
DST
ERZ:

0
0
0
0

;CONTROL AND STATUS 1
;ERROR M
;DESIRED SECTOR/TRACK ADDRESS
;ERROR #2

(se:

:CONTROL AND STATUS 2

OF :
CA:

0
0

:OFFSET
;DESIRED CYLINDER ADDRESS

AS:
MR:

0
0

ATTENTION SUMMARY
SMAINTAINABILITY

tECe:

ER3:

DS1:
DY:
SN:
ECY:

LA:
(C:

0
0
0
0

0
0

:ERROR #3

;DRIVE STATUS
;DRIVE TYPE
;SERIAL NUMBER
;ECC POSITION

;ECC PATTERN

; LOOK=AHEAD
:CURRENT CYLINDER ADDRESS

10=-SEP=-79 11:00

3
PAGE

Pt Pond

P11

[——

r~~

Ty
VARV ALV RV IV RV IV LV LV TV LV JV LV RV IV LV IV SV SV IV, IV LV 2V 2V I
S5 WM N NN NN N N NN N PO NI NI RO NI PO RO D) — s

e
D
sl
D
ol
el AP e
D
el
o
e
D
sl
s o
i
il
il
el el
e
D

0.RP0&/5/6 DSKLS CTRLRI

000010
000000
000000

UNITS:
UNIT:

NOUN]T:

.BLKW
.WORD
.WORD

OoOrMe

002000

000000

NUNIT:

.WOR)

002002
002004

000000
000000

SELECT:
UNITSL:

.WORD
.WORD

1559

002006

000000

ERFLGS:

1561

002010

000000

SAVDT:

1564

002012

000000

SAVSN:

80
81

;TABLE OF DRIVES PRESENT
;UNIT UNDER TEST
;NUMBER OF UNITS PRESENT

TO TEST

;USED TO KEEP TRA(K OF UNIT UNDER TEST
;USED TO DETERMINE IFf THERE IS MORE
; THAN ONE

UNIT

;UNIT NO.

SELECTED

;ALL ONES INDICATE UNIT TO BE SELECTED
;ERROR FLAG

;SAVE DRIVE TYPE REGISTER

;FOR COMPARISON IN DRIVE
;AND RH INJT TEST

CLEAR TEST

;SAVE SERJAL NUMBER REGISTER
:FOR COMPAR]ISON IN DRIVE CLEAR TEST
AND RH

INIT

TEST

1565
1566
1567

StQ 0032

;SAVE PC OF JSR WHICH GAVE

1562
1563

3§

;ATTENTION BIT

002014

000000

PCJSR:

002016
002020

000000
000000

ATTENT:
TOTALAT:

;TATAL

002022

000000

TMPILL:

002024

000000

TSECC:

002026

000000

TESDTE:

THE ERROR

FOR PRESENT UNIT

ATTENTION BITS

1560

PAGE

: TEMPORARY

1 556
1 597
1558

001756
001774
001776

1 554
1 555

INTERNAL PROGRAM (ONTROL WORDS

{

11:11

JLLEGAL

FUNCTION

:FLAG TO SAY

ECC

;FLAG 1O SAY

DRIVE

TEST OR NOT

JWHEN =177777 17 1S AN ECC TEST
;WHEN =017 IS NOT AN ECC TEST

TIMING ERROR OR NOT

(WHEN = 177777 11 1S A DTE TEST

;WHEN = 0

IS NOT A DTE

; TEMPORARY TAG USED
;ERROR TEST

IN DRIVE

TEST

TIMING

002030

000000

TAGDTE:

002032

000000

TSTNM:

;TEST NUMBER

002034

000000

FIRST:

;1F

002036

000000

RPOG:

;1 0 PROGRAM WwILL TREAT DRIVE AS RPO4

002040

000000

RH70:

002042

000000

SILOSZ:

;:1F 1 PROGRAM |S RUNNING ON RH70
;1 0 PROGRAM ]S ON AN RMI1

WCRD

IERO wiLL

+Rw S1LO SIZ¢

TYPE HEADER

[anNan)

10-SEP-79

P~d P

30A(1052)

1567
1548
1549
1550
1551
1552
\ 993

MACY11

CIRJGDO,RPO4/5/6 DSKLS CTRLR]
10-SEP=-79 11:00
CIRJGD P

(IRJGDO,RPOL/S5/6 DSKLS CTRLR]

CIRJGD.PIY

10-SEP-79 11:00

MACY11

30A(1052)

1614

1615

1616

1617
1618
1619
1620
1621
1622
1623
1624
1625
1626
1627
1628
1629
1630
1631
1632
1633
1634
1635
1636

3
PAGE

SEQ 0033

;*FUNCTION EQUATES
;*TABLE OF

002044
002044
002046
002050
002052
002054
002056
002060
002062
002064
002066
002070
002072
002074
002076
002100
002102
002104
002106

FUNCTIONS FOR RHMCST,

FUTABL:
NOPERA: O

000000
000002
000006
000010
000012
000030
000050
000052
000060
000062
000070
000072
000004
000014
000016
000022
000020
000000

THEN ''GO"' BIT HAS TC BE

:NO OPERATION

UNLOAD: 2

;UNLOAD (STAND BY)

L' EAR:

;ORIVE CLEAR

RECALI:

RELLAS:

SERCH:

WRCHE
. :
WRCHDTWRIDAT:
WRIFOR:
READAT:
REFOR:
SEECOM:
OFSETC:
RETCL:
PXA(K:
READIN:

JLLEGL:

SET

sRECALIBRATE

:RELEASE

(DUAL-PORT OPERATION)

;SEARCH COMMAND

.WORD

;COMPUTED JLLEGAL FUNCTION

SO
52
60
62
70
72
&
14
16
22
20

:WRITE CHECK DATA
:WRITE (HECK HEADER AND DATA
:WRITE DATA
;WRITE HEADER AND DATA (FORMAT)
;READ DATA
;READ HEADER AND DATA
;SEEK COMMAND
;OFFSET COMMAND
RETURNTO CENTERLINE
:PACK ACKNOWLEDGE
:READ IN

;*DATA BUFFERS FOR READ WRITE
002114
003160

WRFROM:
REINTO:

000422
000422

_BLKW
.BLkWw

274,
274,

;WRITE
;READ

FROM TH]IS BUFFER

INTO

THIS BUFFER

;e TABLE FOR ATTENTION BITS
*ATTENTION TABLE
004224
004227
006222

001
010
100

002
020
200

008
04

ATABLE:

.BYIl¢t

1,2,6,10,20,40,100,200

——

1604
1605
1606
1607
1608
1609
1610
1611
1612
1613

[

1603

11:11

1595
1596
1597
1598
1599

1600
1601
1602

10-SEP=79

MACY1T

30A(1052)

1641
1642

1666

1667
1668
1669
1670
1671
1672
1673
1674
1675
1676

1677
1678

1679
1680

1681

1682
1683
1684
1685
16€°,
1687
1688
1689
1690
1691
1692

00425¢
004256
004260
004264
004266

012706
005026

004336

004404
004410
004416
004424

004432
004440
004442
004444
004450

LSBTTL

37
37

001100

#-1,FSELECT
START

SFSELECT

RESET

INITIALIZE

SEQ 0034

;SELECT UNIT
;DO NOT SELECT UNIT
:NORMAL RUN

THE COMMON TAGS

Mov

#SCMTAG,RE

(mp

#SWR,R6 ; ;DONE?

MOV

#STACK,SP

MOV
MoV
MOV

#SSCOPE ,a#IOTVEC ;10T VECTOR FOR SCOPE ROUTINE
#340,3#10TVEC*2 ;;LEVEL 7
#SERROR,IFEMTVEC ;;EMT VECTOR FOR ERROR ROUTINE

MOV
MOV
MOV

#STRAP,Q#TRAPVEC ;:TRAP VECTOR FOR TRAP CALLS
#340,3#TRAPVEC+2;LEVEL 7
#SPWRDON,3#PWRVEC ;.POWER FAJLURE VECTOR

(RO) ¢
.=b

;:;FIRST LOCATION TO BE

::CLEAR MEMORY LOCATION
::LO0P BA(CK

;:;SETUP THE

CLEARED

[F NO

STACK POINTER

#340,Q0EMTVEC+? ;;LEVEL 7

MoV
(LR
CLR
MOVR
MOV
MOV

#340,8#PWRVEC+2
$TIMES
SESCAPE
#1,8ERMAX
#.,5LPADR
¥..SLPERR

;;LEVEL 7
Do INITIALIZE NUMBER OF ITERATIONS
;:CLEAR THE ESCAPE ON ERROR ADDRESS
::ALLOW ONE ERROR PER TEST
::INITIALIZE THE LOOP ADDRESS FOR SCOPE
::SETUP THE ERROR LOOP ADDRESS

Mov
Mov

SFERRVEC,-(SP)
#6468 ,QNERRVEC

;;SAVE ERROR VECTOR
;;SET UP ERROR VECTOR

Mov
(mp

#DDISP,DISPLAY
#-1,35WR

;;AND A HARDWARE DISPLAY REGISTER
;:TRY T0 REFERENCE HARDWARE SwR

;:SI1ZE FOR A HARDWARE SWIT(H REGISTER. IF NOT FOUND OR IT IS
;;EQUAL TO A "'=1"", SETUP FOR A SCFTWARE SWITCH REGISTER.
000004
001140
001142
174500

Mov

BNE

648

004452

000000
054250

(LR

MoV

004370
004376

004472
004500

SETUP TESTS

coINITIALTZE A FEW VECTORS

000001

000176
000174
000004

.SBYTL

BNE

056332
000340
056550
000340
057320
000340
057410
000340
001212
001214

004452
004460
004466

#+eD]AGNOSTIC CODEwee

CLR

001140

000004
004444
177570
177570
177777

PAGE

;. CLEAR THE COMMON TAGS (SCMTAG) AREA

001000

004272
004300
004306
004314
004322
004330

004344
004352
006356
004362
004370
004376

START:

.SBTTL
CSBITL
.SBTTL

BEGINZ: MOV
B8R

BEGIN:

002002

001140
001142

1665

001005

002002

—

1664

0046250
004250

177777

1647
1648
1649
1650
1651
1652
1653
1656
1655
1656
1657
1658
1659
1660
1661
1662
1663

012737
000402
005037

1646

004234
004242
004244

1665

JEP—

1644

11:11

1637
1638
1639
1640
1643

10-SEP=-79

65%:

66%:

#DSWR, SWR

66%

65%

::SETUP FOR A HARDWARE SWICH REGISTER

:;BRANCH IF NO TIMEOUT TRAP OCCURRED
:sAND

THE HMARDWARE SWR

;:BRANCH IF NO TIMEOUT

IS NOT

7658, (SP)

::SEY UP FOR TRAP RETURN

MOV

#SWREG, SWR

:;POINT T0 SOF TWARE SWR

Mov

(SP)+ ,@#ERRVEC

;;RESTORE ERROR VECTOR

#0,PS
SRPVECT,QRPVEC

;SET PROCESSOR STATUS Ty o
;THIS IS FOR UNTIMELY LRIVE

MOv
RT]

MOV

STARTA: MOy
MOv

#DISPREG,DISPLAY

INTERRUPTS

P~d P~

CIRJIGDO,RPO&/5/6 DSKLS CTRLRY
10-SEP=-79 11:00
CIRJGD P

1693

1694

md
mh e
e
o
e
i
i
D o
e
e
B o
el
D o) il
el
) e
D il

NN~ NNNNNNNNNNNNNYNNNN ~
NN ~N POPIPNIPONY
=
ot et et b bt s =2 O (=
Voo N B NN OOy
NS LN —-O 0 oo

1695
1696
1697
1698
1699
1700
1701
1702
1703
1704
1705
1706
1707

)

ol
¥

\¥ ) [ QR V1,V

D ol
s
il
i ol v
)
D
el

~d NNTNN
NN NN
N

—

004506
004512
004516
004520

004737
005737
001001
000402

055310
002034

006522
004526
004526
004532

000137

005332

1044601

004534

000434

004624
004630

104401

0004617

1678
66$%:

004670
004670
0046674

1064601

000433

004764
004764
004770

000427

005050
005050
005054

000430

005136
005136

104401

005142

000415

005176
005176
005202

0004390

005264
005204
005270

104401

000420

;1698
68%:

004772

SAL
B
70%:

005056

;738
72%:

005144

2 75%:
748

005204

2778
76%:

005272

[

1748

012737

177777

005340
005344
005346
005354
005356
005360
005362
005370

005737
001006
023727
001005

000042

005370
005376

B8R
LASCIZ

JASCIZ

002034

BR
CASCIZ

TYPE

BR
JASCIZ

TYPE

;15

THIS FIRST

TIME ROUND

SSND1

:SKIP OVERALL PROGRAM HEADER

,65%

::TYPE ASCIZ STRING

,67%

;s VTYPE ASCIZ STRING

,69%

;3 TYPE

L7118

;:;TYPE ASCIZ STRING

648
::GET OVER THE AS(CIZ
<155<12>7RP04/5/6 DISKLESS CONTROLLER TEST = PART | = (ZRJG-D?

66%

::GET OVER THE ASCIZ
DATE: O1-MAY=79/<15><12>
ION
<15><12>/REVIS
ASCIZ

STRING

68%
;:GET OVER THE ASCIZ
<15><12>/ALL DCL'S UNDER TEST MUST BE LOCKED ON CORRE(T PORY/
70%
<15><12>/1F

L7138

::GET OVER THE ASClZ
(HANGES ARE REQUIRED ON PORT SWITCH THEN/

:;TYPE ASCIZ STRING

BR
JASCIZ

72%
::GET OVER THE ASClZ
<15><12>/A CYCLE UP SEQUENCE 1S REQUIRED FOR STROBING/

TYPE
BR
JASCIZ

L, 158
:;TYPE ASCIZ STRING
748
::GEY OVER THE ASCIZ
<15><12>/THE PORT SELECT FLOP/<15><12>

TYPE

BR
JASCIZ

;s TYPE ASC1Z

STRING

,19%

:;TYPE ASCIZ

;. 79%:

SND1:

MOV

#-1,30FIRST

JNEXT TIME DO NOT GIVE HEADER

LSBTTL

GET VALUE FOR SOFTWARE SWITCH REGISTER
181
ary?
;;ARE WE RUNNING UNDER XXDP/A(T?
BNE
649
::BRANCH F YES
CMP
SWR,#SWREG
::SOFTWARE SWITCH REG SELECTED?
BNE
65%
::BRANCH If NO
GTSWR
::GEY SOFT=-SWR SETTINGS
65%
BR

000176

112737

000001

00113

:
6L
659%:

032777
001403

010000

173542

RH70CK:

104406

TYPE

76%
::GET OVER THE AS(lZ
<15><12>/ALL DCL'S NOT UNDER TEST MUST BE SWITIHMED OFF/
78%
::;GEYT OVER THE AS(CIZ
<15><12>/0R LOCKED ON THE OTHER PORT/<15><1?2>

001140

000403

;SKIP HEADER IF NOT
;D0 HEADER IF SO

ofF IRST

BR
LASCIZ

78%:

005332

1%
2%

TYPE

004676

SEQ 0035

BNE
BR

TYPE

004632

SINITIALIZE THE TTY KEYBOARD

TYPE

$:65%:
:
648

PAGE

PC,afNSTXINT

JMp

004624

JSR
157

005332

1746
—

10-SEP-79 11:00

10-SEP=79
11:11
30A(1052 )
INITI] AL 1 1€ THE COMMON TAGS

MOVB

#1,8AUT08

;:SEY AUTO=-MODE

INDICATOR

Bl
BEQ

#SW12,85uWR
b3 3

;LCOK 10 SEE 1F USING RN70
1F Swl? = 0, SKIP NEXT

[ Nant

CIRIGD P11

MACY11

Pd P~a

(ZRJGDO,RPDL/5/6 DSKLS CTRLR1

1749
1750
17951
1752
1753
1754
1755
1756
1757
1758
1759
1760
1761
1762

005400

012737

000001

005406

005737

002002

104401

005422

0056412

005616

0056420
005466
005466
005470
005474
005500

001434
000622
104412

042716
011637
012637

002040
1% :

::2‘5:

SEa 0036

Mov

#1,38RNT70

1F SW12 = 1, CU 1S AN RM70

181
BEQ

SFSELECT
TST

;200 START?
JSKIP NEXT IFf STARTING FROM 200

669

:;GET OVER THE ASCIZ

BIC

8177770, (SP)

;ONLY KEEP LAST 3 BITS

MOV

(SP)+,@FUNITSL

;SAVE

TYPE

:
648

177770
001774
002004

CASCIZ

RDOCT

MOV

,65%

;2 TYPE ASCIZ

STRING

<15><12>/SELECT UNIT NUMBER TO BE TESTED ?/

(SP) ,a88UNIT

:SAVE UNIT T0O BE
UNIT

T0 BE

TESTED

TES'ED

K
3
30A(1052)
10-SEP=-79
11:11
PAGE %7
GET VALUE FOR SOF TWARE SWITCH REGISTER

MACY1Y

P~ P

CIRJIGDO,RPO4/5/6 DSKLS CTRLR)
CIRJGD.PY
10-SEP=-79 11:00

MmACY 1

L
3
30A(1052)
10-SEP-79
11:11
PAGE %38
GET VALUE FOR SOFTWARE SWITCH REGISTER

SEQ 0037

1763
1764

1765
1766
1767
1768
1769

NN~~~

1770
17N
1 772
1 73
1 74
1 75
1 76
1 77
1778
1779
1780
1781
1782
1783
1784
1785
1786
1787
1788
1789
1790
1791
1792
1793
1794
1795
1796
1797
1798
1799
1800
1801
1802
1803
1804

1805

1806

—
i
OB ~O- I

i —

b
B

ol
it

s
s

e
e

el
e

e
b

0o Op O OB OB OB 00 OB

1807

BE XXX

SeTEST

224222 XXX222222t
RRRRRRdRddl ]

REFERENCE EACH REGISTER

jee
A

005504
005506
005514
005520

000004
012737
012706
012737

000001
001000
000001

001212

005526

005534
005542
005546
005552
005554
005556
005560
00562
005570
005572
005€¢00
005402
005610
005612
005616

001036
104401

000427

056560

000030

MOV

SREGSAY ,@#EMTVEC;ERROR VECTOR SO THAT

005562
000024
001630

000004

MOv

#2% ,9MERRVEC

MOV

8(R1)+,R2

1%:

000006

000004

177776

001200

020000

173330

2%:

000204

000000

00£706

000137

061432

005712
005720
005724
005730
005734
305740

012737
005037
005777
005237

005772
002040

000413
000417
022626
104401

000413

012737

#24 ,RO
#RHDB,R1
RO

=2(R1), $TMPI

:READ HARDWARE REG.

FIRST REG.

: COUNT DOWN

;STORE FAILING REG ADDR

BNE

sBRANCH 1F

TYPE
BR
LASCIZ

.65%
;:TYPE ASCIZ STRING
669
;.GET OVER THE ASCIZ
<15><12>/70 CHANGE BASE ADDRESS, RESTART AT ADDRESS /

MOV

#ADDMOD,-(SP)

#SW13,3SwWR

INHIBIT ERROR PRINTOUT ?
YES

:GET READY TO TYPE

STARTING ADDRESS

:0F "'CHANGE OF BASE ADDRESS'' ROUTINE
;FORCE THE RESTART.

JMP

alSEOP

;G0 TO END OF PROGRAM --~eccccccccaca

3%:

MOV
CLR
1
INC

¥TRP, 344
RH70
IRHBAE
RH70

sINITIALIZE VECTOR
;INIT RH INDICATOR +¢+ (.W
:ADDRESS RPBAE (RHM11/RHW70?)
:FOUND AN RH70-SET MASK

66%

;:6GET OVER THE ASCIZ

RIN

20658

BR
(ASCIZ

6493
::6GET OVER THE ASCIZ
/
<15><12>/RM11 (ONTROLLER

RTN:

Mov

#SERROR ,@WEMTVEC;RESTORE ERROR VECTOR

TYPE

20678

66%:

TRP:

000030

;THERE ARE 24 REG T0 TEST
:R1 NOW HAS ADDR OF ADDR OF

173750
002040
005742

056550

;SET UP FOR BUS TIMEOUT

;REGISTER NON EX]STANT

TYPOC

006002

:NO REGISTERS ARE SAVED

19
;BRANCH IF 24 NOT DONE
3%
.BRANCH IF 24 DONE
#ERRVEC+2,3#ERRVEC ;RESTORE TRAP CAT(HER
(SP)+,(SP)+
s CLEAN STACK

HALT

000004

;.00 1 ITERATION
;SET UP STACK POINTER
;THIS SAVES TEST NUMBER

BIT

02658

104402

DEC

BNE
BR
MOV
CmMp
ERROR

005620

005702
005704

MOV
Mov

Mov

648:

104401

SCOPE

AR XEARR2RRR20RRdR2d0ddRRRRlRRRld
Rl d R

002032

012746

006030
006030

1$T1:

22X

#,STIMES
#STACK, SP
#TINO,@#TSTNM

005676

006000

MOV
MOV
Mov

005676

005770
005770
005772
005774

REFERENCE EACH REGISTER BY A MOVE INSTRUCTION

64Y:

(ASCIZ

(mp
TYPE

,67%

;s TYPE ASCIZ STRING

<15><12>/RH70 (ONTROLLER
(SP)+,(SP)+
,65%

sADJUST THE STACK
::TYPE ASCIZ STRING

oTM

CIRIGDO,RPOL/5/6 DSKLS CTIRLRI
10-SEP=-79 11:00
CIRJGD.PVY

"~ P~

—

1819
1820
1821
1822
1823
1824
1825
1826
1827
1828
1829
1830
1831
1832
1833
1834
1835
1836
1837

006036

012737

000006

000004

004737
005037
013777
005237
032777
001367
012737
163737

005437
012737
063737
063737
062737
004737

042732
002042

002042
002042
000100

173546

Mov

000412
002042
037416
002114
002042
002042
001000
042732

037416
037416

173542

037424

037424
027424
037424

13%:

3
PAGE 39

Sea 0038

REFERENCE EACH REGISTER

;SO THAT REGISTERS ARE SAVED

FERRVEC+2,3#ERRVEC

;FIND THE

006044
006050
006054
006062
006066
006074
006076
006104
006112
006116
006124
006132
006140
006146

11:11

JSR
(LR

mov

INC

BIT

BNE
mov
SuB
NEG
MOV
ADD
ADD
ADD

JSR

;RESTORE

TRAP CAT(MER

SILO SIZE

PC,

S1Los?
SILOSZ,
S1L0S?
#1IR,
138
#266.,
SILOSZ,
VAR142

SRHDB

SRH(S2

;VARY

VAR1+42
VAR1+2

#WRFROM,

SILOSZ, VARZ¢+2
SILOSZ, VAR24?

#512.,
PC.

JCONTROLLER CLEAR
JCLEAR SILO COUNTER
;LOAD SILO
JKEEP COUNT
;1S THE SILO FULL?
:BRANCH IF NO

Sf(LDISK

VAR24?
Sf(LD]IK

VAR242

IN TESY

116

;VARZ IN TEST 116

;CONTROLLER CLEAR

10-SEP-79

10-SEP=-79 11:00

30A(1052)

[

CIRJGD P

MACY11

CIRJGDO,RPO4/5/6 DSKLS CTRLR]

10-SEP-79 11:00

MACY

1838
1839
1840
1841
1842
1843

185¢4
1855
1856
1857
1858
1859
1860

1861

1862
1863
1864
1865

1866
1867
1868
1869
1870
1871
1872
1873
1874
1875
1876
1877
1878
1879
1880
188
188¢
1883
1884
1885
1886
1787
1888
1889
1890

10-SEP-79

11:11

TeTEST 2
A
A

RHCS2-CONTROL AND STATUS 2

THIS PARTIALLY TESTS RHCS2 TO ENABLE DETERMINATION
OF THE NUMBER OF DRIVES PRESENT

SR AZXZ2 222

006152
006154
006162
006166

000001
001000
000002

001212

1§12:

002032
L/

006174
006200
006202
006§Ob

005737

006206
006214
006222
006226
006230
006232
006234

013737
013737
004537

001402
000137

000000
000000
104001
000207

01105¢4
001636
042404

scoPE

Mov
Mov
MoV

L STIMES
#STACK,SP
#TINO,.SFTSTNM

ANARAANEA

SRRl

RRRRRll

ARl

.00 1 ITERATION
JRESET STACK
;THIS SAVES TEST NUM _R

;*CHECK TO SEE JF THE PROGRAM iS RUNNING WITH AN RH70

002040
006236

X2 XXX

30$:
006226
006230

UN:

1581
BEQ

JMP

8FRHT70
30$
1813

Mov
MOV
JSR

S8#PR(S2+12,3#UN
SARH(S2 ,aWUN+2
RS,8#B1TST
STEST BITS IN REGISTER

RTS

.WORD
.WORD
ERROR

0
O
1

;TEST FLAG FOR RH70 CONTROLLER
;1F FLAG = 1, THIS TEST 1S SKIPPED
;JUMP TO NEXT TEST ==eecccecrcncccnce;1 FLAG = 0, DO THIS TEST

;ONLY THESE BITS TESTED FOR READ/WRITE
;ADDRESS OF REG. BEING TESTED
:IN CORRECT DATA RECEIVED
;RETURN TO BLT3 ROUTINE

|
?
';""""""""'""""'""'"'"".'"l""""""""""

;'TEST 3

PARTIAL TEST OF RHAS FOR UNIT NUMBERS PRESENT

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

000004

006236
006240

012737

000001

001212

006246

012737

000003

002032

006254
006260
006264
006270
006274
006276
006302
006306

013701
012711
011137
105737
001405
005037
010137

001656

104001

177777
001126

001126
001124
042402

1513:

SCOPE
Mov

#1,8TIMES

;.00 1

Mov

#TINC,@#TSTNM

,Tni3> SAVES TEST NUMBER

MOV
MoV
MOV
1518

S/RHAS ,R1
f-1,9R1
oR1,a#$BODAT
S#$BDDAT

:R1 HAS ADDRESS OF RMHAS
;THIS CLEARS RHAS (SURPR]SED!)
;TEST DATA

(LR

87$GDDAT

Bta

MOV
ERROR

s£a 0039

REFERENCE EACH REGISTER

';""""""""'""""'""""""""""'l.'"'Q'."""'

18446
1845
1846

1847
1848
1849
1850
1851
1852
1853

30A(1052)

3
PAGE &0

ITERATION

1514

:BRANCH 1F GOOD

R1,8#REGADR
1

;FAILING REG. RHAS
;RHAS DOES NOT (LEAR

.GOCD DATA

;BY WRITING ONES IN

o
"~~~

CIRJGDO,RPO4/S5/6 DSKLS CTRLRI

CIRJGD P

1891
1892
1893
189¢
189%
1896
189°
1698
1899
1900
1901
1902
1903
1904
1905
190¢
1907
1908
1909
1910
1911
1912
191%
1914
1915
1916
1917
1918
1919
1920
1921
1922

1923
1924

1925

1926

1927
1928
1929
1930
1931
1932
1933
1934

1935
1936
1937
1938
1939
1940
1941
1942

1943

1944
1945
1946

10-SEP-79

11:00

8 ¢
30A(1052)
10-SEP=-79
11:11
PAGE ¢!
13
PARTIAL TEST OF RMAS FOR UNIT NUMBERS PRESENT

SEQ 0040

';'i""""""""""""""""'""'""""0"""."""'

J*TEST

TEST FOR DRIVES PRESENT USING RMAS AND RM(S?

';"""""""""""""""""""'l""""""""'.""'

006310
006312

000004
012737

006320
006322
006330
006334
006342

006344
006350

C00430

006432
006432
006436
006516
006516
006522

006576
006576
006602

000001

001212

000005
012737
004737
032777
001147

000004
055310
020000

002032

104401

006352

104401

000427
104401

000425
104401

000427

::69%:
68%:
¥
SNAR
70%:

006716

111137

006722
006726

105037
105711

021402
000137

006736
006744
006746

032777
001402
000137

006752
006752
006756

104401

000421

;:67%:

BR
LASCIZ

66%:

006604

006714

006730
006732

$:659%:

BR
LASCIZ

64%:

006524

001656
001636

006674
006700
006704
006710
006712

JSR
Bl
BNE

TYPE

006440

013701
013702
005012
012700
013704
012714
005212
005300
001373

SCOPE

MOov

RESET
Mov

172576

006662
006662
006666
006672

iST‘:

TYPE

BR
ASCIZ
TYPE
B8R

1%:

::00 1

FTINO,@FT.INM
PC.aNSTKINT

#SW13,35wWR

JTERATION

;START WITH AN INIT

;THIS SAVES TEST NUMBER
SINITILIZE TTY KEYBOARD

;INMIBIT ERROR TYPEQUI1?

:BRANCH

YES

,65%
;. TYPE ASCIZ STRING
649
;:GET OVER THE ASCIZ
<15><12><15><12>/L00KING AT RHAS = DRIVES ASSUMED PRESENT/<15><12>
,67%

::YYPE ASCIZ STRING

669%

;:GET OVER THE ASCI2

C19>C 12>/ treeeseenasaansnrnenentsasnpeatecenennnen/

,69%

68%

<19><12>/

::TYPE ASCIZ
THIS MUST BE

L7118

70%

STRING

::GET OVER THE ASCIZ
VERIFIED BY

OPERATOR

::TYPE ASCIZ STRING
::GET OVER THE

ASCIZ

LASCIZ

C19)C12)>/veenstntensesenennsenesnenaneeneenneennenre/

Mov
MOV

FFRHAS R

;LOAD R! WITH ADDR. OF

#8.,R0

;INITIALIZE

CLR

000010
001642
177777

#1,STINMES

MoV
MOV
MOV

aMRH(S2 ,R2
aR?
SfRHERY RS
N-1,3R4

RHAS

;LOAD R2 W]TH ADDR. OF RH(S?2
;CLEAR RH(S2 (ADDRESS UNIT #0)
DRIVE

COUNTER

:LOAD R4 WITH ADDR. OF RHERI
;MOVE ERRORS INTO RMER!

; INCREMENT UNIT NO.

(RH(S?2)

UNIT

ADCRESSED

INC
DEC
BNE

aR?
RO

. COUNT DOWN DRIVE

002020

MovB

aR1,a¥TOTALAT

;SAVE ALL RESULTING ATTENTION BITS

002021

CLRB

ANTOTALAT)

007304
020000

172174

006760

COUNTER

;TEST AND DO NEXT UNIT

8 NOT DONE

; (USED IN DRIVE CLEAR TEST)
:CLEAR UPPER BYTE

1518

BEQ
JMP

ak1
2%
XE2

:TEST RHAS FOR ANY DRIVES PRESENT
:NONE RESPONDING = TYPE THE MESSAGE
;SOME THERE - GO FILL "'UNITS'' TABLE

#SW13,a5WR

;INHIBIT ERROR TYPE OUT?

TYPE

138
72%

s TYPE ASCIZ STRING
;:GET OVER THE ASCIZ

BEQ
JMP

007642

3%
SELTST

;TYPE "'NO DRIVES'® MESSAGE 1F NO
sCHECK FOR SELECTED UNIT STARTM AND LOAD
sUUNITS TABLE WITH DESIRED DRIVE 1F SO

CIRJGD P11

RACYT

CIRJGDO,RPOG/S/6 DSKLS CTRLRY

1959
1960
1961
1962

1963

1964
1965
1966
1967

1968
1969
1970
1971
1972
1973
1974

1975

1976
1977
1978
1979
1980
1981
1982
1983
1984
1985
1986
1987
1988
1989
1990
1991
1992
1993
1994
1995
199%
1997
1998
1999

2000
2001
2002

007022
007022
007026
007110
007110
007114

007176
007176
007202

1044601

000430
104401

104401

000436

007300

LASCIZ

%;zss:
-

007116
%;;75:
6%:

::79%:

78%:

000137

0414632

007304

XE2:

007304
007310
007314
007320
007322

000010

2%:

177777

3%:

007324
007330
007332
007336
007342
007346
007352

00175¢4

103120

007354
007360
007306
007370
007376

010577
022777
001503
022777
001477

00175¢4

108:

001776
000010
001176
001176

A ¥

TYPE

172276

020020

172266

11%:

SEQ 0041

<15><12>/ND DRIVES PRESENT - RHAS = 0/<15><12>

BR
LASCIZ

248
“IGET OVER THE ASCIZ
<15><12>/WRITING ONES INTO RHER! FOR ALL UNIT NUMBERS/

,75%

::TYPE ASCIZ STRING

TYPE

778

S:TYPE ASCIZ STRING

CASCIZ

TYPE

“IGET OVER THE ASCIZ

<15><12>/DOES NOT
,79%

SET ANY BIT

;:TYPE ASCIZ

IN RMAS SO ABORT PRCGRAM/

STRING

BR
ASCIZ

788
TIGET OVER THE ASCIZ
<15><12>/70 LOOP ON THIS TEST WO PRINTOUT,

JMP

a¥SEOP

SET SWITCHES 13, 8 § 2/

;60 QUT===m==mmcemmcccacaccacacoaoaao- >

;*SET UP DRIVES PRESENT TABLE
#8.,R0
#UNITS,R3

;LOAD "'UNITS'' TABLE COUNTER
;LOAD ""UNITS'' TABLE POINTER

DEC
BNE

:COUNT DOWN

MOV

NUNITS,R3

MOV

Mov

CLR
(LR

MOov
MOV

ROR

BCC

172256
024020

¢
PAGE &2

%éZSS:

007300

TEST FOR DRIVES PRESENT USING RHAS AND RH(S2

007030

007204

11:11

‘.

000430

10-SEP-79

MOV
c(mMp

BEQ

{mp

BEQ

#-1,(R3)¢

SANOUNIT
#8.,.R0
aR1,ar8TMPO

;PRESET

1ST

TABLE BLOCK

;PRESET NEXT BLOCK
;RELOAD THE

TO ALL

ONES

8 NOT DONE

TABLE POINTER

SINITIALIZE UNIT NO.

TO O

;NO. OF UNITS PRESENT
;RELOAD THE TABLE COUNTER
;ADDR OF RHAS INTO TEMPORARY STORAGE

S¥STMPO
5%

;SET CARRY 1f 0 BIT = 1 (UNIT ATTEN.)
;CHECK NEXT UNIT IF ONE NOT IN BIT O

RS,aRHCS?
#24020,aRHDT
6%
#20020,aRHDT
6%

JINSERT UNIT NO. INTO RHCSZ UNIT ADDR.
;READ RMDT = IS 1T A DUAL PORT RPO4 °
SYES...TYPE THE UNIT NO.
;READ RHDT = IS IT A SINGLE PORT RPO& °
(YES...TYPE THE UNIT NO.

;:'.'."'!'"'"""'Q"""""."'"""!""""'l"""'l""

007400
007406
007410
007416

022777
001473
022777
001467

024021

172256

020021

172246

007420
007426
007430
007436

022777
001463
022777
001457

024022

172256

020022

172226

(mMpP
BEQ
(mp
BEQ

(mp

BEQ
(mp
BtQ

#264021,8RHDT

:DUAL PORT RPQS ?

#20021,3RHDT
6%

:SINGLE PORT RPOS ?
;TYPE NO. 1f SO

#24022,8RHD1T

6%
#20022.aRHDT
6%

;TYPE

UN]T

NO.

;READ RMDT = ]S IT A DUAL PORT RPO6 ?

;YES...TYPE THE UNIT NO.
;READ RHDT = IS IT A SINGLE PORY RPOe ?
JYES...TYPE THE UNIT NO.

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

1
1947
1948
1949
1950
1951
1952
1953
1954
1955
1956
1957
1958

10-SEP=-79 11:09

30A(1052)

CIRJIGDO,RPOL/S/6 DSKLS CTRLRY

(IRJGD P11

MACY11

—

CIRJGDO,RPOL/S5/6 DSKLS CTRLRI

CIRJGD P

2003
2004
2005
2006
2007
2008
2009
2010
P{2R
2012
2013
2014
2015
2016
2017

2018
2019
2020
2021
2022

2023

2024
20295
2026
2027
2028
2029
2030

2031

2032
2033
2034
2035
2036

2037
2038
20%9

2040
2061

2042
2043
2044

10-SEP-79 11:00

MACY1Y

30 AC1052)
14

10-SEP=79

11:11

&
PAGE 43

SEQ 0042

TEST FOR DRIVES PRESENT USING RHAS AND RHCS?

;*NO...1T'S NOT AN RPO&/RPOS/RPO6 DEVICE SO TYPE
;*0UT THE DEVICE TYPE
007440
007444

106401

000610

007446

1YPE

$165%:

:
648

007466

007466
007470
007472
007476
007514
007514
007520
007522
007526

007574
007574

010546

104405
104401
000406

007500

017746

172144

104402
104401

000422

11679
66%:

000407

007614
007616
007620

005205
005300
001252

007622
007630
007636

013737
013737
005337

001754
001776
002009

007642
007646
007650

005737
001403

002002

104401

010546
104405

005237

013737

6%:

001223
001776

5%:

002006

649
..GET OVER THE ASCIZ
<15><12>/UNIT NUMBER /

mov

RS.=(SP)

;PUT

TYPE

.67%

;:TYPE ASCIZ STRING

001774
002000

12%:

SELTST:

001774

;TYPE

THE UNIT NUMBER ON STA(K
11

66%

Mov
1YPOC

aRHDT ,=(SP)

B8R
LASCIZ

68%
..GET OVER THE ASCIZ
7 = NOT AN RPO4/RPOS/RPO6 DEVICE !'!?

;UNIT NOT AN RPO4&/RPOS5/RP06 SO TEST NEXT ONE

Mov

RS, (R3)+

:LOAD TABLE POSITION AND

Mov
TYPDS
INC

RS,=(SP)

3#NOUNIT

;PUT UNIT NO. ON THE STACK
;TYPE THE UNIT NO.
;INCR THE TOTAL NO. CF UNITS

INC
DEC

RS
RO

;"RHCS2' UNIT ADDRESS
;DRIVE COUNTER DOWN ONE

LASCIZ

1YPE

;698
68%:

010523

;s TYPE ASCIZ STRING

TYPDS

007530

007576
007600
007604
007606
007610

BR
LASCIZ

.65%

TYPE

/7,

RHDT =/

,69%

JSCRLF

;:GET OVER THE ASCIZ
;PUT RHDT ON THE STA(K
STYPE T
;s TYPE

ASCIZ

STRING

: CRLF

INCR

BNE

;TEST AND DO NEXT UNIT

MoV

SFUNITS @#UNIT

;SEY UNIT NO. TO 7 IRST ONE FOUND/OR 0

DEC

3#NUNIT

;1F NUNIT = O THEN ONLY ONE UNIT

181

SFSELECT

;STARTING ADDRESS 200 ?

MOV

SFUNITSL,@#UNIT

;(HANGE UNIT NUMBER T0 SELECTED ONE

MOV

BEO

S#NOUNIT, @#NUNIT

1875

;SAVE

NO.

IF 8 NOT DONE

UNIT>

;1F NUNIT > 0 THEN MORE THAN ONE UNIT

;BRANCH 1F STARTING FROM 200

|
CIRJIGDO,RPO4/5/6 DSKLS CTRLRY
10-SEP=-79 11:00
CZRJGD P

MACY I

30A(1052)
10-SEP=-79
11:11
PAGE 44
14
TEST FOR DRIVES PRESENT USING RHAS AND RHCS?

SEQ 0043

2045

2046

2047
2048
2049
2050
2051
2052

2053
2054
2055
2056
2057
2058
2059
2060
2061
2062
2063
2064
2065
2066
2067
2068
2069
2070
20N
2072

2073
2074
2075
2076
2077
2078
2079
2080
2081
2082

2083
2084
2085
2086
2087
2088
2089
2090
2091
2092
2093
2094
2095
2096
2097
2098
2099
2100

::."""""""""""""""""""""""""""""""

TYPE SERIAL NUMBER AND DRIVE TYPE

;*TEST S
it
it

SET APPROPRIATE ATTENTION BIT OF UNIT UNDER TEST IN
"ATTENT' AND TYPE THE UNIT UNDER TEST

i
A

READ SERIAL NUMBER REGISTER AND DRIVE TYPE REGISTER,
TYPE THEM OUT AND PROCEED

10 LOOP HERE SET SWITCH 8 AND THIS TEST NO. AND RESTART

cogRNeeteRRRERRORERORECRRRRORRRRRORCROREROTTRORCRERRRROROOERRORRARNROEORROERORRNOCTERETERD

007656
007660
007666

000004
012737
012737

000001
010404

001212
001106

007674
007702
007706

012737
004737
005037

000005
042732
002016

002032

7S$15:

SCOPE

Mov
MOV

1, 8TIMES
#1$,SLPADR

;;D0 1 ITERATION
..SET SCOPE LOOP ADDRESS

MoV

#TINO,a#TSTNM

THIS

JSR
CLR

PC,aNCLDISK
SFATTENT

SAVES

TEST

;FILL UNIT NO.
:CLEAR

NUMBER

;*TEST FOR UNIT #0
007712
007716
007720
007724
007730
007732

005737
001022
012700

007736

001012

122710

001015
005737

001774

187

SFUNIT

Mov

na1 RO

BNE

10%

BNE

000041
000011

(MPB

002002

;1S UNIT #0 NEXT

IN THE UNITS TABLE

108

.1F NOT, TEST THIS UNIT

#11,(RO)

:WAS 1T AN RP04/5/6 ?

181

SFSELECT

BNE

10$

;1F

SO,

CHECK

THE LOAD MEDIA LOCATION

:NO...GO AHEAD WITH TESTING UNIT #0
;WAS UNIT #0 SELECYED ?

;CIE. WAS IT A 210 START ?)

JIF

SO...TEST

;*INCREMENT THE UNITS TABLE TO NEXT DRIVE (IF ANY)
;*8 DECREMENT THE ''NOUNITS'' PRESENT (70 BE TESTED)
007740
007744

012700
005720

00175¢

Mov
187

#UNITS RO
(RO)+

007746
007752
007754
007760
007764

022710
001404
011037
005337
013700

177777

(mp
8tQ

#-1,(RO)
108

DEC
Mov

@#NOUNITS
8¥UNI1T,RO

MOV

001774
001776
001774

108:

(RO) ,@#UNIT

;LOAD THE UNITS TABLE POINTER
SSELECT THE NEXT UNIT IN THE TABLE
; (DOUBLE INCREMENT THE POINTER, RO)

;1S THERE ANOTHER TABLE ENTRY PRESENT ?
;1F NOT (LOC = =1)...MUST USE UNIT #0
;SET UP TO BE THE UNIT UNDER TEST

;DECREMENT BECAUSE UNIT # 0 WONT'T BE TESTED
;RO CONTAINS UNIT NO.

;*SET UP THE PROPER DEVICE TYPE FLAG
::'"""".""""""""'.""""""'l""""'l""I"Q"'

007770
007774
010000
010006
010010

010016
010020

010077
005037
022777
001405
022777
001401
000403

171642

002036
024022

171656

020022

171646

MOV
(LR

RO,aRH(CS?2
afRPOG

SET UP UNIT ADDRESS
;CLEAR RPO6 DEVICE TYPE FLAG

6EQ
(mp
BtQ

2
#20022,9RHD1T
2%

SYES...SET THE FLAG
:SINGLE PORT RPO6 ?
JYES..SET FLAG

(MP

l%LOZZ,GRHDT

:DUAL PORT RPO6 ?

;NO...DON'T SET RPO® FLAG

(X el

—T

012737

1727777

002036

2%:

Fo4

10-SEP=-79
11:11
PAGE &>
TYPE SERIAL NUMBER AND DRIVE
MOV

"-1,3#RP06

3%:

010030

SEQ 0064

TYPE

JSET

;ASSUME

THE NEXT UNIT

IS AN RPO4

e
B o
e
ol
il o
e
e
ol e
o
R
il
e
e
o
el
D
e
D o
o
) el
)
o
L
i
il
il
il
B
i
il
el
—

B8 NN N N AN N N NN NN PO NI PRI NI NIPININY
=t ot b e e et ot s it OO OO O
SOV
NOWVNE WA =~ O VN VNE WO OOV
WA = OO0V~ N

:;"""""""""'"""""'""'"'"""""0"".""""'

010030

116037

006224

010036

104601
000414

01004¢

013746

00177¢

010042

010074
010074
010100
010102
010106

10440%
104401
000410

010110

017746

171532

104402
104401

000410
017746
104402

002016

;:65%:
64%:

1:67%:
66%:

010144
::69%:
68%:

171474

MOvVB

ATABLE
(RO) ,@#ATTENT

TYPE

.65%
649

;. TYPE ASCIZ STRING
;.GET OVER THE AS(CIZ

@NUNIT ,-(SP)

;UNIT NO.

BR
LASCIZ
Mov
TYPDS
TYPE

<15><12>/TESTING DRIVE

,67%

B8R
LASCIZ

66%

Mov
T1YPOC
TYPE

aRHSN,-(SP)

BR
ASCIZ

MOV
TYPOC

;SET APPROPRIATE ATTENTION BIT

;TYPE

<15><12>/DRIVE

aRHDY ,=(SP)

TO STA(K

DRIVE NO.

::TYPE ASCIZ STRING

::GET OVER THE ASCI1Z

<15><12>/SERIAL NO.

.69%
68%

NUMBER/

::SAVE QRHSN FOR TYPEOUT
::60 TYPE==0OCTAL ASCIICALL DIGITS)
::VYPE ASCIZ STRING
:;GET OVER THE ASCI!?

TYPE

::SAVE 3RHDT FOR TYPEOUL!

::G0 TYPE--OCTAL ASCIICALL DIGITS)

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

022777
001425
022777
001421

024020

171464

020020

171454

022777
001453
022777
001447

024021

1714644

020021

171434

022777

024022

171424

020022

171414

001424
022777
001420
000454

#24020,9RHDT

:DUAL PORT

cmp
BEQ

#20020,aRHDT

:SINGLE PORT RPO4 ?

(mp
BEQ

#24021 ,9RHDT
6%

:DUAL PORT RPOS
:TYPE MSG

#24022,3RNDT
5%

:DUAL PORT
:TYPE MSG

:TYPE MSG

(MP

BEQ

(mp

BEQ

(mp
BEQ
(MP
BEQ
BR

#20021,8RNHDT
6%

#20022.,aRHDT
1%

;TYPE

ASCI]

;TYPE

RPO4

MSG

QuT

THE MESSAGE

:SINGLE PORY RPCS
;TYPE MSG
RPO6 °?

:SINGLE PORT RPOS ?
:DRIVE
;DOR'T

1S NOT AN RPO&/RPOS/RPO6

TYPE

THE ASCI] MESSAGE

= SO

;=SHOULD NEVER HAPPEN A1 THIS POINT
:UNLESS DRIVE GOV SICK WHILE TESTING

el
ol
el
—

LaYAaV T V1,V

(W 2 SV XU JV JV 2V ]
O VSN —-O

V1, V], V1,V

;WAS

104601

000413

010262

AL
¥
70%:

000435
104401

000413

010320

5e:

TYPE

IN PROGRESS

s TYPE

ASCIZ

STRING

LASCLZ

70%
<15><12>/DRIVE

SKIP NEXT MESSAGE

738

;o TYPE

TYPE

72%

::6EY OVER THE ASCIZ
IS AN RPO&/<15><12>

ASCIZ STRING

;sGET OVER THE ASC]2?

3?A(1052)

[ea
X e

|
010022

MACYT]

CIRJGDO,RPOL/S/6 DSKLS CTRLRY
10-SEP-79 11:00
RAR

2157
2158
2159
2160
2161
2162
2163
2164
2165

010346
010346

010350
010350
01035¢
010404

SEQ 0045

%5133:

ASCIZ

<195><12>/DRIVE

1S AN RP06/<15><12>

000416

o "

SSKIP NEXT

10440

TYPE

758

::TYPE ASCIZ STRING

000413

5:;5;:
0Y:

JASCIZ

748

'1GET OVER THE ASCIZ

<15><12>/DRIVE 1S AN RP0S/<15>¢<12>

;;""""'""""""""'""""""""'l""""""""'Q'

1%:

151
181

MOv
MOV

aRHSN
CLLDA

IRHSN,3ESAUSN
aRHDT ,a#SAVDT

;READ SERIAL NO. AND DRIVE TYPE
;TheSE TWO ARE TO HELP SCOPE LOOPS

;SAVE
;SAVE

TO (HECK
TO (MECK

IF
IF

CLR RHCS2 BIT
(LR RH(S2 BIT

S5 CLEARS ANY BITS
5 CLEARS ANY BITS

e 1

10-SEP=79 11:00

&
6
30A(1052)
10-SEP-79
11:11
PAGE &6
15
TYPE SERIAL NUMBER AND DRIVE TYPE

Pl Pous

CIRJIGDO,RPO4/5/6 DSKLS CTRLRI

CIRJGD P

MACY11

3?At1052)

Ho&

10-SEP=79
11:11
PAGE &7
TYPE SERIAL NUMBER AND DRIVE

TYPE

SEQ 0046

2173

2174

CraeeReRRSCOERRRCORRCCOCRRORRORTROSCRRRROCRORRRRRORCRRRORROROSORRORRROOROROOOTORPRTOY

SeTEST 6

2175
2176
2177

(HECK MOL 10 BE .OW

MAKE SURE THAT DRIVE 1S OFF LINE BEFORE STARTING PROGRAM
1f DRIVE 1S ON LINE THEN AFTER TYPE OUT THE PROGRAM WlLL
HANG FOR EVER WAITING FOR DRIVE TO GO OFF LINE

oo
jee
e

oo RRRCRRRORRRERORRRRCERRRCEEORRRRROCRCRRRRRRRSRRRRROREROSRRORTSROEOROEROROY

010430
010432
010440
010444
010450
010452
010656
010522
010522
010526
010600
010600
010604

000004
012737
004737

032713
001551

104601
000421

1064401

010606

032713
001375

010700

000435

010774

::255:

010530

000430

104401

002032

010460

104401
0004264

010666
010666
010672

010674

000006
042732
010000

1§T6:

649

::275:

66%:

:é29$:

010000

68%:

1$:

010702

%671$:
$:

SCOPE

101"
JSR

#TINO,S#TSTNM
PC,a#CLDISK

BIT
BEQ
TYPE
B8R

#MOL ,aR3
1817
,659%
649

TYPE

.67%

LASCIZ

TYPE

:THIS SAVES TEST NUMBER
;OIVE INITILIZE

sCHECK MOL IN RHDSI
:BRANCH IF MOL LOW
;:TYPE ASCIZ STRING
;:6GET OVER THE ASCI2

<15><12>/DRIVE 1S ON LINE - MOL IS HIGH/

66%

;:TYPE ASCIZ STRING

::GET OVER THE ASCI2

<15><12>/MIT ST0P ON DRIVE TO GET 1T OFF LINE/

BR
JASCIZ

689%
::GET OVER THE ASCIZ
<15><12>/PROGRAM WILL HMANG TESTING MOL TILL MOL IS LOwW/

,69%

;. TYPE

811
BNE
T1YPE
BR

#MOL ,3R3
1%
118
70%

;CHECK MOL IN RHDS1
;BRANCH 1F MOL IS HIGH
;. TYPE ASCIZ STRING
;:GEYT OVER THE ASCIZ

JASCIZ

ASCIZ

STRING

<15><12>/G00D = MOL 1S NOW LOW . PROGRAM wiLlL NUw BE EXECUTED/<15><12>

~ o~

MACY1Y

C(IRJIGDO,RPOL/S/6 DSKLS CTRLR!
10-SEP-79 11:00
CIRIGD PN

10-SEP=79 11:00

2205
2206

10-SEP=-79

(HECK MOL 70 BE LOW
LOBTTL

2207

11:11

PAGE 8

SEQ 0047

2208

X
R
g

2209

;eTEST

2211

Jve

2213

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

2210

Jee

2212

2214

S%}g

2220
2221
ggg%

%5%2

0107764

010776

000004

012737

000007

TEST LOADING AND READING OF ALL POSSIBLE BITS IN THE HARDWARE

REGISTERS.

002032

1817:

USE A PETTERN OF WALKING 0°'S (=2.-3,-5 ETC.) AND

WALKING 1'S (1,2,4,10 ETQ)

SCOPE

MOV

#TINO,8#TSTNM

:THIS SAVES TEST NUMBER

;*CHECK TO SEE 1f THE PROGRAM IS RUNNING WITH AN RH70

011004

011010
011012
011016

005737
001402
000137

002040
011064

011016

004737

042732

2227
Sggg

011022
011026

012706
012737

001000
000007

2230
2231
2232
2233
22%
2235
ggg?

011034
011042
011050
01105«
01105
011060
011062

013737
013777
004537
020017
176710
104001
000207

001636
001774
042404

2226

RHCS2 = CONTROL AND STATUS 2

sve

S%}g

2219

308 :

002032

011056
170566

PR(S2:

197

efRNH70
30%
18110

;IF FLAG = 1, THIS TEST IS SKIPPED
:JUMP 10 NEXT TEST =ceececcncecacccan-e )
J1F FLAG = 0, DO THIS TEST

JSR

PC,a#CLDISK

:GIVE INITIALIZE

MOV
MoV

#STACK,SP
#TTINO,@#TSTNM

;RESET STACK
;THIS SAVES TEST NUMBER

MOv
MOV
JSR
.WORD
.WORD
ERROR
R1S

SFRHCS2 ,8#PR(S2+14
;GET REGISTER ADDRESS
SNUNIT ,aRHCS2
;MOVE UNIT NO. UNDER TEST
RS,BITST
;TEST BITS IN REGISTER
20017
sONLY THESE BITS ARE TESTED FOR READ/WRITE
176710
:ADDRESS OF REG. BEING TESTED
1
s INCORRECT DATA RECEIVED
PC
;RETURN T0 BLTM3 ROUTINE

BEQ
Jmp

:TESY FLAG FOR RM70 CONTROLLER

2238
2239

2240
2241

2242
2243
22(,(,

;;'t"t"'t"'tt""'t""""'t""it"'t.tt'ttl"l't"'!"'tt"

2245

;+TEST

22‘9

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

2246
2247
2248

e
cee
see

Sgg?

0'1064

000004

2252
2223

011066
011072

012706
012737

001000
000010

002032

2255

011100

013737

001640

011122

2258
2259

011120
011122

001476
176700

2254

2256
2257
2260

011106
011114
011124

013777
004537
104001

1ST10:

00177&
042404

170522

PR(S!:

RHCS1 = CONTROL AND STATUS 1 REGISTER

TEST LOADING AND READING OF ALL POSSIBLE BITS IN THE HARDWARE
REGISTERS. USE A PATTERN OF WALKING 0'S (=2,-3,=5 ET() AND
WALKING 1'S (1,2,4,10 ETO)

SCOPE

JRESEYT STA(K
:THIS SAVES TEST NUMBER

MOV
MoV

#STACK,SP
FTINO,a#TSTNM

MoV

SFRHCS) ,aNPR(ST1¢14

.WORD
.WORD

1476
176700

MOy
JSR

ERROR

SFUNIT ,aRH(S?
RS,BITST
1

;GET REGISTER ADDRESS

;MOVE UNIT NO. UNDER TEST
;TEST BITS IN REGISTER

:ONLY THESE BITS ARE TESTED FOR READ/WRITE
;ADDRESS OF REG. BEING TESTED
:INCORRECT DATA RECEIVED

30AC1052)

[N e

CIRJGD.P1Y

MACYT1

Pod

CIRJGDO,RPOL/5/76 DSKLS CTRLRT

011126

000207

110

&
J
11:11
PAGE &3
- CONTROL AND STATUS 1

10-SEP-79

RHCST
RTS

;RETURN 10 BLT3 ROUTINE

SEQ 0048

lalal

30A(1052)

|
2261
2262
2263

MACY1Y

CIRJGDO,RPOL/S/6 DSKLS CTRLRY
CZRJGD.P
10=-SEP=79 11:00

1
10-SEP-79

RHCS1

11:11

PAGE 5V

= CONTROL AND STATUS 1

SEQ 0049

SeTEST

RHCST

- BIT # 13 - MCPE

s
Pes

BY SETVING 'PAT', LOOKING FOR 'PAR', WRITING RM(CS?
AND READING RHERT

1ST11:

SCOPE

THIS FORCES A MASS BUS CONTROL PARITY ERROR

::"."""'"""""""""""""'.""""""""""""'

000004
012706
012737
0064737

001000
000011
042732

002032

011150

052777

000020

170460

011156

005077

170460

MoV

MOV
JSR

#STACK,SP

#TINO,FTSTNM
PC,a#(LDISK

SRESET

STA(CK

;THIS SAVES TEST NUMBER
cINIT AND SET UNIT NUMBER AND DEVICE ;CPU REG. CORRESPONDENCE (R1-R&)

:¢SET FORCED PARITY ERROR 'PAT®

BIS

¥PAT ,BRHCS2

(LR

SRHER]

:SET 'PAT' TO INVERT PARITY
:GENERATED
;WRITE DCL REGISTER USING BAD (ONTROL PARITY

:oWlTH THIS PARITY ERROR NOTHING WltLL BE READ TItr
oo
oo
—O~N~N
orosr
AN T ]

VYo HoVle 3,V

013746
052716
012637
011237
023737
001403
010237

001406

—

NINY
s

—

011137
022737

ORI
S 2PN
— e

e
il
il

el
el
el

OO0O00

—l

—
S

e
e
e

P
P

;*CLEARED

012737
010137
104001

104001

001126

104200

001126

104200

001124

0462402

001774
000120
001124
001126
001124

cmp

8tQ

mov

MOV
ERROR

1%:

001126
000010

001406
012737
010437

000010
042402

MOov

001126

:BRANCH ]F SC'DVA'RDY=1

R1,8#REGADR
1

:REGY>TER ADDRESS RKH(S1
LSET ING PAT AND

S#UNIT ,=-(SP)

;GOOD DATA

;WRITING DCL REGISTER RM(SI
:DID NOT SET SC!DVA!RDY

;WITH

*PAT'

BIT HIGH

;GET UNIT NUMBER

;INCLUDE PAT AND IR

R2,87REGADR

MOV
(mp

MOV
ERROR

(SP)+ ,a#8GDDAT

;PUT ON STAC(CK

;0K = SC'DVA'RDY ARE HIGH
;REGISTER ADDRESS

;READING DCL REGISTER RM(SZ DID NOT

;SHOW UNIJTH!PAT!IR BITS HIGH

8R4 ,a#8BDDAT
#PAR,9#%8DDAY

;RHER1 ===> $BDDAT
;ERROR REGISTER RHMER! SHOULD

;A= 0K,

#PAR,3#3GDDAT

R4 ,IFREGADR
1

AFTER PARITY

#SC'DVA'RDY,a#8GDDAT

MOV

=-=> $BDDAT

:RH(S2 ==-=> $BDDAT
oR2 ,8#38BDDAT
a#$GDDAY,a#88DDAY ; COMPARE RM(CS?

BEQ

001124

:RHCS1

MOV
(mp
ERROR

00112¢

,2#8BDDAT

#SC'DVA
. RDY,a#$BDDAT ;COMPARE RH(CSY
:ERROR

#PAT'! IR, (SP)

BEQ

2$:

BIS
Mov

042402

011437
022737

104001

MoV

:HAVE

‘'PAR'

SET

IT DOES

;GO0D DATA

sFAILING REGISTER RHERI
:PARITY ERROR DID NOY

:SET

'PAR’

(X e

110

See

D ad

— e e
e et
OO
(e RV P ARV T VE Yo Ve ),

[aV 1,V

AV [V LV LV LV LV

V1 V1,1, 7, V] V],V

2307

30A(1052)

':"".""""""""""'""""'"""""."I""'."""'.

OO0OO0OO0OO0OOO

2264
2265
2266
2267
2268
2269
2270
227
2272
2273
2274
2275
2276
2277
2278
2279
2280
2281
2282
2283
2284
2285
2286
2287
2288
2289
2290
2291
2292
2293
2294
2295
2296
2297
2298

MACY1Y

Pl Poud

CIRJGDO,RPOL/S/6 DSKLS CTRLRY
10-SEP=-79 11:00
CIRJIGD P

CIRJGDO,RPO4/5/6 DSKLS CTRLRY

CIRJGD PN

10-SEP-79 11:00

MmACYI

30A(1052)
T

10-SEP-79

RHCST

11:11

PAGE S

SEQ 0050

- BIT # 13 - MCPE

':"""""""""""""""l'.""""'.""""'."""""

S*TEST

e
.t

cve

RHW( - WORD COUNT REGISTER

TEST LOADING AND READING OF ALL POSSIBLE BITS IN THE HARDWARE
REGISTERS. USE A PATTERN OF WALKING 0°S (=2,-3,-5 ETC.) AND
WALKING 1'S (1,2,4,10 ETO)

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

011300

1§T12:

000004

012706
012737

001000
000012

013737
013777
004537

001632
001774
042404

177777
176702
104001
000207

002032

011336
170306

PRW( :

SCOPE

MOV
MoV

#STACK,SP
#TINO,a#TSTNM

MOV

AfRHWC ,afPRW(+14

.WORD
.WORD
ERROR
RS

177717
176702
1
PC

MOV
JSR

SFUNIT ,aRH(S?2
RS5,BITST

sRESET STA(CK
;THIS SAVES TEST NUMBER
;GET REGISTER ADDRESS

:MOVE UNIT NO. UNDER TEST
;TEST BITS IN REGISTER

:ONLY THESE BITS ARE TESTED FOR READ/WRITE
;ADDRESS OF REG. BEING TESTED
:INCORRECT DATA RECEIVED
:RETURN TG BLT3 ROUTINE

:;""'t""l""'t'""""""'ttttt'tttt'tttt't"ttt""t'l"'

ceTEST

MAAd

;ee

RHBA = UNIBUS ADDRESS REGISTER

TEST LOADING AND READING OF ALL POSSIBLE BITS IN THE HARDWARE

REGISTERS.

cwe

WALKING 1°'S

USE A PATTERN OF WALKING 0°'S (=2,-3.-5 ETC.) AND
(1,2.4,10 ET0)

.-;'"lt"'"""'"'t""'t""t"'tt""'"ttt'ltt"'ltt"'tt't'

2355
2356

2360
2361
2362
2363
2364

1ST13:

011344

000004

011346
011352

012706
012737

001000
000013

013737
013777
004537

001634
001774
042404

177776
176704
104001

00C207

002032
011402

170242

PRBA:

SCOPE
MOV
MOV

#STACK,SP
#TINO,a#1STNM

MOV

SFRHBA ,3#PRBA+14

JSR
.WORD
.WORD

RS,.BITST
177776
176704

MOV

ERROR
RS

sRESET STACK
;THIS SAVES TEST NUMBER

;GEYT REGISTER ADDRESS

S#UNIT ,aRH(S2

:MOVE UNIT NO. UNDER TEST

1
PC

:INCORRECT DATA RECEIVED
;RETURN TO BLT3 ROUTINE

;TEST BITS IN REGISTER
:ONLY THESE BITS ARE TESTED FOR READ/WRI1TE
;ADDRESS OF REG. BEING TESTED

2365
2366
2367
2368
2369
2370
2371
2372
2373
2374
2375
2376
2377
2378
2379
2380
2381
2382
2383
2384
2385
2386
2387

MACYT

30A(1052)
10-SEP=-79
11:11
PAGE 52
113
RHBA - UNIBUS ADDRESS REGISTER

SEQ 0051

‘:"""""""l"'"""""""""""""l""""""."."

J¢TEST 14
e

it
e

RHERY - ERROR REGISTER #°
TEST LOADING AND READING OF ALL POSSIBLE BITS IN THE HARDWARE

REGISTERS.

USE A PATTERN OF WALKING 0°'S (-2,-3,-5 ETC.) AND

WALKING 1'S (1,2,4,10 ETC)

';""."'""'"'"""""""""'t"'lll""'l""."""""

18114:

0114610

000004

011412
011416

012706
012737

001000
00001¢

011424

013737
013777
004537
177777

001642
001774
042404

011432

011440
011444
011446
011450
011452

176714
104001

000207

002032
011446
170176

PRER1:

SCOPE

MoV

#STACK,SP

JRESET

Mov

#TINO,@#TSTNM

;THIS SAVES TEST NUMBER

MOv
MOV

d¥RHERT ,0#PRERT+14
;GET REGISTER ADDRESS
@FUNIT @RHCS2
;MOVE UNIT NO. UNDER TEST

JSR
LWORD
LWORD
ERROR
RTS

RS,B1TST
177777
176714
1
PC

STA(K

;TEST BITS IN REGISTER
;ONLY THESE BITS ARE TESTED FOR READ/WRITE
;ADDRESS OF REG. BEING TESTED
:INCORRECT DATA RECEIVED
;RETURN T0 BLT3 ROUTINE

e
~ o~

CZRJGDO,RPO4/5/6 DSKLS CTRLRY
10-SEP-79 11:00
CIRJGD P

CZRJGDO,RPO4/S5/6 DSKLS CTRLR1
CIRJGD.PI
10-SEP-79 11:00

MACYT

30A(1052)
114

10-SEP-79

RHER1

11:11

PAGE 53

SEQ 0052

- ERROR REGISTER #1

';""."""""""""""""""""'t."""""t".""!"

SeTEST

Jee
see

RHMR - MAINTENANCE REGISTER

BIT 0 (DMD) MUST BE SET BEFORE THE OTHER BITS
ARE READ WRITE

ONLY 5 LOW ORDER BITS ARE TESTED (R2 HAS 5)

1§T15:

SCOPE

;:"""""""'.""""""""""""'l'.."""""""""'

2397

011454

000004

2399
2600
2401
2602
2603
2604
2405

011456
011464
011470
011474
011500
011504
011510

012737
004737
013700
012701
012702
012710
050110

000015
042732
001660
000001
000005
000001

26407
26408
2609
2610
2611
2612
2613

011514
011520
011524
011526
011530
011534
011540

052716
011637
(022610
001405
011037
010037
104001

000401
001124

2616
26417
26418
2619
2420
26421
2622
242%
2624
2625
2626
2427
26428
2629
26430
2631
2432
2433
26434
2635
2436
2637
2438
26439
2440

011542
011544
011546
011552
011556
011560

000241
006101
052701
042701
005302
001351

2606

2614
2615

26441

2642

2443

011512

010146

002032

18:

MoV
JSR
MOV
MOV
MOV

FTINO,@FTSTNM
PC,a#CLDISK
SSRHMR, RO
"R
#5,R2

;THIS SAVES TEST NUMBER
SSET UNIT NUMBER AND INIT
:RO HAS MAINTENANCE REG. ADR.
:R1 HAS DATA
:R2 HAS COUNT OF NUMBER OF BITS

BIS

R1,3R0

:SET DATA IN RHMR

BIS

#OMD 1400, (SP)

:INCLUDE BIT 0

MOV

MOV
CMP
BEQ

001126
042402

MOV

MOV
ERROR

28:

(Le

R1,=(SP)

(SF),a#SGDDAT
(SP)+,aR0
28
QRO,$BDDAT

RO, 3#REGADR
1

ROL

DEC

BIS
BIC

000400
001000

#DOMD, 3RO

BNE

#400,R1
781709 ,R)

:SET DIAGNOSTIC MODE BIT
:SAVE DATA FOR COMPARES

:SAVE FOR ERROR PRINTOUT
:COMPARE DATA
:BRANCH IF GOOD
“BAD DATA

:FAILING REG. ADR.
“MAINTENANCE REGISTER

SFAILED T0 SET INDICATED
:BITS
:CLEAR CARRY
:GET NEXT DATA

:SET UNUSED BITS
:CLEAR READ ONLY BIT

: COUNT

:BRANCH IF 5 BITS NOT DONE

:*NOW FLOAT A O
011562
011566
011572
011576
011600
011602
011604
011610
011614
011620

012701
012702
012710
050110
020110
001407
010137
011037
010037
104001

011622
011626
011626

000261
006101
042701

011632

8}1636

011640

052701

005302

001354

000435
000005
000001

3%:

001124
001126
042402

000400

¥#435,R1

:R1 HAS DATA

MOV
B1S
(mp
BEQ

#DMD ,aR0
R1,aR0
R1,aR0
4%

:SET DIAGNOSTIC MODE B!TS
;SET DATA IN RHMR
; COMPARE DATA
:BRANCH ]F GOOD

aRO,a3#$BDDAT
R(C,a9#REGADR

;BAD DATA
;FAILING REG. ADR. RHMR

MoV

MOV
MOV

ERROR

001340

MoV

SEC
ROL

#5,R?

R1,3#8GDDAT
1

:R2 HAS COUNT BITS

:GOOD DATA

;MAINTENANCE REGISTER

:DOES NOT ALLOW WRITING
s LEROS
:SET CARRY
sGET NEXT DATA

BiC

#81105'B1T06:'BIT0O7!BITO9,R1

DEC
BNE

R?
3%

BIS

#B81108,R1

;CLEAR READ ONLY BT

;SET BIT ZEROED BY ROL

:COUNT 1fF S BiTS DONE
:BRANCH 1F INCOMPLETE

|
2664
2645

10=-S¢P=-79 11:00

30A(1052)
115

10-SEP=-79

11:11

PAGE

RHMR - MAINTENANCE REGISTeR

SEQ 0053

Pod
B a

C(IRJGD.PYY

MACY11

C(IRJIGDO,RPOL/S/6 DSKLS C(TRLR)

CIRYGDO,RPOL/S5/6 DSKLS CTRLRY
CIRJGD.P
10-SEP-79 11:00

MACY1]

2646
2647
2648

3?A;\052)

10-SEP-79
11:11
PAGE 55
RHMR - MAINTENANCE REGISTER

SEQ 0054

2(.4.9

;;""t""""'t""t""""""""""""t"tttt't".t'tl"'

2450

;eTEST

Jee

2651

ZI,SL

2661
2662
2663
2666
26465
2666
2667

2668
2669
2470
2671
2672

RHDST - DESIRED SECTOR/TRACK ADDRESS

TEST LOADING AND READING OF ALL POSSIBLE BITS IN THE HARDWARE

REGISTERS.

PL PP

2653

2655
2656
2657
26458
5458

USE A PATTERN OF WALKING 0°'S (=2,-3,-5 ETC.) AND

WALKING 1°'S (1,2,4,10 ETC)

JLETER AN TR ARETNTERERELNRRELEROCOROERTCORIRQRICECEEROCROOOOTOCOEOEROEROECETROOROTROTNTTSE

011642

000004

1S116:

011644
011650

012706
012737

001000
000016

011656
011666
011672
011676
011700
011702
011704

013737
013777
004537
017437
176706
104001
000207

001664
001774
042404

002032

011700
167744

2673
2676

PRDST:

SCOPE
MOV
MOV

#STACK,SP
FTINO,SNTSTNM

;RESET STACK
:THIS SAVES TEST NUMBER

MOV
MOV
JSR
.WORD
WORD
ERROR
RTS

QFRHDST ,3#PRDST+14
:GET REGISTER ADDRESS
SFUNIT,SRHCS2
;MOVE UNIT NO. UNDER TEST
RS,B1TST
;TEST BITS IN REGISTER
17437
:ONLY THESE BITS ARE TESTED FOR READ/WRITE
176706
;ADDRESS OF REG. BEING TESTED
1
: INCORRECT DATA RECEIVED
PC
;RETURN 1O BLT3 ROUTINE

2‘.75

.';""t""""""""t't't""""t"'!ttt""t"'ttt't"'ttt"

2676
2677
2678

SeTEST 17
Jee

RHER2 - ERROR REGISTER #2
TEST LOADING AND READING OF ALL POSSIBLE BITS IN THE HARDWARE

2[,80

Jee

WALKING 1'S (1,2,64,10 ETQ)

;:.'l"""'"""""'0""'""t"'ttt't't"'"ttl't"'t't'""

2679

2481

011706

000004

2484
zags

011710
011716

012706
012737

001000
000017

26488
26489
2690

011730
011736
011762

013777
004537
177177

001774
062404

26492
2649%

011746
011750

104000
000207

2682
2683

TST17:

002032

26487 011722 013737 001646 011744
2686

26491

2494
2495

2496

2497

011744

176740

167700

PRER2:

REGISTERS.

USE A PATTERN OF WALKING 0'S (=2,-3,-5 ETC.) AND

SCOPE
MOV
MOV

#STACK,SP
FTINO,@FTSTNM

;RESET STACK
:THIS SAVES TEST NUMBER

MOV
JSR
WORD

SFUNIT,aRH(S2
RS ,BITST
177777

;MOVE UNIT NO. UNDER TEST
;TEST BITS IN REGISTER
;ONLY THESE BITS ARE TESTED FOR READ/WRITE

1
PC

:INCORRECT DATA RECEIVED
;RETURN TO BLT3 ROUTINE

MoV

.WORD

ERROR
RTS

SNRHER2 ,3#PRER2+14
176740

;GET REGISTER ADDRESS

:ADDRESS OF REG. BEING TESTED

|
'

CIRJGDO,RPOG/S5/6 DSKLS (TRLRI
10-SEP-79 11:00
CIRJGD P

MACY11

D
5
30A(1052)
10-SEP-79
11:11
PAGE S6
117
RHERZ - ERROR REGISTER #2

SEQ 0055

2698

2499
2500

AR CRRCRCRTCCROROOEOEOROROEROCRRNRRROTRRNOEOERURCGERGRNOERNORRRACOEERSRETSETYT
“CORY

JeTEST 20
.t

RHOF = MARGIN/OFFSEY REGISTER
TEST LOADING AND READING OF ALL POSSIBLE BITS IN THE HARDWARE

WALKING 1'S (1,2.4,10 ETQ)

A
C

0000C¢

011754
011760

012706
012737

001000
000020

013737
013777
006537
016277
176732

001650
001774
062604

002032
012010
167634

USE A PATTERN OF WALKING 0°'S (=2,-3,=-5 ET(C.) AND

RN TRTRRNEERRETETRRNRRORRNOROEOROORCRORROEOERORORERCEROERORRORARTRTORORRORCEOROCOROEROOOROTOY

1$120:

011752

REGISTERS.

SCOPE

MOv

#STACK,SP

mov

SFRHOF ,@FPROF ¢ 14

JSR
WORD
WORD

RS,B1TST
16277
176732

Mov
PROF:

MOV

ERROR

104001

RIS

000207

222222222222

;eTEST

ive

FTINO,@#TSTNM

SRESET

STA(K

;TH]IS SAVES TEST NUMBER
;GET REGISTER ADDRESS

SFUNIT @RMCS2

;MOVE UNJT NO.

; INCORRECT

UNDER

TEST

;TEST BITS IN REGISTER
;ONLY THESE BITS ARE TESTED FOR READ/WRITE
:ADDRESS OF REG. BEING TESTED
DATA RECEIVED

;RETURN 10 BLT3 ROUTINE

XX2 22222 RRRRRRRRRRRRRRRRRRRRRARRRRRRRRRE
S

RHCA - DESIRED CYLINDER REGISTER

TEST LOADING AND READING OF

REGISTERS.

ALL POSSIBLE BITS IN THE HARDWARE

USE A PATTERN OF WALKING 0'S (=2,-3,-5 ETC.) AND

WALKING 1'S (1,2,4,10 ETC)

see

B 2232222222222
222220
RRARR
AR
RRARRRlRRR Rl

1§121:

012016

00000«

012020
01202¢

012706
012737

20109

012032
012040
012046
012052
012054
012056
012060

013737
013777
004537
001777

001652
001774
062404

176734
104001

000207

OOOqu

002032

012054

167570

SCOPE

MOv

#STACK,SP

MOV

S¥RHCA ,Q¥PRCA+ 14

LWORD
LWORD

1777
176734

MOv
PRCA:

MOV
JSR

ERROR
RTS

FTTNO,3#TSTNM

JRESET

STAC(K

;THIS SAVES TEST NUMBER

;GET REGISTER ADDRESS

8FUNIT ,aRH(S2
RS,BITST

;MOVE UNIT NO. UNDER TEST
sTEST BITS IN REGISTER

1
PC

; INCORRECT DATA RECELIVED
;RETURN TO BLT3 ROUTINE

;ONLY THESE BITS ARE TESTED FOR READ/WRITE
;ADDRESS OF REG. BEING TESTED

CIRJIGDO,RPOL/S/6 DSKLS CTRLRY
(IRJGD.P1Y
10=-SEP=-79 11:00

MACY11

2565
2546

E
5
30A(1052)
10-SEP-79
11:11
PAGE S7
121
RHCA - DESIRED CYLINDER ReGISTER

SEQ 0056

25“7

::"t""""'"'t'"""""'0"'""Q"""'tt""t"t""t"t'

2548

JrTEST 22

RHERY - ERROR REGISTER #3

2550
2551

A
see

REGISTERS. USE A PATTERN OF WALKING 0°'S (=2,-3.=5 ETC.) AND
WALKING 1'S (1,2,4,10 ETC)

2549

2552

012062

000004

2559
%ggg

012064
012070

012706
012737

001000
000022

2558
2559
2560
2561
2562
2563
ggbg

012076
012104
012112
012116
012120
012122
012126

013737
013777
004537
1777717
176742
104001
000207

001654
001774
042404

2566
2567
2568
2569
2570

2S71

2572

ALL POSSIBLE BITS IN THE HARDWARE

;;""'""'!'"t""l""'t"t""""t'l"tt't't'tt't"'tt't't'

5223
4

TEST LOADING AND READING OF

15122:

002032

012120
167524

PRER3:

SCOPE

mov
mov

#STACK,SP
#TINO,@#TSTNM

JRESET STA(K
;THIS SAVES TEST NUMBER

Mov
MmOy
JSR
.WORD
.WORD
ERROR
RYS

S/RHERS ,I#PRER3+ 14
;GET REGISTER ADDRESS
SMUNIT ,ARH(S2
;MOVE UNIT NO. UNDER TEST
RS ,BITST
;TESY BITS IN REGISTER
\7777?
:ONLY THESE BITS ARE TESTED FOR READ/WRITE
176742
:ADDRESS OF REG. BEING TESTED
1
:INCORRECT DATA RECEIVED
PC
:RETURN TO BLT3 ROUTINE

;"t""t""tt"""'t"'t"'t"'tt"'ttl"t"ttttl"t""t"'ttt

;e*0F THE TWENTY REGISTERS (& IN RHI1, 16 IN RPO4) ONLY 12 ARE

2573

;**(HECKED IN THE ABOVE TESTS

2575
2576

ceeTHE OTHER 7 WHICH ARE RHMDS1, RHLA, RHCC, RHEC1, RHEC1, RHEC?
:+«ARE READ ONLY REGISTERS.
ONE CR ZERO CANNOT BE WRITTEN

2574

2577

2578

;ov«TWO ARE ALREADY TESTED

(SERIAL NO. AND DRIVE

TYPE)

L
R
R
AL

MACYT1

CIRJIGDO,RPO4/S5/6 DSKLS CTRLR
10-SEP=-79 11:00
CIRJGD P

2628
2629
2630
2631
2632
2633
2634

SEQ 0057

:;"""""""""""""t'l""""'l"""t""""""""'

c*TEST 23
CONTROL AND STATUS 2 (RHCS 2) = 'NED’
THE UNIT SELECT BITS #0-2 (US1-4)
TESTS
THIS
A
AND NON-EXISTENT DRIVE BIT #12 (NED)
A
A

THE OTHER RMCS2 BITS ARE NOT TESTED HERE

R R

000004
012706
012737

001000
000023

004737

042732

15123:

00c032

SCOPE
MOV

#STACK,SP

JRESET

STACK

JSR

PC,amCLDISK

sHERE

MoV

#TINO,a#TSTNM

;THIS SAVES TEST NUMBER
IS USED TO SETUP HARDWARE/

;CPU REGISTER CORRESPGONDENCE
:R1=RHC(S!
:R2=RH(S?2

:R3I=RHDST

012146

005037

(LR

002006

SNERFLGY

:R4=RHER]

:CLEAR ERROR FLAG

;*SIMULATED DISK AREA wiLL BE USED AS A TEMPORARY

—

)

OOOOOO0O0OO0O0O

=(A

~NO
&~

MOV
1%:

OOOOO0

-0
~NOoOw
NO
—
~NOwm

;*STORAGE TABLE FOR DRIVES PRESENT DETERMINED FROM °'NED' = 0 IN RH(S?2

000010
051534

200
206
206
212
214

OO0

2579
2580
2581
2582
2583
2584
2585
2586
2587
2588
2589
2590
259N
2592
2593
2594
2595
2596
2597
2598
2596
2600
2601
2602
2603
2604
2605
2606
2607
2608
2609
2610
2611
2612
2613
2614
2615
2616
2617
2618
2619
2620
2621
2622
2623
2624
2625
2626
2627

F5
30A(1052)
10-SEP-79
11:11
PAGE 58
122
RHER3 - ERROR REGISTER #3

2%:

010000

7%:
011246
042716
005216
013703
005203
112713

#DIiSK,RI

;LOAD TABLE POINTER

RO
1%

:COUNT DOWN ONE LOCATION
;BRANCH 1F 8 NOT DONE

MOV
MOV

#8.,R0
#-1,(R1)+

(LR

ak?

sSELECT UNIT NO.O (L2'Ul'u0=0)

181

aRé

;READ A DRIVE REGISTER (RMER1)

8EQ

DEC(
BNE

Mov
MOV

8117

”8. R0
#D1SK,R1

#NED ,aR?

:LOAD TABLE LOCAT]ON COUNTER
sFILL 8 LOCATIONS WITH =1

;RELOAD TABLE LOCATION COUNTER
;RELOAD THE TABLE POINTER

:NON EXISTENT DRIVE BIT = 0 ?

:YES...DRIVE PRESENT, (HECK THE TYPE

DEC

001640

MOV
BIC
INC
MOV

aR2,-(SP)
#°C7,(SP)
(SP)
OFRHCST R

sPUT RHCS2 ON THE STACK
:MASK ALL BUT THE UNIT NUMBER
:INCREMENT THE UNIT NUMBER
:GET RHCSY

ADDRESS

000100

MOVB

#100,8R3

SET

IN RHCSI

10%:

177770

BEQ

INC

012242

012612

MOV

(SP)+ ,aR?

012244

000757

:NO...DECREMENT DRIVE COUNT

;CHECK RESULTS IF 8 DRIVES DONE

:ADDRESS UPPER BYTE OF RM(ST
'TRE'

;WITHOUT ADDRESSING DRIVE

JRHCS2 HAS THE INCREMENTED UNIT
WlTH *NED* CLEARED ;TESY FOR NEXT DRIVE

;¢(HECK THE UNLIT TYPE AND BUILD 'NED' DERIVED UNITS TABLE
012246

022777

024020

1676410

3%:

(mp

#24020,8RHDT

1S THIS A DUAL PORT RPO4 ?

10-SEP=-79 11:00

CIRJGD P11

020020

10-SEP=-79

11:11

PAGE 59

SEQ 0058

CONTROL AND STATUS 2 (RNHCS 2) = 'NED’
BEQ

SENTER IN TABLE

BtC

JENTER IN TABLE

167400

167370

020022

167360

022777
001405
022777
001401

024021

167350

020021

167340

LV
IV LV IRV 1o N1,
51,
~J — o
o ~N~
o~ o~ o
&H oro

el
il
)

NI ALY

024022

no Ao oY

OOO0O

e
il
sl

022777
001415
022777
0014

#20020,8RHD1T

;1S THIS A SINGLE PORT RPOS ?

000732
012746

160016
012621

cmp
8tQ
(e
8tQ

#2402¢,9RHDT
2%
#20022,8RHDT

;1S THIS A DUAL PORT RPO6 ?
SENTER IN TABLE IF SO
;1S THIS A SINGLE PORT RPO6 °

(mp
8ta
(mp
Bta

#24021,9RHDT
8%
#20021,8RHDT

;1S THIS A DUAL PORT RPOS ?
CENTER IN TABLE IF SO
;1S THIS A SINGLE PORT RPOS °

8%:

000010

;ENTER

IN TABLE

mMov

#8.,-(SP)

:LOAD MAX NO. CF DRIVES

MmOV

(SP)+,(R1)e

;LOAD TABLE,

SuB

8ta
INC

B8R

043626

RO, (SP)

5%:

000010
001754
05153¢
001124

14%:

001126

020000

166514

177777

001124

6%:

INCR TABLE LOCATION &

JRESTORE THE STACK TO WHERE

;DECREMENT THE DRIVE COUNT

UNIT

; (SP) NOW HAS THE PRESENT DRIVE NO.

17 WAS

;CHECK RESULTS IF 8 UNITS (HECKED
SSELECT NEXT UNIT

k¢

.60 TEST T

P4 )

°NED' DERIVED UNITS TABLE WITH THAT DERIVED USING RMAS [N T4

JSR

UN]TS
DSk
8.
5%
6%
138

RO,9#COMPAR

;COMPARE

RESULTS

;RHER1/RHAS DERIVED DATA
¢'NED' TEST DATA
;NO.OF WORDS TO COMPARE
RETURN FOR ERROR HEADER
:RETURN FOR ERROR DATA
;RETURN FOR GOOD COMPAR]SON (NEXT TEST)

TABLE TYPE OUT ROUTINE

;*MENCE IONORES INWIBIT ERROR TYPEOUT SW]T(H)

032777
001043
022737
001413

:NO RPO& FOUND SO C(HECK NEXT

;*SPECIAL "NED'/°'RHAS'

012416
012424
012426
01243%

;*(OMPARE
004037
001754
051534
000010
012370
0124616
012534

SENTER IN TABLE

DEC

005300
001402
005212
000716

2664
2665
2666
2667
2668

;;'Q'""""""""""""""""""'""'.""""""""'

2663

2669
2670
2671
2672
2673
2674
2675
2676
2677
2678
2679
2680
2681
2682
2683
2684
2685
2686
2687
2688
2689
2690

SQA(lOSZ)

;;""""""'I""" rTececeRRteRRRRROTCRRRRORRRRRRRRTRCRRCRROECRCOSCORCRRTRTOY

—

2640
2641
2642
2643
2644
2645
2646
2647
2648
2649
2650
2651
2652
2653
2654
2655
2656
2657
2658
2659
2660
2661
2662

001425
022777
001421

OO0

2635
2636
2637
2638
2639

MACY1Y

(BYPASSES .SERRTYP AND

ERROR
Mov
MoV
mMov

22
#8.,R3
#UNITS RY
#D1SK,R2

MOV

(R2)¢+,a#%BDODAT

811

#SW13,35WR

;INHIBIT ERROR TYPE OQUTS ?

TABLE (OCATION - =1 °
JYES...DON'T TYPE 1T = (WE(x °'NED' TAB.t

MOV

BNE
(mp

8ta

(R1)+ ,3#8GDDAT

138
o= ,#3GODAT

;LENGTH OF BOTH UNIT TABLES
;ADDRESS OF RHAS/RMERY UNITS TABLE
:ADDRESS OF 'NED' RHCS2 UNITS TABLE

;LOAD RHAS UNIT NO.INTO ''SGDDAT'" AND
;INCREMENT THE YABLE LOCATION
;LOAD 'NED' UNIT NO. INTO "'$BDDATTM
;& INCR TABLE LOCATION
. EX]T
JYES.
;DOES RWAS UNIT

Pod P

CIRJGDO,RPOL/S5/6 DSKLS CTRLRY

CIRJGDO,RPO4/S5/76 DSKLS CTRLRY

CIRJGD.PIY

2691
2692
2693
2694
2695
2696
2697
2698
2699
2700

10-SEP-79 11:00

012436
012642
012446
012452
012454
012455
012456
012462

1044601
1046401

013746

104403
006
000
1046401
000406

063034
063034
001124

063042

1044601
104401
104401

063034
063034
063034

022737
0014604
013746

177777

104403
006

H
S
30A(1052)
10-SEP=-79
11:11
PAGE €0
123
CONTROL AND STATUS 2 (RH(S 2)

MACY1T

11%:

001126

Ny —

BYTE
.BYTE
TYPE
BR

6
O
.SPACE?2
12%

TYPE

,SPACES

:TAB OVER

TYPE

.SPACES

;TAB OVER THE RHAS UNIT

LSPACEB

mMov

001126

TYPOS
BYTE

.BYTE

9% .

001223

1YPE

s/eNi/e\:/e\/
e\ t/e\:/e\: /N
AASYAASVA
AGVA AGUA ASFA ANFA AW
NAASYAASYAASVA
AGNA AGUA
W /e\:

A ASNA

13%:

01253¢

;:1YPE 6 DIGITS
;: SUPPRESS LEADING ZEROS
;SPACE OVER TO THE NEXT (OLUMN
;CHECK THE °'NED' UNIT TABLE
THE

COMUMN

;TAB OVER THE TEST NO.

;;SAVE QNSBDDAT

: s SUPPRESS LEADING ZEROS
;FOR THE NEXT LINE

IN BOTH TABLES

;COUNT DOWN 2 TABLES LOCATION COUNTER

164%
#14,SP

:1F NOT = 0 TYPE OUT NEXT 2 LOCATIONS
;ADJUST STACK FOR NO ''POP'' & RTS FROM ‘''(OMPAR''

;*1F THE "'DRIVES PRESENT'' TYPE OUT DOES NOT AGREE WITH WHAT WAS
£ RHAS,

THEN THE ERROR

IN THE LOGIC

;*FOR BITI2{NED), OR UNIT SELECT(BIT 0 7C 2’), OR RHER!, CR RHAS
A

X X2 XXX

A XXX XX S

EEZX 2SR

AAAAAARAASR

AR RRRARRRRRRAR)

:¢IT 1S NOT POSSIBLE BY PROGRAM TO CHECK 1F A NON-EX]STENT
;*DRIVE 1S REALLY STANDING THERE OR NO~

::l""""l"""""'"".""'I""""""""""'"""""

; *MANUALLY LOAD LOCATION “ERUNIT' W]TH A UNIT NUMBER
;*AND RESTART AT LOCATION "ERSTAR" THIS wlLL LOOP FOR

;*EVER DOING EXACTLY AS TEST ON THAT ONE UNIT

;10 GET BACK TO MAIN DIAGNOSTIC HIT HALT SWIT(H AND
;*RESTART PROGRAM [N NORMAL MANNER

AN VAN VAR VAN VAN FEAY VAR VARY VAR VAN VAR VAN VAL

FCR TYPEQUT

:*IN THE ABOVE TESY BITS 0,1,2, AND BITM 12 ARE TESTED

CO.UMN

;.60 TYPE--OCTAL ASCI!
;. TYPE 6 DIGITS

af$BDDAT,=(SP)

AANFA AN AACVAASVAARVA ARVA A
/e '\ / \ JeNc/eN\/eN\/e\/oN\/
e\ / e\
A AW TAARTAAW JeNc/eNz/eN/ e\ /w\ e\ /0N

;*FOUND USING RHER1

COLUMN

;DOES °'NED' UNIT TABLE LOCATION - - 1
(YES...DON'T TYPE [T

BNE
ADD

:NO...TAB OVER PC COLUMN
;TAB OVER THE TEST NO. (OLUMN
;;SAVE @#SGDDAT FOR TYPEOUT
;.60 TYPE=--OCTAL ASCIlI

#-1,383BDDAT
9%

LSCRLE

DEC

000014

NN
N

OOV

N e

NNNNNNY NNV

LSS AN 1,V 1,V T VY VY V1 V1 V]

1046401

.SPACEB
.SPACES
8#8GODAT,-(SP)

cmp
BeaQ

000

005303
001327
062706

TYPE
T(PE
Mov
1YPOS

T1YPE

12%:

SEa 0059

= °'NED'

AL VAR VRS VAR FARY)

10-SEP=-79 11:00

30A( 1052)

123

10-SEP=-79

11:11

PAGE €1

(ONTROL AND STATUS 2 (RH(S 2) = 'NED’

AN YA VAN VRN FEAS FARN VAAN VALY VAR VERS FAAS FARN FAAS VAN VALY FAAY VAAN FERAY
AN VAN VAAN FEAS VRS FEAN VEAY FAAN VAR VAR FERY VRS VAR AR VAN VALY FERN FEAN

SEQ 0060

e ]

(IRJIGD.PYY

MACY11

Pk P

CZRJGDO,RPOGL/5/6 DSKLS CTRLRY

CIZRIGDO,RPO4/S/6 DSKLS CTRLRI

CIRJGD P

10-SEP-79 11:00

BACYNT

2750
2751
2752
2753
2754
2755
2756
2757
2758

2793
2794
2795%
2796
2797
2798
2799
2800
2801
2802
2803
2804
2805

SEQ 0061

CONTROL AND STATUS 2 (RHCS2) = ‘CLR"

“eTHIS TESTS THE UNIT SELECT BITS (US1-4) AND CLEAR BIT #5 ((LR)
;*ALL REGISTERS ARE LOADED WITH ALL ONES EXCEPT BIT #0 AND #6
;*WHICH ARE "'GO'" AND ''INTERRUPT ENABLE'', THEN °'CLR' IS GIVEN
;*(RHDB 1S READ FIRST AS THIS WlLL SET DTL IN RH(SZ AND
;*SC AND TRE IN RHCS1.)
; *ANOTHER

CLR

1S GIVEN THEN ALL OTHER

REGISTERS ARE

READ

;:"""""'""""'""""""""""'l."t"t."t"""'t"

012534

000004

012536
012542

004737
005037

1ST24:

SCOPE

JSR
CLR

042732
002006

PC,a#CLDISK
SMERFLGS

;SET REGISTERS AND (CLEAR
:CLEAR ANY ERRORS

167054
167050
167044
167040

CSNNNNNNSNNSNNNNYY ~

ONN

amd \JV o
o
i
D
i o
el
—

SNNTNNNNNNNNNN ~

ONNNNNNNNNNNNN

NN
NN NN NN

012664
012670
012674

e \JY

012546
012554
012562
012570
012576
012604
012612
012620
012626
012634
012642
012650
012656

NNN

s*FILL ALL POSSIBLE BITS WITH ONES

2781
2782
2783
2784
2785
2786
2787
2788
2789
2790
2791
2792

30A(1052)
10-StP-79
11:11
123
CONTROL AND STATUS 2 (RHCS 2) = °'NED'

TRTEST 24

[eJeolelNolelolololalolelolelolo
o]

2778
2779
2780

S
PAGE €2

craTRRSteRROROEORRSOROERRRORRCOCROERRRRPOERORRSROROSRRRRUOROSRRRORNROONOORORROPERERNOEORRNTRNTY

-—

2759
2760
2761
2762
2763
2764
2765
2766
2767
2768
2769
2770
21N
2772
2773
2774
2775
2776
2777

®Ov
MOV
MOv

#177777,aRHDB
177777 ,8RHWC
#177777 ,aRHBA

;BUS ADDRESS REGISTER GETS 177777
;WORD COUNT REGISTER GETS 177777
;BUS ADDRESS REGISTER GETS 177777

MOV
MOv
MOv
MOov
MOov
MOV
MOV

#1476 ,3RHCS]
#177777 ,8RHERY
#176437,3RHDST
#177777,8RHER2
716277 ,aRHOF
#177777 ,8RHCA_
#\77777 ,8RHERY

:CONTROL AND STATUS REGISTER/GETS 1476
;ERROR REGISTERY GETS 177777
;DESIRED SECTOR TRA(K
;ERROR REGISTER 2
;OFFSET REGISTER
;DESIRED CYLINDER
;ERROR REGISTER 3

Mov

#177777,3RHMR

;MAINTENANCE REGISTER

#CLR,

;CLEAR ALL POSSIBLE BITS

8lS

167034
167030
167024
167020
167014
167010
167004
167002
166774

MOV

B1S

000040
001774
001630

MOV
Mov

#157010,8RHCS2

#DMD ,aRHMR

aR?

SFUNIT ,aR?
#RHDB,
RO

;CONTROL AND STATUS 2 GETS 157010

;MAINTENANCE REGISTER

;REINSTATE UNIT NO.
;RO CONTAINS ADDR. OF

ADDR.

REG.

;*DATA BUFFER REGISTER
177777

042402
001126
001124

01273

052712

000040

013712

001774

MOV

001124

aR0O,a#REGADR

(mpP
BEQ
ERROR

8#8GDDAT ,a#$BDDAT; COMPARE GOOD WITH TEST DATA
2%
:BRANCH IF GOOD
1
;RHDB DID NOT HAVE ALL ONES

MOV

001126

2%:

#177777,8#8GDDAT;GO0D DATA FOR ERROR

MOV

8(RO)+,a#$BDDAT

;REGISTER ADDRESS
;TEST DATA

SAFTER A CLR IN RH(S2

BIS

#CLR,aR?

MOV

S8FUNIT,aR?2

-«WORD C(OUNT

sSET CLEAR AGAIN BECAUSE
:READING RHDB AFTER CLEARING
;SEY DLT SC AND TRE
;REINSTATE UNIT NO,

WILL

2806
2807
2808
2809
2810
2811
2812
2813
2814
2815
2816
2817
2818
2819
2820
2821
2822
2823
2824
2825
2826
2827
2828
2829
2830
2831
2832
2833

2834

2835
2836
2837
2838

012
012
012752
012
012

0
0
O
0
0

2737
3037
2737

177777
001126
17777

6737

013546

14602

001124

3?A (1052)
264

3%:

001126

2841

2B42
2843
2844
2845

2846
2847
2848
2849
2850
2851
2852

2853
2854
2855
2856
2857
2858
2859
2860

2861

Mov
Mov
cmp

BEQ
JSR

Sta 0062

'CLR'

177777 ,348GDDAT
:GOOD DATA FOR ERROR
o(RO)+ ,3#SBDDAT ;TEST DATA
#177777,308BDDAT
; COMPARE DATA
3 Y
:BRANCH IF GOOD

PC,aMERCS2C

TYPEOUTY

:JUMP TO ERROR FOR (LR (BIT 5)
:IN RHCS?

;*BUS ADDRESS REGISTER

012766
012774
013000
013006
(13010

012737
013037
022737
001402
004737

000000
001126
000000

0011264

001126

MOV
MOV

CMP
BEQ
JSR

013546

#0,373GDDAT

:GOOD DATA FOR ERROR TYPEOUT

a(RO)+ ,3#SBDDAT

TEST DATA

5%
PC,a¥ERCS2C

;BRANCH If GOOD
;JUMP TO ERROR FOR CLR

#0,3#3BDDAT

;COMPARE DATA

;IN RHCS?2

(BIT 5)

:*CONTROL AND STATUS 2 REGISTER
013014
013020
013024
013030
013034
013042

013044

012746
053716
012637
013037
023737
001402
004737

000100
001774
001124
001126
001126

5¢:

MOV

BIS

MOV
mMov
cmp

001126

BEQ
JSR

013546

#100,-(SP)
; INCLUDE IR
a#UNIT, (SP)
sSET UNIT NO.
(SP)+,a#8GDDAT
;GOOD DATA FOR TYPE OUT
a(RO)+ S#SBDDAT ;TEST DATA
a#9GDDAT ,a#$BDDAT,; COMPARE DATA
6%
;BRANCH 1F GOOD

PC.,aNERCS2C

:JUMP T0 ERROR FOR (LR (BIT 5)
; IN RHCS2

;*CONTROL AND STATUS 1 REGISTER

28139

2840

10-SEP-79
11:11
PAGE ¢3
CONTROL AND STATUS 2 (RHCS2) =

013050

013056
013002
013070
013072

012737

013037
022737
001402
004737

004276

001126
004276

001124

6%:

001126

8(RO)+,3#8BDDAT

JSR

PC,aNMERCS2C

BEQ

013546

#6276,.39#8GDDAT

Mov
MoV
CMpP

#4276 ,3#%BDDAT

; *ERROR 1

8:% 0 76
106
013 110
913 } 1 6
013 20

012737
013037
022737

000000
001126
000000

004737

013546

001402

001124

7%:

001126

MOV
MOV

CMP
BEG
JSR

;GOOD DATA FOR ERROR

;TEST DATA

; COMPARE

TYPEQUT

DATA

;BRANCH 1F

GOOD

:JUMP TO ERROR FOR (LR (BIT %)
:IN RM(S?2

#0,883GDDAT

:GOOD DATA FOR ERROR TYPEOQUT

#0,943BDDAT
10%

; COMPARE DATA
:BRANCH 1f GOOD

)
¢ ,afSBDODAT
S8(RO

PC,OFERCS2C

;TEST DATA

:JUMP TO ERROR FOR CiLR (BIT S)

;IN RHCS2

;*DESIRED SECTOR/TRACK REGISTER

013124

012737

017437

001124

10%:

MOV

#17437,388GDDAT

:GOOD DATA FOR ERROR TYPEOUL!

Poad
P s

MACYIN

CIRJGDO,RPOL/S/6 DSKLS CTRLRI
CIRJIGD.PI
10-SEP-79 11:00

012737
013037
022737
001402
004737

2873
2874
2875
2876
2877
2878
2879

2903
2904
2905
2906
2907
2908
2909
2910
2911
2912
2913
2914
2915
2916

2917

MOV
(np
BtQ
JSR

001126

013546

SEQ 0063

)
¢+ ,30$BDDAT
8(RO
#17637,398BDDAT

;TEST DATA
; COMPARE DATA

PC,aMERCS2C

:JUMP T0 ERROR FOR (LR (BIT %)
cIN RHCSZ

118

;BRANCH

IFf

GOOD

;*ERROR 2 REGISTER

2868
2869
2870
2871
2872

2880
2881
2882
2883
2884
2885
2886
2887
2888
2889
2890
2891
2892
2893
2894
2895
2896
2897
2898
2899
2900
2901
2902

001126
017437

3?A (1052)
10-SEP-79
11:11
PAGE €4
CONTROL AND STATUS 2 (RHCS?2) - °CLR’
24

000000
001126
000000

00112¢4

11%:

001126

MOV
MOV
(mp

BEQ
JSR

013546

#0,308GDDAT

:GO0D DATA FOR ERROR

TYPEQUT

O(RO)+,308BDDAT

TEST DATA

PC,eMERCS2C

:JUMP TO ERROR FOR (LR (BIT &

#0,a#8BDDAT
12%

;COMPARE DATA
;BRANCH ]F GOOD

:IN RHMCS2

;vOFFSET REGISTER
013200
013206
013212
013220
013222

012737
013037
022737
001402
004737

116000

001124

116000

001126

12%:

MOV
Mov

4,14
BEQ
JSR

013546

#116000,3#3GDDAT

:GOOD DATA FOR ERROR TYPEOQOUT

S(RO)+,a#8BDDAT

TEST DATA

PC,aMERCS2C

:JUMP TO ERROR fOR (LR

#116000,8#$B0DAT
:COMPARE DATA
13¢
;BRANCH IF GOOD

:IN RH(CS2

(B]T

;*DESIRED CYLINDER ADCRESS REGISTER
012737
013037
022757
001402
004737

012737
013037
022737
001402
004737

001777
001126
001777

001124

13%:

001126

013546

000000
001126
000000

001124

14%:

001126

MoV
mMov

4,14
BtQ
JSR

PC.,e#ERCS2C

: *ERROR

3 REGISTER

MoV
Mov

#0,3#8GDDAT

CMp
BtQ
JSR

013546

#1777 ,3#8GDDAT
8(RO)+ #$BDDAT
#1777 ,84%8DDAT
14%

;GO0D DATA FOR ERROR TYPEOUT
;TEST DATA
; COMPARE DATA
;BRANCH IF GOOD

:JUMP TO ERROR FOR (LR (BIT %)
:IN RHCS?2

:GOOD DATA FOR ERROR TYPEQUT

a(RO)+ ,a#8BDDAT

;TEST DATA

15%

;BRANCH 1F

#0,a#8BDDAT

PC,OMER(CS2C

; COMPARE

DATA

GOOD

:JUMP 10 ERROR FOR (LR (BIT S
:IN RH(S2

;*ATTENTION SUMMARY REGISTER
013037
012737
123737
001402
004737

001126
000000
001124

013546

15%:

Mov
Mov
(MPB

BEQ
JSR

9(RO)+ ,3¢#$BDDAT

;GET RMAS CONTENTS

16%

;BRANCH

#0,888GDDAT
o#SGDDAT ,a#$BDDAT

PC,O#ERCS2C

;*MAINTAINABILITY REGISTER

;6000 DATA FOR ERROR TYPE OUY
;COMPARE FOR RMAS
IF

GOOD

; JUMP TO ERROR FOR (LR (B]T &
;IN RHCS?2

~ e

1
013037
022737
001402
004737

2862
2863
2864
2865
2866
2867

MACYN

Pod P

CIZRJGDO,RPOL/S5/6 DSKLS CTRLRI
10-SEP=-79 11:00
(LRJIGD P

2918
2919
2920
2921
2922
2923
2924
2925

013330
013336
0133642
013350
013352

10-SEP-79 11:00

012737
013037
022737
001402
004737

000400
001126
000400

001124

3?A(1052)
10-SEP=-79
11:11
PAGE €5
24
CONTROL AND STATUS 2 (RHCS2) -

16%:

001126

(mp

BEQ

013546

JSR

2926

2927
2928
2929
2930
2931
2932
2933
2934
2935
2936
2937

2938
2939
2940
2941

2942
2943
2944
2945
2946
2947

2948
2949
2950
2951
2952
2953

2954
2955
2956
2957
2958
2959
2960
2961
2962
2963

2964
2965
2966
2967
2968
2969
2970
2971
2972
2973

MOov
MOov

#400,8086DDAT
S(RO)+ ,3#8BDDAT
#400,378BDDAT

17%

PC,eMERCS2C

SEQ 0064

'CLR’

:GOOD DATA FOR ERROR TYPEOQOUY
;TEST DATA
;COMPARE DATA
;BRANCH ]f GOOD

:JUMP TO ERROR FOR (LR (BIT %)
:IN RHLS2

;*DRIVE STATUS REGISTER
013356
013364
013366
013372
013376
013402
013404

012737
0
011637
042716
022726
001402
004737

000600

001124

17%:

001126
001100
000600

MOV
MOV
MOV

BIC
cmp
BEQ
JSR

013546

#600,3#8GDDAT
a(RO)+,-(SP)
(SP) ,a#SBDDAT

#VV'!PROG, (SP)
#600, (SP)+

20%
PC,a#ERCS2C

:GO0D DATA FOR ERROR TYPEOUT
:GET RHDEN
:TEST DATA
;CLEAR vV AND PROG
; COMPARE DATA
;BRANCH ]F GOOD
:JUMP TO ERROR FOR CLR (BIT %)

:IN RHCS2

;*DRIVE T1YPE
013410
013416
013422
0134350
013432

013737
013037
023737
001402
004737

002010
001126
002010

001124

208:

001126

MoV
MOV
(Mp

BEQ
JSR

013546

a#SAVDT ,a#$GDDAT
:GOOD DATA FOR ERROR TYPEOQUT
8(RO)+ ,a#SBDDAT ;TEST DATA
; COMPARE DATA
S#SAVDT ,a#$BDDAT
21%
;BRANCH If GOOD
PC,afERCS2C
:JUMP T0 ERROR FOR (LR (BIT 5)

:IN RNHCS2

:*SERIAL NUMBER REGISTER

013436
013444
013450
013456

013460

013737
013037
023737
001402

004737

002012
001126
002012

001124

21%:

001126

Mov
MOV
cmp

BtaQ
JSR

013546

8¥SAVSN,a#8GDDAT
;600D DATA FOR ERROR TYPEOUT
9(RO)+ ,9#SBDDAT ;TEST DATA
:COMPARE DATA
SNSAVSN ,@#SBDDAT
22%
;BRANCH 1F GOOD
PC,ONERCS2C
:JUMP T0 ERROR FOR CLR

IN RHCS?2

(BIT %)

;*ECCY POSITION

013464
013472
013476
013504
013506

012737
013037
022737
001402
004737

000000
001126
000000
013546

001124

001126

22%:

MOV
MOV

cmp
BEQ
JSR

#0,303G0DAT

:GOOD DATA FOR ERROR

TYPEQUT

O(RO)+ ,a#$BDDAT

;TEST DATA

23
PC,ONMERCS2C

;BRANCH 1F GOOD
:JUMP 10 ERROR FOR (LR (Bl' §.
:IN RH(S?

#0,8#38DDAT

;*ECC2 PATTERN

;COMPARE DATA

ala

C(IRJGD.PYY

MACY1Y

Pt
s

CIRJGDO,RPO4/5/6 DSKLS CTRLRY

CZRJGD P11

2974
2975
2976
977
2978
2979
2980
2981
2982
2983
2984
2985
2986
2987
2988
2989
2990
29N
2992
2993
2994
2995
2996
2997
2998
2999
3000
3601
3002

10-SEP-79 11:00

000000
001126
000000

MACYT

SQA(IOSZ)

10-SEP=79
11:11
PAGE €6
CONTROL AMD STATUS 2 (RH(C32)

001124

23%:

MoV
MOV
(mp

001126

BEQ
JSR

013546

#0,978GDDAT
a(RO)+ ,3#8BDODAT
#0,373BDDAT

2498
PC.RERCS2C

SEQ 0065

= ‘CLR'

;600D DATA FOR ERROR TYPEOU?
;TEST DATA
:COMPARE DATA

;BRANCH 1F GOOD
:JUMP T0 ERROR FOR (LR (BIT %)

:IN RH(S2

:*LOOK-AHEAD REGISTER
013540

2468

005720

181

(RO) ¢+

;AS THE LOOK-AHEAD REG. CANNOT BE PREDICTED
SAFTER AN

INIT

IS NOT

CHECKED

; *CURRENT CYLINDER ADDRESS REGISTER
013542

005720

187

(RO)+

;AS THE CURRENT REG. CANNOT BE PREDICTED
SAFTER A INIT IT IS NOT (HECKED

013544
013544

000405

18125

;BRANCH OVER JoR

MOV

=(RO),

013546
013552

014037

01355¢4
013556

005720
000207

104001

042402

ERROR
187
RTS

(RO) ¢
PC

o#REGADR

;FAILING REGISTER ADORFSS

:CLR (BIT 5)
:NOT

IN RHCS?2 DID

CLEAR APPROPJATE BITS

;OR CLEARED EXTRA BITS

:UNDO -(RO) FOR BAD DATA
;RETURN T0O TEST ABOVE

CIRJGDO,RPOL/S5/6 D HKLS CTRLRY

RmACYTY

3003
3004
3005
2006
3007
3008
3009
3010
3011
3012
3013
3014

3015
3016
3017
3018
3019
3020
3021
3022

3023
3024
3025
3026
3027
3028
3029
3030
3031
3032
3033
3034
3035
3036
3037
3038
3039
3040
3041
3042
3043
3044
3045
3046
3047
3048
3049
3050
3091
3052

3053
3054
3055
3056
3057
3058

8
6
10-SEP-79
11:11
PAGE ¢/
30A(1052)
124
CONTROL AND STATUS 2 (RH(>2) = °CLR'

SEQ 0066

':'l"'"""""""""""'"""""""""."l.."""""'

TYTEST 25
A

N
A

PACK ACKNOWLEDGE COMMAND TEST

THE PACK ACKNOWLEDGE COMMAND WILL BE LGADED INTO RM(S! WITH GO

THEN ALL REGISTERS wWiLL BE
RH CLEAR WILL BE GIVEN
THEN ALL REGISTERS wiLL BE

CHECKED
CHECKED

crERRRERRRRRRRRRRRRRRRRROSORRRCECRRORRRORRROERPRRRRORRORRRRNOOOROOROOPOPRTOTY

18125

013560
013562
013566

000004
012706
012737

001000
000025

013574

004737

062732

013600
013606

012777
013777

000001
002102

013614
013620
013622
013624

004037
001632
003160
000023

043424

013626

052777

000001

166004

BIS

013634

052737

000100

003210

: *CHANGE SAVED REGISTERS TO EXPECTED VALUES
BIS
FVV,Q#REINTO+30 ;SAVED RHDSI

002032

166052
166024

SCOPE
MOV

#STACK,SP

JRESET

JSR

PC,a#CLDISK

INIT AND SET UP GENERAL CPU/DEVICE

MoV

#DMD ,aRHMR

MOv

#TINO,@#TSTNM

SWPKACK ,@RHCSY

STACK

;THIS SAVES TEST NUMBER
;REGISTER (ORRESPONDENCE AND UNIT NO.
;SET DIAGNOSTIC MODE

;LOAD "'PACK ACKNOWLEDGE COMMAND'® INTO RH(S!

;*SAVE REGISTERS FOR COMPARISON AFTER 'GO' IS ISSUED

JSR

RHWC
REINTO

RO,a#SAVER

19.

s SAVE

;FROM
.10

;NUMBER OF

#GO,aRHCST

;1SSUE

'6GO'

REGISTERS SAVED

TO PACK ACKNOWLEDGE COMMAND

;*AFTER GO HAS BEEN GIVEN TO PACK ACKNOWLEDGE

:*SAVE REGISTERS AGAIN SO THAT COMPARISONS CAN
. *BE DONE

004037
001632

JSR

0463424

RHW(
WRFROM

002114
000023

RO,a8#SAVER

19.

: SAVE

;FROM

;NUMBER OF

;*AS UPPER BYTE OF

COMMAND

REGISTERS SAVED

RHAS CAN BE CHANGING IN A DUAL PORI

;*OPERATION THE UPPER BYTE OF RHAS WILL BE SAVED AS 1S

013654

113737

003205

002141

;SO THAT THE COMPARES ARE ONLY VALID FOR THE LOWER BYTE
MOvB
SYREINTO+25,8#WRFROM+25;
SAVE UPPER RHAS
.4

;*COMPARE REGISTERS BEFORE PACK ACKNOWLEDGE COMMAND
;eWlTr

004037
003160
002114

000023
013702
013702

043626

JSR
REINTO
WRFROM
19,
1%
1%

AFTER GO

RO,8N(OMPAR

: COMPARE
. GO0D BUFFER
;TEST BUFFER
:NUMBER
;RETURN FOR ERROR
:SAME

ala)

CIRIGDO,RPO&/S5/6 DSKLS CTRLRI
10-SEP-79 11:00
CIRJGD PN

3059
3060
3061
3062
3063
3064
3065
3066
3067
3068
3069
3070

013700

013722

013702
013706
013710

013705
060505
016537

013716
013720
013722

MACY11

047736

30A(1052)
10-SEP=-79
11:11
PAGE €38
125
PACK ACKNOWLEDGE COMMAND TEST
;RETURN FOR GOOD COMPARISON

Mov
ADD
MoV

S#ERWORD , RS

;GETTING READY TO INDEX

104001

ERROR

000207

RIS

; IMPROPER REGISTER (MANGE
;AFTER PACK ACKNOWLEDGE COMMAND
;WITH GO IS GIVEN
;RETURN TO COMPAR]SON

001630

1%:

042402

RS ,RS
.DOUBLE ERROR WORD
RHWC=2(RS) ,@#REGADR ;FAILING REGISTER ADDRESS

;CONTINUE WITH THE NEXT TEST

SEQ 0067

CZRJGDO,RPOL/S5/6 DSKLS CTRLR1
10-SEP=-79 11:00
CIRJGD.PYY

3071
3072
3073
3074
3075
3076
3077
3078
3079
3080
3081

‘vt
B
000004
012706
012737
006737

=00
W
O N

001000
000026
042732

15126:
002032

014100

NNNNNNNNNNNN

SNNNNNNNSNNNNTYY
NNNNSNNSNNNNNY

el il

D il

i \ JN i

ORI
NN NI NN

165662
165656
165652
165646
165647
165636
165632
165626
165622
165616
165614
165606

PAGE ¢9

PACK ACKNOWLEDGE COMMAND

Sea 0068

[EST

UNIBUS INIY

TEST

ALL POSSIBLE REGISTER BITS ARE FILLED WITH ONES
A RESET COMMAND IS GIVEN
ALL REGISTERS ARE CHECKED

SCOPE

MOov
Mov
JSR

#STACK,SP
#TINO,9#TSTNM
PC.,a#CLDISK

SRESET STACK
;THIS SAVES TEST NUMBER
;INIT AND SET UP GENERAL C(PU/DEVICE

;REGISTER CORRESPONDENCE

005037
013746
052716

BIS
MOV
MOov

MOv
MOV
MOv
MOV

MoV
MoV
MOV

JSR

RHW(C
REINTO
17.

000021

#177777,8RHWC
#177777 ,QRHBA

#157010,8RHCS2
#1476 ,8RHCS]
#177777 ,8RHERT
#17437,9RHDST
#177777,8RHER2
#16277,3RHOF
#777,3RHCA

#177777 ,QRHER3
#DMD ,aRHMR
#177777,3RHMR

;WORD COUNT REGISTER GETS 177777
;BUS ADDRESS REGISTER GETS 177777

;CONTROL AND STATUS 2 GETS 177430

;CONTROL AND STATUS REGISTER 1 GETS 21476
;ERROR REGISTER! GETS 177777
;DESIRED SECTOR TRA(K
;ERROR REGISTER 2
;OFFSET REGISTER
;DESIRED CYLINDER

;ERROR REGISTER 3

MAINTENANCE REGISTER
sMAINTENANCE REGISTER

RO,a#SAVER

: SAVE

; FROM
;10
:NUMBER

:*GIVE RESET AND REINSTATE UNIT NUMBER

» O

RESET
-~

000005
004737
053777

MOv
Mov

;*BEFORE RESET CAVE REGISTERS IN READ INTO BUFFER

0434264

~ AN

0146064
014066
014072

004037
001632
003160

000001
177777

— A\

014052
014056
014060
014062

OOOO0OOOOOOOO

013742
013750
013756
013764
013772
014000
014006
014014
014022

[
Y]

O
=000
YO NS W

il ol

LW AV RV RS LV LV AV AV

o
i

TV TV LUV AV T

i
i
ol
D el
)
e

;*FILL ALL POSSIBLE REGISTER BITS WITH ONES

016044

11:11

SE 2222222222222 2222222220202
0222
RRaRdRRRlll)

014030
014036

125

10-SEP-79

J*TEST 26

3086
3087

(VAT UA T IV VIV IV I

30A(1052)

::""""""""""""0'"'t""""""""""Q""""""

3082
3083
3084
3085

3088
3089
3090
3091
3092
3093
3094
3095
3096
3097

MACYT

003162
001774
000100
003164
004276
003170
003174
116000

003202
003204
000400

165536

JSR

8IS

PC,aNSTKINT

SFUNIT ,aRH(CS?2

SINITIALIZE

:*CHANGE ORIGINAL SAVED REGISTERS TO EXPECTED VALUES AFTER RESE!T

003176

(LR
MOV
BIS
MOV
MOV
(LR
(LR
MOV

;CLEAR SAVED RHBA
ONREINTO+?
@NUNIT,-(SP)
:GET UNIT NUMBER FRO SAVED RMW(S2
s INCLUDE IR
#1R,(SP)
(SP)+ ,S#REINTO+4L SAVED RM(S?
SOVA'RDY'76.8/REINTO+6 ;SAVED RNM(CS)
s SAVED RMER1
S#REINTO410
S/REINTO+14
:SAVED RMER?
#116000,3#REINTO*16 ;SAVED RMOF

003206

(LRB
Mov

SFREINTO 24
;SAVED RHAS
#600,90REINTD*26;SAVED RHMR

003166

(LR

SW#REINTO+2?2

:SAVED RMER3

CIRJIGDO,RPO4/S5/6 DSKLS CTRLR
10-SEP-79 11:00
CIRJGD P11

CIRJIGD.PY

OW®WNO
N w0 -

eld

T TV TV Y P T T Vo T T O]

sl
pu g

)

W [V IV TV T

B o

il ol

VIV TV IV TV IV TV

il
—

ANV
AN
WA N

(VA

Pl
oW o P ol VIV TV TV IV TV IV T T )]
N el =~ OOV
~NO NS NN =D

3129

10-SEP-79 11:00

10-SEP-79
11:11
30A(1052)
126
UNIBUS INIT TEST

0137406

0146176
0146202
014206

012637
005037
005037

003210
003216
003220

014212
0146216
014220
014222

004037
001632
002114
000021

043424

176777
000700

113737

003205

0146232
014236
016240
016242
014244
016246
016250

004037
003160
002114
000021
014252
0146252
014272

043626

014252
014256
014260
014266

013705
060505
016537

047736

104001

SEQ 0069

#*CPROG, (SP)

Mov
(LR

(SP)+ ,QFREINTO+30;SAVED RHDSI
2#REINTO+36
; SAVED RHEC!
AfREINTO+40
:SAVED RMEC?

BIS
4%:

CLR

#700, (SP)

;CLEAR EVERYTHING EXCEPT PROG
;SET EXPECTED BITS - 'DPR', °'DRY' & 'vv'

;*AFTER RESET, SAVE REGISTERS FOR COMPARISONS YO BE DONE
JSR
RO,a#SAVER
:SAVE

RHWC
WRFROM
17.

:FROM
;10
:NUMBER

RHAS (AN BE

CHANGING

IN A DUAL PORT

;*OPERATION THE UPPER BYTE Of RHAS WILL BE SAVED AS IS
:*SO THAT THE COMPARES ARE ONLY VALID FOR THE LOWER BYTE

mov8

002141

SFREINTO+25,3/WRFROM+25;
SAVE UPPER RHAS

:*COMPARE REGISTERS BEFORE RESET W!TH REGISTERS AFTER RESET
JSR
RO.,afCOMPAR
;s COMPARE

REINTO
WRFROM
17.
1%
1%

;GOOD BUFFER
;TEST BUFFER
:NUMBER
:RETURN FOR tRROR
:SAME

001630

6
PAGE

B1C

;*AS UPPER BYTE OF

014226

; *CHANGE RHDS1 WITHOUT C(HANGING PROG BIT
MOV
S¥REINTO+30,-(SP) ;GET RHDSI

003213

014162
014166
014172

042716
052716

MACY11

1%:

042402

MOV
ADD
MOV

ERROR

JRETURN FOR GOOD COMPARISON
afERWORD,RS
;GETTING READY TO INDEX
RS,RS
;DOUBLE ERROR WORD
RHW(=2(RS5) ,a#REGADR ;FAJLING REGISTER ADDRESS

sREGISTER CONTENTS AFTER
A RESET

THAT

IS AN

;UNIBUS INITIALIZE CAUSED
014270
014272

000207

2%:

RIS

;AN IMPROPER REGISTER C(HANGE
;RETURN TO COMPAR]SON
;RETURN 10 POINT ON GOOD COMPARISON

~ e

CIRJGDO,RPO4/5/6 DSKLS CTRLRI

MACYT1

30A(1052)
10-SEP-79
11:11
126
TEST
INIT
UNIBUS

3165
3166

LSBTTL

PAGE

SEQ 0070

SILO TESTS

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

TeTEST 27
172

o
i

L B 4

THIS TESTS THE SILO BUHFER IN THE RH11 CONTROLLER
A READ IS ATTEMPTED FROM AN EMPTY S]LO

DATA LATE (DLT) (RHCS2), TRANSFER ERROR (TRE)
SPECIAL CONDITION (SC) (RHCS1) SHOULD SET
THEN LOADING *'1'" INTO TRE

SHOULD CLEAR DLT,

(RH(S1),

TRE

AND SC

e
e

‘e

SILO TST 1

014272
014276
014300

000004
012706
012737

001000
000027

15127:
002032

SCOPE
MoV
Mov

#STACK,SP
#TINO,a#TSTNM

;RESET STA(K
;THIS SAVES TEST NUMBER

[s -]
o

RN NN TR RRRNRNRRERNOECERNRNORORRNRRORROOPOERORARRORRNRRRNACORNOROEOROEROEROROERRONORONTCETRTSE

;*(HECK TO SEE IF THE PROGRAM 1S RUNNING WITH AN RH70

189
191
192

1S1

a#RHT70

:TEST FLAG FOR RM70 CONTROLLER

014306
014312
014314
014320

005737
001402
000137

002040

014320

004737

042732

JSR

PC,CLDISK

:CLEAR DISK AND LOAD R'S

014324
014330
014334
014340
014344
014350
014352
014356

017700
013746
052716
004737
022637
001403
010237

165300
001774

MOV
MOV

aRHDB,RO
®#UN1T,=(SP)

;READ FROM EMPTY SILO
:GET UNIT NO. IN

ERROR

104011

014450

30%:

8EQ
JMP

B1S
JSR
cmMp
BEQ
MOV

100100

042336
001712
001122

0%
18130

#DLT!IR,(SP)
PC,afPUTREG
(SP)+,a#(S2
1%
R2,a¥#$BDADR

;1F FLAG = 1,
;JUMP TO NEXT

THIS TEST IS SKIPPED
TEST wevwccccccccccccana

J1F FLAG = 0, DO THWIS TEST

:GEYT DATA LATE BIT AND IR
;SAVE REGISTERS
:1S DATA LATE BIT uP?
;1F YES BRANCH
;1F NOT STORE FAILING REG.

;RHCS2 DID NOT HAVE DLT

sRHCS2 SHOULD HAVE ONLY

:DLY AND UNIT NUMBER (B!T 0-2)

:SELOOIHER BITS SHOULD
014360

022737

014366
014370
014374

001403
010137

014376

012711

014402
014406

004737
022737

014414

014416

014622

104011

144200

001714

1%:

2%:

040000

001122

BEQ

#SC'TRE'RDY'DVA,a#(SY 1S SPECIAL CONDITION, TRANSFER ERROR
)
;AND READY UP?
;1F YES BRAN(H
2%

ERROR

:RHCSY DID NOT HAVE SC, DVA

MOV

#TRE ,aR1

sALL OTHERS SHOULD BE 0
;CLEAR ERROR BITS BY MOVING

JSR
(MP

PC,afPUTREG
#RDY .DVA,a#(S!

;SAVE REGISTERS
:SELOBI‘S BUT RDY AND DVA SHOULD

BEQ

b33

;BRANCH [F YES

MOV

001122

042336
004200

(mp

001714

MOV
ERROR

R1,a#8BDADR

R1,a7$BDADR
"

:1F

NOT

STORE

FAILING REG.

;TRE AND RDY, AFTER A
;READ FROM EMPTY SILO ONLY
;THESE BITS SHOULD BE UuP

:ONE INTO TRE IN RH(CS!

;STORE FAILING ADDRESS
;AFTER A ONE IN TRE ONLY

Y r~

CIRJGDO,RPOL/S576 DSKLS CTIRLR)
10-SEP-79 11:00
CIRJGD.PV

3221
3222
3223
3224
3225
3226
3227
3228

014426
014430
0144364
014440
014442
014446

013746
052716
022637
001403
010237
104011

001774
000100
001712
001122

MACY11

30A(1052)
10-SEP-79
127
SILO 181 1

3%:

mov

BIS
(mp
BtQ

MOV

ERROR

11:11

8#UN]T ,=(SP)
¥R, (SP)

(SP)+ ,3#(S2
15130

?%.SOSBDADR

PAGE

72
;READY AND DVA SHOULD BE
:RHCST

SEQ 0071
SE!

sRHCS2 SHOULD HAVE IR AND UNIT
;BRANCH ]F YES
;STORE FAILING ADDR
AFTER A ONE IN TRE ONLY

ONLY

CIRJGDO,RPOL/S/6 DSKLS CTRLRY
CZRJGD.PY
10-SEP-79 11:00

(IRJGD.PIY

10-SEP-79 11:00

MACY1Y

3229
323%0
3231
3232
3233
3234
3235
3236
32%7
3238
3239

3240
3241
3242
3243
3244
3245
3246
3247
3248
3249
3250
3251
3252
3253
3254
3255
3256

3257
31258
3259
3260
3261
3262

3263
3264
3265
3266
3267
3268
3269
3270
3271
3272
327%
3274
3275
3276
3277
3278
3279
3280
3281
3282
1283
3284

30A(1052)

127

10-SEP=-79
SILO 197 1

11:11

PAGE

SEQ 0072

crateRRReROICRRORRYOCRESRROCRORROORCETRROCRCTRCOPRORRRCRORORORRRRRRRRRNCRRORRRPOROOROR

TeTEST 30
e

[

‘e

’

ce®

[

ce®

SILO TEST 2

THIS TESTS THE IR AND "'OR'' BITS OF RM(S?
AT THE BEGINNING IR SHOULD BE SET AND "'OR'" RESET

LOADING O IN SILO RESETS IR FOR ONLY 2 MICRO SECONDS
THIS TIME

CANNOT BE

CHECKED BUT

IS CMECKED TO SEE

1T DOES GO DOWN OR NOT
THEN ALL Y IS LOADED IN SILO "'OR'" SHOULD BECOME SET
IN 30 MICRO SECONDS AGAIN TIME IS NOT
(HECKED
"'OR"' SHOULD BE SET
THE QUTPUT FROM THE SILO SHOULD BE O AND ALL ONES

4 2222222222212l
RNttt
l

014450
0146452
014456

000004
012706
012737

001000
000030

igTSO:
002032

S(oPt

MOv
01"

#STACK,SP
FTINO,a#TSTNM

;e (HECK

TO SEE

181
8tQ

oMRHT70
30%

002040

014476

004737

062732

JSR

PC,CLDISK

014502
014506
014512
014516
014522
016524
014530

013746
052716
004737
022637
001403
010237

001774
000100
042336
001712

MOV

SMUNLT,=(SP)

001122

Mov

014470
014472
014476

104011

014532
014536
014544
014552
014554
014556
014560
014564
014570
014576
014600
014602
014606

005077
012777
0137%7

014610
014614
014620

017700
017705
022700

104415

000000
000200
013746

052716
004737
022637
001403
010237
104011

014676

165072
177777

001636

30%:

BIS
JSR
(mp
BEQ

ERROR

165064

1$:

014554
2$:

001774
000300
062336
001712

3%:

001122

165014

165010

000000

JMP

(LR

MCv
MOv

WAT
.WORD
OR
MOV
BlIS
JSR
(mp
BEQ
MoV

#IR,(SP)
PC,8#PUTREG

MOV
MOV

(me

SAVES

TEST

NUMBER

;TEST

FLAG FOR RH70 (ONTROLLER

:JUMP

;1F

;1P

FLAG =

THIS

TEST

eecccccmccecccccc--

FLAG = 0,

DO THIS

SKIPPED

TEST

;CLEAR REGISTERS LOAD R'S

(SP)+,an(s2

:SAVE REGISTERS
;1R SHOULD BE SET ''OR"' RESET

?g.aaseonoa

;FAILING REGISTER RM(S?

;RHCS2 DOES NOT MAVE

;SET, UNIT NO. SET AND
eRHDB

#-1,3RHDB

OFRNH(S?,a#2%

:ALL OTHER BITS O

:LOAD DATA BUFFER (SILO) WlTH O
:LOAD SILO WITH ALL ONES

;ADDRESS OF RM(CS?
:WALlT

TRAP

:ADDRESS OF RM(S?
aNUNIT ,=(SP)
#OR
. IR, (SP)
PC,3#PUTREG

(SP)e+,a8(82

4%
?i,atsaonon

ERROR

6%:

:THIS

THE PROGRAM IS RUNNING WITH AN RH70

005737
001402
000137

0146464

JRESET STALK

RO
aRHDB,

oRHDB,RS
#0,R0

SIR AND ''OR"

:SAVE REGISTERS
S1R AND ''OR'* SHOULD BE SET

:SAVE RHCSZ2 ADDR. FAJLING REOG.
;UOR'"IN RMCS2 SHOULD BE

:SET TOGETHER WITH IR AND
JUNTT NO.

;SAVE S1LO DATA SHOULD BE O
;SAVE SILO DATA SHOULD BE ALL
;FIRST

WORD 07

xvy? DO MORE

TES?

CIRJGDO,RPOL/S/6 DSKLS CTRLRY

CIZRJGDO,RPOL/S5/6 DSKLS CTRLRI
CIRJGD P11
10-SEP-79 11:00
3285
3286
3287
3288
3289
3290
3291
3292
3293
3294
3295
296
3297
3298
3299
3300

014624
014626

001410
005037

001124

014632
014636

010037
013737

001126
001630

016644

014646
016652
014654
014662
014666
014674

106001

MACY1Y

BEQ

042402

001530

001124
042402

11:11

6
PAGE

SEQ 0073

(LR

8#$GODAT

;BRANCH IF

Mov
MOV

RO,8#$BDDAT
8¥RHDB,8#REGADR

;BAD DATA
;SAVE RHDB FAILING REG.

(mp

#-1,R5

:SILO DID NOT HAVE THE FIRST WORD
;"'0"" WHEN "'OR"" WAS SET
;SECOND WORD ALL ONES?

MoV
mMov
Mov

#-1,308GDDAT
RS ,8#$BDDAT
@#RHDB,8#REGADR

.GOOD DATA
:BAD DATA
;SAVE RHDB FAILING REG.

ERROR

5%:

177777

177777
001126

30A(1052)
10-SEP=-79
130
SILO TEST 2

BtaQ

ERROR

1513

.GOOD DATA

;BRANCH IF

YES

:SILO DID NOT HAVE THE SECOND

;WORD OF ALL ONES WHEN "'OR"
;WAS SET

CIRJGDO,RPOL/S5/6 DSKLS CTRLR!
10-SEP-79 11:00
CIRJGD P11

MACY1Y

30A(1052)
130

10-SEP-79

SILO TEST 2

11:11

PAGE 7>

SEQ 0074

3301
CrERNANERCRRERORORRNRCROOROROEROORROETROCEROROOROROROT/TRRNRRRROROREOEROORONOROTOTORY

TeTEST 31

[oReTo. ENTe JV P RV T, VY w]

014676
014700

000004

012737

000031

002032

1S HIGH AND COMPARING THE SILO OUTPUT.

15131:

2022222222222 222222l

SCOPE

MOV

#TINO,S#TSTNR

s vCHECK

TO SEE

181

84RNH70

;TEST FLAG FOR RH70 (ONTROLLER

JMP

15132

;JUMP

MOV
MOV

#S1LOTB,RO
#67..RS
(RO)+
RS
1%
Pg.al(LDISK

e g

~y [,

014706
014712
014714
014720

005737
001402
000137

002040

014720
014724
014730
014732
014734
014736
014742

012700
012705
005020
005305
001375
004737
005000
012703
010077
005200
005305
001373
013746
052716
004737
022637
001405
010237

051534
000103

BEQ

015136

30%:

THIS

SAVES

TEST

NUMBER

THE PROGRAM ]S RUNNING WITH AN RH70

30%

S1F

FLAG = 1,
TO

THIS TEST
TEST

IS SKIPPED

=ececceccccccacco-a-

;1F FLAG = 0, DO THIS TEST

—

N L

e LN LA LN NN N

THIS TESTS SILO BUFFER BY FILLING IT WITH A COUNT FROM
0 10 65 AND THEN CHECKING If IR IS DOWN AND ‘OR'

AL X222

NN N

e W

e
ee
Tee

SILO TEST 3

014744
014750

014754
014756
014760
014762
014766
014772

104011

005037
012700
012705
017720
005305
001374
012700
012705

3351
1352
3353
3354
335%
3356

1%:

042732

000102

2%:

164654

(LR
DEC
BNE
JSR
CLR
MOV

MOV

INC
DEC
BNE

001774
000200
042336
001712

MOV

001122

MOV

BIS
JSR
(Mp
BEQ

002006
051534
000102
164576

3%:
4%:

051534
000102

001126
001124
001630
002006

042402

s COUNT

RO
RS
2%
S#UNIT ,=(SP)

:NEXT COUNT
;1S 66 LOADS DONE?
;BRANCH IF NOT.

PC,a#PUTREG
(SP)+,a#(S2

;SAVE REGISTERS
:'OR'" SHOULD BE SET

R2.,a#SBDADR

;SAVE RHCS2 ADR. FAILING REG.

RO,8RHDB

#0Kk. (SP)

MOV

DEC
BNE

aRHDB, (RO)+
RS
43

(LR

-(SP)

MOV
MOV

(mp
BEQ

MOV
mov
MoV
157

BNE

(L.EAR

#66.,R5

1"
SNERFLGY
#S1L0OTB,.RO

ERROR
CLR

MOV
MOV

5¢:

;TABLE POINTER
; COUNTER
;:CLEAR TOTAL TABLE
: COUNT
:BRANCH 1F NOT COMPLETELY
:CLEAR ALL REG.

;LOAD SILO WITH COUNT

:BRANCH IF

IR RESET

:"'OR'" WAS NOT SET, IR WAS NOT
SRESEY AFTER SILO WAS FULL
;POINTER

966.,RS

; COUNTER

#S1LOTB,RO

;POINTER

#60.,R5

YES

FROM O T3 65

;READ SILO
; COUNT
;BRANCH |F 66 NOT DONE

(SP),(RO)+
7%
=(R0),a#S$BODAT

;BRANCH [F
;BAD DATA

. 1F

GOOD

(SP) ,a8#$GDDAT
:GO0OD DATA
o#RHDB ,8#REGADR ;FAILING REG. RHDB
SFERF_GS
;1S THIS FIRST ERROR?
NOT BRAN(H

CIRJGDO,RPO4/S/6 DSKLS CTRLRI

10-SEP=-79 11:00

d
—

OO
H VO

b
ik

(W LV
IV,)

3357
3358
3359
3360
3361
3362
3363
3364
3365
3366
3367
3368
3369
3370
3371
3372
3373
3374
3375

[ o]

CIRJGD P11

MACYNY

3?A(1052)

104012

000401
1064013

6%:

10-SEP-79

SILG TESY
ERROR
BR
ERROR

11:11

12
649
13

PAGE

SEQ 0075

:THESE TWO ERROR CALLS ARE FOR
:BRANCH TO AVOID PRINTING NEXT ERROR
:THE SAME TYPEOUT.,
SILO
;HAD A COUNT WRITTEN

]N.

:ON READ OUT AN ERROR WAS
;DETECTED. THE TOTAL SILO
;READOUT

IN LOCATION

;USTLOTEB' TO THE NEXT 65
015106

:
649

005720

017746
042716
022726
001403
005216
005305
001346
005726

164026
177577
000200

1S1

(RO) ¢

MOV

aSWR,=(SP)

;ARE FURTHER (OMPARES
:BE DONE

(mp
BEQ
INC
DEC
BNE

#SW07,(SP)+
10%
(SP)
RS
5%

sTEST SwO7
;1F NO MORE (OMPARE THEN BRAN(H
sNEXT GOOD WORD
; COUNT
;BRANCH IF 66 NOT COMPLETE

BIC

7%:

10%:

:WORDS.
; INCREMENT

151

(RO)

#°CSW07'SWOB,
(SP) :ONLY KEEP SW7 AND SW8

1SP)e

;POP STA(K

CIRJGDO,RPOL/5/6 DSKLS CTRLR1
10-SEP-79 11:00
CIRJGD P11

3414
3415

10-SEP-79

SILO TEST

TeTEST 32
st
M

11:11

PAGE 77

StQ 0076

SILO TEST4

NOW PUT 67 WORDS INTO SILO AND CHECK FOR DLT
EVEN AFTER THE 67TH. WORD INPUT THE FIRST WORD SHOULD NOT CHANGE

CCRERE RN CTREOREROOCEROECRORRERROOORORORERRTROERORANRRORPORROOERNROEOOERNRONY

000004

)

012737

002040

004737

042732

005000
005200
010077
022700
001401
000771
004737

104011

015260

000032

005737
001402
000137

032737
001003
010237

3406

3407
3408
3409
3410
3611
3412
3413

30A(1052)

';""'"""""'""'""""'"""""".'""Q"'Q"""""

—l

3376
3377
3378
3379
3380
3381
3382
3383
3384
3385
3386
3387
3388
3389
3390
3391
3392
3393
3394
3395
3396
3397
3398
3399
3400
3401
3402
3403
3404
3405

MACYIY

017737
012737
023737
001404
013737
1064012

002032

015262

1$132:

30%:

1644634

FTINO,3#TSTNM

; *CHECK

TO SEE

197

9fRH70
30%
15133

s1F FLAG = 1, THIS TEST 1S SKIPPED
;JUMP TO NEXT TEST =-eececececcccccca- )
;1F FLAG = 0, DO THIS TEST

JSR

PC,a#CLDISK

;CLEAR DISK REG.

(LR

RO
RO

;CLEAR RO
;ADD 1

;BRANCH IF

BEQ
JMP

INC

MOV

000103

(mp

042336
100000

SCOPE

MOV

2%:

BEQ
BR
JSR

Bl
BNE

001712

001122

MOV

164376
000001
001124

001126
001124
001126

001630

042402

1%:

ERROR
MOV

MOV

cmp

BEQ

MOV

ERROR

;THIS

SAVES TEST

NUMBER

THE PROGRAM IS RUNNING WITH AN RH70

RO,aRHDB
#67.,R0
1%
PC,a#PUTREG

;TESYT FLAG FOR RH70 CONTROLLER

;LOAD SILO
;67 DONE?

YES

:NO SO BRANCH
;SAVE REGISTERS

#DLT ,a#(S?2

;OLYT SET?

R2.3#%BDADR
"
aRHDB ,8#$BDDAT

;FAILING ADDRESS RH(S?
:DATA LATE DID NOT SET AT 67TH.
;INPUT T0 SILO

#1,a88GDDAT

:BRANCH

;:GO0D DATA

YES

a#SGDDAT ,a#S$BDDAT ; COMPARE
15133
;BRANCH IF GOCD
9#RHDB,a#REGADR ;FAILING REG. RHDB
12
:WORD IN RHDB CHANGED
;AFTER THE 67TH INPUT.

CZRJGDO,RPO4/S5/76 DSKLS CTRLRIY
10-SEP-79 11:00
CIRJIGD P11

MACY11

3416
3417
3418
3419
3420

3444
3445

3446
34647
3448

3449

3450
3451
3452
3453
3454

3455
3456
3457
3458
3459
3460
3461
3462
3463
3464
3465
3466
3467
3468
3469
3470
3471

11:11

PAGE 738

SEa 0077

':'""""'""""""'""""""""'""""""."""""

;*TEST 33
N24

015262

000004

015264

012737

15133:
000033

SILO TEST §
THE SILO 1S LOADFD WITH 0,1,2,3 THEN AFTER
'OR’ 1S UP A CLR IN RHCS2 IS DONE THEN &,
1S LOADED. AFTER 'OR' 1S UP 2 READS FROM

SILO ARE DONE, ON THE LAST,

bR
A

002032

ZX 23

'DTL"

IN RH(CS2 SHOULD BE SET.

X2222222222222222t
RRRRAldA

SCOPE
;THIS

SAVES

TEST

#TINO,a#TSTNM

;*CHECK

10 SEE

1§71

BEQ

afRH70
308

;TEST FLAG {OR RH70 CONTROLLER

18134

SJUMP TO NEXT TEST ==-=c-ccccccocoaam:1F FLAG = 0, DO THIS TEST

THE PROGRAM IS RUNNING WITH AN RH70

005737
001402
000137

002040

15304

004737

042732

JSR

PC.a#CLDISK

;CLEAR DISK

013746
052716
004737
022637
001403
010237

001774
000100
062336
001712

MOV

e#UNIT =(SP)

(mp

001122

MOV

(SP)+,aN(S?
1%
?%,3!$BDADR

:GET UNIT NO.
;SET INPUT READY
;SAVE REGISTERS

5
5344
5

013700

001630

1%:

Mov

a#RHDB,
RO

2$:

Mov

5
5
5
5
5
5
5

005201
022701
103373

5
5
5
5
5
5

10401

005001
010110

013737
1046415

000000
000200
004737
013746
052716
004737
022637
001403

015562

30%:

001636

BEQ

#IR,(SP)
PC.a#PUTREG

ERROR
CLR

INC
(mMp
BHIS

015370

1%:

042732
001774
000100
042336
001712

MoV
WAT

.WORD
OR
JSR

MOV

B1S
JSR

(mp
BEQ
MOV

001122

001630
000004

JMP

BIS
JSR

000004

ERROR

NUMBER

mov

0 15272
0 15276
0 15300
0 15304
o

3421
3422
3423
3424
3425
3426
3427
3428
3429
3430
343
3432
3433
3434
3435
3436
36437
3438
3439
3440
34641
3442
3443

30A(1052)
10-SEP-79
132
SILO TEST4

MoV
Mov
mov
MOV

S1F

FLAG =

THIS

GOOD

sFATLING REGISTER RH(CS?

;RHCS2 DOES NOT HAVE IR SET
:AND ALL OTHER BITS O
;RO HAS RHDR ADDRESS

;DATA

R1
0% R

s INCREMENT DATA
;1S & DONE

:0, THEN 1 THEN 2 THEN 3
;IN RHDB

NOT

2%
NRH(S2 3038

:BRANCH

:RH(S2 ADDRESS

8#UNIT,-(SP)
V1R, (SP)
P(,8#PUTREG

(SP)+,arCS2

?%.ilSBDADR

S#RHDB,RO

#4,8R0

R
FLY
8RO ,RS

SKIPPED

;1R SHOULD BE SET "'OR"" (LFARED

;BRANCH IF

R1
R1,8R0

PC,a#(LDISK

TEST

:WAIT FOR '"'OR"'
;WAIT

ON OR.

:CLR IN RH(SZ2
JUNIT NO.

;SAVE REGISTERS
;1R SHOULD BE SET ''0''=0
:BRANCH ]F GOOD
sFAILING REGISTER RH(S?

;RHCS2 DOES NOT WAVE IR SET
sAND ALL OTHER S8I1T1S 0
;RO HAS RHDB ADDRESS

;LOAD & IN SILO

;SAVE RH(S?
;READ

THE

IN SILO

015444
015446
015650
015454
015456
015462
015464
015470
015476
015502

015506
015510
015514
015520
015524

526
532
534
540
544
550
554
560

000004
042692
000004
001126

001407
010037
005037
010337
104001

032704
001013
013746
052716
012637
010437
010237
104001

042402
001124
001126

100000

001774
100300
001124
001126
042402

SEQ 0078

mMov

RO,S8#REGADR

Mov
ERROR

RS ,3#$BDDAT
1

:SI1LO ADDRESS
;GOOD DATA
.BAD DATA
;SILO DID NOT CONTAIN WORD

#4,8086DDAT

181

BEQ

MOV
ERROR

R3,3#$BDDAT
1

RO,a#REGADR
a#$GDDAT

BIT

#DLT ,RG

MOV

a#UNIT ,-(5P)

BNE

BIS
Mov
Mov
MOV

ERROR

;TEST FOR OR IN RHM(S?2

:1F OR IS NOT SET BRANCH
:SILO & 1S NOW (COMPARED

;PUT

IN AFTER "'OR'' WAS UP

:1S 1T ZERO BECAUSE SILO
;1S DESTRUCTIVE READ

;BRANCH IF

GOOD

:SILO ADDRESS
:GOOD DATA
:BAD DATA
;SILO SHOULD Bt ZERO

;AFTER THE ONE WORD PUT
:HAS BEEN TAKEN OUT AS

;SILO IS A DESTRUCTIVE READ

1ST134

"BRANCH IF DLT SET

#DLTIOR!IR,(SP)
(SP)+,a#8SGDDAT
R4 ,a#$BDDAT
R2,a#REGADR

. 600D DATA
:BAD DATA

“GET UNIT NO
;

;RHCS2 ADDRESS

:DATA LATE ERROR

:READ SILO TO GET DLT
;SAVE RH(CS?

MOV
(LR

6%:

PAGE

oR0,R3
aR2,R4
#0R,R1
¢$
P6 RS

MoV

5¢:

MOV
MoV
Bl
BtQ
(mp

BeaQ

001124

11:11

oTM

10-SEP=-79
30A(1052)
133
SILO TEST §

000200

015504

[V RV AV LV AV LV LV 1V, }

3472
3673
3474
3479
3476
3477
3478
3479
3480
3481
3482
3483
3484
3485
3486
3487
3488
3489
3490
3491
3492
3493
3494
3495
3496
2497
3498
3499
3500

MACY11

Ped

CIRJIGDO,RPO4/S5/6 DSKLS CTRLRY
10-SEP=-79 11:00
CIRJGD P

|
11:11

LSBTTL

MORE REGISTER TESTS

PAGE 80

SeQ 0079

seTEST

TEST ODD BYTE

INSTRUCTION ON RHCS!

= RHI1

RDY (BIT O7) AND DVA (BI1 11) SHOULD ALWAYS BE SET

;;t'""""""t"'t't"""""tt"'"it'tt't't"t"t""tl'l"

015562

000004

015564

012737

1S134:

000034

002032

SCOPE
Mov

#TTNO,3#TSTNM

;THIS SAVES TEST NUMBER

:*CHECK TO SEE 1F THE PROGRAM 1S RUNNING WITH AN RH70

3529

afRH70
30%
15135

:TEST FLAG FOR RH70 CONTROLLER
:1F FLAG = 1, THIS TEST IS SKIPPED
:JUMP 10 NEXT TEST] ecccemccccrccccaca;1F FLAG = 0, DO THIS TEST

001000
042732

MOV
JSR

#STACK,SP
PC,CLDISY

;RESET STACK
;CLEAR DISK REG.

003566

MOV
MOV

#3566,aR1
R1,-(SP)

;LOAD RHCS) WITH ANY NUMBER
:GETTING READY TO FORM 0ODD BYTE

MOV

aR1,a#$BDDAT

;TEST

002040

012706
004737
012711
010146
005216
112736

011137
022737

3530
3531
3532
3533
3534
3535
3536
3537
3538
3539

1S7
BEQ
JMP

005737
001402
000137

001406

012737
010137
104001

015720

30%:

INC
MOvVB

000005

001126

006766

00116

006766
042402

001124

CMP
BEQ
MoV

MoV
ERROR

(SP)
#5,9(SP)¢

;SP NOW HAS ODD BYTE FOR RH(CS?
;MOVE S INTO ZvD BYTE FOR RH(SI
DATA

#2566'DVA'RDY ,a#SBDDAT ;RHMCST SHOULD HAVE 6766
1%
;BRANCH IF GOOD
#2566'DVA'RDY,3#SGDDAT

R1,3¥REGADR
1

;GO0D DATA

sFAILING REGISTER RH(S1
;MOVING A NUMBER INTO

:0DD BYTE OF RMCS! GAVE

o_a\“\ -~ -~

~OOO0O0O0O—
Qo = ON) =2 —
SO
=N —N

;WRONG RESULTS

000032
001126
006632

006632
042402

1%:
001126

001124

MOVB
MOV

#32,0R1
aR1,a#8BDDAT

MoV
MOV

#2432 'DVAIRDY,3#8GDDAT ;GOOD DATA
R1,3#REGADR
sFAILING REGISTER RH(SI

CMP
BEQ

ERROR

;MOVE INTO EVEN BYTE
:TEST DATA

#2632'DVA.RDY,a#$BDDAT ;RHCSY SHOULD HAVE 6632
157136
;DO NEXT RH1Y TEST If GOQD ====eecccccee-e1

;MOVING A NUMBER INTO EVEN
;BYTE OF RHCS! GAVE WRONG
sRESULT

015714

000137

016040

JMP

15136

;SKIP RH70 TES] eeeccccccececnnccnncana-

133

10-SEP-79
SILD TEST S

30A( 1052)

:;"tt""""""t"'""t""0'""0"tQ"'Q."""""l""."

O NN
NN —
— G NO NN -

3501
3502
3503
3504
3505
3506
3507
3508
3509
3510
3511
3512
3513
3514
3515
3516
3517
3518
3519
3520
3521
3522
3523
3524
3525
3526
3527
3528

MACYN

(X
)

CZRJGDO,RPOL/5/6 DSKLS CIRLRI
10-SEP-79 11:00
CIRJGD P

MACY1]

Sta 0080

- RHII

CcEENRNNEECOSCCEOROERROSOECEOEROSCROSOESRORRNORRORROORORRARROORCOEORNRROROOERNRRROEOORTOY

TOTEST 35
A

TEST ODD BYTE

INSTRUCTION ON RH(CS!

- RH70

ROY (BIT 07) AND DVA (BIT 11) SHOULD ALWAYS BE SET

':"""""""""""""""""""'l"""""""""""'

15135:

000004

012737
012706
004737

000035
001000
042732

01271
010146
005216
112736
011137

003566

022737
001406
012737
010137

004766

001126

004766
042402

001124

104001

002032

SCOPE

MOV
MOv

JSR

#TINO,QNTSTNM
FSTACK,SP
PC,CLDISK

;THIS SAVES TEST
;RESET STACK
:CLEAR DISK REG.

MOV
Mov

#3566 ,3R1
R1,-(SP)

;LOAD RHCS1 WITH ANY NUMBER
;GETYING READY TO FORM 0ODD BYTE
:SP NOW HAS ODD BYTE FOR RH(S!

aR1,3#$BDDAT

;TEST DATA

INC
MOvB
MCv

000005
001126

CMP
BEQ

MOV
MOV

ERROR

(SP)
#5,8(SP)¢

NUMBER

:MOVE 5 INTO ODD BYTE FOR RHM(SI

#566'DVA'RDY ,a#SBDDAT

;RHCS1

SHOULD HAVE 4766

1%
.BRANCH If GOOD
#566'DVA'RDY ,a#$GDDAT ;GOOD DATA
R1,a#REGADR
;FAILING REGISTER RHCSI
1
:MOVING A NUMBER INTO

;0DD BYTE OF RHCS1 GAVE
;WRONG RESULTS

016036

000032
001126
004¢32

001126

004632

001124

042602

1%:

MOvVB

MOV

CmMp
BtQ

MOV
Mov

ERROR

#32,aR1
aR1,a#$BDDAT

;MOVE INTO EVEN BYTE
. TEST DATA
#432'DVA'RDY ,a#SBDDAT ;RHMCST SHOULD HAVE 6632
15736
: ;BRANCH IF GOOD
#432'DVA'RDY,a#8SGDDAT ;GOOD DATA
R1,3#REGADR
;FAILING REGISTER RH(CSI
1
;MOVING A NUMBER INTO EVEN

:BYTE OF RHCS1 GAVE WRONG
JRESULTS

10-SEP-79 11:00

P~d Py

CIRJIGDO,RPO4/S5/6 DSKLS CTRLRI

CIRJGD P

7
30A(1052)
10-SEP-79
11:11
PAGE 81
134
TEST ODD BYTE INSTRUCTION ON RH(CST
¢

CZRJIGDO,RPOL/S/6 DSKLS CTRLR!
10-SEP=-79 11:00
CIRJGD.PYY
3589
3590
3591
3592
3593
359¢
3595
3596
3597
3598
3599
3600
3601
3602
3603
3604
3605
3606
3607
3608
3609
3610
3611
3612

3613
3614
3615
3616
3617
3618
3619
3620
3621
3622
3623
3624
3625
3626
3627
3628
3629
3630
3631
3632

3633
3634
3635
3636
3637
3638
3639
3640
3641

MACY 1Y

XX A

SeTEST 36

000004

016042

012737

XX XX

75136:
000036

EE R

SEQ 0081

AREZENZEZARASAREASREERRAS
SRR AR AR RRAR AR

TEST ODD BYTE INSTRUCTION ON RH(S2

IR (BIT 06) AND THE UNIT SELECT (BIT 0-2) WILL BE SET

e
016040

]

7
30A(1052)
10-SEP-79
11:11
PAGE &2
135
TEST ODD BYTE INSTRUCTION ON RHCS1 - RH70
b

SCOPE

R N

MOV

002032

R R

R R EZ R AR

FTTNO.S#TSTNM

RZARARAARSRRRS

RNl

:THIS SAVES TEST NUMBER

;¢CHECK TO SEE 1F THE PROGRAM 1S RUNNING WITH AN RH70

151

AIRNT70

;TEST FLAG FOR RH70 CONTROLLER

042732

JSR

PC,aNCLDISK

:GIVE

177000

8l1¢S
mMov
INC
CLRB

#177000,(R2)
R2,=(SP)
(SP)
a(SP)+

;LOAD RHCS?2
;GETTING READY FOR ODD BYTE
:SP NOW HAS ODD BYTE FOR RHCS?
:CLERR RH(CSZ ODD BYTE

BIS
Mmov
cmp

#IR, (SP)
8R2 ,aNSBDODAT
(SP)+,a#%BDDAT

; INPUT READY AS IT IS SET
;TEST DATA
;COMPARE TO SEE THAT
."'CLRB'" DID CLEAR

016050
016054
016056
016062

005737
001402
000137

002040

016062

004737

016066
016072
016074
016076
016100
016104
016110
016114

052712
010246
005216
105036
013746
052716
011237

016120
016122
016130
016136
016142

001411

016144
016150

016154

022637

001774
000100
042402

013746
052716
052712

001774
000010
020000

104001

001774
020110
001124
001126
001126

104001

308:

MOV

001774
000100
001126
001126

013737
052737
010237

016160
016162
016166
616172
016176
016202
016206
016210
016214

016216

042402

BEQ
JMP

001124
001124

ANUNIT, -(SP)

BEQ
MoV

1%
SNUNIT, I#SGDDAT

ERROR

BIS
Mov

1%:

S1F FLAG = 1, THIS TEST IS SKIPPED
JUMP TO NEXT TEST ====cmeeccccoacaonn
:IF FLAG = 0, DO THIS TEST

308
15137

YR,
R2,

SNUNIT, -(SP)
(SP)
#BA],

MOvVB

(SP)+,

NUPE ,aR?

aR2

MOV

3¥UNIT, -(SP)

BEQ
MOV
ERROR

15137
R2,9#REGADR
1

BIS
MoV
MOV
CM¥

;GET UNIT NO.

a#$GDDAT ;GOOD DATA
SNREGADR ;FAILING REGISTER RH(CS?

MOV
BIS

B1S

INIT & SETUP REGISTER CORRES

;CLEARING ODD BYTE OF RHCS?
;GAVE WRONG RESULTS
;HAVE UPE AND MPE IN RH(S?
;BESIDES UNIT SELECT

;MOVE INTO EVEN BYTE OF RH(SZ

,
(SP)
SFUPE!IR!BA]
a#$GDDAT ;GOOD DATA
(SP),
sTEST DATA
8R2,9#$BODAT
;COMPARE TO SEE THAT MOVB DID
(SP)+ ,3#$BDDAT
;MOVE

EVEN BYTE

ONLY

. .BRANCH ]F GOOD
;FAILING REGISTER RH(S?2
:MOVING A NUMBER INTO EVEN
:BYTE OF RH(SZ GAVE WRONG
JRESULTS

3642
3643
3644
3645
3646
3647
3648
3649
3650
3651
3652
3653
3654
3655
3656

3657
3658
3659
3660
3661
3662
3663
3664
3665
3666
3667
3668
3669
3670
3671
3672
3673

MACYY

30A(1052)
10-SEP-79
11:11
PAGE 83
136
TEST ODD BYTE INSTRUCTION ON RHCS?

L2222

SSTEST 37
Jve

Sea 0082

222022 AR
2R
Rl Al

ODD BYTE TEST ON RHWC

IN THIS REGISTER NO BITS SHOULD BE PERMANENTLY SET

';"""""""""'"""""'Q'"".'."".."'."""""""

016216

000004

016220
016226
016232
016236
016242
016246
016250
016252
016256
016262
016270
016272
016300
016304

012737
012706
004737
013704
012714
010446
005216
112736

011437
022737
001406
012737
010437
104001

1$137:
000037

001000

000377
001126
177652

001126

177652
0462402

001124

000123
001126
177523

016326
016334
016340

177523
042402

mov
MoV

#TINO,a#TSTNM
#STACK,SP

MOV

R4,

JSR
MOV
MOV
MOV
INC
MovB
MoV
c(mp
BEQ
MOV

062732
001632
025252

016306
016312
016316

016324

002032

SCOPE

ERROR

1%:

001126
00112¢

PC.CLDISK
S#RHW(, R4

:CLEAR DISK REGISTERS
;R4 NOW ]S WORD COUNT REGISTER
025252, aRs
:LOAD RNHW(C
R&,
-(SP)
:GETTING READY 10 FORM 0ODD BYTE
(SP)
;SP NOW HAS 0DD BYTE FOR RHW(
#377,
@(SP)+¢
:MOVE 377 INTO ODD BYTE OF RMW(
8R4 ,393BDDAT
;TEST DATA
#177652,8#8BDDAT; COMPARE TO SEE [F MOVB DID 0k
1%
:BRANCH IF GOOD
#177652,3#8GDDAT ;GOOD DATA
1

SFREGADR

MOVB
MOV

7123,
aRé
ARG ,3/SBODAT

MOV
MoV
ERROR

#177523.,3#8GDDAT
$4,
SNREGADR

(mp
BEQ

;THIS SAVES TEST NUMBER
;RESET STACK

;REGISTER FAILING RHW(

;MOVING INTO ODD BYTE OF RHW(

;GAVE WRONG RESULTS

;MOVE INTO EVEN BYTE OF
:TEST DATA

#177523,8#8BDDAT
15140
:;BRANCH IF GOOD

;GOOD DATA
:REGISTER FAILING RHW(

RMW(

[eaNan]

CIRIGDO,RPO4/5/6 DSKLS CTRLRI
10-SEP=-79 11:00
CZRJGD P

CZRIGDO,RPOL/S576 DSKLS CIRLRI
10=-SEP=-79 11:00
CIRJGD.PY

3674
3675
3676
3677
3678
3679
3680
3681
3682
3683
3684
3685
3686
3687
3688
3689
3690
3691
3692
3693
3694
3695
369%
3697
3698
3699
3700
3701
3702
3703
3704
3705
3706
3707

mACYIY

F7
S50A(1052)
10-SEP-79
11:11
PAGE 84
137
ODD BYTE TEST ON RHW(

iAZEXZ2 22

SeTEST 40
A
S

016342

000004

016346
016350
016356
016362
016366
016372
016374
016376
016402

012706
012737
004737
013704
012714
010446
005216

016406
016414
016416

016424
016430
016432
016436
016442
016450
016452
016460
016464

112736

011437
022737
001406
012737
010437
106001

112714

0114637
022737

001406
012737
010437
104001

000377
001126
177652
177652
042402

000125
001126
177524
177524
042402

TEST

ODD BYTE

SCOPE

002032

#STACK,SP

JSR

PC,CLDISK

001126

MOV
MOV
mMov
INC
MOVB
Mov
(MpP

BtQ

MOV
Mov

ERROR

1%:

001126
00112¢

INSTRUCTION ON RHBA

BIT 0 SHCULD ALWAYS BE O

Mov
MOV

001124

AR RS2l
ll ]

2222222222 22222222222222 222Xl
ldld )

1$140:
001000
000040
042732
001634
025253

X222

SEa 0083

MovB
MOV
(MP

BEQ

MOV
MOV

ERROR

#TINO,@#TSTNM

afRHBA, Ré
#25253, aR4
RG,
=(SP)
(SP)
#377,
@(SP)+
aR4 ,aNSBODAT

;RESET

STACK

;THIS SAVES TEST NUMBER

;R4 HAS ADDRESS OF RHBA
:LOAD RHBA
;GETTING READY FOR 0DD BYTE
;SP HAS ODD BYTE ADR. OF RHBA
;LOAD ODD BYTE OF RHBA
;TEST DATA

#177652,a#%BDDAT; COMPARE MOVB RESULTS
1%
;BRANCH [F GOOD
#177652,a#$GDDAT;GOOD DATA

RG,
1

#REGADR ;FAILING REGISTER RMBA
;MOVING INTO ODD BYTE Of

#125,

QR4

R4 ,a¥SBDDAT

;RHBA GAVE

;TEST DATA

#177524 ,3#3BDDAT
18141
; ;BRANCH If
#177524 ,9#%GDDAT;GOOD DATA

RS,
|

S#REGADR

WRONG RESULTS

GOOD

;FAILING REGISTER RHBA
;MOVING INTO EVEN BYTE Of
:RHBA GAVE

WRONG RESULLTS

7
6
30A(1052)
10-SEP-79
11:11
PAGE 8>
140
TEST ODD BYTE INSTRUCTION ON RHBA

LM AN NN N NN NN N
NNSNNNNSNNSNNN
PON) b od b o o ol o

= OO0 ~NO NN
—

.SBITL

SEQ 0084

DCL COMMAND TESTS

AR ERNRECROCORRECRRNOERERRORROERORRORORRORCORTRRRNSRROERROEROOOERSEROOERROETCOEROECRPRTSOTYE

Pee

FOUR GENERAL REGISTERS WILL BE RESERVED FOR HARDWARE
CONTROL AND STATUS!
CONTROL AND STATUS?2
DRIVE STATUS |
ERROR REGISTER)

Jee
Jee
Jee
v

R1zRHCS1
R2=RH(S2
R3=RHDS1
R4=RHER1

Jee
s

WHENEVER ANY OTHER USE 1S MADE OF
APPROPIATE SAVING MUST BE DONE

THESE REGISTERS

";.'""""""""""""'""'"'""""."""'."""""'

;'"'l""""""""'"'""""""""""'l'I""""l'.""

Jee
see
see

ERROR REGISTER #01 (RHER1) TEST
BIT #1 (ILLEGAL REGISTER) CANNOT BE TESTED ON PDP11
1S FOR PDP10 USE ONLY

THIS BIT

:"""""""""""""'"'""""""""""."."""'."

3734
3735
3736
37%7
3738
3739
3740
3741
3742
374%
3744
3745
3746
3747
3748
3749
3750
3751

3752
375%
3754
3755
3756
3757
3758

3759
3760
3761
3762
3763

2222 X222222222223222222222X222222222220222200RRRRARRRRRRRRRRdRA)

'TEST 6

sre
Jee
B

016466

000004

016470

016530
016534
016536
016564
016546

012706
012737
006737
012777
005037
012700
012705
023720
001004
062737
000765
005305

016550
016552
016560
016562
016570

001367
v32737
001077
013737
062737

016474
016502
016506

016514
016520
016524

000002

1%:

2%:

002022
000002

MOv

#STACK,SP

SRESET

JSR

PC,a#CLDISK

;CLEAR REGISTERS

(LR

Mov

MOV
{mp
BNE
ADD

002022

002106
002022

SCOPE

MOv

163144

002022

ALL 3 ILLEGAL FUNCTION CODES SHOULD SET - ATA,ERR,ILF = AND ARE TESTED
A GO WITHOUT CLEARING ILF ERR SHOULD SET = MxF,DLT,TRE = BITS AND THEY ARE ALSO

MOV

002032

000100

ILF BIT #0 IN REG. RHER]

22222 X222 RZ2RSSRl
AR

1ST41:
001000
000041
062732
000001
002022
002044
000021
002022

TEST

#TTNO,S#TSTNM
#DMD ,dRHMR

aFTMPILL

#FUTABL,RO

;SET DIAGNOSTIC MODE

:GET READY TO MAKE

;LOAD FUNCTION CODE

ILLEGAL FUNLTION
TABLE

START

#M7.,RS
S#TMPILL,(RO)+
3%

;COUNTER (16 GOOD FUNCTIONS)
1S THIS A LEGAL FUNCTION CODE?
:NO - DECR., FUNCT. CODE (TR

sTEST NEXT FUNCTION CODE

¥2,30TMPILL

DEC

BNE
811
BNE

2%
#100,a#THPILL

MGV
ADD

STACK

;TH]S SAVES TEST NUMBER

12%

sYES MAXE NEXT

FUNCTION CODE

;MAKE NEXT CODE IF 1ST 16
:LEGAL FUNCTIONS NOT DONE
;BRANCH 1F 16 NOT COMPLETE
+ALL BITS UP 10 BI1 IS COMPARED?
JYES = EX]T =ecocee-

Q8TMPILL,@#ILLEGL;ND = TEST THE lLLEGAL FUNCT]ON
#2830 1MPILL
;TEST NEW FUNCTION CODE NEXT TIME

P~ P

MACYT11

(IRJGDO,RPOL/5/6 DSKLS CTRLRY
10-SEP-79 11:00
CZRJGD.PY

3764
3765
3766
3767
3768
3769
3770
N
3772
3773%
3774
3775
3776

3777
3778
3779
3780
3781
3782
3783
3784
3785
3786
3787
3788
3789
3790
3791
3792

3793
3794
3795
3796
3797

3798
3799
3800
3801
3802

3803
3804
3805
3806
3807
3808
3809
3810
3811
3812
3813
3814
3815
3816
3817
31818
3819

062732

016576
016602
016610
016614
016622
016626
016632
016634
016640

000001
002106
016576
042336
001716

MACY11

163050

H
7
30A(1052)
10-SEP-79
11:11
PAGE B6
TESY ILF BIT #0 IN REG. RMER
1461
6%

JSR

mov
Mov
Mov

001110

001122

SEQ 0085

PC.OMCLDISK
#DMD , aRHMR

;SET

#6493, 908 PERR

:ERROR RETURN POINT

SFILLEGL,oR!

DIAGNOSTIC MODE

;TLLEGAL FUNCTION ===> RHM(SI

JSR
151
8ta

b} )

;CONTINUE 1F RMERY STILL = O

ERROR

;ALTHOUGH AN JLLEGAL

MOv

PC.3#PUTREG

ofER

R4 ,98BDADR

;SAVE

REGISTERS

; THERE SHOULD NOT BE ANY ERROR YE!
sFATLING REGISTER ADDRESS RHER!
FUNCTION

;HAS BEEN MOVED INTO RH(S!
;NO ERRORS SHOULD SHOW TILL

;60 1S SET RHER1 SHOuULD BE
016642
016646
016652
016660
016652
016666

052711
004737
022737
001403
010437

016670
016674
016700

013746
042716
022726

016704
016706
016714

001404
013737

104011

000001
042336
¢0n001

5¢%:

001716

001122

6%:

140700

001662

IN RHCS1T

#GO,aR1

;60

FILF ,QMER]
6%

;JLLEGAL FUNCTION BIT
;1T 1S - CONTINUE

ERROR

MOV

BIC
CMP

Bta

001122

ZEROS

BIS
JSR
(MP
BEQ

MOV

001736
001000

;ALL

MOV

ERROR

PC,a3#PUTREG

R4 ,a#$BDADR

a#DS),=(SP)

JSAVE REGISTERS

SHOULD BE

SET

sFAILING REGISTER ADDRESS RHER1
;ILLEGAL FUNCTION DID NOT

;SET ON AN ITLLEGAL FUNCTION
EXECUTION, THE ILLEGAL FUNCTION
:BEING EXECUTED IS IN RH(SI
:GET RHDSI

#PROG, (SP)
;MASK PROG
#ATA ERR.VV!DPR!DRY,
(SP)+

7¢

ATTENTION (BIT 15)
;VOLUME VALID (BIT 6)
;COMPOSIT ERROR (BIT 14)
;DEVICE READY (BIT 7) SHOULD
;BE SET ON RHDSI
;THEY

ARE

- CONTINUE

S#RHDS1,a¥#8BDADR ;FAILING REGISTER ADDRESS RHDS!
IR

;FOLLOWING BITS SHOULD BE

;WITH AN ILLEGAL FUNCTION
;ATTENTION

(BIT

SET

15)

;COMPOSIT ERROR (BIT 14)
;MEDIUM ON LINE (BIT 12)
;DEVICE READY (BIT 7)
016716

004737

045172

7%:

v SR

P(,a#M]DDLE

;GIVE A WRITE HEADER AND
:DATA COMMAND WiTHOUT

:CLEARING THE ERRORS
sUSING 'MIDDLE' SO THAT
;17 WiLL COME BACK BEFORE

016722
016726
016730
016732
016734

010237
001000
004737

042336

016740

032737

040000

104415
000000

016730
10%:

MOV

R2.a#10%

.WORD

;WALT FOR °*Mxf' BIT
:ADDRESS OF RHCS?2

JSR

P(,a#PUTREG

:SAVE

BI1

#TRE ,Q#(SY

;TRANSFER ERROR (BIT

WAT

mMxf

11%:

001714

;THE END TO FIND QUT
;STATE

;MOVE RH(S2 ADDRESS

REGISTERS

14) RMCS! = 'TRE'

;SHOULD SET DUE TO *MxF'®

CIRJGDO,RPOL/5/6 DSKLS CTRLRI
10-SEP-79 11:00
CZRJIGD P

P~ P~

|
MACY11

30A(1052)
141

10-SEP-79

TESY

3820
3821
3822

016746
016750
016754

001003
010137

3826
3827
3828
3829

016756

000660

13%:

016760

000240

12%:

NOP

3823
3824
3825

106011

BNE

001122

mov

ERROR

ILF

BIT

11:11

PAGE &7

#0 IN REG.

RMER1

138

;11

;TRANSFER ERROR (BIT 14) RHCS! - 'TRE’

R1,a#8BDADR

1S = CONTINUE

;FAILING REGISTER RHCSI

;SHOULD BE SET DUE TO 'Mxf'
;LOCAL SCOPE RETURN POINIT

;G0 BACK & TEST NEXT FUNCTION CODE

SEQ 0086

e lm)

CIRJGD P

10-SEP-79 11:00

—

Pk P

CZRJIGDO,RPO4/5/6 DSKLS CTRLRI

3830
31831
3832

31833
3834
31835
3836

3858

3859
3860
3861
3862
3863
1864
3865
3866
3867
3868

3869
3870
3871
3872
3873
3874
3875
3876
3877
3878

3879
3880
3881
3882
31883
3884
3885

000004
012706
012737

001000
000042

016776

004737

042732

ILF

BIT

J*TEST &2

READ IN PRESET

ALL
THE
THE
ALL
A

PAGE 83
#0 IN REG. RHER!

SEa 0087

POSSIBLE REGISTERS WiLL BE FILLED W]TH ONES
REGISTER CONTENTS WILL BE SAVED IN REINTO BUFFER
READ IN PRESET COMMAND WILL BE GIVEN
REGISTERS WwiLL BE CHECKED

XXX 222222222
AR
dRRRdRRRRR A

15142:
002032

TEST

11:11

016762
016764
(016770

10-SEP-79

SCOPE

Mov
MOV

#STACK,SP
#TINO,@#TSTNM

JRESET STACK
;THIS SAVES TEST NUMBER

JSR

PC,a#CLDISK

;INIT AND SET GENERAL REGISTERS

017002
017010
017016
017024
017032
017040
017044
017250
017054

NN
PO NI NN N
o

;*FILL ALL POSSIBLE BITS WITH ONES
177777

177

00000

017062
017066
017070
017072

004037
001632

0434624

017074

052777

000001

017102
017106

005037
042737

003172
016000

017114
017122

052737
005037

000100
003200

D e
i
it \JV el

~
~

000777
001400
002104

777
777
777
77
77
746
716

177777

017637

016377

162564

162622
162616
162620
162616
162612

162576

Mov
MoV
MOv
MOv
MOV
MOV
BIS
MoV
MOV

#177777,8RHWC
#177777 ,8RHBA
#17437 ,@RHDST
#16377 ,aRHOF
#777,3RHCA

#A16'A17,-(SP)
S#READIN, (SP)
(SP)+,aRH(ST
#DMD ,3RHMR

;WORD COUNT REGISTER GETS 177777
;BUS ADDRESS REGISTER GETS 177777
;DESIRED SECTOR TRACK GETS 17437
;OFFSET REGISTER GETS 16277
;DESIRED CYLINDER GETS 777
;GET BIT 9 AND 8

;FILL READ IN PRESET

:SET DIAGNOSTIC MODE

;*THE REGISTERS WlLL BE SAVED
JSR
RO,a#SAVER
. SAVE

RHW(C

162536

IN REINTO BUFFER

;FROM

REINTO
17.

003160
000021

IN RH(SI

;10
:NUMBER

SAVED

;*GIVE READ IN PRESET (OMMAND

8IS

#G0O,aRHCST

s INCLUDE GO TC READ IN PRESET

:*NOW SAVED REGISTERS WwILL BE CHANGED TO EXPECTED VALUE
:CLEAR SAVED RHDS1T
SFREINTO+1?
(LR

003176

BlC

#EMT22'HCI'ECT ,3#REINTO*16 ;CLEAR FMT22 HC1,EC]

003176

Bl1S

#VV,INREINTO+16 ;SET vv IN SAVED RHOF

(LR

;SAVED RHOF

9#REINTO0+20

:CLEAR SAVED RHCA

*AFTER A READ IN PRESET

COMMAND

JSR
RHW(
WRFROM

s SAVE
;FROM
.10

;¥SAVE REGISTERS AGAIN SO THAT COMPARES (AN BE DONE
017126
017132
017134
017136

004037
001632
002114
000021

043424

17.

RO,9#SAVER

:NUMBER OF REGISTERS SAVED

;*AS UPPER BYTE OF RHAS (AN BE CHANGING IN A DUAL PORI
;*OPERATION THE UPPER BYTE OF RMAS WiLL BE SAVED AS IS

;¢SO THAT THE COMPARES ARE ONLY VALID FOR THE LOWER BYTE

161

A
.t
s
A

[elejolololelolole)

3837
3838
3839
1249
38641
3842
318643
3844
3845
3846
3847
31848
3849
3850
3851
3852
3853
3854
3855
3856
3857

30A(1052)

MACYN

[

C(IRJGDO,RPOL/S/6 DSKLS CTRLRI
10-SEP-79 11:00
CIRJGD.P1Y

3886
3887
3888
3889
3890
3891
3892
3893
3894
3895
3896
3897
3898
3899
3900
3901
3902
3903
3904
3905
3906
3907

017140

113737

003205

30A(1052)
10=-SEP-77
11:11
162
READ IN PRESET

002141

MovB

7
PAGE 89

SEa 0088

S#REINTO*25 OFWURFROM+25;SAVE UPPER RHAS

;*(OMPARE REGISTERS BEFORE READ IN PRESET COMMAND
;*WITH AFTER COMMAND
017146
017152
017154
017156
017160
017162
017164

004037
003160
002114
000021
017166
017166
017206

043626

017166
01717
017174
017202

013705
060505
016537

047736

017204

000207

017206

104001

JSR

REINTO
WRFROM
17.

RO,3#COMPAR

1%
1%

: SAME
:RETURN FOR GOOD C(OMPARISON

001630

1$:

042402

2%:

;: COMPARE
;6000 BUFFER
;TEST BUFFER
;NUMBER OF REGISTERS
;RETURN FOR ERRGR

mov
ADD
MOV
ERROR

@7ERWORD,RS
;GETTING READY TO INDEX
RS,RS
;DOUBLE ERROR WORD
RHWC=2(RS), 9fREGADR ;FAILING REG. ADDRESS
;READ IN PRESET CAUSED [MPROPER
|

RTS

sREGISTER C(HANGE

;RETURN FOR FURTHER

:NO ERRORS

(OMPAR]SONS

MACY11

CIRJGDO,RPOL/S5/6 DSKLS CTRLR1Y
10-SEP=-79 11:00
CZRJGD.PIY

CIRJIGDO,RPO4/5/6 DSKLS CTRLRI

10-SEP-79 11:00

CZRJGD. PN

3963

30A(1052)
10-SEP=79
11:11
142
READ IN PRESET

PAGE 90

SEQ 0089

::"t"""""""""""'""""""""'l."".'"""t""'

NO OPERATION FUNCTION TEST
eTEST 43
see
ALL POSSIBLE REGISTERS ARE CLEARED THEN A'*NOP''=0
see
1S GIVEN NO CHANGE SHOULD WAPPEN
see
ALL POSSIBLE REGISTERS ARE FILLED WITH ONES THEN A “NOP"'
IS GIVEN NO CHANGE SHOULD WAPPEN
ser
;;'ll.""""'""""""""""""'"..'.."..""""""."

000043

ek
e e e

(=P
o

(V2

042732
000001
002044
001632
001706
000021

002032

001662
017304
000001

1§143:

SCOPE
MOV

FTINO.@#TSTNM

;THIS SAVES TEST NUMBER

;+START WITH CLR IN RWCS2 (BITS)

162430

) e
- e

i
ol
e
il

~N =~

D e

(lololololelolol
o]

[slelalolelolalololelolelole]

3908
3909
3910
3911
3912
3913
3914
3915
3916
3917
3918
3919
3920
3921
3922
3923
3924
3925
3926
3927
3928
3929
3930
3931
3932
3633
3934
3935
3936
3937
3938
3939
3940
3941
3942
3943
3944
3945
3946
3947
3948
3949
3950
3951
3952
3953
3954
3955
3956
3957
3958
3959
3960
3961
3962

MACY11

017276

JSR
MOV
MOV
MOV
MOV
MOV
MOV
DEC
BNE
MOV
MOV

BIS

28 :

000000

000200

104415
000000

38:

WAT

.WORD
DRY

WAT

.WORD

PC,a#CLDISK
;CLEAR ALL POSSIBLE BITS
#DMD , aRHMR
SET DIAGNOSTIC MODE
SUNOPERA,@R1
:PUT NOP OPERATION=0 IN RHCS!
FRHWC RO
:STARTING ADDRESS OF REG
#uC RS
:STARTING ADDRESS OF WHERE SAVED
FRHEC2-RHWC+2/2,R2 ;NUMBER OF REGISTERS
3(R0)+,(R3)+
;SAVE HARDWARE REG
:COUNT
R2
18
:BRANCH If NOT COMPLETE
3#RHDS1,a#28
:GET ADDRESS OF DRIVE STATUS
R1,an3$
:GET ADDRESS OF RH(SI

#G0,aR1

160 TO RHCSI

ADDRESS OF DRIVE STATUS RHDSI
:DRY WILL BE WAIiTED ON

IN RHDS!

‘WAIT FOR RDY

IN RHCS!

ADDRESS OF RHCS1 PUT HERE BY AN
EARLIER MOV

RDY

000200

WAIT FOR DRY

RDY WILL BE WAITED ON

;*AFTER A NO OP

(OMMAND

:¢SAVE REGISTERS AGAIN SO THAT COMPARES CAN BE DONE

004037
001632
002114
000021

043424

JSR

RHWC
WRF ROM
17.

RO,a#SAVER

; SAVE

:FROM
‘10

INUMBER OF

REGISTERS SAVED

;*AS UPPER BYTE OF RHAS CAN BE CHANGING IN A DUAL PORT
:+OPERATION THE UPPER BYTE OF RWAS WILL BE SAVED AS 1S

017322

113737

001733

002141

¢SO THAT THE COMPARES ARE ONLY VALID FOR THE LOWER BYTE
MOVB
a#AS+1,asWRFROM+25;SAVE UPPER RHAS
;*COMPARE REGISTERS BEFORE

;*WITH AFTER COMMAND

004037
0C1706
002114
000021
017350

043626

JSR
w(
WRFROM
17,
4%

RO,a#COMPAR

NOC OP COMMAND

. COMPARE
;600D BUFFER
STEST BUFFER
;NUMBER OF REG]JSTERS
;RETURN FOR ERROR

7
PAGE 91
; SAME

047736

001630

062402

;RETURN FOR GOOD COMPARISON

MOv
ADD
MOV

9#ERWORD ,R5
sGETTING READY TO INDEX
RS,RS
;D0UBLE ERROR WORD
RHWC=2(R5) ,a#REGADR ;FAILING REG. ADDRESS

RTS

ERROR

000207

5%:

C12737
004737
012777

017376
042732
000001

001110
162250

14%:

SEQ 0090

NO OPERATION FUNCTION TESI

;NO OP COMMAND CAUSED IMPROPER

;REGISTER C(HANGE
;RETURN FOR FURTHER COMPARISONS
:NO ERRORS

Mov
JSR
Mov

#1468 ,a#SLPERR
PC,aNCLDISK
#DMD ,aRHMR

;SET SCOPE LOOP T0O 148
;INIT LAST ALL ZERO TEST
;SET DIAGNOSTIC MODE

012700
012705
012730
013777

017432
017434
017436
017642
017646
017452
017656
017460
017462
017464
017472
017476
017502
017504
017506
017510
017512

005305
001371
013711
012700
012703
012702
013023
005302
001375
013737
010137
052711

017514

000200

104415

001632
000021

177676

001774

162204

7%:

017504

10%:

000000
000200
106415
000000

11%:

s ADDRESS OF FIRST REGISTER
#Rh(,RO
#RHEC2-RHW(+2/2
,R5 ;NO. OF REGISTERS

MOV
Mov

#177676,8(R0O)¢+
8FUNIT, 3RHCS2

FILL WITH ALL ONES
;REINSTATE UNIT NUMBER UNDER TEST

DEC
BNE

RS
6%

: COUNT
;BRANCH IF

Mov
MOV

#uC,R3
s STARTING ADDRESS,
OF WHERE
SRHEC2-RHW(+2/2
,R2 ;NUMBER OF REGISTERS

MOv
MOV

002044
001632
001706
000021

001662
017512
000001

6$%:

MOv
MOV

S#NOPERA,aR1
FRHWC,RO

;KEEP INTERRUPT DISABLED

INCOMPLETE
:PUT NOP OPERATION =0 IN RH(CS1
:STARTING ADDRESS OF REG

SAVED

MOV

8(R0O)+,(R3)+

:SAVE HARDWARE REG

BIS
WAT
.WORD
DRY
WAT
.WORD

#G0,aR1

;G0 TO RHCS1
;WAIT FOR DRY IN RHDSI
;ADDRESS OF DRIVE STATUS RHDS!
;DRY WILL BE WAITED ON
:WAIT FOR RDY IN RH(CS!
;ADDRESS OF RHCS1 PUT HERE BY AN
;EARLIER MOv.

DEC
BNE
MOv
MoV

R2
7%
9/RHDS1,a#108
R1,0#11%

O
0

RDY

; COUNT
;BRANCH IF NOT COMPLETE
;GET ADDRESS OF DRIVE STATUS
:GET ADDRESS OF RH(CS1

;RDY WILL BE WAITED ON

;*AFTER A NO OP COMMAND

;*SAVE REGISTERS AGAIN SO THAT COMPARES CAN BE DONE
R pN e ]
[o 0

004037
001632
002114
000021

043424

JSR
RHW(
WRFROM

17,

RO,9#SAVER

: SAVE
. FROM
.10
;NUMBER OF

REGISTERS SAVED

;*AS UPPER BYTE OF RHAS CAN BE CHANGING IN A DUAL PORT
;*OPERATION THE UPPER BYTE OF RHAS WiLL BE SAVED AS 1S

(ala)

11:11

|
s
—

017410
017614
017420
0174624

NNNN
(O RV LV AV ]
NN
—

4009
4010
<011
6012
4013
014
4015
6016
017
<018
<019

163

10-SEP-79

;*NOW START WITH ALL ONES IN ALL POSSIBLE REGISTERS

4000
4001
4002
<003
6004
4005
4006
4007
<008

017370
017376
017402

30A(1052)

017370

3986
3987
3988
3989
3990
3991
3992
3993
3994
3995
3996
3997
3998
3999

MACYT

017350
017370
013705
060505
016537

017366

—

3980
3981
3982
3983
3984
3985

7344
7346

104001

O0OO0O00O

3964
3965
3966
3967
3968
3969
3970
3971
3972
3973
3974
3975
3976
3977
3978
3979

CIRJGDO,RPO4/S5/6 DSKLS CTRLRI
10-SEP-79 11:00
CZRJGD P

CIRJGDO,RPO4/S/6 DSKLS CTRLRI

CZRJIGD P

4020
L0
6022
4023
6024
6025
6026
4027
6028
4029
4030
4031
4032
4033
6034
4035
4036
4037
4038
4039
4040

4041
4042

017530

10-SEP-79 11:00

113737

001733

MACY11

30A(1052)
10-SEP-79
11:11
PAGE 92
143
NO OPERATION FUNCTION TESI

SEQ 0091

;*SO THAT THE COMPARES ARE ONLY VALID FOR THE LOWER BYTE

0021461

MovB

S#AS+1,3FWRFROM+25;
SAVE UPPER RMAS

;*COMPARE REGISTERS BEFORE NO OP C(OMMAND
;tWITH AFTER COMMAND
004037
001706

043626

002114
000021

017556
017556
017576

017572

017574
017576

013705
060505
016537
104001

047736
001630

12%:

042402

RO,3#COMPAR

MOv
ADD
MOV

a#ERWORD, RS
;GETTING READY TO INDEX
RS,R5
.DOUBLE ERROR WORD
RHWC=2(R5) ,@#REGADR ;FAILING REG. ADDRESS

:NO OP COMMAND CAUSED IMPROPER

RTS

sRETURN FOR FURTHER

ERROR

000207
13%:

; COMPARE

JSR

w(
WRFROM
17.
128
12%
13%

. 600D BUFFER
;TEST BUFFER
;NUMBER OF REGISTERS
;RETURN FOR ERROR
; SAME
;RETURN FOR GOOD COMPAR]SON

;REGISTER C(HANGE
:NO ERRORS

(OMPAR]SONS

PAGE 93
30A(1052)
10-SEP-79
11:11
143
NO OPERATION FUNCTION TEST

4043

6046
4065
4046
6047
6048
4049
4050
40N

SOTEST 44

jee
Jee
Jee

Jee
see

DRIVE CLEAR

ALL WRITE BITS OF ALL REGISTERS EXCEPT RWDB ARE FILLED WITH
ONES EXCEPT FOR BIT #O AND BIT #6 WHICH ARE ''GO'" AND
“ENABLE INTERRUPT'' BITS
THEN A DRIVE CLEAR IS PERFORMED
THEN ALL REGISTERS EXCEPT RMDB ARE CHECKED

:;'Q""""""""""'"""""""""""."'.""""""'

017576
017600
017604
017612

000004
012706
012737
004737

001000
000044
042732

1§T44:

002032

SCOPE

MOV
MOV

JSR

FSTACK,SP
FTTNO,AFTSTNM

PC,afCLDISK

;RESET STACK
:THIS SAVES TEST NUMBER

SET REGISTERS AND CLEAR

IR I
PV I
VY o

"oV
MOV
MOV
BIS
MOV
MOV

#177777.3RHDB
#177777.9RWWC
#177777.3RHBA
#157010,9RHCS2
#1676, @RNCST
#177777 ,@RHERT

MOV

#177777,@RHER2

PUY o

MOV

MOV
MOV

Pl =PRIy o

D
D
\ N
el e
il
—

el ol

017616
017626
017632
017640
017646
017654

NN
RO NN NN
SNNSNNNNSNNNNNNNN
NNNNNNNNNNNNY
NNNNNNNSNNNNNNY

;eFILL ALL POSSIBLE BITS WITH ONES
OO0 OO0OODOOOOOO

4052
4053
4054
4055
4056
4057
4058
4059
4060
4061
4062
4063
4064
4065
4066
4067
4068
4069
<070
4«07
4072
4073
4074
4075
4076
4077
4078
4079
<080
4081
4082
4083
4084
4085
4086
<087
4088
4089
4090
4091
4092
4093
4094
4095
4096
«097
<098

;:".""""""'""""""""""'!""""'.".""'Q"'C"

MOV
MOV
MOV

#17437,3RHDST

#16277,9RHOF
#177777,9RHCA

#177777 .3RHER3
#DMD, JRHMR
#177777,9RHMR

;BUS ADDRESS REGISTER GETS 177777
;WORD COUNT REGISTER GETS 177777
:BUS ADDRESS REGISTER GETS 177777
:CONTROL AND STATUS 2 GETS 157010
CONTROL AND STATUS REGISTER/GETS 1476
:ERROR REGISTER1 GETS 177777
;DESIRED SECTOR TRACK

;ERROR REGISTER 2

:OFFSET REGISTER
;DESIRED CYLINDER

;ERROR REGISTER 3
*MAINTENANCE REGISTER
MAINTENANCE REGISTER

;*THIS SETS BITS FOR ALL PRESENT DRIVES
013700
005012
012705
006000

002020

012714
005212
005305
001401

177777

103002

060010

30$:

318:

27%:

020016

000001
002052
000001
001630

161652

MOV
CLR
MOV
ROR

S#TOTALAT,RO
ar2
#8..RS
RO

;GET DRIVE PRESENT
:CLEAR RHCS2 AND CARRY BIT
: COUNTER
:GET BIT INTQ CARRY

MOV

7-1,3R4

:MOVE INTO ERROR REGISTER TO SET ATA

BCC

318

INC

ar2

BEQ
BR

278
308

DEC

MOV

8IS
MOV
MOV

MOV
BIS
MOV

QFUNIT,-(SP)

#157010,(SP)
(SP)+,dR2
#OMD, aRHMR

S#DCLEAR,QR1
#G0,dR1
#RHDB, RO

:BRANCH IF NO UNIT ON THIS BIT

:INCREMENT RH(S2 - UNIT NO.

: COUNT

:BRANCH 1F 8 DONE
*CONTINUE THIS ROUTINE
;REINSTATE SET BITS
;
;SET DMD

;DRIVE CLEAR = 10 INTO RHCS!
;60
RO CONTAINS ADDR. OF ADDR. OF REG.

SEQ 0092

MACYIY

10-SEP=79 11:00

’T

P d

CIRJGDO,RPOL/S/6 DSKLS (TRLRY

CIRJGD P

MACY11

CIRJIGDO,RPOL/S5/6 DSKLS CTRLRI
CZRIGD.PIY
10-SEP-79 11:00

~N0N~

~NO~

~N—~N

~— ~

— ) ~NO -~

4106
6107
6108
6109
4110

020022
020030
020034
020042
020044

5 =roNnNY
~NEHNO~N
WO NN

6104
4105

144

001124

28%:

001126

4117
4118
4119
4120
6121
6122
612%
6124
4125

6126
6127
6128
6129

4130
4131
6132
4133

6134
6135
4136
6137

4138
4139
61640
4141
6142
4143

4144
6145
L1146

012737

020070
020072

001402
004737

020056
020062

013037
022737

- -~y

020050

777

126
777

001124

3%:

6152

6153
4156

Mov
MOv
cmp
8tQ

Mov

PAGE 94

SEQ 0093

#177777,988GDDAT
.G00D DATA FOR ERROR TYPEOUT
a8(RO)+ ,2FSBDDAT ;TEST DATA
N177777,388BDDAT
; COMPARE DATA
3%
;BRANCH If GOOD

PC,eMERCLFC

;JUMP 10 ERROR FOR CLR (BIT 95)
; IN RHCS2

020702

177777 ,843GDDAT

:GOOD DATA FOR ERROR TYPEOUT

MOV

S(RO)+ ,a#$BDDAT

;TEST D/TA

JSR

PC,aMERCLFC

;JUMP TO ERROR FOR CLR (BIT 9)

cmMp
BEQ

001126

177777 ,3#8BDDAT
, COMPARE DATA
(3 3
;BRANCH IF GOOD
:IN RHCS?

; *BUS ADDRESS REGISTER
020076
020104
020110
020116
020120

012737
013037
022737
N01402
004737

1
00
17

001124

Mov
MOV

(Mp
BtaQ
JSR

001126

0¢0702

#177776,8#3GDDAT

a(RO)
¢ ,3#$BDDAT

.GO0D DATA FOR ERROR TYPEOUT

;TEST DATA

; COMPARE DATA
#177776,3#3BDDAT
5%
;BRANCH IF GOOD
;JUMP TG ERROR FOR CLR (BIT 5)
PC.afERCLEFC

:IN RHCE2

;*CONTROL AND STATUS 2 REGISTER

020124
020130
020134
020140
020144
020152
020154

012746
053716
012637
013037
023737
001402
004737

000110
001774
001124
001126
001124

5¢%:

001126

MOV

#110,-(SP)

; INCLUDE

MOV
MOV

(SP)+,a#$GDDAT
9(RO)+,a#$BDDAT

;GOOD DATA FOR TYPE QUT
;TEST DATA

BIS

020702

afUNIT, (SP)

sSET UNIT NO.

(mMp

a#SGDDAT ,a#SBDDAT; COMPARE DATA

JSR

PC,aWERCLFC

BEQ

6147
6148

6149
4150
61591

11:11

;*WORD COUNT REGISTER
— ) b
~NO~

6115
6116

DRIVE CLEAR

JSR

020702

ARR
6112

ARE
6114

10-SEP-79

:*DATA BUFFER REGISTER
[olalolele]
QON)
—s —

4099
6100
6101
6102
6103

30A(1052)

:BRANCH 1F

GOOD

:JUMP T0 ERROR FOR CLR (BIT 5
;IN RHCS?

;*(ONTROL AND STATUS 1 REGISTER
020160
020164
020166
020174
020176

005737
001404
012737
000403
012737

6%:

002000
106210

001124

004210

001124

32%:

151

S#NUNIT

Mov

#104210,3#8GDDAT,GO0OD DATA

MOV

#6210,3#8GDDAT

Bta

B8R

329

33%

;ARE

THERE MORE

THAN ONE UNIT

;BRANCH IF ONLY ONE UNIT
;GOOD DATA

CIRJGDO,RPOL/S/6 DSKLS CTRLRI
10-SEP-79 11:00
CIRJGD P
4155
4156
6157
6158
4159
4160

6161
4162
4163
L1164
6165
4166
Q167
4168
4169
4170
ARA
6172

020204

013037

001126

020210
020216
020220

023737
001402
004737

001124

MACY11

30A(1052)

33%:

Mov

a(RO)+ ,a98BDDAT

(mp
BEQ

aVSGDDAT,@#SBODAY
; COMPARE DATA
I
;BRANCH ]F GOOD

JSR

020702

6182
418%
4184
4185
4186
4187
4188
4189
4190
69N
6192
4163
6194
4195
4196
4197
4198
4199
4200
«201
4202

020224
020232
020236
020244
020246

000000
001126
000000

001124

7$:

001126

4207
4208

209
«210

MOv
Mov
(MpP
8tQ

JSR

020702

PC,eNERCLF!

SEQ 0094

;TEST DATA

;JUMP TO ERROR FOR (LR BIT S
:IN RHCS2

#0,873GDDAT
a(R0)
¢+ ,@¥$BDODAT

#0,3#$BDDAT
108

PC,aNERCLFC

;GO0OD DATA FOR ERROR TYPEOUT
;TEST DATA
. COMPARE DATA
:BRANCH 1F GOOD

:JUMP TO ERROR FOR CLR (BIT %)

:IN RHCS2

;*DESIRED SECTOR/TRACK REGISTER
020252
020260
020264
020272
020274

012737
013037
022737

017437

001124

017437

001126

004737

020702

001402

001126

10%:

MOV
MOov
(MpP
BEQ
JSR

#17437,308GDDAT
ad(RO)+ ,a#$BDDAT
#17437,a#$BDDAT
119

PC,a#ERCLFC

.GOOD DATA FOR ERROR TYPEOUT

;TEST DATA
; CCMPARE DATA
;BRANCH If GOOD

;JUMP TO ERROR FOR CLR (BIT 95)
s IN RHCS?

;*ERROR 2 REGISTER
020300
020306
020312
020320
020322

012737
013037
022737
001402
004737

000000
001126
000000

001124

11%:

MOV

.6GOOD DATA FOR ERROR TYPEOQOUT

#0,303$BDDAT

; COMPARE DATA

PC,O#ERCLFC

;JUMP T0 ERROR FOR (LR (BIT $5)
:IN RH(S2

8(RO)+ ,a¥SBDODAT

BEQ

12%

JSR

020702

#0,a#SGDDAT

Mov

(MP

001126

;TEST DATA

;BRANCH 1F

GOOD

;*OFFSET REGISTER
020326
020334
020340
020346
020350

012737
013037
022737

001126

004737

020702

001402

116000

001124

116000

001126

12%:

MOv

#116000,8#8GDDAT

.G00D DATA FOR ERROR TYPEOQUT

MOV

a(RO)+ ,afSBDDAT

;TEST DATA

JSR

PC,aNERCLFC

;JUMP TO ERROR FOR (LR (BIT 9

cMp
8EQ

;COMPARE DATA
#116000,3#3BDDAY
13%
;BRANCH IF GOOD
;IN RHCS?2

;*DESIRED CYLINDER ADDRESS REGISTER

420%

42064
4205
4206

PAGE 95

;*ERROR 1 REGISTER

6173

L1764
6175
4176
€77
6178
6179
4180
6181

164

001126

11:11

10-SEP=-79
DRIVE CLEAR

020354
020362
020366
020374
020376

001777

001124

001777

001126

001126
020702

13%:

MOV

#1777,3#8GDDAT

;GOOD DATA FOR ERROR TYPEOU!

#1777 ,383BDDAT
149

;COMPARE DATA
;BRANCH 1F GOOD

MOV

9(RO)¢+,Q#SBDDAT

JSR

PC,aMERCLFC

(mp
BEQ

;TEST DATA

;JUMP T0 ERROR FOR (LR (BI1 5)
:IN RMCS?2

CIRJGDO,RPOL/S/6 DSKLS CTRLRY
10-SEP-79 11:00
CIRJIGD P
621
6212
6213
6214
6215
6216
6217
6218
6219
6220
6221
622¢
6223
6224
6225
6226
6227
6228
6229
6230
6231
6232
6233
6236
6235
6236
6237
6238

239

6240
6241
42462

6243
6244
4245
4246
6247
6248
6249
4250
6251
6252
6253
6254
0255
6256
6257
6258
4259
4260
6261
4262
626%
6264
4265
4266

MACY11

30A(1052)
144

10-SEP-79
DRIVE CLEAR

11:11

PAGE 96

SEQ 0095

;*ERROR 3 REGISTER
020402
020410
020414
020422
020426

000000
001126
000000

001124

14%:

001126

MOV
MoV

(mp
BEQ
JSR

020702

#0,8#8GDDAT
8(RO)+ ,3#$BDDAT

;G000 DATA FOR ERROR TYPEOUT
;TEST DATA

15%

:BRANCH F

#0,3#3BDDAT

PC,aFERCLEC

;CYMPARE DATA

GOOD

;JUMP TO ERROR FOR CLR (BIT %)

:IN RHCS2

;*ATTENTION SUMMARY REGISTER
020430
020436
020444
020450
020456
020460

013737
043737
013037
123737

001402
004737

002020
002016
001126
001124

001124
001124

15%:

001126

020702

MoV
BIC
MOV
(MPB
8ta

JSR

SFTOTALAT ,3#SGDDAT;SET ALL BITS OF DRIVE PRESENT IN RHAS
QFATTENT ,3#8GDDAT
;CLEAR ONLY WORKING DRIVE BIT
8(RO) ¢+ ,a#$BDDAT
;GET RHAS

8#$GDDAT ,a#3$BDDAY

. COMPARE DATA

PC,ONERCLEFC

:JUMP TO ERROR FOR CLR (BIT 5)

169

:BRANCH

6GOOD

;*MAINTAINABILITY REGISTER
020464
020472
020476
020504

020506

020512
020520
020522
020526

020532
020536
020540

012737
013037
022737
001402
004737

012737
013046
011637
042716
022726
001402
004737

000400
001126
000400

001124

16%:

001126

(MP

BEQ
JSR

020702

000700

001124

MOV
MOov

17%:

a(RO)+ ,a#$BDDAT

;TEST DATA

17%
PC,aMERCLFC

;BRANCH IF GOOD
:JUMP TO ERROR FOR CLR
s IN RHCS?2

#400,9#$BDDAT

: COMPARE

DATA

STATUS REGISTER

MOV

#700,3#3GDDAT

:GOOD DATA FOR PRINTOUT

(SP) ,a#$BDDAT
#PROG, (SP)
#700, (SP)+

;TEST DATA
;CLEAR PROG BI7Y
; COMPARE DATA

BIC
(mMp
BeQ
JSR

020702

;GOOD DATA FOR ERROR TYPEOUT

;*DRIVE
MOV
MOV

001126
001000
000700

#400,3#$GDDAT

a(R0)+,=(SP)

208

PC,a#ERCLFC

(BIT

:GET RHDS!

;BRANCH IF GOOD

;JUMP TO ERROR FOR DRIVE

(LEAR

;*DRIVE TYPE
020544
020552
020556
020564
020566

002010
001126
002010

001124

20%:

001126

MOV
MOV

(MP
BEQ
JSR

020702

@¥#SAVDTY ,8#S8GDDAT

;600D DATA FOR ERROR TYPEQUT

O(RO)+ ,9FSBDDAT ;TEST DATA
;COMPARE DATA
SFSAVDT ,a#8BDLAT
21
;BRANCH IF GOOD
PC,O#ERCLFC
:JUMP TO ERROR FOR (LR (BIT 9§
1IN RHCS?

;*SERIAL NUMBER REGISTER

020572
020600

002012
001126

001124

21%:

MOV
MOV

S#SAVSIN,3#9GDDAT
;600D DATA FOR ERROR TYPEOU!
8(RJ)+ ,9#$BDDAT ;TEST DATA

IN RH(SZ

ala

[ 4

1
CIRJGD P11

4267
4268
4269
4270

020604
020612
020614

10-SEP-79 11:00

023737
00140¢
004737

002012

MACY1

3?A(1052)
&4

001126

6284
4285
4286
4287
4288
4289
4290
6291
6292
4293
4294
4295
4296
4297

(298
4299
4300

4301
4302
4303
304
4305
4306
4307
4308
4309
6310
&3
4312
4313
<314
4315
4316
«317
(%18

ORIVE CLEAR
(mp

8tQ
JSR

020702

627
6272

4273
L274
4275
6276
Q277
4278
279
4280
4281
4282
428%

10-SEP-79

11:11

8
PAGE 97

SEQ 0096

;COMPARE DATA
S#SAVSN,8#$BDDAT
22%
;BRANCH 1f GOOD
PC,amERCLFC
:JUMP T0 ERROR FOR (LR

;1IN RM(S?2

(BIT 5

;*ECCY1 POSITION
000000
001126
000000

020620
020626
020632
020640
020642

001124

22%:

001126

MOV
MOV

Cmp
BEQ
JSR

020702

#0,378GDDAT

(RO
¢+ ,a#8BDDAT
#0,a08BDDAT

238

PC,aNERCLFC

:GOOD DATA FOR ERROR

;TEST DATA
:COMPARE

TYPEOUT

DATA

;BRANCH If GOOD

;JUMP 10 ERROR FOR (LR

;1IN RHCS?2

(BIT 5)

;*ECC2 PATTERN
000000
001126
000000

020646
020654
020660
020666
020670

001124

23%:

MOV
MOV

(Mp

001126

BEQ
JSR

020702

#0,a#8GDDAT
9(RO)+ ,a#SBDDAT
#0,a#8BDDAT

2643
PC,aNERCLFF

;G00D DATA FOR ERROR TYPEQUT
;TEST DATA

:COMPARE DATA

;BRANCH IF GOOD
:JUMP T0 ERROR FOR CLR (BIT 5)
:IN RH(CS?2

;eLOOK=-AHEAD REGISTER
020674

24%:

005720

197

(RO) ¢

:AS THE LOOK-AHEAD REG. CANNOT BE PREDICTED
;1T 1S NOT CHECKED AFTER AN INIT

:*CURRENT CYLINDER ADDRESS REGISTER
020676

020700
020700

25%:

005720

26%:

000413

151

(RO)¢

:AS THE CURRENT (YL REG. CANNOT BE PREDICTED

B8R

15745

;BRANCH OVER JSR

ERCLFC: MoV
ERROR

-(RO),

JAFTER AN

G#REGADR

020702
020706

014037

020710
020712

005720
000207

181
RTS

(RO)+
PC

020714
020716
020722

005720
004737

181
JSR

(RO)+
PC,a#CHECKT
LCPHALT

020726

000000

104001

104401

042402

062766
062562

TYPE

HALT

INIT

IS NOT

CHECKED

;FAILING REGISTER ADDRESS

;CLR FUNCTION = 10 IN RHCSY DID

;NOT CLEAR APPROPIATE BITS
;OR CLEARED EXTRA BITS

;UNDO -(RO) FOR ERROR
;RETURN TO ABOVE PROGRAM
;OR CLEARED EXTRA BITS

:UNDO =(RO) FOR BAD DATA
:CHECK THAT DVA,RDY,DPR,DRY = 1|
;AND THAT NO OTHERS = 1,
(CANNO! CON-

;TINUE TESTING IF BOTH AREN'T TRUE
;STOP THE TEST

[N an)

CIRJGDO,RPO4/5/6 DSKLS CTRLRI

CIRJGDO,RPOL/S5/6 DSKLS CTRLRI
10-SEP-79 11:00
CIRJGD.PIN

MACYI

6319
4320
(321
6322
4323
64324
4325
4326
6327
4328
4329
4330

6331

6332
4333

4334

4335
4336
4337
4338
6339
4340
431
6342
6343
43464
64345
4346
6347
4348
6349
350
6351
4352

435%
4354
4355
4356
4357
4358
4359
4360
4361
«362
43%6%
«364
4365
«366
“367
<368
4369
«370
«371
4372
«37%
«374

30A(1052)
144

10-SEP-79

DRIVE

CLEAR

11:11

8
PAGE 93

SEQ 0097

craNCERRSROCRRRORRESRRROSECRESOEROROROORORORRORRRNROROTRCOEOROERORROOEOORRRNOSORNDOERY

TRTEST 45

SEEK COMMAND TEST

jee

THE SEEK COMMAND WiLL BE LOADED INTO RH(S!

Jve

RH CLEAR WILL BE GIVEN

Pee
Pee

THEN ALL

REGISTERS WiLL BE

CHECKED

THEN ALL

REGISTERS WILL

CHECKED

WITH GO

:;"""'"""""".""""'"""""I"l""'!Q""""""'

1$145:

020730
020732
020736
020744

000004
012706
012737
004737

001000
000045
042732

002032

020750

012777

000001

160702

MOV

#OMD, ARHMR

020756
020762
020770

005077
013777
017746

160662
002074
160702

160650

MOV
MOV

(LR

aRHDST

SCOPE
MOV
MOV

JSR

FSTACK,SP
#TTNO,3#TSTNM

;RESET STACK
S THIS SAVES TEST NUMBER

PC,an(LDISK

SINIT AND SET UP GENERAL REG.

SAND UNIT

SSET

NUMBER

CORRES,

DIAGNOSTIC MODE 817

:THIS ENABLES COMMANDS WITHOUT
JAND HOLDS RHLA FROM MOVING

AWSEECOM,BRNCST
BRHCC, = (SP)

MOL

:MAKE DESIRED SECTOR TRACK LEGAL

LOAD SEEK COMMAND INTO CONTROLLER
GET CURRENT CYLINDER

;*FOLLOWING ARE TWwO BLOCKS OF CODE TO LCAD RHCA WITH THE PROPER
; *ADDRESS DEPENDING UPON WHETHER THE DRIVE 1S AN RPO6 OR RPO&
020774

005737

002036

021002
021006
021010
021016
021020
021026
021034

022726
0014604
012737
000403
012737
013777
000415

001456

021036
021042
021044
021052
021054
021062

022726
001404

000632

021000

001416

0127%7
000403
0127%7
013777

001456

001455
001210

187

S¥RPO6

cmp
BtQ

#814.,(SP)¢
9%
#814. ,308TMPS
108
#813, ,80%TMPS
SfSTMPS ,aRH(A
149

Bta

001210
001210

160616

Moy

9%:

10%:

11%:

000632

001210

000631
001210

001210
160562

MOV

MOv

BR
(mp

BeQ

Mov

129%:
13%:

mMov
MOV

;MOVE

11%

#610.,(SP)
12%
#8610, ,9#8TMPS

13¢
#4609, ,a88TMPS
SFSTMPS GRH(A

DRIVE

TYPE

FLAG TO

JTSELF

TO TEST

:TREAT

THE DRIVE AS AN RPO4

;TREAT

THE ODRIVE AS AN RPO6

;1S CURRENT CYLINDER SAME AS B14, °
B15.
;BRANCH ]F YES 1O MAKE RH(A
;GET READY TO MAKE RH(A = 8164,
;FILL

RHCA

;GET READY 10 MAKE RH(A - 813,

;MAKE DESIRED CYLINDER B814., OR 813,

:SAVE REGISTERS

:TREAT THE DRIVE AS AN RFO4
;1S CURRENT CYLINDER SAME AS 410, ?
;BRANCH 1F YES 70 MAKE RH(A = 409,
:GET READY TO MAKE RMCA = 410,
JPILL RHCA

;GET READY 10 MAKE RH(A = 409,
;MAKE DESIRED CYLINDER 410,., OR 409,

;*SAVE REGISTERS FOR COMPARISON AFTER GO
021070
021074
021076

021100

004037
001632
003160
000023

043426

14%:

JSR

RO,a#SAVER

RHW(

REINTO

19.

;*GIVE GO 10 (OMMAND

; SAVE

;FROM
;10

JNUMBER OF

REGISTERS SAVED

052777

021132
021136
021140
021142

004037
001632
002114
000023

043424

la X7 X7

#GO,3FREINTO*6
;SAVED RM(S!
#P1P @FREINTO+30 ;SAVED RHDS!
#ORY ,@FREINTO+30 ;SAVED RHDS!

JSR

RHW(

RO,a#SAVER

; SAVE

. FROM

;10
;NUMBER OF

REGISTERS SAVED

:*SO THAT THE COMPARES ARE ONLY VALID FOR THE LOWER BYTE

021144

113737

003205

MOvB

002141

QFREINTO+25 ,a#WRFROM+25;SAVE UPPER RHAS

;*COMPARE REGISTERS BEFORE SEEX COMMAND
;*WITH CONTENTS AFTER GO IS 1SSUED

021172
021176
021200

013705
060505
016537

047736

4&14

021206

1064001

Cc1210

JSR
REINTO
WRFROM

RO,2#COMPAR

19,

;RETURN FOR ERROR
; SAME

001630

1%:

042402

;RETURN FOR GOOD COMPAR]SON

Mov
ADD
MOV

8#ERWORD,RS
;GETTING READY TO INDEX
RS,RS
:DOUBLE ERROR WORD
RHW(-2(RS) ,9#REGADR ;FAILING REGISTER ADDRESS

ERROR

RIS

000207

~N N

—

el \ N

QOO

[p AV ] N

44623
L4424
44625

000040
001774
000001

2%:
160430

: COMPARE
. 600D BUFFER
STEST BUFFER
: NUMBER

1%
1%

: IMPROPER REGISTER C(HANGE
SAFTER

SEEK

;WITH GO

;*NOW GIVE

4620
64621
64622

COMMAND

IS GIVEN

;RETURN TO COMPAR]SON

INIT AND GE1

GO AND PIP DOWN

BIS

#CLR,aR2

SRHCINITILIZE

Mov

#DMD ,IRHMR

;SET DIAGNOSTIC MODE BIT

MOv

afUNIT aR?2

SREINSTATE UNIT NUMBER

;THIS ENABLES COMMANDS W]THOUTM MOL
:AND HOLDS RHLA FROM MOVING

4626

4427
4428
4429
4630

;GO TO COMMAND

;*AS UPPER BYTE OF RHAS (AN BE CHANGING IN A DUAL PORT
;*OPERATION THE UPPER BYTE OF RHAS WlLL BE SAVED AS IS

4611
4412

&6 17
4618
4619

]
!
l

WRfROM
19.

043626

INRY.)

#G0,8RH(ST

SEa 0098

;*AFTER GO HAS BEEN GIVEN FOR SEEK COMMAND
;*SAVE REGISTERS AGAIN SO THAT (OMPARISONS (AN
. *BE DONE

004037
003160
002114
000023
021172
021172
021212

4615

BIS

000001
020000
000200

021152
021156
021160
021162
021164
021166
021170

4613

160530

8
PAGE 99

: *(HANGE SAVED REGISTERS TO EXPECTED VALUES

4379
4380
4381

4382
6383
4384
4385
4386
4387
4388
4389
4390
4391
4392
4393
6394
4395
4396
6397
4398
4399
4400
4601
4602
4403
4604
6405
4606
6407
4408
4409
4610

000001

;*(HANGE REGISTERS 10 EXPECTED VvALUE
021230

0627%7

000001

003166

BIC

#GO,IFREINTO*6

;SAVED RAM(S!

y
021102

e <X X, ]

6375
4376
6377
4378

10-SEP-79 11:00

30A(1052)
10-SEP=79
11:11
165
SEEX COMMAND TEST

CIRJGD.PWY

MACY11

CIRJGDO,RPOL/S/6 DSKLS CTRLR

CIRJGDO,RPOL/S5/6 DSKLS CTRLRY
10-SEP-79 11:00
CIRJGD.PIY
430
6632
6633
6634
6635
64436
6637
4438
4439
4440
G640
4442
64463
LL4L4

021236
021244
021252
021260

062737
052737
017737
013737

MACY11

30A(1052)
10-SEP-79
11:11
165
SEEK COMMAND TEST

020000
000200

BIC
BiS

MoV
MoV

160416

001210

021266
021272
021274
021276

004037
001632
002114
000023

043424

JSR

RHW(
WRFROM

4461
4462

4463

L4064

6465

4466

“467

64L68
4469
4470
4N
4472
L67%
G674
4475
4476
W77
4478
4479
4480
4481
4482
«48%
4684
4485
44B6

100

SEQ 0099

#P1P,QFREINTO+30 ;SAVED RHDS!
#DRY ,QFREINTO+30 ;SAVED RHDS!

ORHLA,S/REINTO+42;SAVED RHLA
SNSTMPS ,@REINTO+44 ;SAVED RMCC

RO,9#SAVER

19.

4645

4457
4458
4459
4460

PAGE

S*AFTER INITILIZE SAVE REGISTERS SO THAT
;*COMPARES CAN BE DONE
:SAVE

s FROM
;10

;NUMBER OF

REGISTERS SAVED

:*AS UPPER BYTE OF RHAS CAN BE CHANGING IN A DUAL PORT

4446

4647
IANA)
4449
6450
4651
4452
4453
44654
4455
4456

;*OPERATION THE UPPER BYTE OF

RHAS WILL BE

SAVED AS

;*SO THAT THE COMPARES ARE ONLY VALID FOR THE LOWER BYTE
021300

113737

003205

002141

movs

SFREINTO4+25 ,aW#WRFROM+25;SAVE UPPER RHAS

;*COMPARE REGISTERS AFTER INITIALJZE
021306
021312
021314

021316

004037
003160
002114
000023

021320
021322
021324

021326
021326
021346

021326
021332
021334
021342

013705
060505
016537

021344

104001

JSR

043626

REINTO
WRFROM

RO,a#COMPAR

19,

;NUMBER OF

; COMPARED

3%
3%
(%

3%:

047736

001630

042402

MOV
ADD
MOV

ERROR

RTS

000207

021346

004737

042732

021352

012777

000001

160300

REGISTERS T0 BF

;RETURN POINT FOR ERROR
: SAME
;RETURN POINT FOR GOOD COMPAR]SON
aft FWORD,RS
:GETTING READY T0O INDEX
RS.RS
;:DOUBLE ERROR WORD
RHWC=2(RS) ,a#REGADR ;FAILING REGISTER ADDRESS

; 1MPROPER REGISTER
;CONTENTS AFTER GIVING AN

INITILIZE FOLLOWING A
: SEEX COMMAND
;RETURN TO COMPAR]SON

:GOOD COMPAR]SON

021346

; COMPARE

;GO0D BUFFER
;TEST BUFFER

JSR

PC,a#CLDISK

INIT AND SET UP GENERAL REG.

MOv

#OMD ,IRHMR

:SEY DIAGNOSTIC MODE BI1
;THIS ENABLES C(OMMANDS W]THOUT MOL

sAND UNIT NUMBER

;AND HOLDS RHLA FROM MOVING

021360
021366

021372
021376

013777
005077
004037
001632

002074

160260

043424

160252

MoV

(LR

S#SEECOM ARHCST

aRHCA

;LOAD SEEK COMMAND

;*SAVE REGISTERS FOR (OMPARISON AFTER GO

JSR

RHw(

RO,a#SAVER

INTO RH(

;DESIRED CYLINDER ADDRESS

s SAVE

. FROM

30A(1052)
10-SEP-79
11:11
145
SEEX COMMAND TEST

PAGE

REINTO

Sea 0100

.10

19.

000001

101

;NUMBER OF

REGISTERS SAVED

;tGIVE GO TO SEEK COMMAND

160226

BIS

#G0,3RH(ST

;GO TO SEEK COMMAND

000001
020000
000200

0214612
021420
021426

8IS

003166
003210
003210

BIS
BIC

#GO,3FREINTO*6

;SAVED RH(S]

#PIP @NREINTO+30 ;SAVED RHDSI
#DRY ,3#REINTO+30 ;SAVED RHDSI

;*AFTER GO HAS BEEN GIVEN TO SEEX COMMAND
s*SAVE REGISTERS AGAIN SO THAT COMPARISONS CAN
021634

021440
021442
021444

004037
001632
002114
000023

. *BE DONE

JSR

0434624

RHW(
WRFROM
19.

RO,.3#SAVER

: SAVE

;FROM
;10
;NUMBER Of

REGISTERS SAVED

;*AS UPPER BYTE OF RHAS CAN BE CHANGING IN A DUAL PORT
;*OPERATION THE UPPER BYTE OF

021446

113737

003205

RMAS WlLL BE

SAVED AS

:*SO THAT THE COMPARES ARE ONLY VALID FOR THE LOWER BYTE
MovB
SFREINTO+25 ,0#WRFROM+25;SAVE UPPER RHAS

002141

. *COMPARE REGISTERS BEFORE COMMAND
;*WITH CONTENTS AFTER GO IS GIVEN
021654
021460
021462
021464
021466
021470
021472
021474
021500
021502
021510

004037
003160
002114
000023
021474
021474
021514
013705
060505
016537

021512

000207

104001

043626

5¢:

047736
001630

042402

JSR
REINTO
WRFROM
19.
5%
5¢

RO,3¥(OMPAR

ERROR

6%
MOV
ADD
MOV

RTS

; COMPARE
;600D BUFFER
;TEST BUFFER

;NUMBER

;RETURN FOR ERROR
: SAME
;RETURN FOR GOOD (OMPARISON
afERWORD,RS
:GETTING READY TO INDEX
RS,RS
;DOUBLG ERROR WORD
RHW(=2(RS),3#REGADR ;FAJLING REGISTER ADDRESS

; IMPROPER REGISTER (HANGE
;AFTER COMMAND
;WITH GO IS GIVEN
;RETURN TO COMPARISON

021514
021520
021524

~ oo

;*NOWw GIVE INIT AND GET GO AND PIP DOWN
000040
001774
000001

6%:
160126

BIS

MOV
MoV

#(LR,aR?

S#UN]T,aR?
#OMD ,aRHMR

SRHOINITILIZE

;REINSTATE UNIT NUMBER
:SET DIAGNOSTIC MODE BIY
;THIS ENABLES COMMANDS W]lTHOUT MOL
:AND HOLDS RHLA FROM MOVING

;*(HANGE REGISTERS 1O EXPECTED VALUE

(X e

MACY11

; *CHANGE SAVED REGISTERS TO EXPECTED VALUES

N—J—.

536
4537
4538
4539
4540
4541
4542

052777

4535

02140¢

— ol \JN

4497
4498
4499
4500
4501
4502
4503
4504
4505
4506
4507
4508
4509
4510
&511
4512
4513
6514
4515
4516
4517
4518
4519
4520
4521
4522
4523
4524
4525
4526
4527
4528
4529
4530
4531
645%2
4533
4534

003160
000023

[pCRV_
], V)

4492
4493
6494
4495
£496

021400
021402

OOO

4487
4488
4489
4490
4691

10-SEP-79 11:00

]

(IRJGDO,RPO4/5/6 DSKLS CTRLRI

CIRJGD.PVY

6543

6544
6545
6546
4547
4548
4549
4550
4551
4552
4553
4554
4555
4556
4557
4558
4559
4560
4561
4562
64563
4564
4565
4566
0567
4568
4569
4570

4572

457%
4574
4575
4576
4577
4578
4579
4580
4581

021532
021540
021546
021554
021562

062737
062737
052737
017737
005037

MACYT1

30A(1052)
10-SEP=-79
11:11
165
SEEX COMMAND TEST

BIC
BiC
BIS

000001
020000
000200
160114

MOV
(LR

003224

8
PAGE

102

Sea 0101

#GO.SFREINTO+6
;SAVED RM(SI
#P1P,RAREINTO*30 ;SAVED RMDS!
#ORY ,QF#REINTO+30 ;SAVED RMHDS!
SRHLA,SAREINTO+4L2;SAVED RMHLA
OFREINTO+GA
sSAVED RMC(C

c*AFTER INITIALIZE SAVE REGISTERS SO THAT
;*COMPARES (AN Bt DONE
021566
021572
021574
021576

004037
001632

043424

JSR

RHW(

RO,&#SAVER

WRFROM
19.

002114

000023

. SAVE

. FROM

;10
;NUMBER OF

REGISTERS SAVED

;*AS UPPER BYTE OF RHAS (AN BE CHANGING IN A DUAL PORT
:*OPERATION THE ULPPER BYTE OF RHAS WiLL BE SAVED AS 5

021600

113737

003205

:*SO THAT THE C(OMPARES ARE ONLY VALID FOR THE LOWER BYTE
mMOvB
SFREINTO+25 ,@#WRFROM+25;SAVE UPPER RHAS

002141

;*COMPARE REGISTERS AFTER INITALIZE
021606
021612
021614
021616

004037
003160
002114
000023

021620

021626
021626

021622
021624

JSR

043626

REINTO
WRFROM
19.

013705
060505
016537

021644
021646

000207

104001

;RETURN POINT
s SAME

8%
047736
001630

7%:

FOR ERROR

;RETURN POINT FOR GOOD COMPAR]SOUN
o#ERWORD,RS
RS,RS

;GETTING READY TO INDEX
;DOUBLE ERROR WORD

ERROR

;¥ CONTENTS AFTER GIVING AN
.
COMMAND
sRETURN 1O (OMPAR]SON

RTS
8%:

IO Bt

MOV
ADD
MOV

04240¢

: COMPARE

;GOOD BUFFER
;TEST BUFFER
:NUMBER OF REGISTERS

; CORPARED

7%
7%

021646

021626
021632
021634
021642

RO,a#COMPAR

RHW(=2(RS) ,@#REGADR

FAJLING REGISTER ADDRESS

:GOOD C(OMPAR]SON

CIRJGDO,RPOL/S5/6 DSKLS CTRLR1
10-SEP-79 11:00
CIRJIGD.PIY

1
4582
4583
6584
4585
4586
4587
4588
(589
4590
4591

6592
4593

6594
4235

4596

4597
4598
4599
4600
4601
4602
4603
4604
4605
4606
4607

4608

4609
4610
611
6612
4613

A
s v
sne
021646
021650

021654
021662

021666

00000¢
012706

SEQ 0102

THE UNLOAD COMMAND WILL BE LOADED INTO RMCS! WITH GO

THEN ALL REGISTERS WILL BE CHECKED
RH (LEAR WILL BE GIVEN

012737
004737
012777

15746:

000046
042732

002032

SCOPE
MOV
MOV

000001

157764

MOV

001000

JSR

#STACK,SP
#TINO,a#1STNM

#DMD ,aRHMR

PC,aNCLDISK

:RESET STA(CK
:THIS SAVES TEST NUMBER

:INIT AND SET UP GENERAL REG.
;AND UNIT

021674

013777

002046

MOV

157736

D#UNLOAD.,aRH(ST

NUMBER

:SET DIAGNOSTIC MODE BI17

:THIS ENABLES COMMANDS WITHOUT MOL
;AND HOLDS

RHLA FROM MOVING

;LOAD UNLOAD COMMAND

INTO RH

;*SAVE REGISTERS FOR COMPARISON AFTER GO
021702
021706
021710

004037
001632
003160

043424

021714

052777

000001

021712

021744
021750
021752
021760

005737
001053
032777
001047

001100

104401

021770

021766

000441

020000

:FROM
;10

:NUMBER Of

REGISTERS SAVED

:*GIVE GO TO UNLOAD COMMAND
#G0,aRHCST
;GO TO UNLOAD COMMAND

BIS

003166
003210
003210

:*(HANGE SAVED REGISTERS TO EXPECTED VALUES
;SAVED RHCS)
#GO,8FREINTO+6
BIS
#PIP,Q#REINTO+30 ;SAVED RHDSI
BIS
#DRY ,INREINTO+30 ;SAVED RMDS!
BIC
1S1%
BNE

S¥#SPASS
5%

;1S THIS FIRST PASS
;BRANCH IF NOT FIRST PASS

BNE

:BRANCH JF SW13 HIGH

BIT

157160

TYPE

:
649

013746
104405

:SAVE

157716

::65%:

022072

022072
022076

RO,a#SAVER

19.

4618
4619
4620
4621
4622
4623
4624
4625
4626
«627
4628
4629
4630

021762

JSR

RHW(
REINTO

000023

000001
020000
000200

4637

103

:"'."""0""""""""'t""""""""t"'tt't""""t"'

052737
052737
042737

4635
4636

PAGE

UNLOAD COMMAND TEST

TeTEST 46

021722
021730
021736

4631
4632
4633
4634

TR ERRTROPERCSRCERRCRERRROECEORRSRROEOPRORRRORRRNRRRRRRROROROEROSRORRRORNARROOY

4614
4615
46}?

3?!(1052)
10-SEP-79
11:11
65
SEEX COMMAND TEST

001774

#S5W13,a95WR
,65%

649

MOV

SNFUNIT ,-(SP)

ASCIZ

1YPDS

;INHIBIT ERROR PRINT HIGHW?
;:TYPE ASCIZ STRING

;:GET OVER THE ASCIZ
<15><12>/1F DRIVE CONNECTED °"'STAND BY'' LAMP SHWOULD BE LIT ON DRIVE NO

sUNIT UNDER TEST

:*AFTER GO HAS BEEN GIVEN TO UNLOAD (OMMAND

;¢SAVED REGISTERS AGAIN SO THAT (COMPARISONS (AN
;*BE DONE

022100
0221064

022106

004037
001632
002114

043624

5¢:

JSR

RHw(
WRFROM

RO,a#SAVER

:SAVE

JFROM
;10

———
e
S

MACY1

CIRJGDO **Q4/5/6 DSKLS CTRLR!
CIRJGD.PYY
10-SEP=79 11:00

4638
4639

022110

4643

022112

4640
L6461
4642

4644

30A(1052)
146

000023

113737

19.

003205

002141

MOvB

4645

004037
003160
002114
000023
022140
022140
022160
013705
060505
016537

REGISTERS SAVED

@FREINTO+25 ,@FWRFROM+25;SAVE UPPER RHAS

022154

043626

JSR

REINTO
WRFROM

RO ,3#COMPAR

19.
1%
1%

; COMPARE

;6000 BUFFER
JVEST BUFFER

:NUMBER
;RETURN FOR ERROR
: SAME

ERROR

022156

000207

RTS

022160

022176
022204
022212
022220

b
~

022164
022170

104001

~ oy

;RETURN FOR GOOD (OMPARISON
OfERWORD,RS
:GETTING READY TO INDEX
RS,RS
:DOUBLE ERROR WORD
RHW(=2(RS) ,@#REGADR ;FAILING REGISTER ADDRESS

2%
MOV
ADD
MOV

L4666
4667
4668
4669
4670
L4671
4672
4673
4674
4675
4676
4677
4678
4679
4680
4681
4682
4683
4684
4685
4686
4687
4688
4689
4690
4691
4692
4693

022120
022124
022126
022130
022132
022134
022136
022140
022144
022146

4665

;NUMBER OF

SEQ 0103

;*WlTH AFTER GO

—

4664

104

[AVIV
], V]

4663

PAGE

;*COMPARE REGISTERS BEFORE UNLOAD COMMAND

OO0

4660
4661
4662

:*AS UPPER BYTE OF RHAS (AN BE CHANGING IN A DUAL PORT
;*OPERATION THE UPPER BYTE OF RMAS WiLL BE SAVED AS IS
;¢SO THAT THE COWPARES ARE ONLY VALID FOR THE LOWER BYTE

L6466

L647
4648
4649
4650
4651
4652
4653
4654
4655
4656
4657
4658
4659

10-SeP-79
11:11
UNLOAD COMMAND TEST

042737
042737
052737
017737

047736

001630

000040
001774
000001

000001
020000
000200
157450

1$:

042402

2%:
157462

003166
003210
003210
003222

;s IMPROPER REGISTER (HANGE
sAFTER UNLOAD

COMMAND

;WITH GO 1S GIVEN

;RETURN TO COMPAR]SON

;*NOW GIVE INIT AND GEY ALL GO AND P]P DOWN
#CLR,3R?
;RH INITILIZE

B1S

Mov
MOV

SFUNIT ,aR?
#DMD ,aRHMR

;REINSTATE UNIT NUMBER
;SET DJAGNOSTIC MODE BIT

;THIS ENABLES (OMMANDS WITHOUT
:AND HOLDS RHLA FROM MOVING

MOL

;*CHANGE REGISTERS 1O EXPECTED VALUE
BIC
#GO,9#REINTO+6
;SAVED RH(SH
B1C
#PIP,AFREINTO+30 ;SAVED RMDS?
#DRY ,a#REINTO+30 ;SAVED RHDSI
BIS
MOV

SRHLA,S#REINTO+42;SAVED RHLA

*AFTER INITIALIZE SAVE REGISTERS SO THAT
;*COMPARES CAN BE DONE
022226
022232
022234
022236

004037
001632
002114
000023

JSR

043624

RHW(
WRFROM

RO,8#SAVER

19.

: SAVE

s FROM
.10

;NUMBER OF

REGISTERS SAVED

: *COMPARE REGISTERS AFTER INIVIALIZE

;*AS UPPER BYTE OF RHAS CAN BE CHANGING IN A DUAL POR!
;*OPERATION THE UPPER BYTE OF RHAS WILL BE SAVED AS 15

022240

113737

003205

022246

004037

043676

002141

;¢SO0 THAT THE COMPARES ARE ONLY VALID FOR THE LOWER BYTE
move
SFREINTO+25,3#WRFROM+25;SAVE UPPER RHAS
JSR

RO,8#COMPAR

. COMPARE

MACY11

ol el

CIRJIGDO,RPO&/5/6 DSKLS CTRLRI
10-SEP-79 11:00
CZRJIGD.PIY

4706
4767
4708
4709
710

30A(1052)
146

N
8
10-SEP-79
11:11
PAGE
UNLOAD COMMAND TEST

022252
022254
022256

003160
002114
000023

REINTO
WRFROM

022260
022262
022264

022266
022266
022306

3%
3%

022266
022272
022274
022302

013705
047736
060505°
016537
001630

022304
022306

000207

104001

;TEST BUFFER

sNUMBER OF REGISTERS 10 BE
:COMPARED
;RETURN POINT
; SAME
;RETURN POINT

042402

Y
A

Mov
ADD
MOV

SEQ 0104

;600D BUFFER

19.

3%:

105

O7ERWORD,RS

FOR ERROR

FOR GOOD COMPARISON

;GETTING READY TO INDEX

ERROR

RS,RS
;DOUBLE ERROR WORD
RHW(=2(RS),a3#REGADR ;FAILING REGISTER ADDRESS
1
: IMPROPER REGISTER

RTS

;CONTENTS AFTER GIVING AN
; UNLOAD COMMAND
;RETURN TO COMPAR]SON

.G00OD COMPARISON

1
6694
6695
6696
6697
4698
6699
4700
4701
6702
6703
6704
4705

MACY11

CIRJGDO,RPO4/5/6 DSKLS CTRLR]
10-SEP-79 11:00
CZRJGD.PY

|
L766

30A(1052)
146

023274

10-SEP=79
11:11
UNLOAD COMMAND TEST

Bil

156624

6%
TS151

SR XX ZZ 22 R

AR AR

TRTEST 47
A
ch®
MR
B
A1

PAGE

OFFSET

106

;TEST

FSW4 ,asuR

BEQ
JMP

6%:

Sea 0105
FOR NO OFFSET OR RT(

;1f = 0, DO THE NEXT TwO TESTS

;SKIP THE NEXT TWO TESTS =<ceccecmccc-- )
;CONTINUE WITH NEXT TWO TESTS

RNl

COMMAND TEST

THE OFFSET COMMAND WILL BE LOADED INTO RH(CS} WITH GO

THEN ALL REGISTERS wiLL BE
RH CLEAR WILL BE GIVEN
THEN ALL REGISTERS wiLL BE

CHECKED
CHECKED

craRARRRNCORRRROROERORROROERROSEYRROOORROSORORORNOREOROARNREOERNROARRONOAROOEROORODROOE

022322
022324
022330
022336

000004
012706

022342

022350
022356

001000

iéTQ?:

000047
042732

002032

012777

000001

157310

052777
042777

000004
000004

012737
004737

SCOPE
Mov
MOV

JSR

Mov

#STACK,SP
#1TNO,B#TSTNM

PC,aNCLDISK
#DMD ,aRHMR

;RESET STACK
;THIS SAVES TEST NUMBER

;INIT AND SET UP GENERAL REG.
:AND UNIT NUMBER

;SET DIAGNOSTIC MODE BIT

;THIS ENABLES COMMANDS WITHOUT MOL
:AND HOLDS RHLA FROM MOVING

;*GIVE ONE INDEX PULSE TO CLEAR RHLA BEFORE THE START OF THIS TEST

8IS
BIC

FMINX,3RHMR
FMINX,3RHMR

sSET INDEX PULSE
; CLEAR INDEX

;*10 ENABLE LOOP ON THIS TEST THE POSITIONER HAS T0O
. *BE BROUGHT TO CENTER LINE
157306
002074

022400
022404
022412
022420
022622

700
777
777

000004
000011
000001

022424

004737

042732

022430

012777

000001

022436
022444

002076

022452
022456

006037

000001

043624

MOov

157260

Mov
INC

SRHCC ,aRHCA

SNSEECOM, IR
aR1

;SEYT DESIRED CYLINDER TO RH((

;SEEK COMMAND TO RH(ST
;G0 TO SEEXK COMMAND

;*FOUR SECTOR CLOCKS ARE GIVEN TO TAKE PCSITIONER OFF OFFSET POSITION

5%:

MOV
MOV
MOv

¥4 RO
; COUNTER
FMSTCK ' DMD ,3RHMR
+SET SECTOR (CLOCK
#OMD , RHMR
;RESET SECTOR CLOCK

RO
5%

: COUNT
;BRANCH IF NOT COMPLETE

JSR

PC.aNCLDISK

MOV

#DMD ,aRHMR

INIT AND SET UP GENERAL REG.
:AND UNIT NUMBER

MOV
MOov

INOFSETC,aRHCST
#OF25,3RHOF

DEC
BNE

157222

~N~N

017777
013711
005211

022364
022372
022376

4747
4748
4749
4750
4751
6752
6753
4754
4755
6756
4757
4758
4759
4760
64761
762
4763
4764
6765

000137

000020

—

6746

022322

032777
001402

6714
4715
(716
4717
4718
4719
4720
6721
6722
672%
6724
4725
6726
727
(728
4729
4730
6731
6732
4733
673,
4735
4736
«737
4738
4739
4740
4761
4742
4743
67464
4745

022306
022314
022316

—

713

(NAR]
712

MACY1Y

;SET DIAGNOSTIC MODE BIT

;THIS ENABLES COMMANDS WlTHOUT MOL
:AND HOLDS RHLA FROM MOVING

;LOAD AN OFFSET BIT
;SET AN OFFSET BIT

;*SAVE REGISTERS FOR COMPARISON AfTER GO

JSR
RHW(

RO,a#SAVER

; SAVE
;FROM

alal

CIRIGDO,RPO4/S5/6 DSKLS CTRLRY
10-SEP-79 11:00
CIRJIGD.PYY

CIRJGDO,RPOL/S5/6 DSKLS CTRLR]
10-SEP-79 11:00
CIRIGD P

«817
4«818

4819
4820
4821
822

052777

022472
022500
022506

REINTO

107
;10

19.

:NUMBER OF

SEQ 0106
REGISTERS SAVEL

s *GIVE GO TO OFFSEY COMMAND

000001

157146

BIS

000001
020000
000200

BIS
B1S
BIC

#GO,aRH(CS

;60 TO OFFSET COMMAND

; *CHANGE SAVED REGISTERS TO EXPECTED VALUES
#GO,S#REINTO+6
;SAVED RH(SI
#P1P SN#REINTO+30 ;SAVED RHDSI
#DRY ,S#REINTO+30 ;SAVED RHDSI

— s O
oo

022464

30A(1052)
10-SEP-79
11:11
PAGE
147
DFFSET COMMAND TEST

(W 1V
V]
nOAY
—

003160
000023

ool
OO0

022460
022462

;*AFTER GO HAS BEEN GIVEN TO OFFSET COMMAND
;'gévgoREGIS1ERS AGAIN SO THAT COMPARISONS (AN
ot

022514
022520
022522
02252¢4

004037
001632
002114
000023

0436264

JSR

RHW(
WRFROM
19,

RO,a#SAVER

; SAVE

;FROM
.10
;NUMBER OF

REGISTERS SAVED

:*AS UPPER BYTE OF RHAS CAN BE C(HANGING IN A DUAL PORT
:*OPERATION THE UPPER BYTE OF RHAS WILL BE SAVED AS IS

022526

113737

003205

;*SO THAT THE COMPARES ARE ONLY VALID FOR THE LOWER BYTE
mMovs
SFREINTO+25,3/WRFROM+25;
SAVE UPPER RHAS

002141

;*COMPARE REGISTERS BEFORE OFFSET COMMAND
;*WITH AFTER GO
022534
022540
022542
022544
022546
022550
022552

004037
003160
002114
000023
022554
02255¢4
02257¢

043626

022554
022560
022562
022570

013705
060505
016537

047736

022572

000207

104001

JSR

REINTO
WRFRGM
19.
1%
1%

RO,a#COMPAR

001630

1%:

042402

MOV
ADD
MOV

ERROR
RTS

~fonro

N
— -t

s \ N
—

[pV AV
1,V)

022576
022600
022606,

000040
001774
000001

2%:
157046

B1IS

MOv
MOV

; COMPARE

;600D BUFFER
sTEST BUFFER
;sNUMBER
;RETURN FOR ERROR
; SAME

;RETURN FOR GOOD COMPARISON

afERWORD,RS
;GETTING READY TO INDEX
RS,RS
;DOUBLE ERROR WORD
RHWC=2(RS) ,8¥#REGADR ;FAILING REGISTER ADDRESS

: IMPROPER REGISTER CHANGE

;RETURN TO COMPAR]SON

;*NOW GIVE
OO0

G767
6768
4769
4770
1N
6772
6773
G774
4775
4776
&777
64778
4779
4780
4781
(782
4783
4784
4785
4786
4787
4788
4789
4790
4791
4792
4793
L7944
64795
4796
6797
4798
4799
4330
4801
4802
4803
4804
4805
4806
4807
4808
4809
4810
4«81
4812
813
4814
4815
«816

MACY11

;AFTER OFFSET COMMAND
;WITH GO IS GIVEN

INIT AND GET ALL GO AND PIP DOWN

#CLR,aR2

afUNIT ,aR?
#OMD ,IRHMR

;RH INITILIZE

;REINSTATE UNIT NUMBER
;SET DIAGNOSTIC MODE BI11
:THIS ENABLES COMMANDS WITHOUTM M
;AND HOLDS RHLA FROM MOVING

022612
022620

000001
000001

003166
003176

. *CHANGE REGISTERS TC EXPECTED VALUE

BIC
BIC

SAVED RH(SI
#GO,S#REINTO¢6
#OF25,Q#REINTO16;SAVED RHOF

CIRIGDO,RPOL/5/6 DSKLS CTRLRI
10-SEP-79 11:00
CIRJIGD NAR
4823
4824
4825
4826
827
4828
4829
4830
«83%1
4832
4833
6834
4835
4836
4837
«838
4839
4840
4841
4842
4843
4844
4845
4846
847
4848
4849
4850
4851
4852
4853
4854
4855
4856
4857
4858
4859

022626
022634
022642

0642737
052737
017737

MACY1

3? A(1052)
10-SEP-79
11:11
PAGE
67
OFFSET COMMAND TEST

BIC
BIS

020000
000200
157026

MoV

108

SEQ 0107

PPIP,Q#REINTO+30 ;SAVED RHDSI
#ORY ,@#REINTO+30 ;SAVED RMDS!

ORHLA,@#REINTO+4L2;SAVED RHLA

;*AFTER INITIALIZE SAVE REGISTERS SO THAT
;*COMPARES CAN BE DONE
02265C
022654
022656
022660

006037
001632
002114
000023

JSR

043624

RHW(
WRFROM

RO,QF#SAVER

19,

; SAVE

:FROM
.10

;NUMBER OF

REGISTERS SAVED

:*AS UPPER BYTE OF RHAS CAN BE CHANGING IN A DUAL PORT
;*OPERATION THE UPPER BYTE OF

02266¢

113737

003205

022670
022674
02267¢
02270C

004037
003160
002114
000023

043626

022702
022704
022706

022710
022710
022730

022710
022714
022716
022724

013705
060505
016537
104001

mMove

002141

SAVED AS

;*COMPARE REGISTERS AFTER INITIALIZE

JSR

REINTO
WRFROM
19.

RO,a#COMPAR

3%:

047736
0424602

; COMPARE

;600D BUFFER
;TEST BUFFER
;NUMBER OF REGISTERS TO BE
; COMPARED

;RETURN POINT FOR ERROR

: SAME

;RETURN POINT

MOV
ADD
MOV

afERWORD,RS
:GETTING READY TO INDEX
RS,RS
;DOUBLE ERROR WORD
RHW(-2(RS) ,a#REGADR ;FAILING REGISTER ADDRESS

ERROR

FOR GOOD COMPARISON

: IMPROPER REGISTER

;CONTENTS AFTER GIVING AN

INITIALIZE FOLLOWING A

022726
022730

QVREINTO+25,8/WRFROM+25;SAVE UPPER RHAS

b3 3

001630

RHAS WiLL BE

;*SO THAT THE COMPARES ARE ONLY VALID FOR THE LOWER BYTE

RTS

000207
A Y

;OFFSET COMMAND
;RETURN TO COMPARISON

;GGOD COMPAR]SON

4860
4861
862
4863
4864
6865
4866
4867
4868
4869
4870
871
4872
4873
874
«875
876
“877
4878
879
4880
4881
4882
4883
4884
4885
4886
4887
4888
4889
4890
4891
4892
4893
4894
4895
4896
4897
4898
4899
4900
4901
4902
4903
4904
4905
4906
4907
4908
4909
4910
4911
4912
4913
4914
4915

MACY
1Y

9
E
30A(1052)
10-SEP-79
11:11
PAGE
147
OFFSET COMMAND TEST

222X

ee
ve
Pee

SEa 0108

222222220

TeTEST 50
sve

109

RRRlRRRRRRdRRRRlR)

RETURN TO CENTER LINE COMMAND TEST

THE RETURN 10 CENTER LINE COMMAND WiLL BE LOADED INTO RMCST WITH 6O

THEN ALL REGISTERS WILL BE CHECKED
RH CLEAR WILL BE GIVEN

THEN ALL REGISTERS WILL BE CHECKED

;.'"."""""""""""'""""""""'.'.""l""""""

18150:

022730
022732
022736
022764

000004
012706
012737
004737

001000
000050
042732

002032

SCOPE
MOV
MOV

JSR

FSTACK,SP
#TINO.OFTSTNM
PC,aNCLDISK

022750

012777

000001

156702

MOV

#DMD , aRHMR

SRESET STACK
-THIS SAVES TEST

“INIT

NUMBER
AND SET UP GENERAL REG.

TAND UNIT NUMBER
“SET DIAGNOSTIC MODE BIT
;THIS ENABLES COMMANDS W] THOUT MOL
;AND HOLDS RHLA FROM MOVINAG

;*GIVE ONE INDEX PULSE 1O CLEAR RHLA BEFORE THE START OF TMIS TEST

022756
022764

052777
062777

000004
000004

156674
156666

BIS
BIC

FMINX,3RHMR
#MINX,dRHMR

;SET INDEX PULSE
;CLEAR INDEX

022772

013777

002100

156640

MOV

SFRETCL,aRHCST

;LOAD RETURN TO CENTER LINE COMMAND [NTO RH(S!

004037
001632

023000
023004
023006
023010

003160
000023

023012

052777

;*SAVE REGISTERS FOR COMPAR]SON AFTER GO

043424

JSR

RHW(
REINTO

RO,a#SAVER

19,

000001

023020
023024
023032
023040
023042

000004
600011
000001

023044
023052
02306C

000001
020000
000200

:FROM
.10

;NUMBER OF

REGISTERS SAVED

;*GIVE GO TO RETURN TO CENTER LINE COMMAND
BIS
#G0,aRH(S]
;G0 TO RETURN TO CENTER COMMAND

156620

156626
156620

; SAVE

5%:

;*FOUR SECTOR CLOCKS ARE GIVEN TO TAKE POSITIONER TO CENTER LINE
MOV
" RO
; COUNTER

MOv
MOov
DEC
BNE

#MSTCK!DMD ,aRHMR; SET SECTOR (LOCK
#OMD ,aRHMR
;RESET SECTOR CLOCK
; COUNT
RO
5%
;BRANCH IF NOT COMPLETE

; *(HANGE SAVED REGISTERS TO EXPECTED VALUES

BIS
BIS
BIC

;SAVED RH(SI
#GO,QFREINTO*6
#P1P,Q#REINTO+30 ;SAVED RHDSI
#DRY ,@#REINTO¢30 ;SAVED RHDS!

;*AFTER GO HAS BEEN GIVEN TO RETURN 1O CENTER LINE

023066
023072
023074

004037
001632
002114

043424

;*SAVE REGISTERS AGAIN SO THAT (OMPARISONS CAN
. *Bt DONE

JSR
RHw'(
WRFROM

RO,a#SAVER

:SAVE
;P ROM
.10

COMMAND

[Nl

CIRJGDO,RPO4/S5/6 DSKLS CTRLR]
10-SEP-79 11:00
CIRJGD.PIY

CZRJGDO,RPO4/S5/6 DSKLS CTRLRI

10-SEP-79 11:00

CIRJGD P

19.

000023

;NUMBER OF

4967

4968
4969

970
4971

SEQ 0109 '

REGISTERS SAVED

023100

113737

003205

;*SO THAT THE COMPARES ARE ONLY VALID FOR THE LOWER BYTE

Move

002141

SFREINTO+25,3#WRFROM+25;SAVE UPPER RHAS

rnsSroo

013705
060505
016537

047736

023144

000207

OO0OOOOOO

srooosrrroo

— ) il D il il
RPN
— e a0 O

043626

POPRORNUNONO NN
N NN N e NN

004037
003160
002114
000023
023126
023126
023146

— il il o
RN

;*COMPARE REGISTERS BEFORE RETURN TO CENTER LINE COMMAND

104001

;*WITH AFTER GO
+SR
RO,a#COMPAR

; COMPARE

WRFEROM

;TEST BUFFER

REINTO
19,
1%
1%

: SAME

;RETURN FOR GOOD COMPARISON

001630

Mov
ADD
Mov

042402

ERROR
RTS

.GO0OD BUFFER

. NUMBER
;RETURN FOR ERROR

a#ERWORD RS
;GETTING READY TO INDEX
RS ,RS
;DOUBLE ERROR WORD
RHWC=-2(RS) ,@#REGADR ;FAILING REGISTER ADDRESS

; IMPROPER REGISTER (HANGE

SRETURN TO COMPARISON

;AFTER RETURN TO CENTER LINE
:WITH GO IS GIVEN

COMMAND

N—-._‘

~N RN

it \JN

[aS Y]
V]

-—

023146
023152
023156

OO0

;*NOW GIVE INIT AND GET ALL GO AND PIP DOWN
000040
001774
000001

2%:
156474

B1S
MOV
Mov

#CLR,aR2

a#UNIT ,aR2
#DMD ,3RHMR

;RH OINITILIZE
;REINSTATE UNIT NUMBER
;SET DIAGNOSTIC MODE BI1
;THIS ENABLES COMMANDS WITHOUT MOL
;AND HOLDS RHLA FROM MOVING

4948

4949
4950
(951
4952
4953
4954
4955
4956
4957
4958
4959
4960
4961
4962
4963
4964
4965
4966

F
9
30A (1052)
10-SEP=-79
11:11
PAGE 110
RETURN TO CENTER LINE COMMAND TEST
150

;*AS UPPER BYTE OF RHAS CAN BE CHANGING IN A DUAL PORT
;*OPERATION THE UPPER BYTE OF RMAS WILL BE SAVED AS IS

no RO
v NN

4937
4938
4939
4940
4941
4942
4943
6944
4945
4946
4947

023076

o OO0

916
917
4918
4919
4920
W92
4922
4923
4924
4925
4926
4927
4928
4929
4930
4931
4932
4933
4934
4935
4936

MACY1Y

023164
023172
023200
023206

042737
042737
052737
017737

000001
020000
000200
156462

003166
003210
0032'0
003222

;*CHANGE REGISTERS TO EXPECTED VALUE

BIC
BIC
BIS

Mov

#GO,aNREINTO+6 ;SAVED RH(S!
#P1P,INREINTO+30 ;SAVED RHDSI
#ORY ,Q#REINTO+30 ;SAVED RHDS!
SRHLA ,@#REINTO+42;SAVED RHLA

;*AFTER INITIALIZE SAVE REGISTERS SO THAT

023214
023220
023222
023224

004037
001632
002114
000023

:*(OMPARES (AN BE DONE
RO,a#SAVER

JSR

0463424

RHW(
WRFROM

19.

s SAVE

;FROM
;10

;NUMBER OF

REGISTERS SAVED

;*AS UPPER BYTE OF RHAS CAN BE CHANGING IN A DUAL POR1

;*OPERATION THE UPPER BYTE OF RHAS wlLL BE SAVED AS IS

023226

023234
023240

113737

004037
003160

003205

043626

002141

;*SO THAT THE COMPARES ARE ONLY VALID FOR THE LOWER BYTt
move
SFREINTO+25,3#WRFROM+25;SAVE UPPER RHAS

;*COMPARE REGISTERS AFTER INITIALIZE

JSR
REINTO

RO,a#(OMPAR

: COMPARE
.G00D BUFFER

6979
4980
4981
4982
4982
4984
4985
4986
4987
4988
4989
4990

023262
023244

002114
000025

WREROM
19.

02324¢
023250
023252

023254
0232564
023274

023256
023260
023262
023270

013705
060505
016537

023272

000207

023274

104001

1%:

001630

042402

MOV
ADD
MOV

ERROR

RTS
(%

Sea 0110

;TEST BUFFER
:NUMBER OF REGISTERS

TO Bt

. COMPARED
;RETURN POINT FOR ERROR

3%
6%

047736

30A (1052)
10-SEP-79
11:11
PAGE 111
RETURN TO CENTER LINE COMMAND TEST
150

. SARE
;RETURN POINT

FOR GOOD COMPARISON

S/ERWORD, RS
:GETTING READY TO INDEX
RS,RS
.0COUBLE ERROR WORD
RHWC=2(RS) ,a#REGADR ;FAILING REGISTER ADDRESS

: IMPROPER REGISTER

;CONTENTS AFTER GIVING AN
;INITIALIZE FOLLOWING A RETURN TO
;CENTER LINE COMMAND
;RETURN TO COMPAR]SON

.G0OD COMPARISON

|
4972
497%
4974
4975
4976
4977
4978

MACYT!

Pl
P s

CIRJGDO,RPO&/S5/6 DSKLS CTRLRY
10-SEP=-79 11:00
CIRJGD PN

CIRJGD.PIY

10=-SEP=-79 11:00

MACY11 30A(1052)
150

10-SEP=79 11:11

PAGE 112

RETURN TO CENTER LINE COMMAND TEST

)

SEQ 0111 t

4991

£992

‘995

:;"'t"t"t"""""""""C""t""""t""tl"t""'t""t

:ggg

;eTEST

4996
4997
4998

;e
cee
Jee

THE RECALIBRATE COMMAND WILL BE LOADED INTO RMCS! WiTH GO
THEN ALL REGISTERS wILL BE CMECKED
RH CLEAR WiLL BE GIVEN

5001

:;"""""""""'"""t""""t"t'tt!t'ttttt""tt't't"l'

gggg

5002
5003
50064

5005

5006
5007
5008
5009

;ee

02327&
023276
023302

000004
012706
012737

001000
000051

02331«

012777

000007

023310

004737

042732

1S151:

RECALIBRATE COMMAND TEST

THEN ALL REGISTERS WILL BE

002032

SCOPE
Mov
MOV

#STACK,SP
STTNO,INTSTNM

156336

MOV

#OMD , 3RHMR

JSR

5010
5011

2%}%

PC.,aaCLDISK

CHECKED

;RESET STACK
;THIS SAVES TEST NUMBER

;INIT AND SET UP GENERAL REG.

:AND UNIT NUMBER
;SET DIAGNOSTIC MODE B17
;THIS ENABLES COMMANDS wlTHOUT MOL
;AND HOLDS RHLA FROM MOVING

;¢GIVE ONE INDEX PULSE TO CLEAR RHLA BEFORE THE START OF THIS TEST

5014
28}5

023322
023330

052777
042777

000004
000004

156330
156322

BIS
BIC

FMINX,aRHMR
#MINX,3RHMR

g%}g

023336

013777

002050

156274

MOV

SWRECALI,BRHCST :LOAD RECALIBRATE COMMAND INTO RH(S!

5019
5020

023344

004037

(463424

023352

003160

5021

023350

gggs

023354

5022

5025

285?

001632

:*SAVE REGISTERS FOR (OMPARISON AFTER GO
JSR
RO,a#SAVER
:SAVE

SO30
5031
5032
5033
28;2

REINTO

000023

5039

2840
61

023356

052777

000001

023364
023370
023376
023404
023406

012700
012777
012777
005300
001370

000004
000011
000001

156262
156254

023410
023416
023426

052737
052737
042737

00000t
020000
000200

003166
003210
003210

5042

5043
5044
5045
5046

;10
:NUMBER OF REGISTERS SAVED

19.

:*GIVE GO TO RECALIBRATE (OMMAND

196254

BIS

#G0,aRN(CST

:6G0 TO RECALIBRATE (OMMAND

:«FOUR SECTOR CLOCKS ARE GIVEN TO TAKE POSITIONER TO CYLINDER 0

5036

5037
SO%8

:FROM

RHWC(

5028

5029

:SET INDEX PULSE
:CLEAR INDEX

5%:

MOV
MOV
MOV
DEC
BNE

6 R0
;COUNTER
1e
#MSTCK'DMD,aRHMR;SET SECTOR CLOCK
#DMD ,aRHMR
;ReSET SECTOR CLOCK
RO
;: COUNT
5%
:BRANCH IF NOT COMPLETE

; *CHANGE SAVED REGISTERS TO EXPECTED VALUES
B1S
#GO,S#REINTO+6 ;SAVED RM(CSI
BIS
#PIP,S#REINTO+30 ;SAVED RHDSI
BIC
#DRY ,S#REINTO+30 ;SAVED RHDS!
;eAFTER GO HAS BEEN GIVEN 10 RECALIBRATE (QOMMAND

023432
(23«36

004037
001632

063624

:*SAVE REGISTERS AGAIN SO THAT (OMPARISONS (AN
;*BE DONE
: SAVE
RO,3#SAVER
JSR
;FROM
RHW(

CZRJIGDO.RPOL/S/6 DSKLS CTRLR1T

(IZRJGDO,RPOL/5/6 DSKLS (TRLRI
10-SEP=-79 11:00
CIRJGD P11

5080
5081
5082

5083
5084
5085
5086

5087

WRFROM

023444

113737

5097
5098
5099
5100
5101
5102

;NUMBER OF

SEQ 0112
REGISTERS SAVED

003205

;*S0O THAT THE COMPARES ARE ONLY VALID FOR THE LOWER BYTE
QFREINTO+25,30WRFROM+25;SAVE UPPER RMHAS

MOvB

002141

; *COMPARE REGISTERS BEFORE RECALIBRATE COMMAND

023452
023456
023460
023462
023464
023466
023470

004037
003160
002114
000023
023472
023472
023512

043626

023472
023476
023500
023506

013705
060505
016537

047736

023510

000207

104001

001630

;*WITH AFTER GO
JSR
RO,a#COMPAR

; COMPARE

;RETURN FOR GOOD COMPARISON

REINTO
WRFROM
19.
1%
1%
1%:

062402

MOV
ADD
MOV

ERROR
RTS

;GO0D BUFFER
:TEST BUFFER
;NUMBER
:RETURN FOR ERROR
: SAME

S#ERWORD,RS
JGETTING READY TO INDEX
RS,RS
;DOUBLE ERROR WORD
RHWC=2(RS) ,3#REGADR ;FAILING REGISTER ADPDRESS

; IMPROPER REGISTER C(HANGE

;RETURN TO COMPARISON

;AFTER RECALIBRATE
;WITH GO IS GIVEN

COMMAND

~NhNorNo

023512
023516
023522

. —-

;*NOW GIVE INIT AND GET ALL GO AND PIP DOWN
000040
001774
000001

2%:
156130

BIS
Mov
MoV

#CLR,aR2
S8FUNIT ,aR?
#DMD , IRHMR

;R INITILIZE
;REINSTATE UNIT NUMBER
;SET DIAGNOSTIC MODE BIT

;THIS ENABLES COMMANDS WITHOUT MOL

;AND HOLDS RHLA FROM MOVING
023530
023536
023544
023552

062737
062737
052737
017737

CHANGE REGISTERS TO EXPECTED VALUE
C
#GO,3/REINTO+6
;SAVED RH(S!

000001
020000
000200

C
S
v

156116

023560
023564
023566
023570

004037
001632
002114
000023

#P1P,@#REINTO+30 ;SAVED RHDSI
#ORY ,@#REINTO+30 ;SAVED RHDSI
SRHLA ,Q#REINTO+42;SAVED RHLA

;*AFTER INITIALIZE SAVE REGISTERS SO THAT
; *(OMPARES CAN BE DONE
: SAVE
RO.,3#SAVER
JGR

5088

5089
5090
5091
5092
5093
5094
5095
5096

;10

19.

]

113

;*OPERATION THE UPPER BYTE OF RMAS WILL BE SAVED AS IS

5075
5076
5077
5078
5079

;*AS UPPER BYTE OF RHAS (AN BE CHANGING IN A DUAL PORT

el \ N
[aS AV
3,V

5065
5066
5067
5068
5069
5070
50N
5072
5073
5074

10-SEP-79
11:15
PAGE
30A(1052)
RECALIBRATE COMMAND TEST
151

002114
000025

OO0

5064

023440
023442

-—

5047
5048
5049
5050
5051
5052
5053
5054
5055
5056
5057
5058
5059
5060
5061
5062
5063

MACY11

043424

RHW(
WRFROM

19.

:FROM
:10
;NUMBER OF

REGISTERS SAVED

;*AS UPPER BYTE OF RMAS CAN BE C(HANGING N A DUAL PORT
;*OPERATION THE UPPER BYTE OF RHAS WiLL BE SAVED AS |[S

023572

023600

113737

004037

003205

043620

002141

;*SO THAT THE COMPARES ARE ONLY VALID FOR THE LOWER BrTE

MOVB

SFREINTO0+25,80WRFROM+25;SAVE UPPER RHAS

;*(OMPARE REGISTERS AFTER INITIALIZE
. COMPARE
PO,a#(OMPAK
JSR

rd
el
Al

N
OO

il el e

(S AV IV IV TV SV TV LV LV LV, IV LV IV )

b ed et et e i et i OO
~NO NS W —O D00

5103

MACY1Y

30A(1052)

151

10-SEP-79

RECALIBRATE

023604
023606
023610

003160
002114

REINTO
WREROM

023612
023614
023616

023620
023620
023640

3%
3%

023620
023626
023626
023634

013705
060205
016537

023636

000207

023640

COMMAND

3%:

001630

042402

MOV
ADD
MOV

ERROR

RTS
(%

PAGE
TEST

114

;RETURN POINT
;SAME
:RETURN POINT

047736

SEQ 0113

;GOOD BUFFER
;TEST BUFFER
sNUMBER OF REGISTERS 10 BE
: COMPARED

19.

000023

104001

11:11

7ERWORD RS
RS, RS

FOR ERROR

FOR GOOD COMPARISON

;GETTING READY TO INDEX
:DOUBLE ERROR WORD

RHW(=2(RS) ,@#REGADR ;FAILING REGISTER ADDRESS
1

: IMPROPER REGISTER

;RETURN TO COMPAK]SON

;CONTENTS AFTER GIVING AN
INITIALIZE FOLLOWING A
;RECALIBRATE COMMAND
;GOOD COMPARISON

(IRIGDO,RPO4/5/6 DSKLS CTRLR)
10-SEP=-79 11:00
CIRJGD P

CIRJIGDO,RPO4/5/6 DSKLS CTRLRY

CIZRJIGD.PI

10-SEP-79 11:00

MACY11

30A(1052)

151

10-SEP-79

11:11

PAGE

RECALIBRATE COMMAND TEST

115

€121

5122
5123
g}gg

T
REERNT PN
::
;eTEST 52

5126
5127
5128
2}%8

Jee
Jee
e
e

5131

JLENE RN NP NT RPN RN

5132
5133
5134
5135
5136
S137
5138
glsg

023640
023642
023646
023654

000004
012706
032737
004737

001000
000052
042732

1S152:
002032

023660

012777

000001

2‘4}

023666

013777

002054

023674
023700
023702

004037
001632
003160

0463424

R IR

ORRCROCER P ORERNROSROROSTRTERRPOERNRORNRNCORRRRNROROROREEROEROREORQRPOETRTY

RELEASE COMMAND TEST

THE RELEASE COMMAND WILL BE LOADED INTO RHCS! WITH GO
THEN ALL REGISTERS WILL BE CHECKED
RH CLEAR WILL BE GIVEN
THEN ALL REGISTERS WILL BE CHECKED
RO RO

RS ROEROEROCECERORERRREROROCROEREREROROQTOPTOTOTY

SCOPE
MOV
MOV
JSR

.
#STACK,SP
FTINO,3#TSTNM
PC,a#CLDISK

155772

MOV

#DMD ,aRHMR

155744

mov

SFRELEASE ,aRHCS1

sRESET STACK
;THIS SAVES TEST NUMBER
INIT AND SET UP GENLRAL REG.
;AND UNIT NUMBER
:SET DIAGNOSTIC MODE BIT
:THIS ENABLES COMMANDS WITHOUT MOL
:AND HOLDS RHLA FROM MOVING

:LOAD RELEASE COMMAND INTO RH(SI

5143
S144
5145
5146

g}a;

023704

000023

19.

5149
5150
212;
1

5153
5154
5155
2123
1

;*SAVE REGISTERS FOR COMPARISON AFTER GO
JSR
RO,a#SAVER
:SAVE
RHW(
:FROM
REINTO
;70
.

023706
023714

023722
023730

052777

052737
017737

000001

000001
155740

!
155724

;*GIVE GO TO RELEASE COMMAND
BIS
#G0,8RH(ST
;G0 TO RELEASE (OMMAND

003206
003222

:*CHANGE SAVED REGISTERS TO EXPECTED VALUES
.sAFTER GO HAS BEEN GIVEN 10 RELEASE COMMAND
BIS
#DMD ,IN#REINTO+26;SAVED RHMR
MOV
ORHLA,O#REINTO+42;SAVED RHLA

155736

5158

5159
5160
5161
5162
5163
glbg
16

023736
023742
023744
023746

004037
001632
002114
000923

0434264

5170
5171

5172
517%

5176
5175
5176

#DMD ,3RHMR

sSEY DMD TD HOLD RHLA

:*AS UPPER BYTE OF RHAS CAN BE CHANGING IN A DUAL PORT

5167

8169

BIS

:*SAVE REGISTERS AGAIN SO THAT (OMPAR]ISONS (AN
; *BE DONE
JSR
RO,a#SAVER
:SAVE
:FROM
RHW(
WRFROM
:10
19.
sNUMBER OF REGISTERS SAVED

5166

5168

:NUMBER OF REGISTERS SAVED

:*OPERATION THE UPPER BYTE OF RHAS WILL BE SAVED AS IS

023750

023756
023762
023764

113737

004037
003160
002114

003205

043626

002141

:*S0 THAT THE COMPARES ARE ONLY VALID FOR THE LOWER BYTE

MOVB

SFREINT0O4+25,8/WRFROM+25:SAVE UPPER RHAS

;*COMPARE REGISTERS BEFORE RELEASE COMMAND
;*WlTH AFTER GO

JSR
REINTO
WRERGM

RO,a#COMPAR

: COMPARE
;GO0D BUFFER
;TEST BUFFER

SEQ 0114

CIRJIGDO,RPO4/5/6 DSKLS CTRLRI

CIRJIGD.PIY

10-SEP-79 11:00

5177
5178
5179
5180

023766
023770
(23772
023774

000023
023776
023776
024016

023776

013705
960505
016537

83
84
85

88
89

024002
024004
024012

024014
024016

104001

000207

MACY11

30A(1052)
10=-SEP=-79
11:11
PAGE
152
RELEASE COMMAND TEST

116

:NUMBER

:RETURN FOR ERROR
; SAME

;RETURN FOR GOOD COMPARISON
047736
001630

A#ERWORD,RS

:GETTING REAYD TO INDEX

RS,RS
;DOUBLE ERROR WORD
RHWC=2(RS) ,a#REGADR ;FAILING REGISTER ADDRESS
i
: IMPROPER REGISTER C(MANGE

042402

;AFTER RELEASE COMMAND

2%:

;WITH GO IS GIVEN
RETURN TO COMPARISON

——

SEQ 0115

]
5191
5192
5193

5194

5199

5205

5206
5207
5208

SEO0 0116

R
N
AR R
e ad

;eTEST 5%

$196

5197
5198
5199
5200
5201
5202
5203
5204

"9
39A(1052)
10-SEP=-79
11:11
PAGE 117
52
RELEASE COMMAND TEST

MAKE CURRENT CYLINDER = 0

RR
R R Rl

024016
024020
024024
024032
024036
024044

000004
012706
012737
004737
012777
004037

024050

000000

001000
000053
062732
000001
045304

1S153:
002032
155614

SCOPE
{01
MoV
JSR
MOV
JSR

#STACK,SP
#TINO,S#TSTNM
PC,a#CLDISK
#DMD ,IRHMR
RO,8#MAKECYL

5209

JRESET STACK
;THIS SAVES TEST NUMBER
;INIT DRIVE
;SET DIAGNOSTIC MODE
;SUBROUTINE TO GIVE A SEEK
;COMMAND FOLOWED BY AN INIT
;THIS SHOULD CHANGE RHCC

s CMANGE RHCC 10 C

LOOX AHEAD REGISIER

R
R
A

;*TEST 56

25:?

5212
5213
5214
5215
5216

M
s
s
st
s

5219

R
e
AR
R
L

gg}g

5220
5221
5222

gs%z

5225
§226

5227
9228
5229
2%;?

5232
5233
5234
5235
5236
gggg

5239
5240
5261
2%4%
'A

5244

52645

5246

024052
024054
024060

024066

000004
012706
012737

004737

001000
000054

042732

024072

012777

000025

0264100
024104
0264112

005077
012777
013711

155546
010000
002056

0264116

004037

024122
024124
0264126

001432
003760
000023

024130
024134

004737
104401

024140

000000

043626

042766
062562

15754:

A SEARCH COMMAND 1S GIVEN FOR CYLINDER O, TRACK 0O, SECTOR 21.
THE LOOK AHEAD REGISTER 1S CHECKED AFTER INDEX PULSE
THE EXTENSION FIELD IS CHECKED IN EACH SECTOR AFTER
128 BYTES THEN AGAIN AFTER 128 MORE BYTES THEN AGAIN AFTER 256 MORE BYTES
THE SECTOR COUNT FIELD 1S CHECKED AFTER EACH SECTOR
AT

THE END ALL REGISTERS ARE CHECKED

002032

SCOPE
MOV
Mov

155544

:*THESE ARE REGULAR SET UPS FOR SEARCH COMMAND
MOV
#21.,aRHDST
;DESIRFD SECTOR/TRACK REGISTER

155536

JSR

CLR
MoV
MOV

#STACK,SP
#TINO,AN#TSTNM

PC.a#CLDISK

aRHCA
#EMT22 ,aRHOF
a#SERCH,aR1

JRESET STAC(K
;THIS SAVES TEST NUMBER
:INIT AND SET UP GENERAL REGISTERS

sTRACK 0 SECTOR 21
;DESIRED CYLINDER =0
;FORMAT BIT=1 (16 BITS PER WORD)
;FILL SEARCH COMMAND [N RMCSI

:*NOW SAVE REGISTERS STARTING FROM RHWC IN WRITE FROM BUFFER
JSR
RO,3#SAVER
;SAVE REGISTERS FOR COMPAR]ISON
;AT THE END OF THE SEARCH
RHWC
;START SAVING FROM RHw(
REINTO
;SAVE INTO REINTO
19.
:NUMBER OF REGISTERS SAVED

JSR
TYPE
HALT

PC,aNCHECKT
,CPHALT

;:CHECK THAT DVA,RDY,DPR,DRY = 1
;AND THAT NO OTHERS = 1, (ANNOT (ON;TINUE TESTING IF BOTH AREN'T TRUE
;STOP THE TEST

:*NOW THE DIAGNOSTIC MODE BIT witlL BE

;*AND THE SEARCH OPERATION STARTED

SET

MACY1Y

CIRJGDO,RPO4/S5/6 DSKLS CTRLRT
CZRJGD.P
10-SEP-79 11:00

(ZRJGDO,RPO4/5/6 DSKLS CTRLRI
10-SEP=79 11:00
CIRJGD. P11
024142

005037

024146
024152
026156
024162
0246166
024172
024200
024204
024210
024212
024216
024222
024224
024230
024234
024236

30A (1052)
154

;THIS WILL HAVE THE EXPECTED
;VALUE OF RHLA REGISTER

001660

Mov
MOV

9#RHMR RO
SRHDST,R3
#177400,R3
R3,9#SECTR

;NOW RO HAS MAINTENANCE REG. ADDR.
;GET DESIRED SECTOR/TRACK REG.

81C
MoV
MOV

155440

BIS
BIS
B1C
NOP
BIS
BI1C
NOP
B1S
MOv
151
BEQ

000014
000001

N ——m—

LOOK AMEAD REGISTER

N9
PAGE 118

afsTMPY

000010
000010

024270
024272
024300
024304
024310
026314
024320

11:11

CLR

000001
000001
000010
000010

0264240
024246
024254
024262

10-SEP-79

001200

155466
177400
053662

5247
5248
$249
5250
5251
5252
5253
5254
5255
5256
5257
5258
5259
5260
5261
5262
5263
5264
5265
5266
5267
5268
5269
5270
5271
5272
5273
5274
5275
5276
5277
5278
5279
5280
5281
5282
5283
5284
5285
5286
5287
5288
5289
5290
5291
5292
5293
5294
5295
5296
5297
5298
5299
5300
5301
5302

MACY11

001140
155422
155364

001200

053662
001202
001140
001206
001204

001206
001126
001720
001126

1%:

#DMD ,aR0

#GO,8RHCST
MSTCK,8R0
#MSTCK ,aR0

;60
;SET SECTOR CLOCK
;CLEAR SECTOR CLOCK
;ALLOW TIME BETWEEN SECTOR CLOCKS
;SET SECTOR CLOCK
#MSTCK,aR0
;CLEAR SECTOR CLOCK
MSTCK,aR0
;ALLOW TIME BETWEEN SECTOR CLOCKS
;SET INDEX AND SECTOR CLOCK
0
SMINX'MSTCK,8R
#DMD,3R0
;RESET INDEX AND SECTOR CLOCK
R3
;1F SECTOR REQUIRED JUMP OUT
1%
;BRANCH OF SECTOR ZERO REQUIRED

;*AFTER THE INDEX PULSE RHLA WILL BE CHECKED TO BE ZERO
;*AND $TMP4 WILL BE SET UP TO COUNT BYTES

Mov

MOV
(mp
BEQ
mov

001202

sGET SECTOR ONLY
;DUPLICATE SECTOR

SuB

MoV

sus

MOV

ERROR

#608.,3#8TMPL

ORHLA ,a#$BDDAT

;THERE ARE 608 BYTES PER SECTOR
;SAVE RHLA

;SAVE DESIRED SECTOR TRACK
dRHDST ,a#DST
aNSTMP1 ,a#SBDDAT ;RHLA SHOULD BE HAVE EXTENSION
;F1ELD EQUAL TO ZERO
:BRANCH 1F 6OOD
2%
SNSECTR,9#$TMP2 ;GET SECTOR SOUGHT
:$TMP2 NOW HAS PRESENT SECTOR
R3,aNsTHP2
#608.,-(SP)
;NUMBER OF BYTES PER SECTOR
; (SP)HAS PRESENT BYTE NUMBER
INSTMPL, (SP)
(SP)+,a#8TMP3
;PRESENT BYTE NUMBER

;LOOK AHEAD REGISTER AT THE BEGINING Of A
;SECTOR IS IN ERROR

;*NOW THE 304 WORDS WILL START

;*FOR FIRST BYTE CLOCK WILL BE INDEPENDENT Of

;*SECTOR CLOCK THEN IT WiLL COINCIDE FOREVER TILL
;*THE BEGINNING OF

SECTOR

;*ONE WORD ONLY THAT S TWO BYTES
024322
024326
024332
024334
024340
024344
024350
024354
024356

024360
024364
024370

012702
012705
000404
052710
042710
052710
042710
005302
001372
005337
012702
005305

000010
000002

2%:

MOV

000012
000012
000002
000002

B1S
BIC
B1S
BlC
DEC
BNE
DEC
MoV
D&

201206
000007

MOV
BR

"8.,R?

:BYTE

MMSTCK!MCLK,aRO
MMSTCK!MCLK,aR0
(LK, aR0
MCLK ,8R0
R2
3
PRI
s ,R2
RS

;SET SECTOR AND CLOCK
;CLEAR SECTOR AND (CLOCK
sSET CLOCK
;CLEAR CLOCK
:BYTE C(OUNTER
;BRANCH IF BYTE NOT COMPLETE
;BYTE COUNT DOWN
:SETUP FOR SECOND BYTE
;1S WORD COMPLETE?

#2,RS
4%

;:BYTES PER WORD

cEQ 0117

CIRJIGDO,RPOL/S5/6 DSKLS CTRLRI
10-SEP-79 11:00
CIRJGD PN
5303
5304
5305
5306

024372

MACY 1T

8 10

3$A (1052)
10-SEP-79
11:11
PAGE
56
LOOK AHEAD REGISTER

BNE

001360

119

SEQ 0118

;BRENCH IF NOT COMPLETE

;10 GIVE SECTOR CLOCK AND (LOCK

;*NOW 303 WORDS ARE LEFT ALL ARE IDENTICAL
:+THAT

1S 606 IDENTICAL BYTES WILL BE GIVEN

VAV IV AV IV TV LV IV IV IV TV TV IV IV IV IV IV IV TV YV IV IV TV TV XV IV 1V IV TV YV TV IV TV
VIV TV IV IV RV IV T TV T T
TV T v A L U U A N U N U U U A U N (NN
ot b rd o e oD e e e el
(I VRV IV IV IVAV VIV O1,. 91 .91, ¢ no POPIRININ
OO ~YO NS W 2OV~ wn SPUWNN—SOOVBNO
NS WNN—=O

;*RHLA WILL BE CHECKED STAR TO COUNT AFTER

5354
5355
5356
5357
5358

;*BEGINNING OF SECTOR PULSE

s*AFTER 128 BYTES (2 BYTES ARE ALREADY GIVEN)
:*S0 127 MORE

:*THEN RHLA WILL BE CHECKED AFTER 128 MORE BYTES

:*THEN RHLA WILL BE CHECKED AFTER 256 MORE BYTES

:*THEN THE TOTAL OF 608 BYTES WILL BE COMPLETED
:*AND RHLA WILL BE MADE READY FOR NEXT SECTOR
:*AND RHLA WILL BE

024374

012705

000100

Mov

#64. RS

024400

012701

000177

MOV

27, ,.m

024404
0264410
026414
024420
0244264
024430
024432
024434
024440
024442

012702
052710
042710
052710
042710
005302
001372
005337
001436
005301

000007
000012
000012
000002
000002

026444

001357

5%:

6%:

001206

MOV

CHECKED

"7 ,R2

BIS
B1C
BIS
B1C
DEC
BNE
DEC
BEQ
DEC

MSTCK'MCLK,3R0
#MSTCK'MCLK,9R0
#MCLK,aR0
MMCLK,aR0
R2
6%
INSTMPL
10%
R1

BNE

;RS WILL KEEP TRACK WHEN

;EXTENSION F.ELD IS TO BE CHECKED
;FIRST TIME CHECK EXTENSION FIELD
;AFTER 127 MORE BYTES
;CLOCKS PER BYTE COUNTER

;SET SECTOR CLOCK AND (LOCK
; CLEAR SECTOR CLOCK AND CLOCK
;SET CLOCK
;RESET (CLOCK
;COUNT DOWN CLOCKS PER BYTE
;BRANCH IF BYTE NOT COMPLETE
: COUNT DOWN BYTES
;BRANCHOUT 1F 608 BYTES DONE
:COUNT DOWN NUMBER OF BYTES
;70 CHECK EXTENSION FIELD
;BRANCH IF EXTENSION FIELD NOT
;70 BE CHECKED YET

:*NOW THE EXTENSION FIELD OF THE LOOK AHEAD REGISTER
;rWlLe BE CHECKED

:GET TO THE NEXT EXTENSION
;GET RHLA FOR COMPARISON

024446
024454

062737
017737

000020

001200
001126

ADD
Mov

#20,an$TMP
ORHLA,3#%BDDAT

024462
0246470
024476
024500
024506
024512
024516
024522
024526

017737
023737
001414
013737

155156

001720
001126

053662
001202
001140
001206
001204

001202

Mov
CMP
BEQ
Mov
SuB
Mov
SUB
MOV
ERROR

:SAVE DESIRED SECTOR TRACK
dRHDST ,a#DST
;CHECK VALUE OF RHLA
,a#8BDDAT
ONSTMP1
7%
:BRANCH 1F GOOD
S#SECTR,aNSTMP2 ;GET SECTOR SOUGHT
;$TMP2 NOW HAS PRESENT SECTOR
R3,aNsTMP?
;NUMBER OF BYTES PER SECTOR
#608.,-(SP)
; (SP) HAS PRESENT BYTE NUMBER
NS TMPL, (SP)
(SP)+,a#8TMP3
;PRESENT BYTE NUMBER
;LOOK AHEAD ERROR IN THE MIDDLE
25
;CF A SECTOR IS IN ERROR

024530
024532
024534

060505
010501
000723

ADD

RS5,RS

024536
024544

062737
052710

ADD
BIS

#20,348TMP1
#MSTCK,aR0

160337

012746
163716

012637
104025

155214

001200

7%:

000020
000010

001200

10%:

MOV
BR

RS, R1
5%

;GET NEXT STEP TO CHECK EXTENSION FIELD

:PUT IN COUNTER
;BRANCH BACK SECTOR
;1S NOT COMPLETE
;THESE

TwO

INSTRUCTIONS GIVE

CIRJGDO,RPO4/S/6 DSKLS CTRLR1
10-SEP=-79 11:00
CZRJGD.PIY

5382
5383
5384
5385
5386

5387

5388
5389
5390
5391
5392
5393
5394
5395
5396

5397

5398
5399
5400
5401
5402
54603
5404
5405
5406

5407
5408
5409
5410
5611
5612
5413
5414

024550
024554
026556
026562

042710
000240
052710
042710

026566
024570

005303
001223

¢ 10

30AC1052)
10-SEP-79
11:11
PAGE
154
LOOK AHEAD REGISTER

120

SEQ 0119

000010

B1C

MSTCK,aR0

;ONE SECTOR CLOCK EXTRA

000010
000010

BIS
B1C

FMSTCK ,aRO
MSTCK,aR0

;THESE TWO INSTRUCTIONS GIVE
;ONE SECTOR CLOCK EARLY

DEC
BNE

R3
1%

NOP

;ALLOW TIME BETWEEN SECTOR CLOCK

;BEFORE THE NEXT SECTOR

;1S REQUIRED NO OF
;BRANCH IF NOT

SECTORS COMPLETE

001372
052710
042710

000010
000002
000002

—

012702
052710
042710
005302

—_—

024572
026576
026602
024606
024610
024612
024616

;*NOW THE REQUIRED SECTOR IS REACHED
;*ONE SECTOR CLOCK WILL BE GIVEN TO GET SECTOR PULSE
;*DOWN AND HENCE ATA UP
N

5359
5360
5361
5362
5363
5364
5365
5366
5367
5368
5369
5370
5371
5372
5373
5374
5375
5376
5377
5378
5379
5380
5381

MACY11

000012
000012

Mov
BIS
BIC
DEC
BNE
BIS
BIC

#8.,R2
MCLK,aR0
#MCLK,aR0
R2
12%
#MSTCK!MCLK,aR0
#MSTCK!MCLK,3RO

;8 CLOCKS
;SET CLOCK
:CLEAR CLOCKS
: COUND DOWN
;BRANCH 1F 8 NOT DONE
;SET SECTOR AND (LOCK
;CLEAR SECTOR AND CLOCK

;*NOW ALL REGISTERS wILL BE COMPARED
;*SO FILL EXPECTED VALUE INTO SAVED LOCATIONS
026622

024630

052737
053737

024636
024644
024652

052737
052737
013737

002016

100000

003166
003204

B1S
BIS

000001
100000

003206
003210

BIS
BIS
MOv

001200

003222

#SC,a¥REINTO+6
;INCLUDE SC IN SAVED RHCS]
O¥ATTENT ,Q#REINTO+24 ;FILL APPROPIATE ATTENTION
; IN SAVED RHAS
#DMD ,R#REINT" 26 ;SET DMD IN RHMR SAVED
WATA,R#REINTU+30 ;SET ATA IN RHDS1 SAVED
IFSTMP1,A¥REINTO+42 ;MOVE EXPECTED VALUE
:INTO RHLA SAVED

;*AFTER SEARCH COMMAND
;*SAVE REGISTERS AGAIN SO THAT COMPARES CAN BE DONE
024660
024664
024666
024670

004037
001632
002114
000023

JSR
RHW(C

043424

RO,a#SAVER

WRFROM
19.

s SAVE
:FROM

;10
; NUMBER

;*AS UPPER BYTE OF RHAS CAN BE CHANGING IN A DUAL PORT
;*OPERATION THE UPPER BYTE OF RHAS WlLL BE SAVED AS IS

024672

113737

003205

;*SO THAT THE COMPARES ARE ONLY VALID FOR THE LOWER BYTE
MOvB
S¥REINTO+25,3#WRFROM+25;
SAVE UPPER RMAS

002141

;*COMPARE REGISTERS BEFORE SEARCH WITH AFTER
024700
024704

004037
003160

024706
024710
024712
024714
024716
024720

002114
000022
024720

024720
024740
013705

JSR

043626

047736

REINTO

13%:

WRFROM
18.
13¢
13%
14%

MOV

RO,a#COMPAR

: COMPAR

;G0 BUFFER

sTEST BUFFER
;NUMBER
;RETURN FOR ERROR

o#ERWORD,RS

: SAME
;RETURN FOR GOOD COMPARISON

sGETTING READY TO INDEX

CIRJGDO,RPO4/S5/6 DSKLS CTRLR!
10-SEP-79 11:00
CZRJGD.PI
5615
5616
5617
5618
5619
5620

026724
024726
024734
024736
024740

060505
016537
104001

000207

001630

MACYT

0D 10

10-SEP-79
11:11
PAGE
3?A (1052)
56
LOOK AHEAD REGISTER

042402
14%:

ADD
MoV
ERROR
RTS

121

RS,RS
.D0UBLE ERROR WORD
RHWC=2(RS) ,a#REGADR ;FAILING REG. ADDRESS
1
;CONTENTS OF REGISTER
PC
; CHANGED AT END OF

; SEARCH

SEQ 0120

5621
5622
5423
5624
5625
5626
5427
5628
5629
5430
5631
5632
5633
5634

T
MACY

E 1
30A(1052)
10-SEP-79
11:11
PAGE
156
LOOK AHEAD REGISTER

122

SEa 0121

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

TATEST 55
s [

024740
024742
024746
0247564
024760
026766
024772

000004
012706
012737
004737
012777
004037

000000

001000
006055
042732
000001

045304

T1ST55:

MAKE
R

SCOPE

MOV

002032

MOV

154672

MoV

JSR

CURRENT
R

R R R

#STACK,SP
#FTINO,a#TSTNM
PC,aNCLDISK
#0OMD ,aRHMR

RO,3#MAKECYL

CYLINDER = 0
RS

XE XXX

2212220422 ])

;RESET STACK

;THIS SAVES TEST NUMBER

;INIT DRIVE
;SET DIAGNOSTIC MODE

;SUBROUTINE TO GIVE A SEEK

. COMMAND FOLOWED BY AN INIT
;THIS

SHOULD CHANGE

; CHANGE RHCC

10 O

RMCC

CIRJGDO,RPO&/5/6 DSKLS CTRLRI
CIRJGD P
10-SEP-79 11:00

56435
5636
56437
5438
5639
5440
5441
5442
5443
SL4L4
5445
5446
95447
5448
5449
5450
5451
5452
95453
5454
5455
5456
5457
5458
95459
5460
5461
56462
5463
S4L64

5465
5466
5457
5468
5469
5470
5471
5672
5473
95474
5475
5476
5477
5478
5479

5480

5681

5482
5483
5484
5485
5486
5487
54,88
5489
5490

30A(1052)

10-SEP-79

155

MAKE

.SBTTL

READ/WRITE

CURRENT

222222222222

S+TEST 56
s Ex
st
M
M

¥y

024774
024776
025002

001000
000056

002032

051436
000460

025010
025014
025020
025024
025026
025030

177777

1%:

042732

222

PAGE

CYLINDER

- O

123

SEQ 0122

ADDRESSING VIA RHMR

2222222222222

222

WRITE HEADER AND DATA 1

RRR

RSNl

RRlRAR

WRITE CYLINDER O, FORMAT 16 BIT PER WORD
TRACK O, SECTOR O, KEYS O, NUMBER OF WORDS 256 OF 0°'S
AS EVERYTHING IS ZERO THIS PROVES VERY LITTLE
ANY ERROR LOGIC INDICATIONS ARE NOT CONCLUSIVE ON FIRST PASS

BECAUSE ERROR LOGIC HAS NOT

AEZZ222

1§756:

11:11

BEEN CHECKED YET

(ON FIRST PASS)

2222222202222 22222220R22220RR2RRRRRSRRR
RSl Rl

SCOPE

MOV
MOV

#STACK,SP
#TINO,Q#TSTNM

;RESET STACK
;THIS SAVES TEST

MoV
MOV

#SECGAP,RO
#304. ,R1

;POINTER
. COUNTER

R
1%

:
:

MOV
DEC
BNE
JSR

#;1,(R0)0
PC,CLDISK

NUMBER

;CLEAR "DISK'' AREA TO ALL ONES
;THIS

IS USED TO SET UP GENERAL

;REGISTER CORRESPONDENCE

; *THESE ARE TO SET UP FOR DISKLESS USE ONLY
025034

012737

010000

025042
025046
025052
025056
025064

005037
005037
005037
012737

052756
052760
052762
000400
046140

025070
025072

004537
052754
052764

177374
002114
154522
000403
010000

025074
025102
025106
025112
025116
025122
025124
025126
025130

025134
025140

052754

053014

004737
1046401

NEMT22 ,3¥WCYL

CLR
CLR
CLR

INWSECTR
IFWKEY]
INWKEY?

MOV

JSR
wiyL
GCRC

154530

2%:

001375
005077

Mov

#256.,0#FNWORD
RS,a#CRC

;FORMAT 22=16 BIT WORDS AND

;CYLINDER 0
: TRACK=0, SECTOR=0
;KEY'=0
;KEY2=0

;256 DATAWORDS
;G0 TO CALCULATE CRC

. *THESE

ARE REGULAR SETUPS FOR RH11

MOV
MOV
MOV
Y
Mov

#-260.,aRHUC

:256 DATA WORDS & HEADER WORDS

RO,aRHBA

;BUFFER ""WRFROM''

CLR

(RO)+
RS

154510

DEC
BNE
CLR

062766
062562

JSR
TYPE

#WRFROM,RO

#259.,RS

FEMT22,(RO) ¢

£ ''WRFROM'' OUTPUT BUFFER

;BUS ADDRESS 10 BE

:COUNTER

;FORMAT =16 BIT WORD
:SECTOR=0, TRACK=0,kEYS=0, ALL DATA O
;8 CYLINDER=0....S0 CLEAR ALL "'WRFROM''

aRHDST

;CONTINUE 1F ALL 259 NOT (OMPLETE
;TRACK=0, SECTOR O

PC,a#CHECKTY

;CHECK THAT DVA,RDY,DPR,DRY

LJOPHALT

:AND THAT NO OTHERS

CANNOT (ON-

~ e

MACYU

s
B s

CIRJIGDO,RP0O4L/S5/6 DSKLS CTRLR1
10-SEP-79 11:00
CZRJGD.PIY

CZRJIGDO,RPO4/5/6 DSKLS CTRLRI
10-SEP-79 11:00
CIRJIGD P

5691
5692
5493
5494
5495
5696
5497
5498
5499
5500
5501
5502
5503
5504
5505
5506
5507

025144

000000

025146

013711

002066

025152
025156
025164
025170

005037
012777
005077
004737

002006
010000

MACY1T

6 10

30A (1052)
10-SEP-79
11:11
PAGE
156
WRITE HEADER AND DATA 1

;TINUE

HALT

154462
052600

154464

a/WRIFOR,aR1

(LR
MOV

SVERFLGS
NEMT22,aRHOF
dRHCA

PC,a”COMWHD

SEQ 0123
TESTING IF BOTH AREN'T

:STOP THE

Mov

CLR
JSR

124

TEST

TRUE

:GET READY FOR WRITE HEADER

:AND DATA WITH 62 IN RH(S!

sCLEAR ERROR FLAG
;FORMAT BIT=1 16 BIT WORDS
;CYLINDER O

;MRITE HEADER AND DATA FROM ‘‘WRFROM'’
;INTO THE RHMR REGISTER AND BACA INTO
;CORE ''DISK'" AREA

;*1F THE PROGRAM COMES BACK HERE WITHOUT ERROR

;*PRINT OUTS FROM THE ''COMWHD'' ROUTINE THAT MEANS

;*ALL HEADER ON DISK IS GOOD IE. ONLY DATA IS
;10 BE CHECKED TO SEE IF IT IS ZERO

;*AND WRITE DATA GAP AND TOLERANCE GAP TO SEE 1F THEY
;*ARE ALL ZEROS (ECC1 AND ECC2 MAY NOT BE 0) AS WELL AS
;*CHECKING RHWC FOR ZERO
154432

025174
025202
025204

017737
001401

025206
025212
025214
025220
025224
025226
025232

005737
001034
004737

002006

005037
005037

052534
052536

Mov
BEQ

001126

ERROR

104040

106401
000000

5¢:

043156
062562

dRHWC ,$BDDAT
5%

187

o#ERFLGY

JSR

PC.,aNCHECKE

(LK
(LR

AfWECCT
AFWECC2

BNF

TYPE
HALT

;MOVE WORD COUNTER INTO BAD DATA
: SHOULD HAVE COUNTED UP TO ZERO

;RHWC DID NOT = 0 AFTER A WRITE
;HEADER AND DATA

:HAVE ANY ERRORS OCCURED>

18157

: ;BRANCH IF

YES

LCPHALT

:CANNOT CONTINUE
:STOP THE TEST

sCHECK THAT BITS =1

TESTING

THEY DON'T

;CLEAR ECC

VRV SV SV LV AV W LV LV R
A 4l )
(O RV SV TC TV RV RV TV LV LVl vyl

;*REINTO BUFFER 1S FILLED WITH EXPECTED DATA OF ALL 0'S

40
41

JSR

025236
025242
025244
025246
025250

004037
003160
004220
000000
005037

042650

002006

.WORD
CLR

025254
025260
025262
025264
025266

004037
003160
051534
000421
025274
025300
025304

043626

JSR

025270
025272
025274
025276
025300

;CLEAR "'REINTQ"

REINTO

;FROM

OVERFLGS

;CLEAR ERROR FLAG

REINTO+<272.%2> ;10
0
sFILL WITH ZEROS

;*COMPARE "'REINTO'" BUFFER WITH "'DISK'' BUFFER

REINTO

RO,a#COMPAR

D1SK
273,
3%
4%

104007

3%:

104010

000207

RO,3#CLAREA

15157
ERROR
RTS
ERROR

: CHECK

:GO0D BUFFER

;TEST BUFFER
:NUMBER OF WORDS CHECKED
RETURN POINT FOR ERROR HEADER
;RETURN POINT FOR ERROR DATA

7
PC
10

;RETURN FOR GOOD COMPARISON
;READ ERROR10 NEXT
:RETURN TO ''COMPAR'’
;WORD NOS 1 TO 256 ARE
;DATA WORDS
;257 AND 258 ARE E(C

CIRJIGDO,RPO4/S5/6 DSKLS CTRLRI

CZRJIGD.PIN
5947
5548
59549
5550

025302

10-SEP-79 11:00

000207

MACY11

H 10
10-SEP-79
30A(1052)
11:1
PAGE
156
WRITE HEADER AND DATA 1

125

SEQ 0124
TOLERANCE

RTS

GAP

CIRJGDO,RPO4/5/6 DSKLS CTRLRI
10-SEP-79 11:00
CIRJGD.PIY

5551
55952
5553
5554
5555
5556
5557
5558
5559
5560
5561
5562
5563
5564
5565
5566
5567
5568
5569
5570
557
5572
5573
5574
5575
5576
5577
5578
5579
5580
5581
5582
5583
5584
5585
5586
5587
5588
5589
5590
5591
5592
5593
5594
5595
5596
5597
5598
5599
5600
5601
5602
5603
5604
5605
5606

MACYN

110
30A(1052)
10-SEP=-79
11:11
PAGE
156
WRITE HEADER AND DATA 1

126

SEQ 0125

R R
R R R X Y

;eTEST 57
M

WRITE CYLINDERO, FORMAT 16 BITS PER WORD

TRACK O, SECTOR 1, KEYS O, NUMBER OF WORDS 256

A
Jxt

MK [ E 2

025304
025306
025312

000004
012706
012737

025320
025324
025330
025332
025334
025336

012700
012701
005020
005301
001375
004737

001000
000057

X22222222222222
R2ARRRR
R R
R
Rl RRA)

SCOPE

MOV

#STACK,SP

JRESET

MOV
MOV

#SECGAP,RO
#304. ,R1

;POINTER
:COUNTER

DEC
BNE

R
1%

;
:

;*THESE

ARE

FEMT22

MOV

002032

1%:

(LR

JSR

062732

025342

012737

010000

052754

MOV

025350
025356
025362
025366
025374
025400
025402

012737
005037

000001

052756

MOV

053014

MOV
JSR

005037
012737

004537
052754«
052764

052760
052762
000400
0646140

ALL ONES.

ANY ERROR LOGIC INDICATIONS ARE NOT CONCLUSIVE ON FIRST PASS
BECAUSE ERROR LOGIC HAS NOT BEEN CHECKED YET (ON FIRST PASS)

157157:

051436
000460

WRITE HEADER AND DATA 2

CLR
(LR

wlyL

#TTINO,a#TSTNM

(RO)+

;THIS SAVES TEST NUMBER

:CLEAR SIMULATED ''DISK’" AREA IN (ORE

PC,a#(LDISK
TO BE

STACK

:THIS IS USED TO SET GENERAL REGISTERS

SETUP FOR DISKLESS USE

/(YL

ONLY

#1,3#WSECTR

;FORMAT 22 = 16 BIT WORDS AND
:CYLINDER O
;TRACK=0, SECTOR=1

#256.,0¥FNWORD
RS,9#CRC

;256 DATA WORDS
;60 TO CALCULATE

afWKEY
OYWKEY?

:KEY1=0
:KEY2=0

(RC

GCRC

:*THESE ARE REGULAR SETUPS FOR THE RMT11 AND ''WRFROM'' BUFFER
154220

025404
025412
025416

177374
002114
154212

025422

010000

025426
025432
025434
025436
025442
025446
025450
025452

000001

2%:

000400
177777

012777

000001

025460
025464

004737

042766
062562

025470

000000

104401

15641646

MOV

#-260.,aRHuW(

MOV

RO,3RHBA

MOV

:256 DATA WORDS & HEADER WORDS

#WRFROM,RO

:THESE TWO INSTRUCTIONS GETS

MOV

#EMT22,(RO)#

MOV

#1,(R0O)+

;FORMAT=16 BlT WORDS
;CYLINDER=0

CLR
CLR
MOV
MOV
DEC

(RO)+
(RO)+
#256. RS
;;1,(R0)0

:ADDR. OF WRFROM INTO RO AND
;BUS ADDRESS REGISTER

;TRACK=0, SECTOR=1, KEYS=0
(KEY1=0
(KEY2:=0
s COUNTER
;MOVE ALL ONES FOR DATA

BNE
MOV

3%
#1,3RKDST

:BRANCH 1F DATA NOT COMPLETE
s TRACK=0 SECTOR-1

JSR

PC,a#CHECKT

;CHECK THAY DVA,RDY,DPR,DRY = 1

TYPE

HALT

,CPHALT

<AND THAT NO OTHERS =

1.,

(ANNOT

(ON-

:TINUE TESTING IF BOTH AREN'T TRUE
;STOP THE

TEST

5607
5608
5609
5610
5611
5612
5613
5614
5615
5616
5617
5618
5619
5620
5621
5622
5623
5624
5625
5626
5627
5628
5629
5630
5631
5632
5633
5634
5635
5636
5637
5638
5639
5640
5641
5642
5643
5644
5645
5646
5647
5648
5649
5650
5651
5652
5653
5654
5655
5656

5657
95658
5659
5660
5661
5667

025472

013711

002066

025476
025502
025510
025514

012777
005077
004737

005037

002006
010000
154136
052600

MACY11

J 10

30A(1052)
10=-SEP=79
11:11
PAGE
WRITE HEADER AND DATA 2
157
MOV

ofWRIFOR aR1

CLR

SFERFLGS

MoV
(LR
JSR

154140

#FEMT22 ,aRHOF
aRHCA
PC,a#(OMWHD

127

SEQ 0126

;GET READY

FUR WRITE HEADER AND

;DATA WITH 62 IN RMCST
:CLEAR ERROR FLASG

;FORMAT BIT=1 (16 BIT WORDS)
;CYLINDER =0
;WRITE HEADER AND DATA INTO "'DISK’'’ AREA

;*1F THE PROGRAM (OMES BACK HERE WITHOUT ERROR PRINTOUTS
;*FROM THE ''COMWHD'" ROUTINE THAT MEANS ALL THE HEADER ON ''D]SK"’
:*1S GOOD IE. ONLY THE DATA 1S TO BE CHECKED TO SEE IF 1T IS
;*ALL ONES AND WRITE DATA GAP AND TOLERANCE GAP 10 SEE IF
:*THEY ARE ALL ZEROS, - ECC1 AND ECC2 ARE NOT CHECKED.
;*RHWC 1S CHECKED TO BE = 0
025520
025526
025530

017737
001401
104040

154106

025532
025536
025540
025544
025550
025552
025556

005737
001041
004737
1046401
000000
005037
005037

002006

001126

Mov

dRHWC ,$BDDAT

187

ANERFLGY

JSR
TYPE

PC,a#CHECKE
JCPHALT

CLR
CLR

afWECC
ANWECC2

BEQ
ERROR

6%:

043156
062562

BNE

HALT

052534
052536

6%
40

15760

;LOAD WORD COUNTER JUST

:HAVE ANY ERRORS OCCURRED?

:;BRANCH IF

YES

;CHECK THAT BITS =1
:CANNOT CONTINUE TESTING IF
:STOP THE

;CLEAR ECC
;CLEAR ECC

TEST

seFILL "REINTO' BUFFER WITH EXPECTED DATA OF

025562
025566
025570
025572
025574
025600
025602
025604

004037
003160
004156

025606

005037

177777
004037
004160
004220
000000

042650

JSR

RO,3#CLAREA

;FILL REINTO BUFFER

042650

.WORD
JSR

-1
RO,3#CLAREA

:DATA
sFILL REST

REINTO
REINT0+<255.#2>

REINT0D+<256.¢2>

REINTO+<272.t2>
0

CLR

002006

SNERFLGS

IN CASE

;SHOULD BE = 0
;RHWC DOES NOT = 0 AFTER A WRITE
;HEADER AND DATA [S COMPLETED

ALL

THEY DON'T

1°'S

;FROM
;10

:FROM

;10
;DATA

:CLEAR ERROR FLAG

;*NOW COMPARE ''DISK'® BUFFER WITH "'REINTO' BUFFER IN (ORE
025612
025616
025620
025622
025624
025626
025630
025632
025634
025636

004037
003160
051534
000421
025632
02563¢
025642

JSR

0643626

REINTO

D]SK
273.
3
5%

157160

104007

4%:

ERROR

104010

5¢:

ERROR

000207

RO,3#COMPAR

RTS

; CHECK

:G00D BUFFER

s TEST BUFFER
+NUMBER Of WORDS (HECKED
;RETURN POINT FOR ERROR HEADER
RETURN POINT FOR ERROR DATA

;RETURN FOR GOOD COMPARISON

;READ ERROR 10 NEXT

:WORD NOS 1 TO 256 ARE
;DATA WORDS
;WORD NOS 257 AND 258

;RETURN TO COMPARE

JARE

ECC

WwHICH HAVE

BEEN

alal

CIRJIGDO,RPO4/5/6 DSKLS CTRLRI
10-SEP-79 11:00
CZRIGD.PIY

5663
5664
5665
5666
5667
5668
5669

5670
5671

025640

000207

RIS

: ZEROED
*WORD NOS 259
:1S DATA GAP
*WORD NOS 260 10 273
*ARE TOLERANCE GAP
;RETURN T0 (OMPARE

SEQ 0127

]

K 10

30A(1052)
10-SEP-79
11:11
PAGE 128
157
WRITE HEADER AND DATA 2

MACY11

CZRIGDO,RPOL/5/6 DSKLS CTRLRT
CIRIGD.P1T
1D-SEP=79 11:00

CZ7JGDO,RPO4/5/6 DSKLS CTRLRI
10-SEP-79 11:00
CZRJGD.PVY
5672
5673
5674
5675
5676
5677
5678
5679
5680
5681
5682
5683
5684
5685
5686
5687
5688
5689
5690
5691
5692

5693
5694
5695
5696
5697
5698
5699
5700
5701
5702
5703

MACYT

3?;;1052)

L 10

10-SEP-79
11:11
PAGE 129
WRITE HEADER AND DATA 2

SEQ 0728

';t"t't'fi't"'"""""""""""""l"t"t""'t'"'t"""

;*TEST 60
WRITE HEADER AND DATA 3
st
WRITE CYLINDER O FORMAT 16 BITS PER WORD
A
TRACK 1, SECTOR 1, KEY O, NUMBER OF WORDS 256
ALTERNATE ONES AND ZEROS (052525)
i
i
ANY ERROR LOGIC INDICATIONS ARE NOT CONCLUSIVE ON FIRST PASS
v
BECAUSE ERROR LOGIC HAS NOT BEEN CHECKED YET (ON FIRST PASS)
':tt't.'""""""""""i't""'"".""""'t"""."t"'t

025642
025644
025650

001000
000060

15760:
002032

051436
000460
000377

025656
025662
025666
025672
025674
025676

SCOPE

MOV

#STACK,SP

;RESET

MOV
MOov

#SECGAP,RO
#304. ,R1

;POINTER
: COUNTER

DEC
BNE
JSR

R1
1%
PC,CLDISK

Mov

1%:

042732

Mov

#TINO,S#TSTNM

#377,(RO)+

STACK

;THIS SAVES TEST

NUMBER

;LOAD SIMULATED ''DISK'" AREA WITH 377

“THIS 1S USED TO SET UP GENERAL
"REGISTER CORRESPONDENCE

;*THESE ARE TO BE SETUP FOR DISKLESS USE ONLY
025702

012737

010000

052754

MoV

025710
025716
025722
025726
025734
025740
025742

012737
005037

000401
052760

052756

012737
004537
052754
052764

000400
0464140

05301¢

Mov
CLR
CLR
MoV
JSR

005037

052762

wlyL
GCRC

N#EMT22,3#WCYL

;FORMAT 22=16 BIT WORDS AND
;CYLINDER 0
#6401,3#WSECTR ; TRACK=1, SECTOR=1
IFWKEY]
:KEY1=0
SNWKEY?
;KEY2=0
#256. ,8#FNWORD
;256 DATA WORDS
RS, a#CRC
;60 TO CALCULATE (RC

;*THESE ARE REGULAR SETUPS FOR RH11 AND '‘WRFROM'' BUFFER
153660

Mov
MOv

#-260.,aRHWC
#WRFROM,RO

;256 DATA WORDS & HEADER WORDS
s THESE TWO INSTRUCTIONS GET

RO,aRHBA

:AND BUS ADDRESS REGISTER

:ADDR. OF WRFROM INTO RO

—

177374
002114

025756

010077

153652

MOv

025762

012720

010000

Mov

NFEMT22,(RO)+

025766
025772
025774
025776
026002
026006
025010
026012

012720
005020
005020
012705
012720
005305
001374
012777

000401

MOV
CLR
CLR

#401, (RO) ¢
(RO)+
(RO)+

;FORMAT=16 BIT WORDS
; CYLINDER=0
;TRACK=1, SECTOR=1, KFYS=0
;KEY1=0
(KEY2=0

MoV
DEC
BNE
MOv

#052525,(RO)¢
RS
3%
#401,3RHDST

;MOVE ALTERNATE ONES FOR DATA
s COUNT
;BRANCH IF DATA NOT COMPLETE
:TRACK=1 SECTOR=1

026020

004737

0642766
062562

JSR

PC,a#CHECKT

NOWVNE

W= OO0

NNSNNNSNSNSNNSNNNNNNNN
PORNUPNLNIPONONONY
= b b ccd cd cad B bt

(W IV SV RV IV TV IV LV IV LV SV TV LV SV LV LV LV ]

012777
012700

NO WS W

025744
025752

026024

026030

1046401

000000

2%:

000400
052525
000401

3%:
153624

MOV

TYPE

HALT

#256.,R5

LCPHALT

; COUNIER

;CHECK THAT DVA,RDY,DPR,DRY = 1

;AND THAT NO OTHERS = 1,

CANNOT (ON-

;TINUE TESTING IF BOTH AREN'T TRUE
;STOP THE TEST

026032

013713

002066

026036
026042
026050
02605¢

005037
012777
0050’7
004737

002006
010000

153576
05260v

MACY11

n10

30A(1052)
10-SEP-79
11:11
PAGE
160
WRITE HEADER AND DATA 3

130

SeQ 0129

MOV

afWRIFOR,aR]

CLR

QVERFLGS

:AND DATA WITH 62 IN RH(CS!
;CLEAR ERROR FLAG

SRHCA

;CYLINDER=0

MOV
CLR
JSR

153600

#EMT22,aRNHOF
PC,a#COMWKD

:GET READY FOR WRITE HEADER

;FORMAT BIT=1(16 81T WORDS
;WRITE HEADER AND DATA INTO ''DISK'" CORE

;*1F THE PROGRAM COMES BACK HERE WITHOUT ERROR PRINTOUTS
;*FROM THE ""COMWHD'' ROUTINE THAT MEANS ALL HEADER IN
;*''DISK' 1S GOOD. DATA IS TO BE CHECKED TO SEE
s*IF 1T IS ALL 752525 AND WRITE DATA GAP AND
;*TOLERANCE GAP TO SEE IF THEY ARE ALL ZEROS.

~NO

—

A RV LV RV RV RV LV LV LV ]
NNNNNNN\‘N
w AN AN N N NN LN N

CIRJIGDO,RPO4/5/6 DSKLS CTRLRI
10-SEP-79 11:00
CIRJGD P

;*RHWC IS CHECKED TO BE = 0
026060
02606>
026070

017737
001401

153546

001126

MOV

dRHW( ,$BODAT

:LOAD AND TEST FOR ZERO

ERROR

;RHWC DID NOT = 0 AFTER A WRITE

BEQ

104040

;RHWC SHOULD = 0

;HEADER AND DATA WAS

COMPLETED

;*ONLY ECCY AND ECC2 ARE NOT CHECKED
026072
026076
026100
026104
026110

026112
026116

005737
001041
004737

002006

104401

043156
062562

005037

052534

000000

005037

6%:

187

BNE
JSR
TYPE
HALT

CLR
(LR

052536

S#ERFLGS

157161
PC,a#CHECKE
»CPHALT

AMWECCT
INWECC2

;HAVE ANY ERRORS OCCURED?

; ;BRANCH IF YES
;CHECK THAT BITS = 1
; CANNOT CONTINUE TESTING IF
:STOP THE

:CLEAR ECC
:CLEAR ECC

TEST

THEY DON'T

;eFILL "'REINTO' BUFFER WITH EXPECTED DATA

5770
57N
5772
5773
5774
5775
5776
5777
5778
5779
5780
5781
5782
5783

026122
026126
026130
026132
026134
026140
026142
026144
026146

004037
003160

042650

004037
004160
004220
000000
005037

042650

004756
052525

JSR

REINTO

RO,#CLAREA

REINTO+<255.¢2>
.WORD
52525
JSR
RO,3#CLAREA
REINTO+<256.%2>
REINTO+<272.*2>
O
LWORD
CLR
SVERFLGS

002006

;FILL REINTO BUFFER
;FROM

;10
:DATA
;FILL REST
;FROM
;10
:DATA
;:CLEAR ERROR FLAG

;:*NOW COMPARE “'DISK'' BUFFER WITH "REINTO' BUFFER IN CORE
026152
026156
026160
026162
026164
026166
026170
026172
026174
026176

004037
003160
051534
000421
026172
026176
026202
104007
000207
1)4010

JSR
REINTO

043626

RO,a#COMPAR

s CHECK
:GOOD BUFFER

D15K
273.

;TEST BUFFER
;NUMBER OF WORDS CHECKED

5%
157161

;RETURN POINT FOR ERROR DATA
;RETURN FOR GOOD COMPAR]SON

4%
A ¥

ERROR

RTS

;RETURN POINT FOR ERROR HEADER

;READ ERROR 10 NEXT
;RETURN TO COMPARE

;WORD NOS 1 TO 256 ARE
:DATA WORDS

CIRJGDO,RPO4/5/6 DSKLS CTRLRY
CIRJGD.PVY
10-SEP-79 11:00
5784
5785
5786
5787
5788
5789
5790
2;3;
5793
5704
5795

MACY11

N 10
30A(1052)
10-SEP-79
11:11
PAGE
160
WRITE HEADER AND DATA 3

131
;WORD NOS 257 AND 258
;ARE ECC WHICH HAVE BEEN
: LEROED
;WORD NOS 259
;1S DATA GAP

026200

000207

RTS

;WORD NOS 260 10 273
;ARE TOLERANCE GAP
;RETURN TO COMPARE

SEQ 0130

1
MACY11

5796
5797
5798
5799
5800
5801

5845
5846
5847
5848
5849
5850
5851

132

SEQ 0131

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

TeTEST 61
A

9802

5803
5804
5805
5806
5807
5808
5809
5810
5811
5812
5813
5814
5815
5816
5817
5818
5819
5820
5821
5822
5823
5824
5825
5826
5827
5828
5829
5830
5831
5832
5833
583¢
5835
5836
5837
5838
5839
5840
5841
5842
5843
5844

8 11
30A(1052)
10-SEP-79
PAGE
1
11:
160
WRITE HEADER AND DATA 3

PROGRAM ERROR RH(S2 #10

WRITE CYLINDER O,

FORMAT

16 BIT PER WORD

TRACK O, SECTOR O, KEYS O, NUMBER OF WORDS 256 OF 0'S
WHILE GO BIT IS SET ANOTHER GO IS GIVEN THIS SHOULD SET
PROGRAM ERROR

';"."'"'"'"'"'""""'"""""""'l.""""""'.'."'

026202
026206
026210

001000
000061

002032

051436
000460

026216
026222
026226
026232
026234
026236

1%:

177777

0642732

026242

012737

010000

026250
026254
026260
026264
026272
026276
026300

005037
005037
005037
012737
004537

052756
052760
052762
000400
044140

177374
002114
153314
000403
010000

026302
02631C
026314
026320
026324

026330
026332
026334
026336

15761:

052754

053014

153302

026342
026346

004737

062766
062562

026352

000000

026354

013711

002066

026360
026364

005037
012777

002006
010000

104401

#STACK,SP
#TTINO,SF#TSTNM

SRESET STACK
;THIS SAVES TEST NUMBER

mMov
MoV
mov
DEC
BNE
JSR

¥SECGAP,RO
#304. ,R1
#-1,(RO)+
R1

;POINTER
;COUNTER
sCLEAR DISK AREA TO ALL ONES.

; *THESE

ARE

MOV

FEMT2Z ,a0WlYL

CLR
(LR
CLR

S¥WSECTR
ANWKEY

153322

1%
FC.CLDISK

INWKEY?
#256.,9#FNWORD
RS.,a#CRC

: *THESE

ARE

Mov
MOV
MOV
Mov
mMov

#-260. ,aRHWC
#WRFROM,RO
RO,aRHBA
#259.,RS
FEMT22,(RO)+

TYPE

;TRACK=0,

KEY1=0
:KEY2=0

SECTOR=0

;256 DATAWORDS
;60 TO CALCULATE CRC

:256 DATA WORDS & HEADER WORDS

:FROM BUFFER ''WRFROM''

:IN BUS ADDRESS
;s COUNTER
;FORMAT =16 BIT WORD
:CYLINDER=0
: COUNT

:BRANCH IF ALL 259 NOT COMPLETE
s TRACK=0,
PC,a#CHECKT
,CPHALT

SECTOR=0

:CHECK THAT DVA,RDY,DPR,DRY = 1
;AND THAT NO OTHERS =

CANNOY

3R
ANWRIFOR,

CLR

QVERFLGS

NEMT22 ,QRHOF

(ON-

;TINUE TESTING IF BOTH AREN'T TRUE

;STOP THE TEST

Mov

MOV

:FORMAT 22=16 BITWORDS AND
:CYLINDER O

;SECTOR=0, TRACA=0,xKEYS=0, ALL DATA=0

HALT

153256

REGISTERS

REGULAR SETUPS

(LR
DEC
BNE
CLR
JSR

“THIS IS USED TO SET GENERAL

TO SET UP FOR DISKLESS USE ONLY

MOV

JSR
wlyL
GCRC

2%:

005077

SCOPE

Mov
Mov

;GET READY FOR WRITE HEADER

;AND DATA WITH 62

;CLEAR ERROR FLAG

IN RH(S!

;FORMAT BiT=1
16 BIT

WORDS

(alal

CIRJIGDO,RPO&/S/6 DSKLS CTRLRY
10-SEP-79 11:00
CIRJGD P

5852
5853
585¢
5855
5856
5857
5858
5859
5860
5861
5862
5863
5864

026372
026376
026404
026612
026414

005077
012777
052777
000240
052777

026422
026426
026434
026436
026444

004737
0327%7
001404
013737

026446

104037

153254

MACY11

000001
000001

153254
153226

000001

153216

042336
002000

001714

001636

001122

cn
30A(1052)
10-S2P=79
11:11
PAGE 133
PROGRAM ERROR RHCSZ2 #10
161
SRHCA

BIS
NOP
BIS

#G0,aRHCST

;60

#GO,aRHCST

;THIS GO SHOULD SET PGE

JSR

PC,a#PUTREG
#PGE ,an (S

Mov

g;nncsz.a:savon

JSAVE REGISTERS
;1S PGE SET
;BRANCH [F GOOD

BI11
BEQ
ERROR

:CYLINDER O
;SET DIAGNOSTIC MODE

CLR

MOV

#DMD ,aRHMR

SEQ 0132

;PGE DID NOT SET WHEN A WRITE
;WAS ATTEMPTED WITH ONE

IN PROGRESS

[ea
X
n]

CIZRJGDO,RPOL/S/6 DSKLS CTRLRI
10-SEP-79 11:00
CZRJIGD P

5865
5866

5867
5868

5869
5870
5871
5872
5873
5874
5875
5876
5877
5878
5879
5880
5881
5882
5883
5884
5885
5886

10-SEP-79 11:00

0D 11
30A(1052)
10-SEP=-79
11:11
PAGE
161
PROGRAM ERROR RHCSZ #10
A

R
2

A]
MR
A
2

‘Rt

THESE
THE

SECTOR GAP AND SYNC BYTE

TAGGED SECGAP:

AND WSSYNC:

ARE

ALWAYS READ AS

IS IN THE SIMULATED DISK AREA

THE HEADER CONSISTING OF CYLINDER ADDRESS,
TRACK AND THE KEYS ARE READ FROM LOCATION

SECTOR,

CYL:, SECTOR:, KEY1:, AND KEY2 AND NOT FROM

HEADER:

ON SIMULATED DISK

CRC IS READ FROM SIMULATED DISK LOCATION WCRC:
HEADER GAP IS ALWAYS READ AS ZEROS NO MATTER

THE DATA SYNC IS READ
ON SIMULATED DISK

MAINTAINABILITY REGISTER - RHMR

IEROS AND 144000 NO MATTER WHAT

RRARRRARRRRRRRRRRRRRRRRlR

TESTS ARE THROUGH THE

WHAT

SEQ 0133

L2202

[

134

ALL

1S ON THE

DATA

SIMULATED DISK

AREA

FROM HDWSYN:

IS READ FROM SIMULATED DISK

DISK:

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

CIRJIGD.PY

MACY11

CIRJIGDO,RPO4/5/6 DSKLS CTRLRI

CIRJGDO,RPOL/S/6 DSKLS CTRLRI
10-SEP-79 11:00
CIRJGD P
5887
5888
5889
5890
5891
589?2
5895
589¢
5895
5896
5897
5898
5899
5900
5901
5902
5603
5904
5905
5906
5907
5908
5909
5910
5911
5912
5913
5914
5915
5916
5917
5918
5919
5920
5921
5922
5923
5924
5925
5926
5927
5928
5929
5930
5931
5932
5933
5934
5935
5936
5937
5938
5939
5940
95941
5942

MACY
1Y

30A(1052)
161

10-SEP-79

11:11

PAGE

PROGRAM ERROR RH(S2 #10

135

SEQ 0134

PR RRRRRRACRRRCRCRRORROREROEREORRROROERNOOROERRNRORORRRNRORORORROERNORRNOOROORRRNOONYS

SeTEST 02

READ HEADER AND DATA

READ CYLINDER O FORMAT

BECAUSE ERROR LOGIC HAS NOT BEEN CHECKED YET (ON FIRST PASS)

L
srr

16 BITS PER WORD

TRACK 0, SECTOR O, KEYS 0, 256 WORDS OF 0
ANY ERROR LOGIC INDICATIONS ARE NOT CONCLUSIVE ON FIRST PASS

coaeeRRRRNSCRRNESERROCROEROROCSORRRRORCRRRRORORRRRRRNROERNORRNRRNRANOERNOORERNNOOERY

026446
026450
026454

000004
012706
012737

001000
000062

15162:
002032

i
.
000000
000400

026462
026466
026472
026476
026500
026502
026504
026506
026512
026514
026516

051534

1%:

SCOPE

MOV
Mov

2%:

005020
005305

;RESET STACK
- THIS SAVES TEST NUMBER

SETUP FOR WHAT 1S TO BE READ
HEADER CRC 1S RESTORED FROM A SUBROUTINE
MOV
MOV
MOV

#0,-(SP)
#256. RS
#D1SK,RO

DEC

1871

(SP)+

MOV
BNE

000021

#STACK,SP
FTINO,a#TSTNM

;DATA 10 BE READ
; COUNTER
;START OF SIMULATED DISK DATA

(SP),(RO) ¢+

:MOVE IN DATA ON TO SIMULATED DISK

;BRANCH IF 256 NOT COMPLETE

MoV

#17.,RS

(LR
DEC
BNE

(RC)+
RS
2%

:*THESE ARE

: COUNT

:UNDO =(SP)

;2 ECC WORDS
;1 DATA GAP
;14 TOLERANCE GAP

;CLEAR ECC, DATA GAP, AND
:TOLERANCE GAP
;BRANCH IF NOT COMPLETE

10 SETUP FOR DISKLESS USE ONLY

026520

010000

047616

MOV

#O'FMT22,3#CYL

026526
026534
026542
026550
026556
026564
026570
026574
026576

000000
000000
000000
000000
000400
047626
044140

047621
047620
047622
047624
047676

MOVB
MOVB
MOV
MOV
MoV
CLR
JSR

#0,3#SECOTR+YT
;TRACK O
#0,8#SECOTR
;SECTIOR O
#0,90KEY
:KEY1:=0
#0,aNKEY2
(KEY2=0
#256..9#DAWORD
;NO. OF DATA WORDS
anx
:Th!'S IS A READ COMMAND
RS.#CRC
;G0 TO CALCULATE (RC

v
WCRC

;16 BITS PER WORD

:CYLINDER O, FORMAT 16 BITS

:vTHESE ARE REGULAR SETUPS FOR RM11 AND "'REINTO'
026600
026604
026612
026620
026624

042732

177374

003160
000000
000000

153020
153014

000001

JSR

MOV
MOV
MOVB
MOVB

PC,a#CLDISK

#-256.-4.,0RHW(
#REINTO,aRHBA
#0,-(SP)
#0,1(5P)

;SETUP GENERAL REGISTERS

:256. DATA & HEADER WORDS
;STARTING ADDRESS OF READ BUFFER
:IN LOWER BYTE GET SECTOR
:GET TRACK IN HIGHER BYTE

5943
5944
5945

5946
5947
5948
5949
5950
5951
5952
5953
5954
5955
5956
5957
5958
5959

026632
026636

012677
012777

153006
014000

026644

005077

026650
026654

004737

026660

000000

026662
026666
026¢72

013711
005037
004737

1064601

F 1
30A(1052)
10-SEP=-79
11:11
PAGE
READ HEADER AND DATA 1
162

(SP)+,@RHDST
;TRACK/SECTOR IN RHDST
BEMT22'ECI,aRMOF ;16 BITS PER WORD

153002

(LR

aRHCA

042766
062562

JSR

PC,afCHECKT

:CHECK THAT DVA,RDY,DPR,DRY =1

a#REFOR,aR1
AFERFLGS
PC,a#COMHD

:READ HEADER AND DATA:=7?
;CLEAR ERROR FLAG
;READ HEADER AND DATA

;10 BE

LCPHALT

MOV
(LR
JSR

002072
002006
047456

;*1F

CHECKED

:CYLINDLR 0O

:AND THAT NO OTHERS = 1,
CANNOT (ON:TINUE TESTING IF BOTH AREN'T TRUE
;STOP THE TEST

HALT

THE PROGRAM COMES BACK HERE WITHOUT ERROR PRINTOUTS

;*FROM THE ''COMHD'' ROUTINE

THAT MEANS SECTOR GAP,

;*FIRST SYNC, HEADER, HEADER CRC, HEADER GAP AND

;*SYNC BYTE HAVE GONE BY AND SYN(CS WERE CORRECTLY

;*DETECTED.

5966

5994
5995
5996
5097
5998

;ECC CORRECTION INHIBIT
;BECAUSE ECC IS NOT GOING

TYPE

9962
95963
95964
5965

5993

SEQ 0135

Mmov
MmOV

153004

5960
5961

5967
5968
5969
5970
5971
5972
5973
5974
5975
5976
5977
5978
5079
5980
5981
5982
5983
5984
5985
5986
5987
5988
5989
5990
5991
599°2

136

026676
0267064
026706

017737
001401
104040

152730

001126

;*RHWC

1S CHECKED TO BE

= O AFTER THE

MOV

aRHW( ,$BDDAT

;LOAD AND

BtaQ
ERROR

20$
40

;*HEADER AND DATA ARE

TEST

READ OPERATION
RHW(

:SHOULD = 0
;RHWC DOES NOT = O AFTER A READ
sHEADER AND DATA
TO BE

CHECKED.

;tIN CHECKING READ DATA THE WRITE FROM BUFFER
;¢ 'WRFROM' 1S FILLED WITH EXPECTED DATA AND

. *COMPARISONS ARE MADE.
026710
026714
026716
026722
026726
026730
026734
026740
026744
026752
026754

026760

026764
026770

026774
026776
027000

20%:

002006

043156
062562

620

002114
01000C
000000
000000
000000
000000
000400
000000

1581
BNE
JSR
TYPE

HALT
MOV

MOV
000001

MOvB
MOvB
MOV
MOv
MOV
MOv
MOv

Mov
PEC
BNE

ANERFLGS
15163
PC,a#CHECKE
,CPHALT
#WRFROM,RO
#0'FMT22,(RO)+
#0,-(SP)
#0,1(SP)
(SP)+,(RO)+
#0,(RO)+
#0,(RO)¢
#256. ,R1
#0,R2

RZ2,(RO)¢
R1
3%

:ANY ERRORS ALREADY THERE
:BRANCH IF YES
;CHECK THAT BITS =1
:CANNOT CONTINUE TESTING IF

THEY DON'1T

;:STOP THE TEST
;GETTING READY TO FILL EXPECTED DATA

;CYLINDER O

:IN LOWER BYTE GET SECTOR
;GET TRACK IN HIGHER BYTE
;GET TRACK/SECTOR IN BUFFER
;KEYY IN BUFFER
;KEY2 IN BUFFER
;DATA WORD COUNTER
;DATA

;DATA INTO BUFFER
: COUNT
:BRANCH |F 256 NOT DONE

;*NOWw READ DATA BUFFER WlLL BE

(MECKED

MACY11

CIRJGDO,RPOL/S/76 DSKLS CTRLRI
10-SEP-79 11:00
CIRJIGD PN

CIRJGDO,RPOL/S/6 DSKLS CTRLRI
10-SEP=79 11:00
CIRJGD.PT
5999
6000
6001
6002
6003
6004
6005
6006
6007
6008
6009
6010
6011
6012
6013
6014
6015
6016

027002
027006
027010
027012
027014
027016
027020
027022
027024
027026

004037
002114
003160

027030

000207

MACY11

6 N

30A(1052)
10-SEP-79
11:11
PAGE
162
READ HEADER AND DATA 1

043626

JSR

WREROM
REINTO

§4256.
3

000404
027022

027026
027032
106004

000207
104005

RO,a#COMPAR

5¢:

15163
ERROR

RTS

ERROR

RTS

SEQ 0136

;s CHECK

;GO0D BUFFER
;TEST BUFFER

;NUMBER OF WORDS CHECKED
;RETURN POINT FOR ERROR HEADER
:RETURN POINT FOR ERROR DATA

137

;RETURN FOR GOOD COMPARISON
JREAD NEXT ERROR

;RETURN T0 ‘'COMPAR''
;WORD NOS 1 TO & ARE

:RETURN TO ''COMPAR'’

;HEADER WORDS

10 260 ARE

DATA WORDS

10-SEP=-79 11:00

MACY1Y

6017

30A(1052)

162

10-SEP-79

11:11

PAGE

READ HEADER AND DATA 1

138

6018

::l"""t"'t"""""""'t""'""'Qtt'lt""!t't"'t"t"t'

6019
6020

;eTEST 63
READ HEADER AND DATA 2
XL
READ CYLINDER O FORMAT 16 BITS PER WORD

6021
6022
2852

;e
pee
Jre

6025

:.".t""."""'0"""0"""""'"'Ott'ttt'tttttttttt"t't"'

6026

6027

68%3
6

027032

02703«

027040

000004

012706
012737

001000

000063

15163:
002032

6030
6031
6

6034
6035
6036
6037
6038

027046
027052
027056
027062
027064

012746
012705
012700
011620
005305

60640
6041
6042
€"63
oV4&
6045

027070
027072

005726
012705

6039

68&?
604

027066

027076
027100
027102

177777
000400
051534

1%:

001375

000021

005020
005305
001375

2$:

:DATA 10 BE READ
: COUNTER
:START OF SIMULATED DISK DATA
:MOVE IN DATA ON T0 SIMULATED DISk
: COUNT

151
MOV

(SP)+
#17..RS

CLR
DEC
BNE

(RO)+
RS
2%

:UNDO =(SP)
:2 ECC WORDS
:1 DATA GAP
:14 TOLERANCE GAP
:CLEAR ECC, DATA GAP, AND
:TOLERANCE GAP
;BRANCH IF NOT (OMFLETE

012737

010000

047616

MOV

027160
027162

112737
112737
012737
012737
012737
005037
004537

000000
000001
000000
000000
000400
047626
044140

047621
047620
047622
047624
047676

6060
ogo;

027112
027120
027126
027134
027142
027150
027154

MOVB
MOVB
MOV
MOV
MCV
CLR
JSR

047616
051516

CyL
WCRC

6068
6069
6070
6071
6072

;BRANCH IF 256 NOT COMPLETE

#O'FMT22,3#CYL ;16 BITS PER WORD
:CYLINDER 0, FORMAT 1+ BITS
#0,3#SECOTR+1
;TRACK 0
;SECTOR 1
#1,30SECOTR
#0,30KEY]
(KEY1=0

#0,90KEY2
#256.,3#DAWORD
anx
RS,a#CRC

;KEY2:=0
;NO. OF DATA WORDS
:THIS 1S A READ (OMMAND
;60 TO CALCULATE CRC

;+THESE ARE REGULAR SETUPS FOR RH11 AND ‘'REINTO"

6063

6064

:THIS SAVES TEST NUMBER

#-1,-(SP)
#256..RS
#015K,R0
(SP), (RO)+
RS

0271064

6065
6066
6067

CRESET STACK

MoV
MOV
MoV
MOV
DEC

6051
6052
6053
6054
6055

606

FTINO,INTSTNM

:+THESE ARE TO SETUP FOR DISKLESS USE ONLY

oggg

6056
6057
6058
6059

#STACK,SP

SETUP FOR WHAT 1S T0 BE READ
HEADER CRC IS RESTORED FROM A SUBROUTINE

BNE

6048
6

SCOPE

CTolY
MOV

oggg

TRACK O, SECTOR 1, KEYS 0, 256 WORDS OF 177777
ANY ERROR LOGIC INDICATIONS ARE NOT CONCLUSIVE ON FIRST PASS
BECAUSE ERROR LOGIC HAS NOT BEEN CHECKED YET (ON FIRST PASS)

027164
027170
027176

027206
027210
027216
027222

004737
012777
012777

112746
112766
012677
012777

042732
177374
003160

000001
000000
152422
014000

152434
152430

000001
152420

JSR
MOV
MoV

MOVB
MOVB
MOV
MOV

:SETUP GENERAL REGISTERS
PC,aMCLDISK
#-256.-4. ,9RHWC :256. DATA & HEADER WORDS
;STARTING ADDRESS OF READ BUFFER
SREINTO,QRHBA

:IN LOWER BYTE GET SECTOR
#1,-(SP)
:GET TRACK IN HIGMER BYTE
20,1(5P)
;TRACK/SECTOR IN RHDS!
(SP)+ ,@RHDST
SEM122 EC1,ORHOF ;16 BITS PER WORD
;ECC CORRECTION INMIBIT

SEQ 0137

CIRJGDO,RPOL/5/6 DSKLS CTRLRY

CIRJIGD.PIY

C(IRJGDO,RPOL/S5/6 DSKLS CTRLR]
10-SEP-79 11:00
C(IRJGD P11
6073
6074
6075
6076
6077
6078
6079
6080
6081
6082
6083
6084
6085
6086
6087
6088
6089
6190
6091
6092
6093
6094
6095
6096
6097
6098
6099
6100
6101
6102
6103
6104
6105
6106
6107
6108
6109
6110
611
6112
6113
6114
6115
6116

6117
6118
6119
6120
6121
6122
6123
6124
6125
6126
6127
6128

MACY1T

I N

30a°1052)
10-SEP=-79
11:11
PAGE
READ
HEADER AND DATA ?
163

139

SEQ 0138

027230

005077

152416

CLR

aRHCA

;BECAUSE ECC IS NOT GOING
;10 BE CHECKED
;CYLINDER O

027234
027240

004737

042766
062562

JSR

PC,a#CHECKT

;CHECK THAT DVA,RDY,DPR,DRY = 1

027244

000000

027246
027252
027256

013711
005037
004737

104401

T1YPE

LCPHALT

;AND THAT NO OTHERS = 1.

HALT

;STOP THE

MOov
(LR

002072
002006
047456

SFREFOR IR
QFERFLGS

;*1F

(ON-

TEST

;READ HEADER AND DATA=7?
:CLEAR ERROR FLAG

;READ HEADER AND DATA

PC,a#C(OMKD

JSR

CANNOT

;TINUE TESTING IF BOTH AREN'T TRUE

THE PROGRAM (OMES BACK HERE WITHOUT ERROR PRINTOUTS

;oFROM THE "'COMMD'' ROUTINE THAT MEANS SECTOR GAP,
;*FIRST SYNC, MEADER, HEADER (RC, HEADER GAP AND

;*SYNC BYTE HAVE GONE BY AND SYNCS WERE CORRECTLY
¢*DETECTED.

027262
027270
027272

017737
001401

152344

001126

;*RHWC

IS CHECKED TO BE

= O AFTER THE READ OPERATION

MOv

SRHW( ,$BDDAT

;LOAD AND TEST

BEQ
ERROR

104040

20%
40

;*HEADER AND DATA ARE

RHW(

;SHOULD = C
;RHWC DOES NOT = O AFTER A READ

;HEADER AND DATA

TO BE

CHECKED.

;*IN (HECKING READ DATA THE WRITE FROM BUFFER
;¢ 'WRFROM' ]S FILLED WITH EXPECTED DATA AND
;*COMPAR]ISONS ARE MADE.
027274
027300
027302
027306
027312
027314
027320
027324
027330
027336
027340
027344
027350

005737
001046
004737

043156
062562
002114
010000
000001
000000

000000
000000
000-09
1777¢7

027354
027360
027362
027364

20%:

002006

1S7

#WRFROM,RO

:GETTING READY 10 FILL EXPECTED DATA

MOV

#0,(RO)+

MOV

MOV
MOV

MoV
DEC

BNE

:STOP THE TEST

#O0'FMT22,(R0O)+
#1,-(SP)
#0,1(5P)
(SP)+,(RO)¢

;CYLINDER O
:IN LOWER BYTE GET SECTOR
;GET TRACK IN HIGHER BYTE
:GET TRACK/SECTOR IN BUFFER

#0,(R0O)+

:KEYZ2 IN BUFFER

#256. ,R1
#-1,R2

R2.,(RO) ¢
R1

KEYY

IN BUFFER

:DATA WORD COUNTER
;DATA

:DATA INTO BUFFER

;s COUNT

:BRANCH 1F 256 NOT DONE

:*NOw READ DATA BUFFER WlLL BE C(HECKED
027366
027372
027374

00<0%7
002114
003160

043626

THERE

MOV

MoV
MOVB
MOVB
MOV

b1 ¥

:ANY ERRORS ALREADY

;BRANCH IF YES
:CHECK THAT BITS = 1
:CANNOT CONTINUE TESTING IF THEY DON'T

HALT

000001

SNERFLGY

197164
PC,o¥#CHECKE
LCPHALTY

BNE
JSR
TYPE

JSR
WREROM
REINTO

RO,a#(OMPAR

JCHECK
;600D BUFFER
;TEST BUFFER

CIRJGD.PIY
6129
6130
6131
6132
6133
6134
6135
6136
6137
6}%8
6

6140
6141
6142

10-SEP=-79 11:00

027376
027400
027402
027406
027406
027410
027612

000404
0274006
027412

027414

000207

027416
104004

000207
104005

MACY11

30A(1052)

163

10-SEP-79

5%:

J N

PAGE

READ HEADER AND DATA 2
64256,
3]
5%

6%:

11:11

15164
ERROR

140

;NUMBER OF WORDS CHECKED
sRETURN POINT FOR ERROR HEADER
;RETURN POINT FOR ERROR DATA

RTS
ERROR

&
P(
§

RTS

;RETURN FOR GOOD COMPARISON
READ NEXT ERROR

;RETURN 10 "'COMPAR'’
;WORD NOS 1 TO 4 ARE

;HEADER WORDS
;5 10 260 ARE DATA WORDS

;RETURN 10 ''COMPAR"

R
Sea 0139

CIRJGDO,RPOL/S5/6 DSKLS CTRLRY

6143
6144
6145
6146
6147
6148
6149
6150
6151
6152
6153
6154
6155
6156
6157
6158
6159
6160
6161
6162
6163
6164

6165

6166

6167
6168
6169
6170
6171
6172
6173
6174
6175
6176

6177
6178
6179
6180
6181
6182
6183
6184
6185
6186
6187
6188
6189
6190
6191
6192
6193
6194
6195
6196
6197
6198

10-SEP-79 11:00

MACY11

)

141

SEQ 0140

':"?"C"""""""""'"""""""""""l"lt"""'""

SeTESY 64
2

‘e

[

SR E2Z2

027416
027420
027424

000004
012706
012737

001200
000064

15164:
002032

READ HEADER AND DATA 3

READ CYLINDER O FORMAT

TRACK

16 BITS PER WORD

SECTOR 1, KEYS 0, 256 WORDS OF 052525

ANY ERROR LOGIC

INDICATIONS ARE NOT

CONCLUSIVE

2222222222222

2222222222202

BECAUSE ERROR LOGIC MAS NOT BEEN CHECKED YET
SCOPE
MOV
Mov

#STACK,SP
#TINO,Q#TSTNM

JRESET STA(CK
;THIS SAVES TEST

ON FIRST

PASS

(ON FIRST PASS)

RRRARddR)

NUMBER

SETUP FOR WHAT 1S TO BE READ
HEADER CRC IS RESTORED FROM A SUBROUTINE

027432
027436
027442
027446
027450
027452
027456
027456
027462
027464
027466

012746
012705
012700
011620
005305
001375
005726
012705

052525
000400
051534

1%:

Mov
MOV

#052525,-(SP)
#256. RS

;DATA TO BE READ
; COUNTER

MOV

(SP), (RO)+

sMOVE

;BRANCH IF 256 NOT COMPLETE

MOV
DEC

181
Mov

(SP)+
#17.,R5

CLR
DEC
BNE

(RO)+
RS
2%

BNE
00002

2%:

005020
005305
001375

#0115k ,RO

;START OF

: COUNT

SIMULATED DISK DATA

IN DATA ON TO SIMULATED DISK

;UNDO -(SP)
;2 ECC WORDS
:1 DATA GAP
;14 TOLERANCE

GAP

;CLEAR ECC, DATA GAP, AND
; TOLERANCE GAP
;BRANCH IF NOT COMPLETE

;*THESE ARE TO SETUP FOR DISKLESS USE ONLY
027470
027476
027504
027512
027520
027526
027534

027540
027544
027546

010000

047616

Mov

#O'FMT22,84CYL ;16 BITS PER WORD

000201
000201
000000
000000
000400
047626
044140

047621
047620
047622
047624
047676

Move
MOvB
Mov

#1,9#SECOTR+Y
#1,3#SECOTR
#0,3/KEY]

MOv
CLR

#256.,9#DAWORD
afx

Mov

JSR
cyL

#0,30KEY?

;CYLINDER O, FORMAT

;TRACK 1
JSECTOR 1
JKEY1=0

RS.,a#CRC

sKEY2=0

;NO. OF DATA WORDS
;THIS IS A READ COMMAND

;60 TO CALCULATE CRC

WCRC

;*THESE ARE REGULAR SETUPS FOR RH11

027550
027554
027562
027570
027574
027602
027606

16 BITS

042732
177374
003160
000901
000001
152036
014000

152050
152044

000001
152034

AND 'REINTO"

JSR
MOV
MoV
MOVB

PC,o#CLDISK
#-256.-4. ,RHWC
S#REINTO,8RHBA
#,-(SP)

;SETUP GENERAL REGISTERS
;256. DATA & HEADER WORDS
;STARTING ADDRESS OF READ BUFFER
:IN LOWER BYTE GET SECTOR

MOv

(SP)+ QRHDST

sTRACK/SECTOR IN RHDST

MOvB
MOV

#1,1(SP)

#EMT22'€C] ,aRHOF

;GET

TRACK

IN HIGHER BYTE

;16 BITS PER WORD

SECC CORRECTION INMIBIT

CIRJIGDO,RPO4/5/6 DSKLS CTRLRI

CIRJIGD.PYY

11
30A(1052)
10-SEP-79
11:11
PAGE
163
READ HEADER AND DATA 2
K

CIRJIGD.PVY

6199
6200
6201
6202
6203
6204
6205
6206
6207
6208
6209
6210
6211
6212
6213
6214
6215
6216
6217
6218
6219

6220
6221
6222

6223
6224
6225
6226
6227
6228
6229
6230
6231
6232

6233
6234

6235
6236
6237
6238
6239
6240
62641
6262

6243
6264
6245
6246

6247

6248
6249
6250
6251
6252

6253
6254

10-SEP-79 11:00

MACY11

30A(1052)
10-SEP=-79
11:11
PAGE
READ
HEADER AND DATA 3
164

142

SEQ 0141

sBECAUSE ECC IS NOT GOING
;10 BE

027614

005077

152032

CLR

SRHCA

027620
027624

004737
104401

042766
062562

JSR

PC,aNCHECKT

027630

000000

027632
027636
027642

013711
005037
004737

TYPE

L CPHALT

HALT

002072
002006
047456

CHECKED

;CYLINDER O

;CHECK THAT DVA,RDY,DPR,DRY - 1
;AND THAT NO OTHERS =

1.,

;STOP THE

TEST

d#REFOR,aR1

:READ HEADER AND DATA=72

JSR

PC,a3#COMHD

;READ HEADER AND DATA

SNERFLGS

(ON-

;TINUE TESTING IF BOTH AREN'T TRUE

MOov

(LR

CANNOT

;CLEAR ERROR FLAG

:*1F THE PROGRAM COMES BACK HERE W]THOUT ERROR PRINTOUTS
;*FROM THE ''COMHD’'' ROUTINE THAT MEANS SECTOR GAP,

+*FIRST

SYNC,

HEADER,

HEADER CRC,

HEADER GAP AND

;*SYNC BYTE HAVE GONE BY AND SYNCS WERE CORRECTLY
;*DETECTED.

;*RHWC 1S CHECKED TO BE = O AFTER THE READ OPERATION
027646
027654
027656

017737
001401

151760

001126

Mov

BEQ
ERROR

104040

aRHWC,$BODAT

20%
40

;*HEADER AND DATA ARE

:LOAD AND TEST

RHW(

;SHOULD = 0
;RHWC DOES NOT = 0 AFTER A READ
sHEADER AND DATA
TO BE

CHECKED.

;*IN CHECKING READ DATA THE WRITE FROM BUFFER
;¢ 'WRFROM'' IS FILLED WITH EXPECTED DATA AND
;*COMPARISONS ARE MADE.
027660
027664
0276¢6
027672
027676
027700
027704
027710
027714
027722
027724
027730
027734
027740
027744
027746

20%:

002006

043156
062562

766

620

002114
010000
000001
000001

afERFLGS

;ANY ERRORS ALREADY

JSR
TYPE

PC,aNCHECKE
L CPHALT

;CHECK THAT BITS =1
; CANNOT CONTINUE TESTING IF

MOV
rOovB
MOvVB
MOV
MOV

#WRFROM,RO
#0'FMT22,(RO)+
#,-(SP)
#1,1(SP)
(SP)+,(RO)¢
#0,(RO)¢

MOv

R2.(RO)¢

BNE

HALT
MOv

000001

000000
000000
000400

052525

181

MOV
MOV
MOv
DEC

BNE

027750

1ST65

#0,(RO)¢
#256. ,R1
#052525,R2
Rl

;BRANCH IF

YES

;STOP THE TEST
GETTING READY

004037

002114
003160

043626

JSR
WRFROM
REINTO

RO,8#(OMPAR

THEY DON'T

TO FILL EXPECTED CATA
;CYLINDER O
:IN LOWER BYTE GET SECTOR
;GET TRACK IN HIGHER BYTE
;GET TRACK/SECTOR IN BUFFER
;KEY1

IN BUFFER

;DATA

INTO BUFFER

;KEY2 IN BUFFER
:DATA WORD COUNTER
;DATA

. CNUNT

;BRANCH IF 256 NOT DONE

;*NOW READ DATA BUFFER wiLL BE CHECKED

027752
027756
027760

THERE

s CHECK
:G00D BUFFER
;TEST BUFFER

‘ala)

CIRJGDO,RPO4/S5/6 DSKLS CTRLR]

6255
6256
6257
6258
6259
6260
6261
6262
6263
6264
6265
6266
6267
6268

027762
027764
027766
027770
027772
027774
027776
030000

000404
027772
027776
030002

MACY11

" 1
30A(1052)
10-SEP-79
11:11
PAGE
READ HEADER AND DATA 3
164

;NUMBER OF WORDS C(HECKED

106004

104005

5%:

000207

143

;RETURN POINT FOR ERROR HEADER
;RETURN POINT FOR ERROR DATA
;RETURN FOR GOOD COMPAR]ISON

;READ NEXT ERROR
;RETURN TO ''COMPAR'’

;WORD NOS 1 TO & ARE
;HEADER WORDS

:5 10 260 ARE DATA WORDS
;RETURN TO ''COMPAR’

SEQ 0142

CIRJGDO,RPOL/S/6 DSKLS CTRLRI
10-SEP-79 11:00
CIRJGD.PIY

R R

144
SEQ 0143
R

MR
8

[

ERROR LOGIC

INDICATION

IS NOT

CONCLUSIVE

R A

S X

R R

030002

000004

030004

012737

000065

002032

mov

#TINO,SNTSTNM

;THIS

TEST

NUMBER

030012
030016

012706
012737

001000
000065

002032

Mov
Mov

#STACK,SP
#TTINO,Q#TSTNM

;RESET STACK
;THIS SAVES TEST

NUMBER

030024
030030
030032
03003¢

004037
051534
052560
000000

0642650

JSR
.WORD
.WORD
.WORD

RO,ANCLAREA
D1SK
TOLGAP+16

sCLEAR
:FROM
;10

;¢ THESE

ARE

SETUP

SAVES

FOR DISKLESS USE

047616

MOV

#O!FMT22,8#CYL;CYLINDER O

030044
030052
030060
030064
030070
030076
030104
030110
030112

112737

000000

047621
047620

MOvB
MOvVB

#0,3#SECOTR+
TRACK
1; 0
#0,3#SECOTR
;SECTOR 0
S/KEYT
JKEY1 0

047664
047626

Mov
MOV

030210
030212

08 1S 1 V1, V] ,¥] V1], ¥}
o
[V 1o B

020204

CLR
CLR

0642732

177400

002114
000000
000000
151460
010000
000000
062766
062562
002064

000001
151456
151452

aNKEY2
#256.,3/NOWORD
", aNX

RS.,3#CRC

; *THESE

ARE

AR R}

ONLY

REGULAR

(KEY2 0
;NO OF DATA WORDS
;WRITE DATA

;60 TO CALCULATE CRC

SETUPS

RO,a#CLAREA
JSR
WRFROM
WRFEROM+<256.+2>

.FROM LOCATION
;10 LOCATION

JSR

:SETUP GENERAL

377

151472
151466

PASS

;16 BITS PER WORD

JSR

cyL
WCRC

042650

377

;DATA

010000

004037
002114
003114
000377
004737
012777

2222222}

SIMULATED DISK

012737

000000
047622
047624
000400
000001
044140

SCOPE

030036

112737
005037
005037
012737
012737
0046537
047616
051516

ON FIRST

BECAUSE ERROR LOGIC HAS NOT BEEN CHECKED

15765

WRITE DATA

ANY

MR
A

[

WRITE CYLINDER O, FORMAT 16 BITS PER WORD
TRACK O, SECTOR O, KEYS O, NUMBER OF WORDS 256 OF

MR
2

—=O0O000~00

6521
6322
6323
6324

30A(1052)
10-SEP=79
READ HEADER AND DATA 3
164

;*TEST 65

6269
6270
6271
6272
6273
6274
6275
6276
6277
6278
6279
6280
6281
6282
6283
6284
6285
6286
6287
6288
6289
6290
6291
6292
6293
6294
6295
6296
6297
6298
6299
6300
6301
6302
6303
6304
6305
6306
6307
6308
6309
6310
6311
6312
6313
6314
6315
6316
6317
6318
6319
6320

MACYT1

MOV
MOV
MOV
MOVB
MOV
MOV
MOV

PC,a#CLDISK

#-256.,3RHWC

LFILL WRITE BUFFER WITH

;DATA

377

REGISTERS

:256. DATA WORDS

#WRFROM ,QRHBA
#0,-(SP)

;STARTING ADDRESS Of
;SECTOR 0

(SP)+,8RHDST

;SECTOR 0

TYPE

#0,3RHCA
PC,e¥CHECKT
LCPHALT

HAL
T
Mmov

8FWR[DAT

CYLINDER 0
¢CHECK THAT DVA,RDY,DPR,DRY - 1
:AND THAT NO OTHERS = 1,
(ANND' (ON;TINUE TESTING IF BOTH AREN'T TRUE
;STOP THE TES)

JSR

#0,1(SP)

NENMT22,SRHOF

;TRACK 0

WRITE

TRACK 0

:16 BITS PER WORD FORMA?

;WRITE

BUFFER

DATA:=60

1
o

CZRJGDO,RPO4/S/6 DSKLS CTRLRI
CZRJGD P
10-SEP-79 11:00

N1
11:11
PAGE

CIRJGD. PN

6325
6326
6327
6328
6329
6330
6331
6332
6333
6334
6335
6336
6337
6338
6339
6340
6341
6342
6343
6344
6345
6346
6347
6348
6349
6350
6351
6342
6353
6354
6355
6356
6357
6358
6359
6360
6361
6362
6363

030216
030222

10-SEP-79 11:00

005037
004737

MACYT1

30A(1052)
165

002006
047456

10-SEP=7S

WRITE DATA

CLR
JSR

11:11

B 12

PAGE

SFERFLGS
PC.a#COMHD

145

SEQ 0144

:CLEAR ERROR FLAG
;WRITE DATA

;*1F YHE PROGRAM COMES BACY HERE WITHMOUT ERROR PRINTOUTS

;*FROM THE ''COMHD'' ROUTINE 11 MEANS SECTOR GAP, SYNC BYTE
;*HEADER, HEADER CRC, HEADER GAP AND SYNC BYTE HAVE GONE BY

;*AND SYNCS WERE CORRECTLY DETECTED, DATA IS TO BE CHECKED.
030226
030232
030236
030240
030244
030250

004737
005737
001041
012700
012701
012702

062336
002006

030254
030262
030264
030266
030272
030276
030302
030306
030310
030312

012737
020021
001424
010037
0164137
160237
005737
0010602
104004
000401

000401

030314
030316
030320
03032¢
030330
030334
030336
030340

001402
005302

001345

047736

1%:

001124
001126
047736
002006

150614
177177

PC,aNPUTREG

;SAVE REGISTERS

BNE
MOV
MoV
Mov

15766
#377,R0
#D1SK,R1
#256. ,R2

;BRANCH IF YES
:GOOD DATA
:DATA WRITTEN INTO 'DISK"
; COUNTER

151

000377
051534
000400

104005

005721
017746
042716
022726

JSR

MoV

cmMp
BEQ

MoV
Mov
SuB
187
BNE
ERROR
BR

2%:
64%:

3%:

;HAVE

ANY ERRORS OQCCURED?

#256.+1,9#ERWORD;FOR ERROR WORD

RO, (R1)¢
3%

RO,3#$GDDAT
=(R1),a#$BDDAT

RZ,a#ERWORD

; COMPARE GOOD DATA WITH DATA ON DISK
;BRANCH IF GOOD
;GO0D DATA
;BAD DATA

.ERROR WORD NO

afERFLGS

:ANY ERRORS ALREADY

ERROR
181
Mov

5
(R1)+
aSWR,=(SP)

;WORD NO GIVES WORD IN ERROR
;UNDO =(R1) FOR BAD DATA
;GET SWITCH SETTING

BEaQ
DEC
BNE

15166
R2
%

;BRANCH OUT IF YES
:1F NOT COUNT 256 WORDS
;BRANCH IF 256. NOT DONE

BIC
(Mp

000200

ofERFLGS

2%
&
649

M177177,\SP)
#SWO7,(SP)+

THERE?

;BRANCH IF YES
;ERROR ON WRITE DATA COMMAND
;BRANCH TO AVOID PRINTING NEXT ERROR

;KEEP ONLY SWITCH 7 AND 8
;1S 7 SET AND 8 RESET

CIRJGDO,RPO4/S5/6 DSKLS CTRLR]

6416

6417
6418
6419

ce®
B

]

030342
030344

00000¢
012706

030350
030356
030362
030364
030366

012737
004037
051534
052532

000066
042650

030370
030374
030376
030400

004037
003160

042650

177400

004156
000000

030402
030410
030414
030422
030426
030432
030440
030444
030450
030452

030524

030530
030534
030540
030542
030546

010000
047621
000001
047622
047624
000012
047626
0644140

—=0O00O0O0OO0

— el e e e and s O
(RS V1,V] N1, V] NIVIP ]
NONNNNNNN
NN
S NN—N
NNOO NN

030454
030460
030464
030472
030500
030504
030512
030516

002032

005077
004737
104401

000000
005037
004737

042732
002070
177766
003160
000001
000000

047616

047620
047676

PAGE

146

SEQ 0145

RERARRRRRRRRRRRRRRRRRRRRRRRRRRRdRR)

READ DATA

READ CYLINDERO, FORMAT 16 BITS PER WORD
TRACKO, SECTOR 1, KEYS 0, 10 WORDS OF 17740(C
ANY ERROR LOGIC INDICATION IS NOT CONCLUSIVE

BECAUSE ERROR LOGIC HAS NOT BEEN CHECKED YET

(ON FIRST PASS)

AZ2222222 2222222222222
lRR SRRl
Rl
Rl

15766:

001000

c 12

222X

SRTEST 66
.

11:11

SCOPE

Mov

FSTACK,SP

;RESET

Mov

FTTNO,@#TSTNM

;THIS

STA(K
SAVES

TEST

NUMBER

JSR
.WORD
.WORD
.WORD

RO,37CLAREA
D1SK

;CLEAR SIMULATED DISK
JFROM

177400

;DATA

JSR
.WORD
.WORD

RO,a3#CI AREA

;CLEAR READ INTO BUFFER

.WORD

REINTO+776
0

;10
;DATA

;*THESE

ARE

MoV

CLRB
MOvVB
CLR
CLR
Mov
(LR
JSR
cyL
WCRC

DISK+776

;70

REINTO

;FROM

TO SETUP FOR DISKLESS USE

ONLY

NEMT22,a0CYL

;CYLINDER O 16 BITS PER WORD fFORMAT

#1,30SECOTR

;SECTOR 1

SNSECOTR+1

;TRACK O

afKEY]
afKEY?

#10.,3#DAWORD
o¥X
RS,3#(RC

REGULAR

;KEY1=0
:KEY2=0

;NO. OF DATA WORDS
:THIS 1S A READ COMMAND
;G0 TO CALCULATE CRC

;*THESE

ARE

SETUPS

JSR

PC,a#CLDISK

;SETUP GENERAL REGISTERS

#-10. ,3RHW(
SREINTO,aRHBA
#,-(SP)
#0,1(SP)

;10 DATA WORDS
;STARTING ADDRESS OF READ BUFFER
;IN LOWER BYTE GET SECTOR 1
;GET TRACKO IN UPPER BYTE

MOV
MOV
MOV
MovB
MOVB
MOV
MOov

a#READAT,aR1

062766
062562

(LR
JSR
TYPE

oRHCA
PC,ao(HECKT
LCPHALT

;ECC CORRECTION INHIBIT BECAUSE
;ECC IS NOT CHECKED HERE
;CYLINDER O
; CHECK THAT DVA,RDY,DPR,DRY = |
;AND THAT NO OTHERS = 1.
(ANNOT CON-

002006
047456

HALT
(LR
JSR

SFERFLGS

;CLEAR ERROR FLAG

151126

014000
151122

15114 0
15113 4

000001
151124

(SP)+¢,aRHDST

NEMT22'ECT ,aRHOF

PC,a#(OMHD

;READ DATA INTO RH(S1=70

;TRACK/SECTOR IN RHDST
;16 BITS PER WORD

;VINUE TESTING IF BOTH AREN'T TRUE
;STOP THE TEST
;READ DATA

[N an]

10-SEP-79
30A(1052)
165
WRITE DATA
A

6364
6365
6366
6367
6368
6369
6370
637
6372
6373
6374
6375
6376
6377
6378
6379
6380
6381
6382
6383
6384
6385
6386
6387
6388
6389
6390
6391
6392
6393
6394
6395
6396
6397
6398
6399
6400
6401
6402
6403
6404
6405
6406
6407
6408
6409
6410
64611
6412
6413
6414
6415

MACY1

"~ P~

CIRJIGDO,RPO4/S5/6 DSKLS CTRLR]
10-SEP-79 11:00
CZRJGD P

6420
6421
6422
6423
6424
6425
6426
6427
6428
6420
6430
64631
6432
6433
6434
6435
6436
6437
6438
6439
6440
64461
6442
6443
64664

6445

6LL6

6447
64L4L8
6449
6450
6451
6452
6453
6454
6455
6456
6457
6458
6459
6460
64L61
6462

30A(1052)
166

10-SEP=-79

READ DATA

;*1F

11:11

0 12
PAGE 147

THE PROGRAM (OMES BACK HERE WITHOUT ERROR PRINTOUT

;*FROM ''COMHD’' ROUTINE IN MEANS DATA IS TO BE C(HECKED

;*NOW THE DATA READP INTO ""REINTO'" BUFFER WILL
;*BE CHECKED, ONLY 10 WORDS SHOULD BE (HANGED
;*ALL OTHER WORDS SHOULD REMAIN UNCHANGED
;*THE "'WRFROM'' BUFFER

030552
030556
030560
030564
030566
030570

005737
001053
004037

030572
030576
030600
030602

004037
002114
002136
177400

002114
003112
000000

002006

187
BNE

042650

JSR

WRFROM

SFERFLGS
15167

RO,3#CLAREA

gRFROH’??b
JSR

042650

WRFROM

RO,a#CLAREA

WRFROM+2?
177400

030604
030610
030614
030620
030626
030630
030632
030636
030642
030646
030652
030654
030656
030660

002114
003160
000400
000401

047736

1%:

001124
001126
047736

CMP
BtaQ

MOV
Mov

00¢006

3%:

104005

Mov
MOV
Mav
Mov

6472

64673

6LT74
64L75

;CLEAR BUFFER
;FROM
;10

:DATA

sFILL EXPECTED DATA

;FROM
;10
;CATA

SuB
151
BNE
ERROR
BR

ERROR

.GO0OD DATA

#256.,R2
#257. ,30ERWORD
(RO)+, (R1)+
2%
-(RO) ,a#$GODAT
-(R1) ,a#$BDDAT
RZ,8#ERWORD

; COUNTER

#REINTO,RI

;DATA READ

;FOR ERROR WORD NO

: COMPARE GOOD WITH READ BUFFER
;BRANCH IF GOOD
;GOOD DATA

;BAD DATA
;ERROR WORD NO

SNERFLGS
3%

;ANY ERRORS ALREADY THERE
:1F YES BRANCH DO NOT TYPE HEADER

;WORD NO 1-10 ARE DATA

4
13

;ERROR ON READ DATA
;BRANCH TO AVOID PRINTING NEXT
;WORDS

;WORD NOS 11-256 HAVE NCT BEEN
:READ AND BUFFER SHOULD BE
;lERO IF OTHER THAN ZERO
:WRONG NUMBER OF

WORDS HAVE

;BEEN READ IN THE DISK NOW

;CONTAINS 177400 ALL 256
;WORDS BUT ONLY 10 WORDS
;SHOULD BE READ IN

6465

6671

:HAVE ANY ERRORS OCCURED?
::BRANCH IF YES

#WRFROM,RO

6464

6467
6468
6469
6470

1S FILLED WITH EXPECTED DATA AND (HECKED

;*NOW READ DATA BUFFER 1S CHECKED

6463
64L66

SEQG 0146

030662
030664

030670
030674
030700
030702
030704

022021
017746
062716
022726
001402
005302
001345

150250
177177

'3 ¥

(¥p
MoV

BI(

000200

2%:

(mMp
BEQ
DEC
BNE

(RO)+,(RY)¢
aSWR,-(SP)
mI77177,(5P)
#SW07,(SP)
18167

R2
1%

:UNDO =(RO) AND =-(R1) FOR ERROR
;GET SWITCH SETTING
SKEEP CONLY SWITCH 7 AND 8
;1S 7 SET AND 8 RESET
;sBRANCH OUT IF YES
s COUNT
;BRANCH 1F NOT COMPLETE

ERROR

[ Nenl

MACY11

Pg P

CIZRJGDO,RPOL/S/6 DSKLS CTRLR]
10-SEP=-79 11:00
CIRJIGD.PVY

30A(1052)
166

10-SEP-79
READ DATA

11:11

E 12

PAGE

148

SEQ 0147

1
6476

MACY11

CIRJGDO,RPOL/5/6 DSKLS CTRLRI
CIRJGD.PIN
10-SEP=-79 11:00

CIRJGDO,RPOL/S5/6 DSKLS CTRLR!

CIRJIGD P11

10-SEP-79

READ DATA

XXX XXX

R X

11:11

12
PAGE

149

SEQ 0148

EREERE RN SN RRERZARSZEAE AR

WRITE CHECY HEADER AND DATA

;*TEST 67

NSRS

WRITE CHECK CYLINDER O, FORMAT 16 BITS PER WORD

s
‘v
‘v

ANY DEVICE LOGIC ERROR INDICATION IS NOT CONCLUSIVE ON FIRST PASS
BECAUSE ERROR LOGIC HAS NOT BEEN CHECKED YET (ON FIRST PASS)
ONLY RH WRITE CHECX ERROR (RHCS2 BIT 14) IS TESTED MERE

15167:

SCOPE

DATA TABLE

10 LEFY (EG. 177776,177775,\77773 ET0)

TRACK

SECTOR 1, KEYS O,

36 WORDS AS SHOWN BELOW

';t"""""""""""'"'"""""""l"""'t""""""'

030706

000004

.
M
030710
030714

001000
000067

030722
030726
030732
030736
030740
030742
030746
030750
030752

003160
010000
000401

070707

030754
030760
030764
030766
030770
030772

012700
012701
010021
000261
006100
103774

030774
031000
031002
031004

004037
003300
004156
000000

MOV
MOV

002032

#STACK,SP
#TINO,aNTSTNM

sRESEY STACK
:THIS SAVES TEST NUMBER

:¢SET UP "'REINTO'' FOR WHAT IS TO BE READ

MOV

MOV
MOV

042650

177776

003240

20 WORDS Of 070707
THEN 16 WORDS WITH ZERO FLOATING FROM RIGHT

1¢:

#FMT22,(R1)+
#601,(R1)¢

:STARTING ADDRESS

:CYLINDER O FORMAT
:TRACK=1, SECTOR=1

(R1)¢
(R1)+
RO,a#CLAREA
REINTO¢<4* 2>
REINTO0¢<23.¢2>
070707

:KEY1=0
:KEY2=0
sFILL "'REINTO'" BUFFER
;FROM
;10
:DATA

MOov

#177776,R0

:GETTING READY T0 FLOAT O

;SET CARRY
sGET O ONE BIT LEFT

RO,a#CLAREA

:FILL THE REST OF BUFFER WITH O

Mov
MOV
SEC
ROL

JSR

.WORD
.WORD
.WORD

—r b et O

OO00O0
QOO0

OSSO

[V, %1, ¥)

OO0O0O

VAV
1V XV ]
—— i i

OOO0O0

OCOO

JSR

042650

.WORD

LWORD
.WORD
MOV

177776

051604

2%:

16 BIT WORDS

(LR
CLR
JSR
.WORD
.WORD
.WORD

BCS
042650

#REINTO.R]

FREINTO+<24.42> ,R1:STARTING ADDRESS WHERE 177776 GOES
RO.(R1)+
:MOVE IN FLOATING O
1%

REINTO+<40.*2>
REINTO+776
0

:BRANCH IF

MOV
MOV
SEC

* RO,INCLAREA

16 NOT DONE

FROM
;10
;DATA

:*SET UP SIMULATED DISK WITH WHAT

OO0

6527
6528
6529
6530
6531
6532

3?A‘1052)

(V_
RV RV RV J
—r i

6477
6478
6479
6480
6481
6482
6483
6484
6485
6486
6487
6488
6489
6490
6491
6492
6493
6494
6495
6496
6497
6498
6499
6500
6501
6502
6503
6504
6505
6506
6507
6508
6509
6510
6511
6512
6513
6514
6515
6516
6517
6518
6519
6520
6521
6522
6523
6524
6525
6526

10-SEP-79 11:00

MACY1

IS T0O BE READ

sFILL "'DISK'" BUFFER

DISK

:FROM

#177776,R0

;GETTING READY TO FLOAT Z2EROS

9
¢2>
DISK+<1
070707

;10
:DATA

#DISK+<20.¢2> ,R1;STARTING ADDRESS WHERE 177776 GOES
:MOVE IN FLOATING O
RO,(R1)e
:SET CARRY

6533
6534
6535
6536
6537
6538
6539
6540

BCS

;GET 0 ONE BIT

;BRANCH IF

LEFT

16 NOT DONE

042650

JSR

.WORD
.WORD
.WORD

DISK+<36.¢2>
DISK¢776
177777

RO,a#CLAREA

;FILL THE REST OF BUFFER WITH 177777

004737

043456

JSR

PC,aNWRCHHD

;WRITE CHECK HEADER AND DATA
;CYLINDER O, TRACK 1, SECTOR 1

; FROM
;10
;DATA

;*1F THE PROGRAM (OMES BACK HERE THEN WRITE CHECK
;*HAS BEEN COMPLETED NOW WRITE CHECK ERROR BIT IS TO BE TESTED
013746
052716
004737
022637
001406
032712
001402

001774
000100
042336
001712
040000

Mov

dfUNIT,-(SP)

;GET

BEQ

.BRANCH IF ERROR NOT DUE TO "'WwCE''

BIS
JSR
(mMp
BtQ
BIT
ERROR
BR

104017

000401

¥R, (SP)
PC,a¥#PUTREG
(SP)+,anCse
6%
MuCE ,aR2
17
6%

UNIT

NUMBER

;ONLY BIT 6 SHOULD BE SET
:SAVE REGISTERS
: COMPARE RH(S?
;BRANCH IF GOOD
;WRITE CHECK ERROR HIGH?

;RHDB CONTAINS FAILING WORD
;RHBA (ONTAINS ADDRESS+?

;OF

;THE

THE WORD IN MEMORY FROM
DISK

THAT

DID NOT

C(OMPARE

;1RE AND SC WILL BE SET DUE
£ RROR

104017

;WCE

CORRECTLY WAS NOT SET BuT SOMe

;BITS OTHER THAN [R

:AND UNIT

NO.

WAS

SET

042650

012700
012701
010021
000261
006100
103774

177776

004037
002234
003112
000000

h
e
e
—

ol
d
b

OO0O0O0O
OO00O0

)
il

OOOOOD

—
el
e
—

NO SO S

\V_ LV LV RV ]

004037
002124
002172
070707

002114
010000
000401

(VR
RV YV RV ]

012700
012720
012720
005020
005020

(W LV_ RV LV LV LV ]

NN
N —

;*NOW CHECK MEMORY TO SEE IF NOTHING GOT DESTROYED
;eFILL "'WRFROM'' WITH WHAT SHOULD BE IN "REINTO'" THEN CHECK
MOV
Mov

#WRFROM,RO
NEMT22,(RO)¢

;STARTING ADDRESS
; CYLINDER

(RO) ¢

(KEY1=0

JSR
.WORD
.WORD
.WORD

RO,8#CLAREA
WRFROM+ <4 2>

WRFROM+<23.,¢2>
070707

;FILL "'WRFROM'' BUFFER
:FROM

;10
:DATA

MOV

#177776,R0

;GETTING READY 10 FLOAT 0

MOV
SEC
ROL

RO, (R1)¢

;MOVE IN FLOATING O
;SET CARRY
;GET O ONE BIT LEFT

JSR
.WORD
.WORD

RO,a#CLAREA
WRFROM+<40.%2>
WRFROM+776

MOV

CLR
CLR

002174

MOV

BCS
042650

.WORD

#4017, (RO) ¢
(RO) ¢

; TRACK=1, SECTOR=1
;KEY2=0

NWRFROM+<24
. ¢2> R1 ;STARTING ADDRESS WHERE 177776 GOES
RO

;BRANCH IF

16 NOT DONE

;FILL THE REST OF BUFFER WiTHW O
FROM
;10
;DATA

SEQ 0149

004037
051644
052532
177777

OO0

6571
6572
6573
6574
6575
6576
6577
6578
6579
6580
6581
6582
6583
6584
6585
6586
6587
6588

30A(1052)
10-SEP=-79
11:11
PAGE 150
167
WRITE CHECK HEADER AND DATA
ROL

103774

[V JV_ RV RV ]

6541
6542
6563
6544
6545
6546
6547
6548
6549
6550
6551
65952
6553
6554
6555
6556
6557
6558
6559
6560
6561
6562
6563
6564
6565
6566
6567
6568
6569
6570

006100

MACY11

"~~~

CIRJGDO,RPO4/5/6 DSKLS CTRLR1
10-SEP=-79 11:00

CIRJIGD

6 12

004037
002114
003160
000400
031224
031230
031236

043626

WNRNINININY
= bt et 2 OO
oS~ nNOCSNNO
S

002006

PNINORORNI
NN NNV
N

005037

VW IV LV LV LV LV JV LV

031200

(W IV

6589
6590
6591
6592
6593
6594
6595
6596
6597
6598
6599
6600
6601
6602
6603
6604
6605
6606
6607
6608
6609

[ololololeolalele]o
o]

104004

000207
104005

031232

000207

031234

000240

H 12
30A(1052)
10-SEP-79
11:11
PA GE 1>1
167
WRITE CHECK HEADER AND DATA

SEQ 0150

s *NOW THE READ BUFFER wWiLL BE CHECKED
AfERFLGS
;CLEAR ERROR fLAG

CLR

JSR

WRFROM
REINTO

RO,a#COMPAR

256.
6%

:RETURN POINT

7%:

15170
ERROR
ERROR

:DATA

;RETURN TO COMPAR]SON SUBROUTINE

RIS

10%:

FOR ERROR HEADER

;RETURN POINT FOR ERROR DATA
:RETURN FOR GOOD COMPARISON
:READ NEXT ERROR S

6%:

; CHECK

;600D BUFFER
;TEST BUFFER
:NUMBER OF WORDS CMECKED

NOP

IN REINTO BUFFER GOT

:CHANGED AFTER A WRITE
;:CHECK HEADER AND DATA (OMMAND
;WORD NO CONTAINS THE WORD

;NUMBER
:RETURN

THAT GOT C(MANGED
TO COMPARISON SUBROUTINE

;ONLY A BRANCH POINT

[Nt

MACY1T

[
K]

CIRJGDO,RPOL/5/6 DSKLS CTRLR]
10-SEP-79 11:00
CZRJGD P

6610
6611
6612
6613
6614
6615

6645
6646
6647
6648
6649
6650
6651
6652
6653

6654
6655
6656
6657
6658
6659
6660
6661
6662
6663
6664
6665

031236

;*TEST

it
A
A
A
A

WRITE CHECK DATA CYLINDER O FORMAT 14 BITS PER WORD
TRACK 1, SECTOR 1, KEYS 0, 32 WORDS OF DATA
ANY DEVICE LOGIC ERROR INDICATIONS ARE NOT CONCLUSIVE ON FIRST PASS
BECAUSE ERROR LOGIC HAS NOT YET (ON FIRST PASS) BEEN (HECKED
ONLY RH WRITE CHECK ERROR IS TESTED

CIARNNE

RN TN RO R RO RRRORROEOPRNCTOEROEOEROPRRORTERRRROERNRRNNOARACRONOENPIOEOEROTROEROORTN

1$170:

000004

WRITE

CHECK DATA

SCOPE

;*DATA TABLE

—

~o N
~N N

031240
031244

(=X o]

:¢TOTAL OF 32 WORDS CONSISTING OF
;*16 WORDS OF FLOATING ONES (EG. ', 2, 4, 10)
;*16 WORDS OF FLOATING ZEROS (EG. 177776, 177775)
001000
000070

Mov

002032

mMov

#STACK,SP

#TINO,@#TSTNM

;RESET

STACK

;THIS SAVES TEST NUMBER

;*SET UP "REINTO"' FOR WHAT IS TO BE READ
031252
031256
031262
031264
031256
031270
031274

012700

031300
031302
031304
031306

012701
010021
006100
103375
012700
012701
010021
000261
006100
103774

031310
0351314
03131¢#
03'320

004037
003260
006156
000001

000001
003160

1$:

¥ ,RO
#REINTO,RI
RO,(R1)+
RO

Mov
MoV

#177776,R0
;GETTING READY TO FLOAT O
#REINTO+<16.92>,R1 ;STARTING ADDRESS WHERE

8CC

177776

003220

MOV
MOV
Mov
ROL

2%:

MOV
SEC
ROL

BCS
JSR
WORD
.WORD
LWORD

042650

RO, (R1)+
RO

2%
RO,3#CLAREA
REINTQ0+<32.12>
REINTO+776
1

;GETTING READY TC FLOAT
;STARTING ADDRESS WHERE
;MOVE FLOATING 1
;GET 1 ONE BIT LEFT

;BRANCH IF

031322
031326
031332
031334
031336

031340
031344
031350
031352
031354
031356

000001

051534

3%:

177776

261

051574

6$:

MOV
MOV

;BRANCH IF

;FILL REST OF BUFFER WITH !
;FROM
;10
;WITH DATA

MOV
MOV
MoV

SEC
ROL
BCS

S TO BE READ

;GET

ROL

16 NOT DONE

BCC

1777/6 GOES

:SET CARRY
;GET O ONE BIT LEFT

;GETTING READY T0O FLOAT
:STARTING ADDRESS WHERE

RO, (R1)

GOES

16 NOT DONE

# RO
#01SK,R1

MOV

1
1

:MOVE IN FLOATING O

;eSET UP SIMULATED DISK WITH WHAT
~OOOO
QO
— b —»

6641
6642
6643
664«

SEQ 0151

::'"'"'"'""""""""""""""t"t"'lt""'t"""t"'

6616

6617
6618
6619
6620
6621
6622
6623
6624
6625
6626
6627
6628
6629
6630
6631
6632
6633
6634
6635
6636
6637
6638
6639
6640

112

30A(1052)
10-SEP=-79
11:11
PAGE 152
167
WRITE CHECK HEADER AND DATA

;MOVE FLOATING 1

1
1

GOES

1 ONE BIT LEFT

;BRANCH IF

16 NOT DONE

8177776 ,R0
;GETTING READY 10 FLOAT 0
#DISKe<16.¢2>,RT ;STARTING ADDRESS WHERE 177776 GOES
RO, \R1)
;MOVE FLOATING 0
RO
3)

;SET CARRY
;GET O ONE BIT

BRANCH 1F

LEFT
16 NOT DONE

[N an)

MACY11

Poud Poa

CIRJIGDO,RPOG/5/6 DSKLS CTRLR]
10-SEP=-79 11:00
(IRJGD.P1Y

6666

6667
6668
6669
6670
¢o/1
¢672
6673
6674
6675
6676
6677
6678
6679
6680
6681
6682
6683
6684

6685

6686
6687
6688
6689
6690
6691
6692
6693
6694
6695
6696
6697
6698
6699
6700
6701
6702
6703
6704
6705
6706
6707
6708
6709
6710
6711
6712

6713

6714
675
6716
6717
6718

6719
6720
6721

031360
031364
031366
031370

004037
051634
052532

042650

000000

031372

004737

043770

30A(1052)
10=-SEP=-79
11:11
170
WRITE CHECK DATA

J 12
PAGE

153

SEQ 0152

JSR
.WORD
.WORD
.WORD

RO,8#CLAREA
DISK+<32.¢2>
DISK+776
(

;FILL REST OF BUFFER WITH O

JSR

PC,a#WR(HDA

;WRITE CHECK DATA
;CYLINDER O, TRACK 1, SECTOR 1

;FROM
;10

:WITH DATA

;KEYS 0,

32 WORDS.

;*1F THE PROGRAM COMES BACK HERE THEN WRITE CHECK
:*HAS BEEN COMPLETED NOW WRITE CHECK ERROR BIT IS TESTED
031376
031402

031406
031412
031416
031420
031426
031430
031632

031434

013746
052716
004737
022637
001407
032737
001402
104017
000401

001774
000100
042336
001712
040000

MOV

BIS
JSR

(MpP
BEQ
BIT
BEQ

001712

ERROR
BR

5¢:

104017

ERROR

d#UN]T ,-(SP)

#IR,(SP)
PC,afPUTREG

(SP)+,a#(S2
6%
FWCE ,aN(S2
5%
17
6%

:GET UNIT NUMBER

SET

;ONLY BJT 6 SHOULD BE

:SAVE REGISTERS

; COMPARE RH(S?

;BRANCH 1F GOOD
;WRITE CHECK ERROR HIGH?
;BRANCH IF ERROR NOT DUE T0 "‘WCE''
;RHDB CONTAINS FAILING WORD

;RHBA (ONTAINS ADDRESS+?
;OF THE WORD IN MEMORY FROM
. THE
;TRE

DISK THAT DID NOT COMPARE
AND SC WILL BE SET DUE TO W(E

;WCE WAS CORRECTLY NOT SET
;BUT SOME BITS OTHER THAN
;IR AND UNIT NO. WERE SET

;*NOW (HECK MEMORY 1 O SEE

ANYTHING GOT DESTROYED
IN REINTO THEN C(HE(K

seflLL ""WRFROM'' WITH WHAT SHOULD BE

031436
031442
031446
031452
031454
031456

005037
012700
012701
010021
006100

002006
000001
002114

031460
031464
031470
031472
031474
031476

012700
012701
010021
000261
006100
103774

177776

031500

004037
002214
003112
000001

1504

6%:
7%:

002154

10%:

RO, (R1)¢
RO

Mov
MOV
MOV

#177776,R0
LGETTING READY TO FLOAT 0
*2>,R1
;STARTING ADDRESS WHERE
#WRFROM+<16.
RO, (R1)+
:MOVE IN FLOATING O

SEC
ROL

BCS
0642650

;CLEAR ERROR FLAG
;GETTING READY 10 FLOAT 1|

(LR
MOV
MOV
Mov
ROL

B8CC

103375

SNERFLGS
#,RO
#WRFROM,
R

JSR
LWORD
.WORD
.WORD

10%

RO,8#CLAREA
WRFROM+<32.
¢ 2>
WRFROM+ 776
1

;START ADDRESS WHERE

;MOVE FLOATING 1
;GET 1 ONE BIT LEFT
;BRANCH IF 16 NOT DONE

GOES

:SET CARRY
;GET O ONE BJT LEFT
;BRANCH IF CARRY SET

;FILL REST OF BUFFER WITH 1

;FROM

;10

:WITH DATA

. *NOW THE READ BUFFE R WitL BE C(HECKED
004037
002114
003160
000400

043626

JSR

WRFROM
REINTO

256.

RO,a#COMPAR

s CHECK
;GO0OD BUFFER
;TEST BUFFER
;NUMBER OF WORDS C(HECKED

177776 GOES

[N et

MACY1Y

Pk P

CIRJGDO,RPO4/5/6 DSKLS CTRLRI
10-SEP-79 11:00
CIRIGD.PY

6722
6723
6724
6725
6726
6727
6728
6729
6730
6731
6732
6733
6734
6735
6736
6737
6738

20A(1052)
10-SEP-79
11:11
170
WRITE CHECK DATA

K 12
PAGE

154

031524
031526

031532
031536

118
12%

;RETURN POINT FOR ERROR HEADER
;RETURN POINT FOR ERROR DATA

031530

031544

;RETURN FOR GOGD COMPARISON

031532
031534
031536

104004
000207
104005

031540

000207

031542

000240

11%:
12%:

ERROR

RIS

RTS

13%:

NOP

;READ NEXT ERROR 5

;RETURN TO COMPARISON SUBROUTINE

sDATA IN REINTO BUFFER 6OT
;CHANGED AFTER A WRITE
. CHEIK DATA COMMAND

;WORD NO CONTAINS THE WORD
:NUMBER THAT GOT CHANGED

;RETURN TO COMPAR]SON SUBROUTINE

;ONLY A BRANCH POINT

SEQ 0153

Pl P

MACY11

CIRJIGDO,RPOL/S5/6 DSKLS CTRLRY
CZRJGD.PYY
10-SEP-79 11:00

10-SEP=-79

170

WRITE

.SBTTL

ERROR BIT

11:11

L 12

PAGE

CHECK DATA

30A(1052)

155

SEQ 0154

6739

6740
6741
6742
6743
6744
6745
6746
6747
6748

[

TEST

INSEkggTOF

ALSO

THE ABOVE CASES ERR IN RHDS1 SHOULD

"'60'" SHOULD CLEAR ERR, ATA IN RHDS1 AND RHAS BUT NOT ERROR REG.
PUTTING “'1'" IN RHAS DRIVE POSITION CLEARS DRIVE BIT IN ATA IN RHDS}
UPPER BYTE OF

RHAS

INVALIBD

S 2222822
R2ARRRRRRRR
ARl
RRERRRRRRRRRR RN
R/

031544

000004

031546
031552
031560
031564
031570

012706
012737
004737
004737

031574

000000

104401

i§T71:
001000
000071
042732
042766
062562

SCOPE
Mov
MOV

002032

JSR
JSR

TYPE

#STACK,SP
#TINO,INTSTNM
PC,a#CLD]ISK
PC,aNCHECKT

;RESET

STACK

;THIS SAVES TEST NUMBER
;CLEAR DISK REGISTERS
;CHECK THAT DVA,RDY,DPR,DRY - 1

LCPHALT

;AND THAT NO OTHERS = 1.
CANNOT (ON;TINUE TESTING IF BOTH AREN'T TRUE
:STOP THE TEST

HALT

003160

MOV

#REINTO,RO

:BUFFER STARTING FOR 3 ERROR

031602
031606
031612
031616
031622
031626

001642
000000
001646
000000
001654
000000

Mov
MOV
MOV
MoV
MOV
Mov

¢+
S#RHERT,(RO)
#0,(RO)¢
a#RHERZ2,(RO)+

;BITS NOT TO BE CHECKED IN RHERI

9#RHERZ, (RO)+
#0,(RO)+

;BITS NOT TO BE CHECKED IN RHER?
;RHER3 STORED IN REINTO+10
;BITS NOT 1O BE CHECKED IN RHER3

001656

MOV
MOV
Mov

R4
S#RHAS

;R4 HAS RHAS

#29 ,a#SLPERR

Mov
MoV

#3,3081MP1
#REINTO,RO

s THAT SHOULD SET WITH ERROR
sRETURN POINT T0O ERROR

sERROR REGISTER COUNTER

MOV
MOV

(RO)+,R2
#B1710,R1
#CLR,3RHCS?

;R2 HAS ADDRESS OF ERROR REG
;RY WILL HAVE BIT UNDER TEST

R1,aR?

:SET ERROR BI1T

PRNRIN
RO

720
720

PUN

OwWw
O

002016

NN
= YOO
NN
NN
N

—

OO0

720

OROWMRINN

031662
031664
031670
031676
031704
031706
031712

—

031650
031656

OO0

031632
031636
031642

OO0OO00O0O

031576

=N — —

6787
6788
6789
6790
6791
6792
6793
6794

6767

6768
6769
6770
6771
6772
6773
6774
6775
6776
6777
6778
6779
6780
6781
6782
6783
6784
6785
6786

ceR
M

ATTENTION WITH ERROR

THIS TESTS THE SETTING OF ATA BIT BOTH IN THE RHAS
AND THE RHDS1 REGISTERS WITH THE SETTING OF EA(H
ERROR BIT ON THE THREE ERROR REGISTERS.

—=OO0O0000

6759
6760
6761
6762
6763
6764
6765
6766

6749
6750
6751
6752
6753
6754
6755
6756
6757
6758

FUNCT]IONAL TESTS

e ii22220203232202022222222222R2222200dRdRRRRRRRRRRRRRRRRRlR

TeTEST 71

031670

001110

000003
003160

001200

000001
000040
001774

062336
001732

1%:

147740
147732

2%:

BIS

MOV
MOV

JSR
(mMPB

#0,(RO)+

S#ATTENT,RS

;REGISTERS
;RHER1

STORED

;RHER2 STORED

IN REINTO

IN REINTO+4

;RS HAS ATA BIT

IN RHAS

;REGISTER BUFFER POINTER

;CLEAR RHCS?

FUNIT QRHCS2

JREINSTATE

PC,9#PUTREG

;READ AND SAVE

RS,a#AS

~e 1

MACY11

UNIT

:ONLY THE BIT
;SET IN RHAS

NO,

REGISTERS

IN RS SHOULD BE

CIRJGDO,RPOL/5/6 DSKLS CTRLRI
10-SEP-79 11:00
CZRJGD.P1I

CIRJGDO,RPOL/5/6 DSKLS CTIRLR]
10-SEP-79 11:00
CIRJGD P
6795
6796
6797
6798
6799
6800
6801
6802
6803
6804
6805
6806
6807
6808
6809
6810
6811
6812
6813
6814
6815
6816

6817
6818
6819
6820
6821
6822

6823

6824
6825
6826
6827
6828
6829
6830
6831
6832

6833
6834
6835
6836
6837
6838
6839
6840
6841
6842
6843
6846
6845
6846

6847
6848
6849
6850

MACYTT

m12

30A(1052)
10-SEP-79
11:11
PAGE 156
7
ATTENTION WITH ERROR TEST

BEQ
ERROR

001401
104020

3%
20

SEQ 0155

;L0O0K @ RHDS1 IF GOOD
;WITH THE SETTING OF ONE

;ERROR BIT IN AN ERROR
;REGISTER, THE CORRESPONDING
;RHAS BIT DID NOT

013746
042716
022726

001401
104020

001736
001100

3%:

140600

MOV
B1C
(MP
BEQ
ERROR

SET

a#Ds1,~(SP)
;GET RHDS1
#VV!PROG, (SP)
;REMOVE VvV AND PROG
NATA'ERR!DPR!DRY,(SP)+;THESE BITS PLUS Vv SHOULD BE
(%
;CHECK 'GO' NEXT, IF THIS WAS 0K
20
;WITH THE SETTING OF ONE

;ERROR BIT, COMPOSITE ERROR

;OR ATTENTION ACTIVE, OR

;ONE OF THE OTHER
;PERMANENT BITS DID NOT SET

031742
031750
031754
031756
031760
031764
031770
031776

012777
004737
020112
001410
010237
010137
013737

032000
032004
032010
032014
032016

013746
042716
022726
001401

104001

000001
042336

042402
001124
001712

147670

6$:

MOV

JSR
CMP

¢ SAVE REGISTERS
;GO SHOULD NOT CLEAR ERROR

MOov

R2,3#REGADR

:FAILING REGISTER

ERROR

MOv
MOV

5%:

001736
001100
140600

Mov

81C
CMP

8ta

ERROR

104020

:GIVE NO-OP

PC,a#PUTREG
R1,3R2

BtQ
001126

#GO,aRHCS]

R1,a#8GDDAT
a¥(S2,aNSBDDAT

;FURTHER C(HECK OF

°'GO' FUNCTIONALITY

:GOOD DATA
;BAD DATA

:"'60'" WITH NO-OP CHANGED
;ERROR REGISTER

a#DS1,-(SP)

;GET RHDS1
#VV'!PROG, (SP)
:CLEAR VvV AND PROG
#ATA'ERR.DPR!DRY,(SP)+;G0 SHOULD NOT CLEAR ANY BITS
7%

;CHECK NEXT ERROR BIT

A-OK

:"'60"" WITH NO-OP SHOULD NOT CLFAR
;ATA AND/OR ERR

:*THIS IS THE MAIN BIT TESTING CONTROL LOGIC
032020
032022
03202¢
032026
032030

006301

032032

005720
005337
001310

032034
032040

7%:

103403

031001
001374
000717

;GET NEXT BIY

BNE
BR

;1F

157
DEC
BNE

(RO)+
aFsTMPI
1%

ASL
BCS

BIT

10%:

001200

10%
(RO),R1
7%

TO THE

LEFT

;GO ON TO NEXT REGISTER If DONE
;1S THIS BIT TO BE TESTED ?
;1F NOT, GET NEXT ONE

TO BE TESTED, GO DO IT

:ADVANCE RO TO NEXT ERROR REG.
;REGISTER COUNTER
;D0 NEXT ONE, IF 3 NOT (OMPLETE

;*NOW AFTER SETTING ATA IN RHDS! '"1"" IN RHAS AT THt

;*DRIVE POSITION SHOULD CLEAR ATA IN RHDSI

032042
032046
032054
032060
032066

042732
032042

177777
002016
042336

001110
147570

11%:

JSR
MOV
Mov
MOV

JSR

PC,a#CLDISK

#1119 ,SLPERR
#-1,3R4
SFATTENT ,@RHAS
PC,a#PUTREG

;CLEAR

;ERROR RETURN
:SET BIT IN RHAS AND ATA [N RHDS
;WRITE 1 INTO DRIVE BIT POSITION
:SAVE REGISTERS

IN RHDS!

CIRJGDO,RPO4/S/6 DSKLS CTRLR
CIRJGD. P11
10-SEP-79 11:00
032072
032076
032100

105737
001401

N 12
3?A(1052)
10-SEP-79
11:11
PAGE 157
n
ATTENTION WITH ERROR TEST

001732

1S18
BEQ
ERROR

106020

8AS

12%
20

SEQ 0156

;THIS SHOULD BE ZERO
;MOVING A “'1"" INTO RHAS

;AT

THE DRIVE BIT POSITION

;DID NOT CLEAR IT
013746
042716
022726

032122

022737

032130
032132

001601

001401

NN
~ono

032102
032106
032112
(=1
]

6851
6852
6853
6854
6855
6856
6857
6858
6859
6860
6861
6862
6863
6864
6865
6866
6867
6868
6869
6870
6871
6872
6873
6874
6875
6876
6877

MACY1Y

001736
001000
040700

12%:

104020

177777

001716

13%:

MoV

BIC
C(Mp

a#Ds1,-(SP)

;GET RHDS?

#PROG, (SP)
:MASK
#ERR!VV'!DPR!DRY, (SP)+

PROGRAMABLE

;RHDS1

SHOULD HAVE

THESE BITS

;BUT ATA SHOULD BE CLEARED
;CHECK RHER1 IF GOOD

BE"
ERnOIR

13%
20

Cmp

#-1,a/ERT

;RHER1

BEQ
ERROR

18172
20

;BRANCH IF

;MOVING "'1'" INTO RHAS AT

THE

;DORIVE BIT POSITION DID NOT
;CLEAR ATA IN RHDSI
SHOULD NOT

:BY CLEARING RHAS
;RHER1

WAS

GOOD

CHANGE

CHANGED BY

CLEARING

;RHAS BY MOVING ''1'" INTO
. THE

DRIVE

BIT

POSITION

|
MACYT

6878
6879
6880
6881
6882
6883

A
A
Tt
P

6917
6918
6919
6920
6921
6922
6923
6924
6925
6926
6927
6928
6929
6930
6931
6932
6933

032134
032136

000004
012706

032142
032150
032154
032156
032160

012737
004037
051534
052532

000072
042650

032162
032166
032170
032172

004037
003160

062650

1$172:

001000

002032

177400

8 13
PAGE 1>8

SEQ 0157

BUS ADDRESS INHIBIT

READ CYLINDERO, FORMAT 16 BITS PER WORD

TRACKO, SECTOR 1, KEYS 0, 10 WORDS Of 177400
THIS 1S DONE WITH BUS ADDRESS INHIBIT SET
ANY ERROR LOGIC INDICATION 1S NOT CONCLUSIVE ON FIRST PASS
BECAUSE ERROR LOGIC HAS NOT BEEN CHECKED YET (ON FIRST PASS)
222X X222 XX

SCOPE

22222 RSl
RRlgl
Rl

Mov

#STACK,SP

sRESET

MOv
JSR
.WORD
.WORD
.WORD

#TTNO,@#TSTNM
RO,a#CLAREA
DISK
DISK+776
177400

;THIS SAVES TEST NUMBER
;CLEAR SIMULATED DISK
;FROM
;10
;DATA

JSR

RO,a#CLAREA

;CLEAR READ INTO BUFER

.WORD
.WORD

REINTO+776
O

;10
;DATA

.WORD

004156
000000

REINTO

STACK

;FROM

;¥ HESE ARE 1O SETUP FOR DISKLESS USE ONLY
032174
032202
032206
032214
032220
032224
032232
32236
032242
032244

012737
105037
112737

005037
005037
012737
005037
004537
047616
051516

010000

047621
000001
047622
047624
000012
047626
044140

047616

047620

047676

Mov
CLRB
MOvVB
CLR
CLR

NEMT22,a0CYL
a#SECOTR+1
#1,3¥SECOTR
afKEY]
AFKEY2

CLR

MOv

JSR

eyt
WCRC

;CYLINDER O 16 BITS "ER WORD FORMAT
;TRACK 0
;SECTOR 1
;KEY1=0
;KEY2=0

#10.,3#DAWORD

;NO. OF

DATA WORDS
;THIS 1S A READ COMMAND

RS.,a¥CRC

;60 TO CALCULATE (RC

;*THESE ARE REGULAR SETUPS

032246
032252
032256
032264
032272

032276
032304
032310

OO—=—=0000

6906
6907
6908
690y
6910
6911
6912
6913
6914
6915
6916

11:11

ATTENTION WITH ERROR TEST

;*TEST 72

PRI QP
S
Y
g
Y o 1
[LSY, N1, N1 N1, V1, IV P
SNONNNNNSN
NN
SN
- N
NNOONN—N

6904
6905

10-SEP-79

T R
R a R ARt

6884
6855
6886

6887
6888
6889
6890
6891
6892
6893
6894
6895
6896
6897
6898
6899
6900
6901
6902
6903

30A(1052)

042732
002070

005077
004737

147330

106401

000000

052777

177766

003160
000001
000000
147334
014000

147346
147342

000001
147332

MOV
Mov
MOvB
MOvB
Mov
Mov

CLR
JSR
TYFE

062766
062562

000010

JSR
MOov

1647274

HALT

BIS

:SETUP GENERAL REGISTERS
PC,anCLDISK
;READ DATA INTO RHCS1=70
S#READAT ,aR1
#-10. ,9RHW(
;10 DATA WORDS
;STARTING ADDRESS OF READ BUFFER
WREINTO,3RHBA
#,-(SP)
:IN LOWER BYTE GET SECTOR 1
#0,1(SP)
;GET TRACKO IN UPPER BYTE
; TRACK/SECTOR IN RHDST
(SP)+ ,8RHDST
#FEMT22'EC] ,aRHOF ;16 BITS PER WORD
;ECC CORRECTION INHIBIT BECAUSE
;ECC 1S NOT CHECKED HERE
dRHCA
:CYLINDER O

PC,a#CHECKT
,CPHALT

#BA] ,aRH(S?

: CHECK THAT DVA,RDY,DPR,DRY =
;AND THAT NO OTHERS = 1.

(CANNOT (ON-

;TINUE TESTING IF BOTH AREN'T TRUE
;STOP THE TEST

;SET BUS ADDRESS INMWIBIT

ale)

CZRJGDO,RPO4/5/6 DSKLS CTRLRI
10-SEP-79 11:00
CIRJGD P

CIRJIGDO,RPDL/S/6 DSKLS CTRLRI
10-SEP-79 11:00
CZRJGD.PYY

6934

6935
6936
6937
6938
6939
6940
6941
6942
6943
6944
6965
6946
6947
6948
6949
6950
6951
6952
6953
6954
6955
6956
6957
6958
6959
6560
6961
6962
6963
6964
6965
6966
6967
6968
6969
6970
6971
6972
6973
6974
6975
6976
6977
6978
6979
6980
6981
6982
6983
6984
6985
6986
6987
6988
6989

032342
032346

005037
004737

MACY11

30A(1052)
10-SEP-79
11:11
PAGE
172
BUS ADDRESS INHIBIT

002006
0467456

CLR
JSR

SMERFLGY

PC.anCOMKHD

1>y

SEQ 0158

:CLEAR ERROR FLAG
;READ DATA

;*1F THE PROGRAM COMES BACK HERE WITHOUT ERROR PRINTOUT
;*FROM '"COMHD'' ROUTINE IN MEANS DATA IS TO BE CHECKED

:*NOW THE DATA READ INTO ''REINTO' BUFFER WILL
;*BE CHECKED, ONLY ONE WORD SHOULD BE CHANGED
:*ALL OTHER WORDS SHOULD REMAIN UNCHANGED

;*THE ''WRFROM'' BUFFER |S FILLED WITH EXPECTED DATA AND CHECKED
005037

032352
032356
032362
032364
032366

003112
000000

032370

012737

004037
002114

002006
042650

(LR
JSR

WRFROM

ANERFLGS

RO,aNCi.AREA

gRFROH*??b

177400

;CLEAR FLAG
;CLEAR BUFFER
;FROM
;10

;DATA

;*EXPECTED DATA IS 177400 IM FIRST LOCATION ONLY

002114

Mov

;EXPECTED DATA

#177400,3#WRFROM

:*NOW READ DATA BUFFER IS CHECKED
032376
032402
032406
032412
032420
032422
032624
032430
032434
032440
032444
032446
032450
032452

002114
003160
000400
000401

047736

1%:

001124
001126
047736

CMP
BEQ
MOv

Mov

002006

3%:

104005

Mov
Mov
Mov
Mov

SuB
181
BNE
ERROR
BR
ERROR

#WRFROM,RO
#REINTO,RY
#256.,R2
#257.,3NERWORD
(RO)+,(R1)+

=(RO) ,a#$GDDAT
=(R1),a#8BDDAT
R2,a#ERWORD
O¥#ERFLGS
3¢
4

;GOOD DATA

:DATA READ

;COUNTER
:FOR ERROR WORD NO
:COMPARE GOOD WITH READ BUFFER
;BRANCH IF GOOD
;600D DATA
;BAD DATA
:ERROR WORD NO
;ANY

ERRORS ALREADY

THERE

:1F YES BRANCH DO NOT TYPE HEADER
:ERROR ON READ DATA
;BRANCH TO AVO]ID PRINTING NEXT ERROR
;WORD NO 1-10 ARE DATA
;WORDS

;WORD NOS 11-256 HAVE NOT BEEN
:READ AND BUFFER

SHOULD BE

:WRONG NUMBER OF

WORDS HAVE

;IERDO IF OTHER THAN ZERO

:BEEN READ IN THE DISK NOW

;CONTAINS 177400 ALL 256
;WORDS BUT ONLY 10 WORDS
;SHOULD BE READ IN

032454
032456
032462
032466
032472
032474
032476

022021
017746
042716
022726
001402
005302
001345

1646456
177177

4%:

000200
2%:

(MP

MOV

Bl
(MP
BEQ
DEC
BNE

(RO)+, (R1)+
aSWR,=(SP)
M77177,(SP)
#SWO7,(SP)+

'S173

R2
1%

:UNDO -(RO) AND -(R1) FOR ERROR
;GET SWITCH SETTING
;KEEP ONLY SWITCH 7 AND 8
;1S 7 SET AND 8 RESET
;BRANCH OUT IF YES
; COUNT
;BRANCH

NOT

COMPLETE

CIRJGDO,RPO4/S/6 DSKLS CTRLRI
CIRJGD.PVY
10-SEP=-79 11:00
6990
6991

MACYI

3?9(1052)

0D 13

10-SEP=79
11:11
PAGE
BUS ADDRESS INWIBIT

160

SeQ 0159

CIRJGDO,RPO4/S5/6 DSKLS CTRLR]
CIRJGD P
10-SEP=-79 11:00

MACY1Y

6992
6993
6994
6995
6996
6997
6998
6999

SEQ 0160

032500
032502
032506

000004
012706
012737

001000
000073

RHCS2 - BIT # 11 - NEM

Tee
e

THIS 15 DONE WITH BUS ADDRESS INHIBIT SET
BUS ADDRESS USED IS 760000 THIS IS ALWAYS NON EXISTANT

TRACKO, SECTOR 1, KEYS 0,
THIS SHOULD

SET

1| WORD OF

NEM

2222222222222

1$173:
002032

SCOPE

Mov
Mov

177400

FSTACK,SP
FTINO,I#TSTNM

SRESET STACK
;THIS SAVES TEST

NUMBER

;*CHECK TO SEE IF THE PROGRAM IS RUNNING WITH AN RH70
032514
032520
032522
032526

005737
001402
000137

002040

032526
032532
032534
032536

004037
051534
052532

042650

033044

30%:

181
BEQ
JMP

a¥RH70
30%
15174

;TEST FLAG FOR RH70 CONTROLLER
;1F FLAG = 1, THIS TEST IS SKIPPED
;JUMP TO NEXT TEST =--cccccccccccncna;1F FLAG = 0, DO THIS TEST

JSR
.WORD

RO,3#CLAREA
DISK

;CLEAR SIMULATED DISK
;FROM

.WORD
.WORD

177400

DISK+776
177400

;70
;DATA

;vTHESE ARE TO SETUP FOR DISKLESS USE ONLY
032540
032546
032552
032560
032564
032570
032576
032602
032606
032610

010000
047621
000001
047622
047624
000001
047626
0646140

047616
047620
047676

MoV

FEMT22,00CYL

:CYLINDER 0,

(LR

ONKEY
ANKEY2

KEY1=0
;KEY2=0

JSR

RS,3#CRC

CLRB
MOVB
(LR

AN#SECOTR#
#1,3#4SECOTR

MoV
CLR

#1.,3#DAWORD
aNx

YL
WCRC

;TRACK 0
;SECTOR 1

16 BITS PER WORD FORMAT

:NO. OF DATA WORDS
:THIS 1S A READ (OMMAND

;GO TO CALCULATE

CRC

:*THESE ARE REGULAR SETUPS
042732
002070
177777
160000
001400
000001
000000
146764
014000

032666

005077

146760

s OO

032612
032616
032622
32630
V32636
032642
032646
032654
032660

d e \JN et

7027
7028
7029
7030
7031
7032
7033
7034
7035
7036
7037
7038
7039
7040
7041
7042
7043
7044
7065
7046
70&7

INHIBIT

£ 13
PACE 161

READ CYLINDERO, FORMAT 16 BITS PER WORD

7026

11:11

see
e

—

7012
7013
7014
7015
7016
7017
7018
7019
7020
7021
7022
7023
7024
7025

BUS ADDRESS

SATEST 73

[T, V1, VY VY UL, UL, SV P o
NONNTNNNNYNY
NN
S NNOO
e NN—N

7007
7008
7009
7010
7011

172

10-SEP-79

A 42222222222
XXX AR RARARRRARRRRRRRRRRRRRRRRRRRRdRRllA

OO—=—=00000

7000
7001
7002
7003
7004
7005
7006

30A(1052)

147002
146776

JSR
MOV
MOV
MOV

PC,a#CLDISK
a#READAT ,aR1
#-1.,3RHWC
#160000,3RHBA

;SETUP GENERAL REGISTERS
;READ DATA INTO RH(CS1=70
:10 DATA WORDS
;STARTING ADDRESS OFf READ BUFFER

000001

MOVB
MOVB

#1,-(SP)
#0,1(5P)

:IN LOWER BYTE GET SECTOR 1
;GET TRACKQ IN UPPER BYTE

146762

B1S

MOV

#A161A17,9R1

(SP)+ ,aRNHDST

MOV

#FEMT22'EC] ,aRHOF

(LR

DHCA

;1S 760000

;TRACK/SECTOR IN RHDST
;16 BITS PER WORD

;ECC CORRECTION INHIBIT BECAUSE
sECC IS NOT CHECKED HERE
;CYLINDER O

CIRJIGDO,RPOL/S/6 DSKLS CTRLR]
10-SEP-79 11:00
CIRJGD P11
7048
7049
7050

7051
7052
7053
7054
7055
7056
7057
7058
7059
7060
7061
7062
7063
7064
7065
7066
7067
7068
7069
7070
7071
7072
7073
7074
7075
7076
7077
7078
7079
7080
7081
7082
7083
7084
7085
7086
7087
7088
7089
7090
709i

MACY1T

032672
032676

004737
104407

042766
062562

032702
032704
032712
032716

000000
052777
005037
004737

000010
002006
047456

032722

011137

001126

032726
032734
032736
032744
032750

022737

145670

001126

144270

001124

032752
032756
032762
032766
032772
033000
033002
033006

013746
052716
012637
011237
023737
001403
010237

033010

017737

146620

033016
033024
033026
033034
033042

022737
001407
012737
013737

033044

001406
012737
010137
104001

104001

042402

11:11

13
PAGE

162

30A(1052)
RHCS2 = BIT # 11 = NEM
173
JSR

T(PE

HALT

1646724

1%:

LCPHALT

;CHECK THAT DVA,RDY,DPR,DRY = 1
;AND THAT NO OTHERS = 1.
CANNOT (ON;VINUE TESTING IF BOTH AREN'T TRUE
;STOP THE TEST

#BA1,@RHCS2
SFERFLGS

MOV

aR1,a#SBDDAT

(MP
BEQ

#SC.TRE'DVA'AT6!AI7!RDY!70,84$BDDAT
2%
;BRANCH IF G6OOD

MOV
MOV

2%:

PC,a#CHECKT

SEQ 0161

BIS
(LR
JSR

ERROR

001774
004110
001124
001126
001124

10-SEP-79

Mov

8IS

Mov
Mov

PC,a#COMHD

;SET BUS ADDRESS INHIBIT
;CLEAR ERROR FLAG
;READ DATA

;TEST DATA

#SC!TRE'DVA!RDY!70,3#SGDDAT

R1,3#REGADR
1

;COMPARE RH(S!

;GOOD DATA

;REGISTER RHCS1

;REFERENCE NON EX]STANT
;MEMORY DID NOT SE7

;REQUIRED BITS

:GET UNIT NUMBER
afUNIT,~(SP)
INEM!IR!BAIL, (SP)
s INCLUDE NEM BA]
(SP)+ ,aNSGDDAT

;

AND

aR2,a¥#SBDODAT

;TEST DATA

ERROR

R2,a#REGADR
1

001126

MOv

dRHBA ,@#$BDDAT

160000

001126

160000

001124
062402

(Mp
BEQ

#160000,a#$BDDAT
; COMPARE RHBA
(%
;BRANCH 1f GOOD
#160000,a#$GDDAT;GOOD DATA
a#RHBA ,3#REGADR ;REGISTER ADDRESS RHBA

001126

(mMp
BEQ

042402

001634

Mov

Mov
MOV

ERROR

g:SGDDAT.SISBDDAT:COHPARE RHCS?

; CAUSED AN ERROR SHOULD SFT NEM
;TEST DATA

;AFTER A NON EXISTANT MEMCRY ERROR
:RHBA DOES NOT HAVE 160002

CIRJGDO,RPOL/S5/6 DSKLS CTRLRI
10-SEP-79 11:00
CIRJGD.PI

7126
7127
7128
7129
7130
7131

7132
7133
71%

7135
7136
71%7
7138

7139
7140
71641
7142
7143

7144
7145
714¢
7167

;e
A
it
;e
s
A
i

163

Sea 0162

WRITE CHECK ERROR

WRITE CHECK DATA CYLINDER O FORMAT 16 BITS PER WORD
TRACK 1, SECTOR 1, KEYS O, 32 WORDS OF DATA
FIFTH WORD 1S CHANGED ON DISK TO GIVE WRITE (HECK ERROR
ANY DEVICE LOGIC ERROR INDICATIONS ARE NOT CONCLUSIVE
ON FIRST PASS
BECAUSE ERROR LOGIiC HAS NOT YET BEEN C(HECKED
ONLY RH WRITE CHMECK ERROR 1S TESTED

;""."""""'"""'""""'""""l""""""""""""

033044

1ST74:

000004

SCOPE

;*DATn TABLE

;*TOTAL OF 32 WORDS CONSISTING Of
;*16 WORDS OF FLOATING ONES (EG. 1, 2, &, 10)
;*16 WORDS OF
033046
033052
033060

012706
012737
006737

001000
000074
042732

MOv

002032

MOV
JSR

FLOATING ZEROS

#STACK,SP

#TINO,a#TSTNM
PC.a#CLDISK

(EG.

JRESET

177776,

177775)

STACK

THIS SAVES TEST NUMBER
;INIT AND SET UP GENERAL REGISTERS

;*SET UP "'REINTO' FOR WHAT S TO BE READ
033064

033070
033074
033076
033100

033102
033106

033112
033114
033116
033120
033122
033126
033130
033132

2700
2701
0021
6100
3375
2700
2701
—

7124
7125

J*TEST 76

oo
O
ono

7120
7121
7122
7123

G 13

30A(1052)
10-SEP-79
11:11
PAGE
173
RH(S2 - BIT # 11 - NEM

::"'"".'"""""'"'"""'"""""."""'."""""""

OO0 —-00O0O

7092
7093
7094
7095
7096
7097
7098
7099
7100
7101
7102
7103
7104
7105
7106
7107
7108
7109
7110
7111
7112
7113
7114
7115
7116
7\17
7118
7119

MACY11

000001

003160

177776
003220

1$:

2%:

006100
103774

004037
003260

MoV
MOV
MOV

#1,R0
#REINTO,RT
RO, (RY) ¢

BCC
Mov
MOV

1%
:BRANCH IF 16 NOT DONE
#177776,R0
;GETTING READY TO FLOAT 0
FREINTO+<16.92>,R1 ;STARTING ADDRESS WHERE

ROL

Mov
SEC
ROL

BCS

JSR
.WORD
.WORD

062650

.WORD

RO,(R1)+

;GETTING READY TO FLOAT
:STARTING ADDRESS WHERE
;MOVE FLOATING 1
;GET

;MOVE

ONE BIT

IN FLOATING O

;SET CARRY
;GET O ONE BIT LEFT

RO,a8#CLAREA
REINTO0+<32.%2>
REINTO+776

;FROM
;10

GOES

LEFT

1
1

:BRANCH 1F

177776 GOLS

16 NOT DONE

;FILL REST OF BUFFER WITH !

;WITH DATA

;*SET UP SIMULATED DISK WITH WHAT S TO BE READ
033134

033140
033144
033146
033150
033152
033156
033162
033164

000001
051534

3%:

” RO
#D]Sk,R1

:GETTING READY T0 FLOAT
;STARTING ADDRESS WHERE

Mov

RO, (R1)e

sMOVE FLOATING 1

BC(C

b} )

;BRANCH IF 16 NOT DONE

ROL

Mov

177776

051574

MOV
Mov

MOov
MOV
SEC

;GET

1 ONE BIT

#177776,R0

1
1 GOES

LEFT

;GETTING READY TO FLOAY O
#DISK+<16.¢2>,RY ;STARTING ADDRESS WHERE 177776 GOES
RO, (R1)e
;MOVE FLOATING O
sSET CARRY

CIRJGDO,RPO4/5/6 DSKFLS CTRLRI
10-SEP-79 11:00
CIRJGD P11
7148
7149
7150
4%}
7152
7153
7154
7155
7156
7157
7158
7159
7160
7161
7162
7163

MACY11

30A(1052)
10-SEP=79
11:11
174
WRITE CHECK ERROR

ROL
B(S

006100
103774

004037
051634
052532
000000

JSR

042650

LMWORD
.WORD
.WORD

nn
7172
7173

7174
7175
7176

7177
7178
7179
7180
7181
7182
7183
7184
7185
7186
7187
7188
7189
7190
7191
7192
7193
7194

7195
7196

7197
7198
7199

7200
7201
7202
7203

PAGE

1664

SEQ 0163

RO
4%

;GET O ONE BIT LEFT

RO,3FCLAREA

:FILL REST OF BUFFER WITH O

DISK+<32.¢2>
DISK¢776
¢

:BRANCH IF

16 NOT DONE

;FROM
;10
:W1TH DATA

:*CHANGE FIFTH WORD TO O ON DISK
033204
033210
033214

005037
005037
004737

051544
002006
043770

CLR
(LR
JSR

afD]SK+10
OFERFLGS
PC.a#WRCHDA

;CLEAR FIFTH
;CLEAR ERROR
JWRITE CHECK
;CYULINDER O,
;KEYS 0,

;*1F

7164

7165
7166
7167
7168
7169
7170

WORD ON DISK
FLAG
DATA
TRACK 1, SECTOR 1

32 WORDS.

THE PROGRAM (OMES BACK HERE THEN WRITE CHECK

:*HAS BEEN COMPLETED, NOW WRITE CHECK ERROR BIT IS TESTED
;*ALONG WI1TH RHWC FOR PROPER WORD COUNT AND RHBA FOR ADDRESS
033220
033224
033230
033234
033240
033242
033250
033252
033254

0’3746
052716

004737

022637
001407
032737
001002

001774

8#UNIT,-(SP)

;GET

BI17
BNE

FW(E , INCS2
5%

;WRITE CHECK ERROR HIGH?
;BRANCH IF ERROR NOT DUE TO "‘W(E"

BIS
JSR
(mp
BtQ

040300

042336
001712
40000

Mov

001712

ERROR

104017

000401

#IR'OR!WCE,(SP)
PC,a#PUTREG
(SP)+,a#(S2
6%
17

UNIT

NUMBER

;ONLY BIT 6 SHOULD BE SET
:SAVE REGISTERS
: COMPARE RH(S?2
;BRANCH IF GOOD

;RHDB CONTAINS FAILING WORD

;RHBA CONTAINS ADDRESS+?

;OF

THE WORD IN MEMORY FROM

;TRE

AND SC WILL BE

:THE DISK THAT DIDP NOT COMPARE
SET

DUE

TO WLE

5¢:

ERROR

;WCE WAS CORRECTLY NOT SET
;BUT SOME BJTS OTHER THAN
;IR AND UNIT NO. WERE SET

6%:

1671

3#RH70

;TEST

(mMP

n-24. ,a0u(

; COMPARE RHW(C AFTER A FORCED

001402
104017

BEQ
ERROR

17%
17

033300

000421

15%

. CHECK RHMBA 1F GOOD
;WORD COUNT REGiISTER IN ERROR AFTER A
;FORCED WRITE CHECK ERROR ON F1FT4 WORD
;BRANCH TO CONTINUE TEST

033302

022737

cmp

033310
033312

001415

104017

BtQ
ERROR

033314

000413

WREINTO+<B.+2>,a#BA ;(OMPARE RHBA AFTER A FORCED
;WRITE (HECK ERROR IN FIFTH WORD
;CONTINUE 1F GOOD
19%
:BUS ADDRESS REGISTER IN ERROR AFTER
17
;FORCED WRITE C(HECK ERROR ON flFTH WORD
;SKIP RH11 CODE AND CONTINUE WITH TEST
15%

033316

0227%7

(mMp

=27, ,30C

033324

001402

BtQ

14%

033256

104017

033260
033204

005737
001414

002040

033266

022737

177750

033274
033276

003200

1777645

001706

001710

001706

17%:

16%:

BtQ

169

FOR RH70 CONTROLLER

;SKIP RH70 CODE AND DO RH11
;WRITE

CHECK ERROR

;COMPARE RHW(C AFTER A FORCED
;WRITE
;(HECK

I# NOT

C(HECK ERROR
RHBA 1F GOOD

CIRJCDO,RPO4/S5/6 DSKLS CTRLRI
10-SEP-79 11:00
CIRJGD PN
7204
7205
7206
7207
7208
7209
7210
7211
7212
7213
7214
7215
7216
7217
7218
7219
7220
7221
7222
7223
7224
7225

7226
7227
7228

7229
7230
7231
7232
7233
7234
7235
7236
7237
7238
7239
7240
7241

7242
7263
7244
7245

7246
7247
7248
7249
7250
7251
7252

7253

7254
7255
7256

7257

7258
7259

MACY11

30A(1052)
10-SEP-79
11:11
174
WRITE CHECK ERROR

113

PAGE

165

SEQ 0164

033326

104017

ERROR

033330

000405

15%

033332

022737

(mp

WREINTO+<5,
«2> ,9#BA; COMPARE RHBA AFTEDT rORCED

033340
033342

001401
104017

BEQ
ERROR

15%
17

603172

001710

14%:

;WORD COUNT REGISTER IN ERROR AFTER A

;FORCED WRITE CHECK ERROR ON FIFTH WORD
;BRANCH TO CONTINUE TEST

;WRITE CHECK ERROR IN FIFTH WORD
;CONTINUE 1F GOOD
;BUS ADDRESS REGISTER

IN ERROR AFTER

;FORCED WRITE CHECK ERROR ON FIFTH WORD

;*NOW CHECK MEMCRY TO SEE IF ANYTHING GOT DESTROYED
stFILL "'WRFROM'' WITH WHAT SHOULD BE IN REINTO THEN (HECK
005037
012700
012701
010021
006100

002006
000001
002114

033366
033372
033376
033400
033402
033404

012700
012701
010021
000261
006100
103774

177776
002154

033406
033412
033414
033416

004037
002214
003112
000001

042650

033344
033350
033354
033360

033362
033364

15%:

7%:

103375

10%:

(LR
MOV
MOV
MOov
ROL
BCC

INERFLGY
# RO
#WRFROM,R1
RO, (R1)+
RO
7%

MOov
MOV
MOV

#177776,R0
:GETTING READY TO FLOAT 0
#WRFROM+<16.¢2>
,R1 ;STARTING ADDRESS WHERE
RO, (R1)¢
:MOVE IN FLOATING O

SEC
ROL
BCS

JSR
.WORD
MWORD
.WORD

RO
10%

RO,a#CLAREA
WRFROM+<32.¢2>
WRFROM+?76
1

:CLEAR ERROR FLAG
;GETTING READY TO FLOAT 1
;START ADDRESS WHERE 1 GOES
;MOVE FLOATING 1
;GET 1 ONE BIT LEFT
;BRANCH IF 16 NOT DONE

177776 GOES

;SET CARRY
;GET O ONE BIT

;BRANCH IF

LEFT
CARRY SET

;FILL REST OF BUFFER WITH
;FROM
.10
;WITH DATA

;*NOW THE RFAD BUFFER WiLL BE CHECKED
033420
033424
033426
03343C
033432
033434

004037
002114
003160
000400
033440
033444

033436

033452

033440
033442
0335444

000207

JSR
WRFROM
REINTO

043626

RO,a#COMPAR

; CHECK
;GO0D BUFFER
. TEST BUFFER

256.

;NUMBER OF WORDS CHECKED

1%
12%

;RETURN POINT
;RETURN POINT

18175

FOR ERROR HEADER
FOR ERROR DATA

;RETURN FOR GOOD COMPARISON

106004

11%:

ERROR

;READ NEXT ERROR S

104005

129%:

ERROR

;DATA IN REINTO BUFFER GOT

;RETURN TO COMPAR]ISON SUBROUTINE
“(HANGED

AFTER

A WRITE

:CHECK DATA (COMMAND

;WORD NO CONTAINS THE WORD

033446

000207

033450

000240

RTS
13%:

NOP

:NUMBER THAT GOT C(MANGED

;RETURN TO COMPARISON SUBROUT
Nt

;ONCY A BRAN(H POINY

7311
7312

7313
7314
7315

PAGE

166

SEQ 0165

R
B

[

PER WORD FORMAT, FER=BIT4
READ SHOULD BE COMPLETE

R
8

]

AEAE2 2R

18175:

053452

000004

033454

012706

001000

033460

012737

000075

002032

ERROR REGISTER #1-BIT &4 -FORMAT ERROR
THE SIMULATED DISK IS FILLED WITH CYLINGER O TRACK 1
SECTOR O FORMAT=18 BITS PER WORD AND & WORDS
OF 125252, A READ HEADER AND DATA (OMMAND IS GIVEN wlTH 16 BITS

SHOULD SET BUT

THFE

RRRRdRRRAR

)

SCoPE

MOV

#STACK,SP

;RESET

Mov

#FTINO,a#TSTNM

;THIS

STACK
SAVES

TEST

NUMBER

SETUP FOR WHAT ]S TO BE READ
HEADER CRC IS RESTORED FROM A SUBROUTINE

125252
000400
051534

033466
033472
033476
033502
033504
033506
033510
033512

033516
033520
033522

1%:

MOV
Mov
MOV
MOV

DEC
BNE
151

000021

MOV

2%:

005020
005305
001375

(SP)+
#17..RS

ARE

#0!0,9#CYL

047616

MOV

033532
033540
033546
033554
033562
033570
033574
033600
033602

000001
000000
000000
000000
000004
047626
064140

047621
047620
047622
047624
047676

MOvVB
MOVB
MOV
MOV
mMov

000001

:MOVE IN DATA ON T0 SIMULATED bISK
; COUNT

:*THESE

000000

000000
000001

(SP),(RO)+
RS

#D15SK,RO

(RO)+
RS

012737

166014
1646010

;DATA 10 BE READ
s COUNTER

CLR
DEC
BNE

033524

062732
177770
003160

#125252,-(SP)
#256. RS

;START OF

SIMULATED DISK DATA

;BRANCH IF

256 NOT

JUNDO =(SP)
;2 ECC WORDS
:1 DATA GAP

COMPLETE

;14 TOLERANCE GAP

;CLEAR ECC, DATA GAP,
; TOLERANCE GAP

;BRANCH 1F

NOT

10O SETUP FOR DISKLESS USE

;16 BITS PER WORD
;CYLINDER O,
#1,9#SECOTR+Y
TRACK 1
#0,9#SECOTR
;SECTOR O
#0,3/KEY
KEY1=0

AND

COMPLETE

ONLY

FORMAT

16 BITS

#0,3#KEY2

;KEY2:=0

CLR
JSR
cyL
WCRC

afx
RS.S#CRC

:THIS IS A READ COMMAND
;G0 TO CALCULATE (RC

;v THESE

ARE REGULAR SETUPS FOR RM11

JSR

PC,a#(LDISK

MCVB
MOVB

#0,=(SP)
#1,1(5P)

MOV
MOV

#4 . ,9#DAWORD

#-4 -4, ,@RHWC
SREINTO,9RHBA

:NO.

DATA WORDS

AND "‘REINTO"

;SETUP GENERAL REGISTERS

;4. DATA & HEADER WORDS
;STARTING ADDRESS OF READ BUFFER

:IN LOWER BYTE GEY SECIOR
;GET TRACK IN HIGHER By ITE

J 13

VO WNO NNNIN
N
—t s L AN AN AN
LN AN
OO NNNNNNN

7307
7308
7309
7310

]

SNNTNTN
YN

7301
7302
7303
7304
7305
7306

B
R

O &£ NN
OO ~N~N~N

7298
7299
7300

J*TEST

OO0
——
NP OO — ettt
s
i
K ALASIaVIAV]
F 1,V ]

7286
7287
7288
7289
7290
7291
7292
7293
7294
7295
7296
7297

30A(1052)
10-SEP=79
11:11
174
WRITE CHECKX ERROR

R NN

——_OO00
— et
s O
ORI
N S~

7260
7261
7262
7263
7264
7265
7266
7267
7268
7269
7270
72N
7272
7273
7274
7275
7276
7277
7278
7279
7280
7281
7282
7283
7284
7285

MACY11

CIRJGDO,RPO4/5/6 DSKLS CTRLR]
10-SEP-79 11:00
CZRJIGD P

CIRJIGDO,RPO4/5/6 DSKLS CTRLR]
10-SEP-79 11:00
CIRJGD P11

005077

033654
033660

004737

033664

000000

033666
033672
C33u76

013711
005037
004737

104601

K 13

30A(1052)
10-SEP=-79
11:11
PAGE 167
175
ERROR REGISTER #1-BIT 4 -FORMAT ERROR
mov

(SP)+ ,aRHDST

Mmov

#FEMT22'ECI,aRHOF

1645776

(LR

aRHCA

0642766
062562

JSR
T1YPE

PC,a#CHECKT
LCPHALY

146000

SEQ 01¢6
IN RHDST

;16 BITS PER WORD

:ECC CORRECTION INNWIBIT
;BECAUSE ECC IS NOT GOING
CHECKED

;CYLINDER 0O

;CHECK THAT DVA,RDY,DPR,DRY - 1
;AND THAT NO OTHERS = 1.
CANNOT (ON-

;TINUE TESTING IF BOTH AREN'T TRUE
;STOP THE

Mov
CLR
JSR

002072
002006
04745¢#

:TRACK/SECTOR

;70 BE

HALT

;*1F

afREFOR,aR]
SVERFLOY
PC,aN(OMHD

TEST

;READ HEADER AND DATA=72
;CLEAR ERROR FLAG
;READ HEADER AND DATA

THE PROGRAM (OMES BACK HERE WITHOUT ERROR PRINTOUTS

;*FROM THE "'COMHD'' ROUTINE THAT MEANS SECTOR GAP,
;*FIRST SYNC, HEADER, HEADER (RC, HEADER GAP AND

:*SYNC BYTE HAVE GONE BY AND SYNCS WERE CORRECTLY
;*DETECTED.

033702
033710
033712

0177%7
001401

165724

001126

;*RHWC

|S CPECKED

mMov

SRHWC ,$BDDAT

BEQ
ERROR

106040

TO BE

O AFTER

THE

READ OPERATION

;LOAD AND TEST

20%
40

;*HEADER AND DATA ARE

RHW(

;SHOULD = 0
:RHWC DOES NOT = O AFTER A READ
;HEADER AND DATA

TO BE

CHECKED.

;*IN CHECKING READ DATA THE WRITE FROM BUFFER
;''WRFROM'' IS FILLFD WITH EXPECTED DATA AND

;*COMPARISONS ARE MADE.

033744
033750
033756
033760
033764
033770
033774
034000
034002
034004

005737
001055
004737

033714
033720
033722
033726
033732
033734
033740

7351
7352
7353
7354
7355
7356
7357
7358
7359
7360
7361
7362
7363
7364
7365
7366
7367
7368
7369
7370
7371

033650

7345
7346
7347
7348
7349
7350

146002
014000

s e

7335
7336
7337
7338
7339
7340
7341
7342
7343
7344

012677
012777

7328
7329
7330
7331
7332
7333
7334

033636
033642

O QD wd e v

7316
7317
7318
7319
7320
7321
7322
7323
7324
7325
7326
7327

MACY11

620

208:

002006

043156
062562
002114
000000
000000
000001

SFERFLGS

:ANY ERRORS ALREADY

#WRFROM,RO
#0,(RO) ¢
#0,-(SP)
#1,1(SP)

;STOP THE TEST
sGETTING READY TO FILL EXPECTED DATA
sCYLINDER 0
:IN LOWER BYTE GET SECTOR
:GET TRACK IN HIGHER BYTE

Mov

#0,(RO)¢

;KEY1

IN BUFFER

Mov

RZ, (RO)¢

;DATA

INTO BUFFER

HALT
MOv
Mov
mMov8
MOvB

000001

MOV

000000
000000
000400
125252

187

BNE
JSR
TYPE

3%:

MOV
MOv
MOv
DEC

BNE

15176
PC,a#CHECKE
»CPHALT

(SP)+,(RO) ¢+

#0,(RO)¢
#256.,R1
#125252,R2
R1

THERE

;BRANCH IF VYES
;CHECK THAT BITS = 1
: CANNOT CONTINUE TESTING IF

<GET TRACK/SECTOR IN BUFFER
;KEY2 IN BUFFER
¢DATA WORD COUNTER
:DATA

s COUNT

sBRANCH [F 256 NOT DONE

;*NOW READ DATA BUFFER wiLL BE

C(MECKED

THEY DON'T

CIRJGDO,RPOL/S5/6 DSKLS CTRLR1
CIRJGD.PY
10-SEP-79 11:00
7372
7373
7374
7375
7376
7377
7378
7379
7380
7381
7382
7383
7384
7385
7386
7387
7388
;ggg
7391
7392
7393
7394
7395
7396
7397
7398
7399

7400
7401
7402

034006
034012
034014
034016
034020
034022
034024
034026
034030
034032

004037
002114
003160
000010
034026
034032
034036
104004
000207
104005

034034

000207

MACY1Y

3?921052)

063626

L 13

10-SEP=-79
11:11
PAGE 168
ERROR REGISTER #1-BI1 4 -fORMAT ERROR
JSR
WRFROM
REINTO
G4,
3
5%

4%:

5%:

RO,a#COMPAR

SEQ 0167

; CHECK
:G00D BUFFER

;TEST BUFFER
;NUMBER Oi WORDS C(HECKED
;RETURN POINT FOR ERROR HEADER

6%
ERROR
RTS
ERROR

4
PC
5

sRETURN POINT FOR ERROR DATA
;RETURN FOR GOOD COMPARISON
;READ NEXT ERROR
:RETURN TO ‘'COMPAR'’
;WORD NCS 1 10 4 ARE

RTS

;5 10 260 ARE DATA WORDS
;RETURN T0O ''COMPAR'’

;HEADER WORDS

;*NOW SEE THAT FORMAT ERROR BIT GOT SET
034036

004737

042336

034042
034050
034052

022737
001401
104020

100020

6%:

001716

JSR

PC,3#PUTREG

;SAVE REGISTERS

(MP
BEQ
ERROR

N#FER.DCK,3#ERY
1176
20

;FORMAT ERROR SHOULD BE SET
;BRANCH If GOOD
;A 16 BIT PER WORD READ WAS ATTEMPTED
;WHEN THE

DISK

HAD

:WORD THE

READ WAS

:THE FOKMAT BIT=0-

18 BITS PER

;COMPLETED BUT ERROR REG

;WAS NOT RIGHT

;NOTE DCK WlLL BE SET BECAUSE
;ECC HAS NOT BEEN GENERATED

76413

7414
7415
76416
7617
7618
76419
7420
7621
7622
76423
7424

7425

7626
7427
7428
7429
7430
76431
76432
7433
76434
7435
76436
7437
7438
7439
7640
7441
76462
76443
7444
7445
76446
7447
76448
7449
7450
7451
7652
7453
74654
7455
7456
76457
7458

3?;;1052)

Mm13
10-SEP=-79
11:11
PAGE 169
ERROR REGISTER #1-BIT &4 -+ORMAT ERROR

SEQ 0168

:;"""'l"""'t'"""""!""""'tl'l.l".t'l'l""'t"""

J*TEST 76
A
ive
s
A
R

000004

034056

012706

001000

034062

012737

000076

034070

012737

177777

034076
034102
034104
034106

004037
051534
052560

042650

034110
034114
034120
034124
034130
034134
034142
034150
034154
034156

005037

047616
047621
047620
047622
0476264
000004
000001
044140

105037
005037
005037
012737
012737
004537
052754
052764

s*NOW A WRITE DATA WILL BE ATTEMPTED WITH
:*WRONG FORMAT BIT
#STACK,SP

sRESET

002032

Mov

#TINO,a3¥#TSTNM

:THIS SAVES TEST NUMBER

047732

Mov

#-1,3/NOSYNC

:SET

JUSR
.WORD

RO,a#CLAREA
DISK
TOLGAP+16

:CLEAR SIMULATED DISK
;FROM

(LRB

O#SECOTR#+

;TRACK O

MOV
MOV

#4 ,3/NOWORD
#1,a8x

:NO OF DATA WORDS
;WRITE DATA

fRMAT1:

.WORD
.WORD

STACK

FLAG SO THAT

DATA SYN(

:AND DATA IS NOT READ

;10
;DATA
0
:*THESE ARE SETUP FOR DISKLESS USE ONLY
CLR
aNCYL
;CYLINDER 0, FORMAT

CLRB
(LR
CLR

047664
047626

SCOPE

MOV

000000
105037

THE SIMULATED DISK HEADER IS FILLED WITH CYLINDER 0
TRACK O, SECTOR 0 FORMAT 18 BITS PER WORD
A WRITE DATA COMMAND IS GIVEN WITH SAME HEADER
EXCEPT FORMAT BIT.
THE DATA SHOULD NOT BE WRITTEN.

15176:

034054

ERROR REGISTER #1-BIT 4 -FORMAT ERROR

JSR

weyL
GCRC

a#SECOTR
O#KEY1
INKEY2
RS,3#CRC

18 BIT WORDS

;SECTOR O
:KEY1 0
;KEY2 0

;60 TO CALCULATE CRC

:*THESE AER REGULAR SETUPS

034160
034164
034166
034170
034172
034176
034204
034212
034216
034224
034230
034234

004037
002114
002122

062650

004737
012777
012777
005077
012777
005077
004737
1046401

062732
177774
002114
145426
010000
145422
042766
062562

034240
036242
034246
034252

000000
013711
005037
004737

002064
002006
047456

125252

JSR

RO,3#CLAREA

;FILL WRITE FROM BUFFER WITH 125252

145426
145422

125252
JSR
MOV
MOV

PC,a#CLDISK
¥-4 ,aRHWC
#WRFROM,3RHBA

:DATA
:SETUP GENERAL REGISTERS
:256 DATA WORDS
:STARTING ADDRESS OF WRITE BUFFER

165424

MOV

FEMT22,8RHOF

WRFROM
WRFROM+6

CLR

;sTRACK=0 SECTOR=0

:16 BITS PER WORD FORMAT

(LR

aRHCA

:CYLINDER O

TYPE

LCPHALT

;AND THAT NO OTHERS = 1,

JSR

HALT

MOV
(LR

;*1F

aRHDST

;P ROM
;10

PC,aNCHECKT

3IWRIDAT,aR1
VERFLGS

;CHECK THAT DVA,RDY,DPR,DRY = 1

CANNOT CON-

;TINUE TESTING IF BOTH AREN'T TRUE
;STOP THE TEST

;WRITE DATA=60
;CLEAR ERROR FLAG

;WRITE DATA
PC.,an(OMHD
JSR
THE PROGRAM (OMES BACK HERE WITHOUT ERROR PRINTOUTS

Pk P

1
7403
7404
7405
76406
7407
7408
7409
7610
7411
76412

MACY1Y

CIRJGDO,RPOL/S5/6 DSKLS CTRLRI
10-SEP-79 11:00
CZRJGD P11

CIRJGDO,kPOL/5/6 DSKLS CTRLR1
10-SEP-79 11:00
CZRIGD.PIY

MACY11

7463
7664
7465
7466
7467
7468
7669
7470
7671
7672
7473
74674
7675
7676
7677
7478
76479
7480
7481
7482
7483
7684
7485
7486
7487
7488
76489

7490
7491
7492

7493
7494
7495
7496
7497
7498
7499
7500
7501
7502

N 13

10-SEP=-79
11:11
PAGE 170
ERROR REGISTER #1-BIT & -fORMAT ERROR

;*FROM THE ''COMHD'’' ROUTINE

7659
7460

7461
7662

30A
1

: *HEADER,

034256
034262
034266
034270
034274
034300
034304
034312
034314
034316
034322
034326
034332
034336
034340

004737
005737
001041
012700
012701
012702

036342
034344
034346
034350
034354

000401

005721
017746
042716

034370

001402
005302
001345

034360
034364
034366

012737
020021
001424
010037
016137
160237
005737
001002

JSR
181
BNE

047736

1§:

001124
0061126

Mov
MOV
MOV
MOV

cmp
8tQ

Mov
Mov

047736
002006

SuB

187

BNE
tERROR

104004

2%:
5¢:

104005

022726

022737
001401

144564
177177

000200
3%:

104020

000020

SYNC BYTE

BR
ERROR
151

MOV

BIC
(MpP
BEQ
DEC
BNE

PC,a#PUTREG

001716

48%:

(MP
BEQ
ERROR

GONE

:SAVE REGISTERS

SNERFLGS

sHAS ANY ERRORS OCCURED?

3%
RO,a#$GDDAT

;BRANCH 1F GOOD
:GOOD DATA

3
#0,R0
#DISK,R1
06 ,R2
#5,a#ERWORD
RO, (R1)+

;BRANCH IF YES
:GOOD DATA
;DATA WRITTEN INTO 'DISK"
s COUNTER
;FOR ERROR WORD
s COMPARE GOOD DATA WITH DATA ON DISK

=(R1) ,a#$BDODAT
R2,3#ERWORD
SNERFLGS

;BAD DATA
:ERROR WORD NO
:ANY ERRORS ALREADY THERE?

;BRANCH IF

YES

;ERROR ON WRITE DATA COMMAND

;ON A WRITE DATA WITH
;WRONG FORMAT NO DATA
;SHOULD BE WRITTEN

;WORD NO GIVES WORD IN ERROR
;BRANCH TO AVOID PRINTING NEXT

(R1)+
aSWR,=-(5P)

:UNDO =(R1) FOR BAD DATA
;GET SWITCH SETTING

#177177,(SP)

#SWO07,(SP)+

1S 7 SET AND 8 RESET.
YES

;1F NOT COUNT 256 WORDS
;BRANCH IF 256 NOT DONE
TO SEE

NFER,INER]
18177

;KEEP ONLY SWITCH 7 AND 8
;BRANCH IF

R2
1%

;*NOW CHECK

034372
034400
034402

1T MEANS SECTOR GAP,

HEADER GAP AND SYNC BYTE HAVE

;*AND SYNCS WERE CORRECTLY DETECTED
;*DATA IS T0 BE CHECKED

042336
002006

000000
051534
000004
000005

HEADER CRC,

SEQ 0169

THAT

FORMAT ERROR BIT

GOT

SET

;FORMAT ERROR SHOULD BE
;BRANCH 1F GOOD

SET

;WAS ATTEMPTED WHEN THE

DISK

;A 16 BIT PER WORD WRITE DATA
:HAD THE FORMAT BIT =0-18

;BITS PER WORD THE WRITE
;WAS CORRECTLY ABORTED
;BUT ERROR REG. 1 WAS WRONG

ERROR

CIR.GD P11

10-SEP-79 11:00

MACY1

7503
7504

7538
7539
7540
7541
7542
7543
7544

7545

7546
7547
7548
7549
7550
7551
7552
7553
7554
7555
7556
7557
7558

2020

RRRRRaRARARRll

RHER1 - BIT #2 - REG. MODIFICATION REFUSED

]

IN THIS TEST THE REGISTERS ARE IN TWO GROUPS
FIRST = RHCS1,RMDST,RHOF ,RHCA,RHERT ,RHER2 ,RHER3 - SETS RMR
SECOND - RHMR,RHAS - DOES NOT SET RMR
IF WRITING IS ATTEMPTED DURING AN OPERATION

ONLY ONE REGISTER

IS WRITTEN INTO THAT

IS RHCA

ML
2

LA
A
ME
3 ¢

034406
034412
034420
034424
034430

012706
012737

034434
034436
034442
034444
034452

004737
004737
104401

000000

012700

012005
052777
013777

001000
000077
042732
042766
062562

002032

ALL

REGISTERS ARE

XRRARRRRRARE

COMPARED

RRRRRRRaRRR

RlRd

MoV
MOV

#STACK,SP
#TINO,Q#TSTNM

;RESET STACK
;THIS SAVES TEST NUMBER

PC,a#CHECKT

;CHECK THAT DVA,RDY,DPR,DRY - 1

JSR

PC,afCLDISK

TYPE

.CPHALT

:CLEAR DISK

;AND THAT NO OTHERS = 1,
CANNOT (ON;TINUE TESTING IF BOTH AREN'T TRUE
;STOP THE TEST

HALT
MOV
MOV

#RHCA,RO
(RO)+,RS

;RS HAS ADDRESS OF

MOV

3NFUNIT,aRH(S?2

sREINSTATE UNIT NO.

BIS

FCLR,3RHCS?

REG. UNDER TEST

;*SET UP FOR AN OPERATION (WRITE HEADER AND DATA)

034460

013777

002066

145152

MOV

AVWRIFOR,3RHCSY

034406
034474
034502
034510
034516
034524

012777
012777
012777
052777
012777
005077

177766
00211¢

145136
145132
145134
145120
145124

MOV
MOV

#-10.,aRHW(
#WRFROM,3RHBA

000010
000010
010000
145122

MOV

#10,aRHDST

;WRITE HEADER AND DATA-62
:IN RHCST
;10 WORDS
:BUS ADDRESS = WRFROM

:DESIRED TRACK=0, SECTOR=10

BIS

¥#BAL,BRHCS?

:BUS ADDRESS INCREMENT INHIBIT

(LR

aRKHCA

;CYLINDER =0

Mov

FEMT22,0RHOF

;FORMAT

16 BIT WCRDS

;*SAVE REGISTERS
034530
034534
034536
034540

004037
001640
003160
000016

043424

SCoPE

JSR

001652
000040
001774

1 THE REGISTERS CONTENTS ARE SAVED IN "REINTO'" BUFFER
2 WRITE HEADER AND DATA ]S STARTED
3 ATTEMPT IS MADE 1O WRITE INTO REGISTERS

2222222222

15177:

—

000004

034404

SO
o~ &~

7534
7535
7536
75%7

2222222222222

SEQ 0170

MR
A

£H

7532
7533

A
MR

7531

2
MR

-—

7529
7530

MR
A 4

—

7528

SeTEST 77

7505
7506
7507
7508
7509
7510
7511
7512
7513
7514
7515
7516
7517
751

7519
752C
7521
7522
7523
7524
7525
7526
7527

B 14

3?A(1052)
10-SEP-79
11:11
PAGE 171
76
ERROR REGISTER #1-BIT & -fORMAT ERROR

JSR
RHCST
REINTO
14.

RO,3#SAVER

:SAVE
;FROM

;1C
sNUMBER OF

REGISTERS SAVED

;*NOW THE COMMAND 1S GIVES TO
;*WRITE HEADER AND DATA FOR (vL=C, SECTOR-10
;*TRACK=0 [T COMES BACK
; *HAS PASSED

AFTER ONE

SECTOR

ol|

CZRJGDO,RPO4/S/6 DSKLS CTRLRI

1645110

034560
034566
034574
034602
034610
034616

000001
000004
000200
040000
000001
000200

003200
003162
003202
003202
003160
003160

7560
7561
7562
7563
7564
7565

7566

7567
7568
7569
7570
7571
7572
7573
7574
7575
7576
7577
7578
7579
7580
7581
7582
7583
7584
7585
7586
7587
7588
7589
7590
7591
7592
7593
7594
7595
7596
7597
7598
7599
7600
7601
7602
7603
7604

165064
177672

MOov

#DMD ,@RHMR

;SET DIAGNOSTIC MODE

INC
0

SRHCSI
M77672,8R5

;60 TO RHCS) WITH 62
;TRY WRITING ALL BITS EXCEPT

#ROY,Q#REINTO

;CLEAR RDY BIT

000001

036542
034550
034554

7559

C 14
30A(€1052)
10-SEP-79
11:11
PAGE 172
RHER1 - BIT #2 - REG. MODIFICATION REFUSED
177

OOy

MACY11

DODODDO®

CIRJUDO,RPOL/S5/6 DSKLS CTRLRY
10-SEP-79 11:00
CIRJGD P

;60, RMR, |E
#OMD,QFREINT0+20 ;SET DMD IN SAVED REGISTER RHMR
#RMR ,QFREINTO+2 ;SET RMR IN SAVED REG. RHERI
#DRY ,@#REINTO+22
;CLEAR DRY IN RHDS1
NERR ,@NREINTO+2?
;SET ERR IN RHDS!
#GO,a#REINTO
;SET GO IN SAVED REG. RHCSI

;*AFTER AN ATTEMPT

TO WRITE

INlu A REGISTER

:*SAVE REGISTERS AGAIN SO THAT COMPARES (AN BE DONE
034624
J2-630
034632
034634

004037
001640

JSR

043424

RHCSY
WRFROM
14.

002114
000016

RO,3#SAVER

; SAVE

;FROM
;10
: NUMBER

;*AS UPPER BYTE OF RHAS CAN BE CHANGING IN A DUAL PORT
.*0PERATION THE UPPER BYTE OF RHAS WiLL BE SAVED AS 1S
034636

113737

003177

;*SO THAT THE COMPARES ARE ONLY VALID FOR THE LOWER BYTE
SFREINTO+17 ,9#WRFROM+17;SAVE UPPER RHAS

MOvB

002133

;*COMPARE REGISTERS BEFORE ATTEMPTED WRITE WITH AFTER
034644

034650

034652
034654
034656
034660
034662
034664
034670
034672
034700
034702

004037
003160
002114
000016
034664
034664
034704
013705
060505
016537
104001

JSR
REINTO

043626

RO,a#COMPAR

WRFROM
14.
4%
6%
4%:

047736

001636

000207

;TEST BUFFER
:NUMBER
;RETURN FOR ERROR
: SAME

MOV
ADD

a#ERWORD , RS
RS ,RS

ERROR
RTS

1
PC

MOV

042402

. COMPAR
.60 BUFFER

;RETURN FOR GOOD COMPARISON
;GETTING READY TO INDEX
.DOUBLE ERROR WORD

RHCS1=2(RS) ,a#RECADR ;FAJLING REG.

ADDRESS
;CONTENTS OF REGISTER
; CHANGED WITH
;AN ATTEMPT

10 WRITE

:DURING AN OPERATION
;*THE FOLLOWING CLEAR MAY SET THE ATA BIT BECAUSE GO IS ®IGH
X

034704

004737

042732

5¢:

JSR

PC,a#CLDISK

;CLEAR D]SK

SEQ 017

CIRJGDO,RPO4/S/6 DSKLS CTRLRI
10-SEP-79 11:00
CZRJIGD P
7605
7606
7607
7608
7609
7610
7611
7612
7613
7614
7615
7616
7617
7618
7619
7620
7621
7622
7623
7624
7625
7626
7627
7628
7629

MACY 1Y

000094
012706
012737
004737
012777
004037
034742

001000
000100
062732
000001
045304

7651
7652
7653
7654
7655
7656
7657
7658
7659
7660

11:11

PAGE 173

SEQ 0172

- BIT #2 - REG. MODIFICATION REFUSED

MAKE CURRENT CYLINDER = 1

AR ARRARRRRRRRSRRRd
Rl RdRRRRRRdl ]

TST100:

SCOPE

002032

MOv
Mov

#STACK,SP
FTINO,@#TSTNM

SRESET STACK
;THIS SAVES TEST NUMBER

144722

MOv

#DMD ,3RHMR
RO,3#MAKECYL

;SET DIAGNOSTIC MODE
: SUBROUTINE TO GIVE A SEEK

JSR
JSR

PC,a3#CLDISK

000001

;INIT DRIVE

; COMMAND FOLOWED BY AN INIT
;THIS SHOULD CHANGE RHCC
: CHANGE RHCC T0 1

SE 232222220320224323822222228280200300200220dRRiidRRRtRRaRRRls
N/

TRTEST 101
A
st

ERROR REG1

- BIT #7 - HEADER COMPARE ERROR

THE SIMULATED DISK IS SET TO READ CYLINDER=0, TRA(CK=1
SECTOR=1, KEYS=1, 256 WORDS OF 177400

e
A

A READ HEADER AND DATA COMMAND 1S GIVEN TO READ
CYLINDER=1, TRA(CK=1, SECTOR=1, KEY1=1, KEYZ2=1

WRFROM 1S FILLED WITH 10000,401,1,1,1, AND ALL

177400

HAVE WHAT

177400

7633

7650

RHERT

TeTEST 100

7631
7632

7635
7636
7637
7638
7639
7640
7641
7642
7643
7644
7645
7646
7647
7648
7649

177

10-SEP=79

SR X222
X222 2R
RRRRRRRRAAA S

7630

7634

30A(1052)

REINTO BUFFER IS FILLED WITH O

AFTER THE READ

THE

REINTO BUFFER

IS EXPECTED

IS IN WRFROM - 10000,401,1,1

AND ALL

';"'t""""""""'t"""t""'.""""t"til't""."t""

034744

000G04

034746
034752
034760

012706
012737
005037

1ST101: SCOPE
001000
000101
047732

002032

Mov
Mov

CLR

#STACK,SP
#TINO,a#TSTNM

a#NOSYNC

JRESET STACK
;THIS SAVES TEST

NUMBER

;SET FLAG SO THAT DATA SYNC
READ
:AND DATA IS

srFILL SIMULATED DISK
034764

004737

0644614

JSR

PC,a#SETDSK

;SET

UP SIMULATED DISK

;*FILL REINTO BUFFER WITH O
034770
034774
034776
035000

004037
003160
004160
000000

042650

JSR
REINTO

RO,3#CLAREA

REINTO¢<256.¢2>
0

;FILL REINTO BUFFER
;FROM LOCATION

;70 LOCATION

;DATA

:eFILL WRFROM WITH 10000,401,1,1, AND ALL 177400
035002
035006
035012
035016
035022

002114
010000
000401
000001

000001

Mov
Mov
MOV
Mov
MoV

#WRFROM
RO
NFMT22,(RO)+
#401,(RO)¢

;10000 INTO WRFROM
;401=TRACK1,SECTORI

#1,(RO)+

#1,(R0O)+

INTO WRFROM+

INTO WRFROM+6

CIRJIGDO,RPO4/5/6 DSKLS CTRLRI
10-SEP-79 11:00
CIRJGD P
7661
7662
7663
7664
7665
7666
7667
7668
7669
7670
7671
7672
7673
7674
7675
7676
7677
7678
7679
7680
7681
7682

7683
7684
7685
7686

MACYT

E 14
S?A ( 1052)
PAGE 174
11:11
10-SEP=-79
101
ERROR REG! - BIT #7 - HEADER COMPARE ERROR

seFILL ALL O
035026
035032
03503¢
035036

004037
002124
003114

042650

JSR
RO,3#CLAREA
WRFROM+10

WRFROM+<256.¢2>
177400

177400

;EILL WRFROM

;FROM
;10
;DATA

:*NOW GIVE A READ HEADER AND DATA (OMMAND
;¢CYLINDER=1
s*TRACK

JSR

RO, 9#HCCRCE

;*SECTOR = 1
035040
035044
035046
035050
035052
035054
035056
035060

004037
000072
000001
000001
000001

003160
000000

035062
035064

000001
000240

1
NOP

044542

72
1
1
1

-256.

1774600

REINTO

1%:

:READ HEADER AND DATA

;CYLINDER
;SECTOR

:TRACK

;WORD (COUNT

;RHBA BUFFER
;READ

.HEADER C(OMPARE
;RETURN POINT

FROM MCCRCE

]

SEQ 0173

CIRJGDO,RPOL/S/6 DSKLS CTRLR!
10-SEP-79 11:00
CZRJGD P11
7687
7688
7689
7690
7691
7692
7693
7694
7695
7696
7697
7698
7699
7700
7701
7702
7703
7704
7705
7706
7707
7708
7709
7710
771
7712
7713
7714
7715
7716
7717
7718
7719
7720
7721
7722
7723
7724
7725
7726
7727
7728
7729
7730
7731
7732

7733
773
7735
7736
7737
7738
7739
7740
7741
7742

Y
MACY

30AC1052)

1ol

10-SEP-79

11:11

PAGE

175
ERROR REG! - BIT #7 - HEADER COMPARE ERROR

SEQ 0174

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

TYTEST 102

MAKE CURRENT CYLINDER

FSTACK,SP

STA(CK

';""""""l't""'""""""""l'""""""'."'.l"."'

035066
035070
035074
035102
035106
035114

000004
012706
012737
004737
012777
004037

035120

000000

001000
000102
062732
000001
045304

1$1102: SCOPE
MOV

002032

#TTINO,a#TSTNM
PC,a#CLDISK

;THIS SAVES TEST NUMBER
;INIT DRIVE

JSR

RO,a#MAKECYL

;SUBROUTINE T0 GIVE A SEEK

MOov

164544

;RESET

MOV
JSR

#DMD ,IRHMR

:SET

DIAGNOSTI{ MODE

; COMMAND FOLOWED BY AN INIT
:THIS SHOULD C(HANGE RMC(
CHANGE RHCC TO 0

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

ERROR REG!

- BIT #7 - HEADER COMPARE ERROR

:+TEST

103

Jee

THE SIMULATED DISK IS SET TO READ CYLINDER-0, TRACK |

v
see
e
e
Pae

SECTOR=1, KEYS=1, 256 WGRDS OF 177400
A READ HEADER AND DATA COMMAND IS GIVEN TO READ
CYLINDER=0, TRACK=0, SECTOR=1, KEY1=1, KEY2-1
REINTO BUFFER 1S FILLED WITH 0
WRFROM IS FILLED WITH 10000,401,1,1,1, AND ALL 177400

HAVE WHAT IS IN WRFROM - 10000,401,1,1 AND ALL 177400

Pee

AFTER THE READ THE REINTO BUFFER IS EXPECTED 10

':i!'"""""t"""""""'"""""""l""'.'.t"lt'll"'

035122

000004

035124
035130
035136

012706
012737
005037

1ST103: SCOPE
001000
000103
047732

002032

MoV
MOV

CLR

#STACK,SP
#TINO,3#TSTNM

d#NOSYNC

;RESET STA(K
;THIS SAVES TEST NUMBER
;SET FLAG SO THAT DATA SYNC
:AND

DATA

READ

;eFILL SIMULATED DISK
004737

064414

JSR

PC,aNSETDSK

;SET UP SIMULATED DISK

;eFILL REINTO BUFFER WITH O

004037
003160
004160
000000

042650

RO,3#CLAREA
JSR
REINTO
REINT0¢<256.¢2>
0

;FILL REINTO BUFFER
;FROM LOCAT]ION
;70 LOCATI]ION
;DATA

;eFILL WRFROM Wi1TH 10000,401,1,1, AND ALL 177400
002114
010000
000401
000001
000001

MOV

#WRFROM,RO

MOV
MOV
MOV

#601,(RO) ¢
#1,(R0) ¢
#1,(RO)

MOV

#EMT22,(RO)

;10000 INTO WRFROM

;401=TRACKT,SECTOR
:1 INTO WRFROM+
:1 INTO WRFROM+6

CIRJGDO,RPOL/S/6 DSKLS CTRLR]
10-SEP-79 11:00
CZRJGD P

30A (1
1 1 03

10-SEP=79

11:11

6 14

PAGE

176

ERROR REG! - BIT #7 - HEADER COMPARE ERROR

srRILL ALL O

7743
7744
7745
7746
7747

7748
7749
7750
7751
7752
7753
7754
7755
7756
7757
7758
7759
7760
7761
7762
7763
7764
7765
7766
7767

MACY1T

004037
002124
003114

042650

JSR
RO,a#CLAREA
WRFROM+ 10
WREROM+<256.2>

1774600

177400

;FILL WRFROM
;FROM
;10

:DATA

;*NOW GIVE A READ HEADER AND DATA (OMMAND
s*CYLINDER=0

;*TRACK

= 0

JSR

RO,a#HCCRCE

;*SECTOR =

004037
000072
000000

064542

72
0
1

000001
000000
177400
003160
000000

035240
035242

000001
000240

;READ HEADER AND DATA
;CYLINDER
;SECTOR

0
=256,

: TRACK
;WORD COUNT

;READ

REINTO

1%:

1
NOP

;RHBA BUFFER

;HLADER COMPARE
;RETURN POINT FROM HCCRC(E

SEQ 0175

CIRJGDO,RPOL/S5/6 DSKLS CTRLRI]

10-SEP-79 11:00

CZRJIGD P11

7807
7808

7809
7810
7811
7812
7813

7814
7815
7816
7817
7818
7819
7820
7821
7822
7823

BE A

035244
0352646
035252
035260
035264
035272

000004
012706
012737
004737
012777
004037

035276

000001

001000
000104
062732
000001
045304

AR RN R

RS R

AR SRR

MAKE CURRENT CYLINDER = 1

MOv
Mov
JSR
MoV

002032
144366

JSR

#STACK,SP
#TTNO,B#TSTNM
PC,a#CLD]SK
#DMD ,aRHMR

RO,aNMAKECYL

ARARRRAA

;SUBROUTINE 10 GIVE A SEEK
SHOULD

; CHANGE RHCC

RS ARR

CHANGE

10 1

RH(CC

RESRRRRSRRRRRR

ERROR REG.1 - BIT #7 - HEADER COMPARE ERROR

TRACK=1, SECTOR=1, KEY1=1, KEYZ2=]
WRFROM BUFFER IS FILLED WITH 125252
REINTO BUFFER IS FILLED WITH 177400
AFTER THE WRITE COMMAND THE DISK
HAVE 177400

XX X222

1$T105: SCOPE

2222 2RRR

]S EXPECTED

RARAARR AR

10
RNl

035300

000004

035302
035306

012706
012737

001000
000105

002032

Mov
MOV

#STACK,SP
#TINO,INTSTNM

JRESLT STACK
;THIS SAVES TEST NUMBER

035314

012737

177777

047732

MOv

#-1,3/NOSYNC

;SET

FLAG SO THAT DATA SYNC

;AND DATA IS NOT READ

;eFILL SIMULATED DI1SK
035322

004737

0664614

JSR

PC,a#SETDSK

;SETUP SIMULATED D]SK

;eFILL WRFROM WlTH 125292
004037
002114
003114

042650

JSR

WRFROM

RO,3#CLAREA

WRFROM+<25%6.42>
125252

125252

;FILL WRFROM BUFFER
;FROM LOCATION
;10 LOCATION
;DATA

sof1LL REINTO WITH 256 WORDS OF 177400
;eTHIS 1S WHAT IS EXPECTED TO BE ON DISK EVEN AFTER
:eAN ATTEMPT TO WRITE

004037
003160
004160

042650

IS SEY UP FOR CYLINDER=0, TRA(K-1
SECTOR=1, KEYS=1, 256 WORDS Of 177400
A WRITE DATA COMMAND [S GIVEN TO WRITE CYLINDER 1

B
B
%
»
%
®

THE SIMULATED DISK

%
0%

W
Ne
W

2
B

W
e

%
2

Be
%

;RESET STACK
;THIS SAVES TEST NUMBER
;INIT DRIVE
;SET DIAGNOSTIC MODE
;THIS

ZXZ XXX ZEEEEZALEARR

;;TEST 105

; COMMAND FOLOWED BY AN INIT

SEQ 0176

XXX XXX EEEZEEEZEEEERERRARERERRRAASREAS
AR
ASE RS AR AR
RR AR )

1$1104: SCOPE

BRI

(U RV IV ]\ V]
orr0

7797
7798
7799
7800
7801
7802
7803
7804
7805
7806

30A(1052)
10-SEP=-79
11:11
PAGE 177
1103
ERROR REGY - BIT #7 - HEADER COMPARE ERROR

TeTEST 104

[TV
IV V]
NN NN
[(VIVIIV
RV ]

7796

H 16

[=ToYo
Yo

7768
7769
7770
1444
7772
777%
7774
7775
7776
777
7778
7779
7780
7781
7782
7783
7784
7785
7786
7787
7788
7789
7790
779
7792
7793
779
7795

MACYI

JSR

RO,8#CLAREA

REINTO
REINTO¢<256.92>

125252

;FILL REINTO BUFFER
;FROM LOCATION
.10

;gsg

03535C

MA(CY1

3??6;052)

177400

7826
7827
7828
7829
7830
7831

7832
7833
783¢
7835
783
7837

;ggg

7860

7841

7842

1 14
10-SEP=-79
11:11
PAGE 178
FRROR REG.1 - BIY #7 - HEADER COMPARE ERROR

;*NOW GIVE A WRITE DATA COMMAND
;oCYLINDER = 1,
;*TRACK =
;¢SECTOR

035352
035356

004037
000060

035364
035366
035370

000001
177400

035360
035362

JSR
60
1
1
1
-256.
WRFROM

000001
000001

035372

002114
000001

035374

000001

035376

046542

000240

1%:

1
NOP

RO,a#HCCRCE

;WRITE DATA
:CYLINDER
;SECTOR
:TRACK
;WORD COUNT
;RHBA BUFFER

;WRITE

:HEADER COMPARE

;RETURN POINT FROM MCCRCE

SEQ 0177

(ala]

CIRJGDO,RPO4/S5/6 DSKLS CTRLR1
CIRJGD.P1
10-SEP=-79 11:00

CIRJIGDO,RPOL/S/6 DSKLS CTRLRY
10-SEP-79 11:00
CIRJIGD PN

MACYIN

30A€1052)
1105

J 14
10-SEP=-79
11:11
PAGE 179
ERROR REG.1 - BI! #7 - HEADER COMPARE ERROR

SEQ 0178

7843

7844
7845
7846
7847
7848
7849

7850
7851
7852
7853
7854
7855

7856

7857

BE2222222222222
AR AR
NS

SeTEST 106
SE 22X

000004

035400
035402
035406
035414
035420
035426

012706
012737
004737
012777
004037

0395432

000000

001000
000106
0642732
000001
045304

012706
012737

001000
000107

002032

7880

035450

012737

177777

047732

7898

EERE

PC,aMCLDISK
#OMD ,aRHMR
RO,I#MAKECYL

22 XXX

AW
e
N

8
MR

‘ve

NUMBER

JINIT DRIVE
;SET DIAGNOSTIC MODE
;SUBROUTINE 10 GIVE A SEEK
:COMMAND FOLOWED BY AN INIT

;THIS SHOULD C(HANGE RHCC
:CHANGE RHCC TO O

SeTEST 107
R
A

RRRRRRNRRAR

RS RARRRRRRRRlRRARA

SRESET STA(K
THIS SAVES TEST

035636
035442

7897

MAKE CURRENT CYLINDER = 0
#STACK,SP
#TTNO,a#TSTNM

JSR
Mov
JSR

144232

000004

7893
7894
7895
7896

Mov
Mov

002032

0394364

7881
7882
7883
7884
7885
7886
7887
7888
7889
7890
7891
7892

1$1106: SCOPE

7858
7859
7860
7861
7862
7863
7864
7865
7866
7867
7868
7869
7870
7871
7872
7873
7874
7875
7876
7877
7878

7879

222

X222

SRR

RARRR

RRRRRRERENE

ERROR REG.1 - BIT #7 - HEADER COMPARE ERROR

THE SIMULATED DISK

IS SEY UP FOR CYLINDER-O,

SECTOR=1, KEYS=1, 256 WORDS OF

177400

A WRITE DATA COMMAND !S GIVEN TO WRITE
TRACK=0, SECTOR=1, KEY1=1, KEY2=1

TRACK

CYLINDER-O

HAVE

177400

1$1107: SCOPE
MOV

22222222

#STACK,SP

2RRR

;RESET

RSl

STA(K

MoV

#TINO,a#T1STNM

:THIS SAVES TEST NuUMBER

MOV

#-1,3#NOSYNC

;SET

FLAG SO THAT DATA SYN(
;AND DATA IS NOT READ

seFILL SIMULATED DISK
004737

046464614

JSR

oC,afSETDSK

;SETUP SIMULATED DISK

;eFILL WRFROM WITH 125262
035462
035466
035470
035472

004037
002114
003114
125252

042650

JSR

RO,8#CLAREA

WRFROM
WRFROM<256.¢2>
125292

;FILL WRFROM BUFFER
;FROM LOCATION
;10 LOCATION
;DATA

;eFILL REINTO WiTW 256 WORDS OF 177400
;*THIS 1S WHAT 1S EXPECTED TO BE ON DISK EVEN AFTER
;*AN ATTEMPT 10 WRITE
035474

004057

062650

WRFROM BUFFER 1S FILLED WITH 125252
REINTO BUFFER IS FILLED WITH 177400
AFTER THE WRITE COMMAND THE DISK 1S EXPECTED 10

[EE X222 X2XXZ XXX

035456

JSR

RO,3#. AREA

125252

SFILL REINTO BUFFER

RA]

CIRJGDO,RPOL/S5/6 DSKLS CTIRLR!
10-SEP-79 11:00
CIRJGD P
7899
7900
7901
7902
7903
7904
790%
7906
7907
7908
7909
7910
7911
7912
7913
7914
7915
7916
7917
7918
7919

035500
035502
035504

MACY11

K 14

30A(1052)
10-SEP-79
11:11
PAGE 180
1107
ERROR REG.1 - BT #7 - HEADER COMPARE ERROR

003160
004160

REINTO
REINT0+<256.%2>

177400

;FROM LOCATION
.10

177400

:*NOW GIVE A WRITE DATA (OMMAND

;*CYLINDER = O,

;eTRACK

= 0

JSR
60
0

RO,3MHCCRCE

;*SECTOR

004037

035506
035512
035514
035516
035520
035522
035524
035526

000060
000000
000001
02000
177400
002114
000C01

035530
035532

000001
000240

064562

0
-256.

1%:

R
:WRITE DATA
;CYLINDER
;SECTOR

: TRACK
:WORD COUNT

WRFROM
1

;RHBA BUFFER
;WRITE

;HEADER COMPARE

NOP

:RETURN POINT

FROM HCCRCE

SEQ 0179

7920
7921
71922
7923
7926
7925
7926
7927
7928
7929
7930
7931
7932
7933
7934
7935
7936
7937
7938
7939
7940
7941
7942
7943
7944
7945
7946
7947
7948
7949

7950
7951
7952
7953
7954
7955
7956
7957
7958
7959
7960
7961
7962
7963
7964
7965
7966
7967
7968
7969
7970
7971
7972
7973
7974
797%

PaLTl?

L 14
30A(1052)
10-SEP-79
11:11
PAGE 131
1107
ERROR REG.1 - BIT #7 - HEADER COMPARE ERROR

Sea@ 0180

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

TRTEST 110
2]
c A&
e W
s kW
M

035534

000004

035536
035542
035550

012706
012737
005037

RHER] - BIT #8 - CRC ERROR (READING)

THE SIMULATED DISK 1S SET TO READ CYLINDER=0,
SECTOR=1, KEYS=1, 256 WORDS OF 177400

A READ HEADER AND DATA COMMAND IS GIVEN TO READ

CYLINDER=0, TRACK=1, SECTOR=1, KEY1=1, KEYZ2=1

REINTO BUFFER

002032

IS FILLED WITH 0

WRFROM IS FILLED WITH 10000,401,1,1,1, AND ALL 177400
AFTER THE READ THE REINTO BUFFER IS EXPECYED 10

;tt

HAVE WHAT

1S IN WRFROM - 10000,401,1,1 AND ALL 177400

X222 22222222222

1S1110: SCOPE
001000
000110
047732

TRA(K=1

Mov
MOV

CLR

2222222

#STACK,SP
#TTNO,@#TSTNM

d#NOSYNC

2R2R2R2RRRRSSR

sRESET STACK
;THIS SAVES TEST NUMBER

;SET FLAG SO THAT DATA SYNC
:AND DATA

READ

;*FILL SIMULATED DISK
035554
035560

JSR
(oM

004737
005137

PC.a#SETDSK
afWIRC

;SET UP SIMULATED DISK
:CHANCE CRC 10O GIVE HCRC

;*FILL REINTO BUFFER WITH O
035564
035570
035572
035574

004037
003160
004160
000000

042650

JSR

RO,a#CLAREA

REINTO
REINTO+<256.¢2>
0

:FILL REINTO BUFFER

sFROM LOCATION
;70 LOCATION
;DATA

;eFILL WRFROM WITH 10000,401,1,1, AND ALL
002114
010000
000401
000001
000001

035576
035602
035606
035612
035616

MOV
MOV

#WRFROM,RO
NEMT22,(RO)+

MOV
MOV

#1,(RO)+
#1,(RO)+

Mov

#6G1,(RO)¢

;10000 INTO WRFROM
;401=TRACK1,SECTORY
;1 INTO WRFROM+
;1 INTO WRFROM+6

seFILL ALL O
035622
035626
035630
035632

042650

JSR

RO,a#CLAREA

WwRFROM+10

WRFROM+<256.v2>
177400

177400

;PILL WRFROM

;FROM

;10
:DATA

;*NOW GIVE A READ HEADER AND DATA COMMAND
:+CYLINDER=0

seTRACK =

;*SECTOR = 1

035634

004057

044542

JSR

RO,3#HCCRCE

177400

RNA

ala

CIRJIGDO,RPO4/S5/6 DSKLS CTRLR]
10-SEP-79 11:00
CZRJGD R AR

7976
7977
7978
7979
7980
7981
7982
7983
7984
7985

7986
7987

035640
035642
035644
035646
035650
035652
035654

000072
000000
000001
000001

035656
035660

000000
000240

mn 14
30A(1052)
1
10-SEP-79
11:11
PAGE 182
RHER1 - BIT #8 - CRC ERROR (READING)
111 0
72

;READ HEADER AND DATA

1
i
-256.

;SECTOR
;s TRACK
;WORD COUNT

177400
003160
000000

REINTO

0
1%:

SEQ 0181

NOP

sCYLINDER

;RHBA BUFFER

:READ

;CRC ERROR

:RETURN POINT

FROM HCCRCE

(alal

MACY1T

[Yy

CIRJIGDO,RPOL/S/6 DSKLS CTRLRI
CIRJGD P11
10-SEP-79 11:00

SeTEST 111
M

THE

Ry
R
R

MR
& 4

MR
B
:"

1$T111:

035662

000004

035664
035¢70

012706
012737

001000
000111

002032

035676

012737

172777

047732

SIMULATED DISK

1S SET

UP FOR CYLINDER=0,

TRA(K=1

177400

A WRITE DATA COMMAND IS GIVEN TO WRITE CYLINDER=0
TRACK=1, SECTOR=1, KEY1=1, KEv2=1
WRFROM BUFFER IS FILLED WITH 125252
REINTO BUFFER IS FILLED WITH 177400
AFTER THE WRITE COMMAND THE DISK IS EXPECTED 10
HAVE 177400
AR

AR A

A2l

N NN S

SCoPE

mMov

#STACK,SP

MOV

#TTNO,Q4TSTNM

Mov

#-1,3#NOSYNC

SRESET
;THIS

;SET

STA(K
SAVES

TEST

FLAG SO THAT

NUMBER

DATA SYNC

;AND DATA S NOT READ
;*FILL SIMULATED DISK

035704
035710

004737
005137

064416
051516

JSR
(oM

PC,a#SETDSK
afWCRC

;SETUP SIMULATED D]ISK
: CHANGE CRC TO GIVE HCRC

s*FILL WRFROM WiTH 125252

035714
035720
035722
035724

004037
002114
003114
125252

042650

JSR

WRFROM

RO,a#CLAREA

WRFROM+<256.¢2>
125252

;FILL WRFROM BUFFER
:FROM LOCATION

;10 LOCATION
:DATA

;eFILL REINTO WITH 256 WCRDS OF
;*THIS 1S WHAT

;tAN ATTEMPT

035726
035732
035734
035736

004037
003160
004160
177400

042650

JSR

REINTO

177400

IS EXPECTED TO BE ON DISK EVEN AFTER

TO WRITE

RO,3#CLAREA

125252

;FILL REINTO BUFFER
;FROM LOCAT]ION

REINTO+<256.¢2>
177400

;10

;*NOW GIVE A WRITE DATA (OMMAND

;*CYLINDER = O,
;*TRACK = 1

;¢SECTOR

35740
35744
35746

5750

5752
5754

004037
000060
000000
000001
000001
177400

044542

JSR
60
0
1
1

=256,

RO,8#HCCRCE

;WRITE DATA
;sCYLINDER

JSECTOR
; TRACK

:WORD COUNT

RHER1 = BIT 8 - CRC ERROR (WRITING)

SECTOR=1, KEYS=1, 256 WORDS OF

i
A

8013
8016
8015
8016
8017
8018
8019
8020
8021
8022
8023
8024
8025
8026
8027
8028
8029
8030
8031
8032
8033
8034
8035
8036
8037
8038
8039
8040
8041
8042
8043

Sea 0182

;:'"'""""""""""""""""""'l""'tt'l""ll.'t't'

OOO0OO0O0O

7988
7989
7990
7991
7992
7993
7994
7995
7996
7997
7998
7999
8000
8001
8002
8003
8004
8005
8006
8007
8008
8009
8010
8011
8012

N 14

MACYIL 3 0A (1 052)
10-SEP-79
11:11
PAGE 183
1 110
RHER1 - BIT #8 -~ CRC ERROR (READING)

e 1

CIRJGDO,RPO4/5/6 DSKLS CTIRLRY
CZRJGD.PYY
10-SEP-79 11:00

8044
8045

8046
8047
8048
8049
8050

035756
035760

002114
00000+

035762
035764

000000
000240

MACY1T1

B 15

10-SEP-79
11:11
PAGE 184
30A(1052)
RHERYT - BIT 8 - CRC ERROR (WRITING)
N

1$:

WRfROM
1

;RHBA BUFFER
;WRITE

:CRC ERROR

NOP

;RETURN POINT

SEQ 0183

FROM HCCRCE

CIRJIGDO,RPOL/S/6 DSKLS (TRLRI
10-SEP-79 11:00
CIRJLD.PY

CIRJGDO,RPO4L/S/6 DSKLS CTRLRI
10-SEP-79 11:00
CZRJGD.PY

8051
8052
8053
8054
8055
8056
8057
8058
8059
8060
8061
8062
8063

8004
8065
8066

8067
8068
8069
8070
8071
8072
8073
8074
8075
8076
8077
8078

8079
8080
8081
8082
8083
808¢
8085
8086
8087
8088
8089
8090
8091
8092
8093
8094
8095
8096
8097

MACY11

¢ 15

30A ( }052)
10-SEP=-79
11:11
PAGE 135
1 1
RHERY - BIT 8 = CRC ERROR (WRITING)

SEQ 0184

;*SET UP FOR THE TWO LAST SECTOR TRANSFERRED TESTS FOLLOWING
;:'""""""l"""""'""""""""""""'l"".t'.""

035766
035772
035774
035776
036002

005737
001401
000402
000137

002036

181

2$:

036452

1%:

BEQ
BR
JMP

a#RP06

2%
1%
af006

;MOVE RPO6 FLAG TO ITSELF

TO TEST

;1F = 0 TREAT DRIVE AS RPO4
;TREAT AS RP0O6 - DO NEXT ''MAKECL'' & TEST
;00 SECOND FOLLOWING 'MAKECL'' AND TEST

;;tttll""t"'""'""'""'""l"'"'""""""""""""

';'lttt"""t"""""""""'t't"""'t""t""'t""""'t

TRTEST 112

MAKE CURRENT CYLINDER = 814.

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

036002
036004
036010
036016
036022
036030

000004
012706
012737
004737
012777
004037

036034

001456

001000
000112

042732
000001
045304

1ST112: SCOPE
MOV

002032

Mov
JSR
MOov
JSR

143630

#STACK,SP

#TINO,a#TSTNM
PC,a#CLDISK
#DMD ,aRHMR
RO,9#MAKELYL

814,

SRESET

STACK

;THIS SAVES TEST NUMBER
;INIT DRIVE
;SET DIAGNOSTIC MODE
;SUBROUTINE TO GIVE A SEEK

; COMMAND FOLOWED BY AN INIT
:THIS SHOULD CHANGE RHCC
; CHANGE RHCC TO 814,

I BE XXXZ222X22X22222EA2RE222
22X
R
RRRRRRRRRRRRRRRR
A

;¢TEST

113

WRITE CYLINDER 814., FORMAT 16 BITS PER WORD

LA
Jre
St

256., OF 377
'LST® BIT # 10 - RHDS1, SHOULD SET AFTER WRITE
IS COMPLETE.

RHDSY

(BIT #10) - LAST SECTOR TRANSFERRED,

‘LST'

TRACK 18., SECTOR 21.., KEYS O, NUMBER OF WORDS

';t'l""""t""""""""""""""tlt'.."t"l"l.'.'t"'

1$T113: SCOPE

036036

000004

036040
036044

012706
012737

001000
000113

036052
036056
036060
036062

004037
051534
052560
000000

042650

002032

MOV

#STACK,SP

sRESET

JSR
.WORD
.WORD
.MWORD

RO,3#CLAREA
DISK
TOLGAP+16
O

sCLEAR SIMULATED DISK
;FROM
: 10
:DATA

MOV

#TINO,alTSTNM

STACK

;THIS SAVES TEST NUMBER

s*THESE ARE SETUP FOR DISKLESS USE ONLY

036064

012737

011456

047616

MOV

#8146, FMT22,88CYL:CYLINDER 814,

;16 BITS PER WORD

CZRJGD PN
8107

036072

10-S€P=-79 11:00
112737

000022

012737

000001

8108
8109
8110
8111

036100
036106
036112
036116

112737
005037
005037
012737

8113
8114
g}}g

036132
036136
036140

004537
047616
051516

8112

036124

000025
047622
047624
000400
0464140

MACY11

30A(1 052)

T113

047621

047664

047626

036142

004037

B124

036160

012777

8127
8128
8129
8130

8131
8132
8133

036146
036150
036152
036154

036166
036174

036200
036206
036212
036220

002114
003114
000377
004737

1776400

143444

000022
143432

000001

012777
012777

010000
001456

112766
012677

8136

036236

000000

8136
g}%g

036244
036250

005037
004737

036240

042732

0021146
000025

004737
104401
013711

042766
062562

8149

g}g?

036254
036260

036264
036266

036272

036276

042336
002006
000377

012702

000400

012701

8154
8159
8156

036312
036314
036320

001424
010037
014137

8156
8160

03633«
036336

001002
104004

8162

JSR

RO,3#CLAREA

:FILL WRITE BUFFER WITH 377

MOV

#-256. ,3RNHWC

:256. DATA WORDS

MOVB
MOV

#18..,1(5P)
(SP)+ ,aRHDST

JSR
TYPE

HALT

MOV

002006
047456

004737
005737
001062
012700

012737

8161

:60 TO CALCULATE CRC

;WRITE DATA

CLR
JSR

#WRFROM,aRHBA
#21.,-(SP)
NEMT22 ,aRHOF
#814. ,3RHCA

PC.,aNCHECKT
,CPHALT

SfWRIDAT,aR!
INERFLGS
PC,a#COMHD

;FROM LOCATION
;70 LOCATION
:DATA
;SETUP GENERAL REGISTERS

:STARTING ADDRESS OF WRITE BUFFER
;SECTOR 21.

:TRACK 18,
:SECTOR 21. TRACK 18.

:16 BITS PzR WORD FORMAT
:CYLINDER 814,

;CHECK THAT DVA,RDY,DPR,DRY = 1
:AND THAT NO OTHERS = 1. CANNOT (ON;TINUE TESTING IF BOTH AREN'T TRUE
:STOP THE TEST

;WRITE DATA=60

;:CLEAR ERROR FLAG
;WRITE DATA

:*AND SYNCS WERE CORRECTLY DETECTED, DATA 1S TO BE CHECKED.

036302

B157
8158

RS,3#CRC

M ,anrx

:*1F THE PROGRAM (OMES BACK HERE WITHOUT ERROR PRINTOUTS
:*FROM THE ''COMHD'' ROUTINE IT MEANS SECTOR GAP, SYNC BYTE
:*HEADER, HEADER CRC, HEADER GAP AND SYNC BYTE HAVE GONE BY

8152

8153

JSR
YL
WCRC

MOV
MOV

002064

2143

B147
8148

;SECTOR 21.
:KEY1 O
;KEY2 0
;NO OF DATA WORDS

MOV
MOV

143430
143424

8140
8141
B142

8145
8146

#21.,3#SECOTR
afKEY
IFKEY2
#256.,3#NOWORD

WRFROM
WRFROM+<256.¢2>
377
JSR
PC,a#CLDISK

143440

8139

#18.,3#SECOTR+1;
TRACK 18.

MOVB
CLR
(LR
MOV

Mov

042650

012777
012746

036226
036232

8135

D 15
PAGE 186

;*THESE ARE REGULAR SETUPS

8119

8125
8126

11:11

RHDSY1 (BI1T #10) = LASTY SECTOR TRANSFERRED, ‘LST'
mMove

047620

g}}g

8120
8121
8122
8123

10-SEP-79

036310

036324
036330

036340

020021

100237
005737
000401

JSR
181

001124
001126

047736
002006

:SAVE REGISTERS
:HAVE ANY ERRORS OCCURED?

MOV

#256.,R2

; COUNTER

MOV

051534
000401

BNE
MOV

PC,a¥#PUTREG
SNERFLGY
5%
#377,R0

047736

1%:

#D1SK,R1

;BRANCH IF YES
:6G00D DATA

;DATA WRITTEN INTO ''DISK"

MOV

#256.+1 ,9#ERWORD;FOR ERROR WORD

BcQ
MOV
MOV

3%
RO,3#$GDDAT
-(R1),a#%BDDAT

(mMp

SUB
157

BNE
ERROR

RO,(R1)+

:COMPARE GOOD DATA WITH DATA ON DISK

RZ2,3a#ERWORD
oNERFLGY

;ERROR WORD NO
:ANY ERRORS ALREADY THERE?

2%
4

64%

;BRANCH 1F GOOD
;:GOOD DATA
;BAD DATA

:BRANCH IF YES
;ERROR ON WRITE DATA COMMAND

;BRANCH 10 AVOID PRINTING NEXT ERROR

SEQ 0185

CIRJIGDO,RPOL/5/6 DSKLS CTRLRI

8163
8164
8165
8166
8167
8168
8169
8170
817
8172
8173
8174
8175
8176
8177
8178
8179
8180
8181
8182
8183
818¢4
8185
8186
8187
8188
8189
8190
8191

036342
036344
036346
036352
036356
036362
036364
036366
036370
036374
036400
036404
036406
036414
036422
036430

10-SEP-79 11:00

142566
177177
000200

3%:

001736
001000
002700
001662
002700
001736

4%:

042402
001124
001126

ERROR

151
MOV
BIC

(mp
BeaQ
DEC
BNE

Mov

BIC
cMp
BEQ

MOV
Mov
Mov

ERROR

5
(R1)+

aSWR,=(SP)
ML77177,(SP)
#SW07,(SP)+
3

R
%

afDst,-(SP)
#PROG, (SP)

E 15

30A(1052)
10-SEP=-79
11:11
PAGE 187
RHDST (BIT #10) - LAST SECTOR TRANSFERRED,
1113

2%:
6493:

104005

905723
017746
042716
022726
001402
005302
001345
il
l>loleololo]
Ot et e ONI S =
WO
=PI
N
O NNNS NN~
O NANN
= N —
—_ N~~~

CZRJGD.PY

MACY11

SEQ 0186

'LST'

;WORD NO GIVES WORD IN ERROR
;UNDO =(R1) FOR BAD DATA
sGET SWITCH SETTING
;KEEP ONLY SWITCH 7 AND 8
;1S 7 SET AND 8 RESET
;BRANCH OUT

YES

:1F NOT COUNT 256 WORDS
;BRANCH IF 256. NOT DONE
;GET RHDS1
;CLEAR PROG

#LST!DPR!DRY!VV,(SP)+;1S "LST' HIGH ?
5%
;BRANCH IF GOOD
S8/RHDS1 ,a#REGADR ;FAILING REG. ADDRESS
#LST!DPR!DRY!VV,a#S$GDDAT ;GOOD DATA
;BAD DATA
a#DS1,3#%BDDAT
1
;'LST' DID NOT SET AFTER

;LAST SECTOR ON LAST TRA(CK
;ON LAST CYLINDER WAS

;WRITTEN

013737

036432
036440
036442
036444

10415
000000

036446

000137

001640

036442

5¢:
6%:

000200

037116

Mov
WAT

INRHCST ,an6$

;RHCS1

ADDRESS

;WA{T FOR READY

ROY

JMP

;VV BIT #6 MAY OR MAY NOT BE HIGH
;SET UP "'WAT'' SUBROUTINE

Q¥ CAT

;DON'T DO THE RPO&

'LST'

TEST FOLLOWING

CIRJIGDO,RPO4/5/6 DSKLS CIRLR

8192
8193
8194

8195
8196

8197
8198
8199
8200
8201
8202
8203
8204
8205
8206
8207
8208
8209
8210
8211
8212
8213
8214
8215
8216
8217
8218
8219
8220
8221
8222
8223
8224
8225
8226
8227
8228
8229
8230
8231
8232
8233
8234
8235
8236
8237
8238
8239
8240
8241
8242

8243
8244
8245
8246
8247

MACY

036452

F 15
10-SEP-79
11:11
PAGE 138
SQA (1052)
113
RHDSY (BIT #10) - LAST SECTOR TRANSFERRED,

SEaG 0187

‘'LST'

DOG:
R
R
R
XYY

SeTEST

114

MAKE

CURRENT

1ST114:

SCOPE
MOV
MOV
JSR
MOV
JSR

#STACK,SP
#TTINO,a#TSTNM
PC,a#CLDISK
#DMD , aRHMR
RO,3#MAKECYL

CYLINDER = 410.

R
R R
R
Ry

036452
036454
036460
036466
036472
036500

000004
012706
012737
004737
012777
004037

036504

000632

001020
000114

042732
000001
045304

002032
143160

;RESET STACK
;THIS SAVES TEST NUMBER
;INIT DRIVE
;SET DIAGNOSTIC MODE
;SUBROUTINE TO GIVE A SEEK

; COMMAND FOLOWED BY AN INIT
s THIS

410.

SHOULD

:CHANGE RMCC

C(HANGE

TO 410,

RH(C(

;;lttl""""t""'tt"""t"t"t""'tt'tt"t""ltltt't"lttt

;eTEST

115

WRITE CYLINDER 410., FORMAT 16 BITS PER WORD

s
s
Sy

256., OF 377
'LST®' BIT #10 - RHDS1 SHOULD SET AFTER THE
WRITE IS COMPLETED

TRACK

RHDS1
18.,

(BIT

#10)

= LAST

SECTOR TRANSFERRED,

SECTOR 21., KEYS O, NUMBER OF

'LST'

WORDS

B2 2222222022222l
R
RRRARlRRRRRRREAN]

1ST115: SCOPF

036506

000004

036510
036514

012706
012737

001000
000115

036522
036526
036530
036532

004037
051534
052560
000000

042650

002032

Mov
Mov

#STACK,SP
#TINO,I#TSTNM

SRESET STA(K
THIS SAVES TEST

JSR

RO,a¥#CLAREA

;CLEAR SIMULATED DISK

.WORD
.WORD

TOLGAP+16
O

.10
:DATA

.WORD

DISK

NUMBER

;FROM

;*THESE ARE SETUP FOR DISKLESS USE ONLY
036534

010632

0u7616

MOV

#610.'FMT22,3#CYL:CYLINDER 410,

036542
036550
036556
036562
036566
036574
036602
036606
036610

000022

047621
047620

MOVB
MOVB
(LR
(LR
MOV

#18.,9#SECOTR+1;:
TRACK 18.
#21.,385ECOTR
;SECTOR 21,
IfKEY]
:KEYYT O
ANKEY?
KEY2 O
#256.,3MNOWORD
;NO OF DATA WORDS

JSR

RS ,8#CRC

000025
0647622
047624
000400
000001
064140

047664
047626

MOV

YL
WCRC

:16 BITS PER WORD

n,anx

;WRITE

DATA

;60 10 CALCULATE (RC

;*THESE ARE REGULAR SETUPS

[N en)

CIRJGDO,RPOL/5/6 DSKLS CTRLRI
10-SEP-79 11:00
CIZRJGD.PYY

8248
8249
8250
8251
8252
8253
8254
8255
8256
8257
8258
8259
8260
8261
8262
8263
8264
8265
8266
8267
8268
8269
8270
8271
8272
8273
8274
8275
8276
8277
8278
8279
8280
8281
8282
8283
8284
8285
8286
8287
8288
8289
8290
8291
8292
8293
8294
8295
8296
8297
8298
8299
8300
8301
8302
8303

036612
036616
036620
036622
036624
036630
036636
036644
036650
036656
036662
036670
036676
036702
036706
036710
036714
036720

MACY11

6 15
30A (\ 052)
10-SEP-79
11:11
PAGE 189
1 115
RHDS1 (BIT #10) = LAST SECTOR TRANSFERRED,

042650

042732

177400
002114

000025
000022
162762

010000
000632
042766
062562

004737

JSR
WRfROM

0000C1

MOV
MOV
MOV

142760
162754

JSR
TYPE
HALT
Mov

002064
002006
067456

CLR
JSR

:*]F

(SP)+ @RNHDS?
FEMT2?2 ,3RHOF
#4610, ,8RHCA
PC,afCHECKT

036752
036760
036762
0367664
036770
036774
037000
037004
037006
037010

042336
002006

012700
012701
012702

000377
051534
000400

012737
020021
001424
010C37
016137
160237
005737
001002

000401

JSR
181
BNE

MOV
MOV
Mov

047736

1%:

001124
001126
047736
002006

104005

000200

013746

001736

142116
177177

(mMp
BEQ

SuB
1ST

BNE
ERROR
BR

000401

005721
017746
042716
022726
001402
005302
001345

MOV

MOV
MOv

106004

2%
64%:

:256. DATA WORDS
;STARTING ADDRESS OF
:SECTOR 21,
:TRACK 18.

WRITE BUFFER

JSECTOR 21, TRACK 18.
:16 BITS PER WORD FORMAT
:CYLINDER 410.

:CHECK THAT DVA,RDY,DPR,DRY =

:TINUE

TESTING

TRUE

;WRITE

DATA

:AND THAT NO OTMERS = 1,

a#WRIDAT ,aR1
AVERFLGS

;STOP THE TEST
:WRITE DATA=60
:CLEAR ERROR FLAG

PC,arCOMHD

(CANNOT (ON-

BOTH AREN

|T MEANS SECTOR GAP,

SYNC BYTE

CRC, HEADER GAP AND SYNC BYTE HAVE GONE BY
CORRECTLY DETECTED, DATA IS TO BE CHECKED.

PC,3fPUTREG

;SAVE

REGISTERS

SNERFLGS

;HAVE ANY ERRORS OCCURED?

#DISK,R]
#256. ,R2

;DATA WRITTEN INTO "'DISK'’
; COUNTER

5%
#377.R0

;BRANCH IF YES
.GOOD DATA

#256.+1,3#ERWORD;FOR ERROR WORD
RO, (R1)
;COMPARE GOOD DATA WITH DATA ON DISK

;BRANCH If

643

;BRANCH TO AVOID PRINTING NEXT ERRI0R

RO,8#$GDDAT
-(R1) ,a#$BDDAT
RZ,a#ERWORD
ANERFLGS
2%
4

GOCD

:GOOD DATA
;BAD DATA
;ERROR WORD NO
;ANY ERRORS ALREADY THERE?
:BRANCH 1F YES
;ERROR ON WR]TE DATA COMMAND

;WORD NO GJVES WORD IN ERROR
;UNDO =(R1) FOR BAD DATA

BEG
DEC
BNE

#177177,(SP)
#5W07,(SP) ¢
4%
R?
1%

;KEEP ONLY SWITCH 7 AND 8
;1S 7 SET AND 8 RESET
;BRANCH OUT IF YES
;1F NOT COUNT 256 WORDS
;BRANCH [F 256. NOT DONt

MOV

9#DS1, - (SP)

151
MOV

(mp

6%:

;SETUP GENERAL REGISTERS

5
(R1)¢

ERROR

BIC

;10 LOCATION

;DATA

THE PROGRAM COMES BACK HERE WITHOUT ERROR PRINTOUTS

;*HEADER, HEADER
;*AND SYNCS WERE

004737
005737
001062

;FROM LOCATION

,CPHALT

;*FROM THE ''COMHD'' ROUTINE

036726
036730
036734
036736
036742
036746

;FILL WRITE BUFFER WITH 377

RO,3#CLAREA

WRFROM+<256.¢2>
377
PC,a#CLDISK
JSR
MOV
#-256.,3RHWC
MOV
#WURFROM ,aRHBA
MOV
#21.,-(59)
MOvVB
#18.,1(5¢

142774
142770

SEQ 0188

'LST®

aSWR,=-(SP)

;GET SWITCH SETTING

;GET

RHDSI

CIRJGDO,RPO4/5/6 DSKLS CTRLRI
10-SEP=-79 11:00
CZRJGD.PIY

CIRJGDO,RPO4/S/6 DSKLS CTRLRY
CIZRJGD.PWY
10-SEP-79 11:00
B304

8305
8306
8307
8308
8309
8310
8311

037064

037050
0370564
037056
037064
037072
037100

042716

022726
001412
013737
012737
013737
104001

MACYI1

H 15
30A(1052)
10-SEP-79
11:11
PAGE 190
1115
RHDS1 (BIT #10) - LAST SECTOR TRANSFERRED,

001000

Bi(

002700
001662
002700
001736

cme
Bta
MOv
MOV
Mov
ERROR

042402
001124
001126

8312
gg}S
4

. CLEAR PROG BI7

MLST!DPR!DRY!VV,(SP)¢
;IS °'LST' MHIGH ?
5%
;WAIT FOR °*RDY' IF GGOD
@#RHDS1 ,@#REGADR ;FAILING REG. ADDRESS
#LST!DPR'DRY!VV,3#$GDDAT ;GOOD DATA
8#0S1,3#8BDDAT
;BAD DATA
1
;'LST' DID NOT SET AFTER
;LAST SECTOR ON LAST TRACK ON LAST

;CYLINDER WAS WRITTEN - °‘vv' BIT #6
;MAY OR MAY NOT BE HIGH

8315

037102

013737

8317
8318

03712
037114

000000
000200

8316

#PROG, (SP)

'LST’

037110

104415

001640

037112

5§:

MOv

6%:

0
RDY

WAT

SIRHCST ,aNb$

;SET UP "'WAT'' SUBRGUTINE
;RMCST ADDRESS
;WALT FOR 'RDY' BIT

SEQ 0189

8359
830
8361
8362
8363
8364
8365
8366
8367
8368
8369
8370
8371
8372
8573
8374

037116

115

10-SEP=79
11:11
PAGE 191
S?A (1052)
115
RHDST (BIT #10) - LAST SECTOR TRANSFERRED,

‘'LST’

Sea 0190

CAT:
crARRNRRNROERESERROROERRONSROEREOECRSORORRORORYROERORORORRRRORRRORORSOEROERROOEROROORRTRNTY

SeTEST 116
i

ERRNR REGISTER 1

- BIT #9 AOE

A WRITE DATA COMMAND IS GIVEN TO CYLINDER 410./816.
SECTOR 21 TRACK 18, KEYS O, DATA 377
WORD COUNT REGISTER FAR 522 (256466+200) WORDS

A
-

R
A

AFTER 256 WORDS HAVE BEEN WRITTEN
'AOE' SHOULD (OME UP

A
MR

‘R

RHWC WILL SHOW 200 BECAUSE

.
[

THIS

R
A

037116
037120
037126
037132
037136
037142
037144
037146

000004

012706
012737
0064737
004037
051534

001000
000116
042732
042650

THE

SILO

IS 66 WORDS AND

256 WORDS HAVE BEEN WRITTEN - TOTAL 322

MR
B

EXEE AR

1S 200 SHORT OF

1ST116: SCOPE
002032

522

AR AR

Mov
Mov

#STACK,SP
FTINO,3#TSTNM

JRESET STACK
;THIS SAVES TEST

JSR

RO,a3#CLAREA

;CLEAR SIMULATED DISK

JSR

.WORD

.WORD
.WORD

052560
000000

PC.,a#CLDISK
DISK

TOLGAP+16
O

NUMBER

:INIT AND SET UP GENERAL REG.

CORRES.

;FROM

;10
;DATA

;*THESE ARE TO SETUP FOR DISKLESS USE ONLY
;*AND WILL HANDLE RPO4 OR RPO6 DRIVES

037150
037154

005737
001404

002036

037156
037164

012737
000403

011456

047616

037166

012737

010632

047616

000022
000025
047622
067624
000400
000001
0464140

047621
047620

037174

037202
037210
037214
037220
037226
037234
037240
037242

(037244
037250
037252
03725¢4
037256

(VLW YV IV RV AV LV ]

8319
8320
8321
8322
8323
8324
8325
8326
8327
8328
8329
8330
8331
8332
8333
8334
8335
8336
8337
8338
8339
8340
8361
8362
8343
8344
8345
8346
8347
8348
8349
8350
8351
8352
8353
8354
8355
8356
8357
8358

MACY

151

8#RP06

Mov
BR

¥814., . FMT22,9#CYL;CYLINDER 814,, 16 BITS PER WORD
11%
:TREAT DRIVE AS RPO6

10%:

MOV

#610. . FMT22,9#CYL;CYLINDER 410.,

11%:

MOvB
MOVB
CLR

#18,,80SECOTR*1
#21,,3#SECOTR
S#KEY

TRACK 18,
:SECTOR 21.
;KEYY O

MOV
MOV

#256.,3#NOWORD
AT )

;NO OF DATA WORDS
JWMRITE DATA

BEQ

047664
047626

CLR

JSR

cvL

10%

;MOVE RPO6 FLAG TO ITSELF

;TREAT

aNKEY?2

RS,8#CRC

TO TEST

:TREAT DRIVE AS RPO4& IF

DRIVE

= 0

16 BITS PER WORD

AS RPO4

:KEY2 0

;GO 10 CALCULATE CRC

WCRC

042650

0067%7

062732

;*THESE

ARE

REGULAR SETUPS

JSR

RO,S#CLAREA

JSR

PC,a#(LDISK

WRFROM
WRFROM+<256.22>
377

;FPlLL WRITE BUFFER WITH 377

;FROM
;10
;DATA

:SETUP GENERAL REGISTERS

CIRJGDO,RPO4/5/6 DSKLS CTRLRI
10~-SEP-79 11:00
CIRIGD.PY

8375
8376
8377
8378
8379
8380
8381
8382
8383
8384
8385
8386
8387
8388
8389
8390
8391
8392
8393
8394
8395
8396
8397
8398
8399
8400
8401
8402
8403
8404
8405
8406
8407
8408
8409
8410
8411

8412
8413
8414
8415
8416
8417
8418
8419
8420
842"
8422
8423
8424
8425
8426
8427
8428
8429
8430

037262
037270
037276
037302
037310
037314

777
777
746
766
677
7

176766
002114
000025
000022
142330
010000

MACY11

30A(1052)
e

142342
142336

J 15

10-SEP-79
11:11
PAGE 192
ERROR REGISTER 1 - BIT #9 AOE
MOV

#-522. ,8RHW(

:522. DATA WORDS

Mov
MOvB
MOv
Mov

#21.,-(SP)
#18.,1(SP)
(SP)+,@RHDST
NEMT22,3RHOF

;SECTOR 21.
; TRACK 18,
;SECTOR 21. TRACK 18.
;16 BITS PER WORD FORMAT

MOv

000001
142326

SEQ 0191

FWRFROM,3RHBA

;STARTING ADDRESS OF

JRITE

BUFFER

;*(HECK 1O SEE WHAT TYPE OF ORIVE IS BEING TESTED
:*AND LOAD CYLINDER ADDRESS REGISTER WITH THE PROPER NUMBER
037322
037326
037330
037336
037340
037346

005737
001404
012777
000403
012777

002036

037346
037352

004737
104407

037356
037360
037364

000000
013711
005037

181

a#RP06

Mov

#814, ,3RHCA

MOV

#410.,3RHCA

042766
062562

JSR

PC,a#(HECKT

002064
002006

Mov

001456

142314

000632

142304

BEQ
12%:
13%:

TYPE

HALT

CLR
;*THE

037370
037374
037376
037400

004037
001632
003160
000023

063424

JSR

RHWC
REINTO

12%

;MOVE

FLAG TO

13%

LCPHALT

afWRIDAT,aR1

SFERFLGS

REGISTERS WILL BE

RO,a#SAVER

19.

ITSELF

TO TEST

;TREAT AS RPO4 [F
;CYLINDER 816,

= 0

;TREAT AS RPO6
;CYLINDER 410.

; CHECK THAT DVA,RDY,DPR,DRY =
;AND

THAT NO OTHERS

(ANNOT

(ON-

;TINUE TESTING If BOTH AREN'T TRUE
:STOP

;WRITE

THE

TEST

DATA=60

;CLEAR ERROR FLAG
SAVED

IN REINTO BUFFER

; SAVE

;FROM
.10

:NUMBER SAVED

;*GIVE WRITE DATA (OMMAND
037402

004737

047456

JSR

PC,a#COMHD

;WRITE DATA COMMAND

; *CHANGE SAVED REGISTERS TO EXPE(TED VALUES
037406
037612

0057%7
001407

002040

037414
037622

012737
012737

177376

037430

000406

037432
037440

012737
012737

003134

177470

003327

000200
000100

140000

001000
142142

003160
003162

VAR1:
VARZ:

003160
003162

JP1:

003164
003164
003166

JP?2:

003170
003172

151
BEQ

8#RNH70
JP1

;CHECK FOR RH70 CONTROLLER
:SKIP RH70 CODE ANC DC RH11

MOv
MOov

#-258. ,9#REINTO ;SAVED RHW( SHOULD BE = 258.
#URFROM+<2¢256.>¢<2+8.> ,aNREINTO+?

JP2

MOV
MOV

#-200.,9#REINTO ;SAVED RHWC SHOULD BE
PURFROM+<2¢256.>¢<2v66.>,ANREINTO+?

BIS
81C
B1S
MOv
MOV

#OR,QNREINTO+4
;SAVED RHCS?
VIR, INREINTO+L ;SAVED RHCS?
#SC!TRE ,Q#REINTO+6; SAVED RHCST SHOULD HWAVE °'SC' & 'TRE®
WAOE ,@#REINTO+10 ;SAVED RHER1 SHOULD HAVE ‘AOt'
SRHDST,SFREINTO+12;SAVED RHDST SHOULD HAVE-

[F NOT

:SAVED RHBA SHOULD BE WRFRCM+256+8
;SKIP NEXT RHM11 CODE

- 200.

;SAVED RHBA SHOULD BE WRFROM+256+66

;RHDST

IS UNDEFINED

CIRJCDO,RPCL/S5/76 DSKLS CTRLR]
10-SEP=-79 11:00
CIRJGD.P

8431
8432
8433
8434
8435
84636
8437
8438
8439
8440
8441
8442
8443

MACY

30
M

8472
8473
8474
8475
8476
8477

8478
8479
8480

8481
8482
8483
8484
8485
8486

11:11

ERROR REGISTER

K15
PAGE 193

- BIT

#9 AOE

SEa@ 0192

;*(HECK TO SEE WHAT TYPE OF DRIVE 1S BEING TESTED
:*AND SET UP CYLINDER ADDRESS ACCORDINGLY
037504
037510
037512
037520
037522

002036

037530
037536
037544

002016
000001

001457

003200

000633

003200

146%:

003204

15%:

142000

003206
003210

1S1

a#RPO6

MOV

l815 ,@MREINTO+20;SAVED DESIRED CYLINDER ADDRESS

MOv

#4101, ,@#REINTO+20; SAVED DESIRED CYLINDER ADDRESS

Mov

SNATTENT ,@NREINTO¢26

8ea
BR

BIS
BIS

14$

;MOVE RPO6 FLAG TO ITSELF

15%

; TREAT AS RPO4 IF

TO TEST

= 0

TREA! AS RPO6

;SAVED RHAS SHOULD HAVE

#OMD ,@#REINTO+26;SAVED RHMR
FATA'ERR!LST,3#REINT0+30 ;SAVED RHDS!'

APPRO.

;*AFTER A WRITE DATA COMMAND WITH 'AOE' ERROR
;*SAVE REGISTERS AGAIN SO THAT COMPARES (AN BE DONF

8444

8445
8446
8447
8448
8449
8450
8451
8452
8453
B4LS4
8455
8456
B84&S7
8458
8459
8460
8461
8462
8463
8464
8465
8466
8467
8468
8469
8470
8471

10-SEP=79

037552
037556
037560
037562

004037
001632
002114
000021

0434624

JSR

RHW(
WRFROM
17.

RO,3#SAVER

: SAVE

:FROM
;10
;NUMBER OF

REGISTERS SAVED

;*AS UPPER BYTE OF RHAS CAN BE CHANGING [N A DUAL PORT

;*OPERATION THE UPPER BYTE OF

RHAS WILL BE

SAVED AS

;*SO THAT THE COMPARES ARE ONLY VALID FOR THE LOWER BYTE

037564

113737

003205

Move

002141

QFREINTO+25,3¥#WRFROM+25;SAVE UPPER RHAS

; *COMPARE REGISTERS BEFORE WRITE DATA COMMAND
;*WITH AFTER COMMAND
037572
037576
037600
037602
037604
037606
037610

004037
003160
002114
000021
037612
037612
037632

043626

037612
037616
037620
037626

013705
060505
016537
104001

047736

037630

000207

037632

005037

JSR

REINTO
WRFROM
17.

RC,a#COMPAR

1%
1%

001630

042402

2%.

002006

.GO0OD BUFFER
s TEST BUFFER
:NUMBER OF REGISTERS
;RETURN FOR ERROR
: SAME

2%
1%:

: COMPARE

;RETURN FOR GOOD COMPARI]SON

Mov
ADD
MOV
ERROR

SNERWORD, RS
;GETTING READY TO INDEX
RS,RS
.DOUBLE ERROR WORD
RHWC-2(RS) ,@#REGADR ;FAILING REG. ADDRESS
1
;FORCED AOE ERROR CAUSED IMPROPER

RT1S

CLR

AFERFLGS

;REGISTER CHANGE

;RETURN FOR FURTHER COMPAR]SONS

:NO ERRORS

;CLEAR ERROR FLAG

;*DATA [S TO BE (HECKED HERE
037636
03764°
037646
037652
037656
037664

042336
000377
051534
000400
000400

JSR
MOV

PC,afPUTREG
#377,R0

; SAVE REGISTERS
:GO0D DATA

MOv
MOV

#256.,R2
#256.,0#ERWORD

: COUNTER
;FOR ERROR WORD

MOV
0467736

(MP

#0]1S« ,R1

RO, (R1)

:DATA WRITTEN INTO "'D]SK"
. COMPARE GOOD DATA WiThH DATA ON DISK

8I7

(g
N an]

CIZRIGDO,RPOL/S/6 DSKLS CTRLRI
10-SEP-79 11:00
CIRJIGD.PIN

CIRJGDO,RPOL/S/6 DSKLS CTRLRI
10-SEP=-79 11:00
CZRJGD P
8487
8488
8489
8490
8491
8492
8493
8494
8495
8496
8497
8498
8499
8500
8501
8502
8503
8504
8505

001424
010037
014137
160237

037666
037670
037674
037700
037704
037710
037712
037714
037716
037720
037722
037726
037732
037736

005721
017746
042716
022726
001402

037740
037742

005302
001345

037744

005737
001002

MACY11

L 15

10-SEP=-79
11:11
PAGE 194
30A(1052)
T116
ERROR REGISTER 1 - BIT #9 AOE
BEQ

001124
001126
047736
002006

MOV
MOV

106004

000401

104005

141212
177177
000200

5%:

SuB
151
BNE
ERROR
BR
ERROR
15T
MOV

B1C
(mp
BEQ

6%:
7%:

DEC
ant

6%
RO,a#$GDDAT

-=(R1),a#$BDDAT
RZ,a#ERWORD

QVERFLGS
3
4

5%
5

(R1)¢
aSWR,-(SP)
M177177,(SP)
NSWC7,(SP)+
7%
R2

SEQ 0193

:BRANCH If GOOD
;GOOD DATA
;BAD DATA

;ERROR WORD NO

s ANY ERRORS ALREADY

InERE?

;BRANCH 1F YES
;ERROR ON WRITE DATA (OMMAND WITH FORCED ‘AOE’
;BRANCH TO AVOID PRINTING NEXT ERROR

;WORD NO. GIVES WORD [N ERROR
;UNDO ~(R1) FOR BAD DATA
;GET SWITCH SETTING

;KEEP ONLY SWITCH 7 AND 8
;1S 7 SET AND 8 RESET
;BRANCH OUT

YES ====c-ccccccccconcan >

;1F NOT COUNT 256 WORDS
;BRANCH IF 256. NOT DONE

MACY11

8506

M5
30A(1052)
10-SEP-79
11:11
PAGE 195
1116
ERROR REGISTER 1 -~ BIT #9 AOE

8507

8508
8509
8510
8511
8512
8513

;*TEST 117
B
1ST117: SCOPE
MOV
MOV
JSR

8514
8515

037744
037746
037752
037760
037764
037772

000004
012706
012737
004737
012777
004037

8518

037776

000000

8516
8517

8519
8520
8521

001000
000117
0462732
000001
0453064

002032

141666

#STACK,SP
FTINO,@#TSTNM
PC,a#CLDISK
#DMD ,aRHMR
RO,9#MAKECYL

Jre

A READ HEADER AND DATA IS GIVEN TO TRACK 20, SECTOR 0

ggsg

AN INDEX PULSE IS GIVEN TO GET RHLA T0 0

8529
8530

IAE BIT SHOULD SET

gggS

8537
8538
8539
ggb?

040020
040026

040014

040034

004737

001000
000120

042732

002032

012777
052777

000001
000004

1461632
141624

;*GIVE
MOV
BIS

000006

JSR

141616

R R E I

AR RN R NN AN RN R AR RN R AR N ROE

- BIT #10

'IAE’

TR
R A
R

1§7120: SCOPE
MOV
MOV

042777

R R RN

ERROR REGISTER 1

;RESET STACK
;THIS SAVES TEST NUMBER
;INIT DRIVE
;SET DIAGNOSTIC MODE
;SUBROUTINE T0 GIVE A SEEK
;COMMAND FOLOWED BY AN INIT
;s THIS SHOULD (HANGE RHCC
;CHANGE RHCC T0 O

gg%z

000004
012706
012737

R R RN A

120

040000
040002
040006

;*TEST

8532
8533
8534

e R A

8531

R R

gg%z

8522

cwe

MAKE CURRENT CYLINDER = 0
e

MOV
JSR

SEQ 019¢

B1C

#STACK, SP
#TTNO,a#TSTNM

;RESET STACK
;THIS SAVES TEST NUMBER

INDEX PULSE
#DMD ,aRHMR
FMINX ,ORHMR

;SET DIAGNOSTIC MODE
;SET INDEX

PC,a¥#CLDISK

#MINX,3RHMR

;CLEAR REGISTERS AND SET UNIT NO.

sCLEAR INDEX

8542
gzas

8545
8546
8547
8548
8549
8550

:;*THESE ARE REGULAR SETUPS

040042
040050
040054

012777
012700
010077

1776400
003160
141554

040060

012720

8551
8552
8553
8554
8555
8556
8557
8558

040064
040070
040072
040074
040100
040104
040106
040110

8560
8561

040116
040122

8559

141562

MOV
MOV
MOV

#-256.,3RHWC
#REINTO,RO
RO, 3RHBA

010000

MOV

#EMT22,(RO)+

012720
005020
005020
012705
012720
005305
001374
012777

012000

MOV
CLR
CLR
Mov
MOV
DEC
BNE
Mov

#12000, (RO)+
(RO)+
(RO)+
#256. ,RS
#-1,(RO)¢
RS
19
#12000,3RHDST

0064737
104401

042766
062562

JSR
TYPE

PC,aN(HECKT
. CPHALT

000400
177777

012000

1%:

141526

;256 DATA WORDS & HEADER WORDS
;THESE TWO INSTRUCTIONS GETS
:ADDR, OF WRFROM INTO RO AND
;BUS ADDRESS REGISTER
;FORMAT=16 BIT WORDS
;CYLINDER=0

; TRACK=20 SECTOR=0 KEYS-0
JKEY1=0
;KEY2=0
; COUNTER
sMOVE ALL ONES FOR DATA

;BRANCH JF DATA NOT (OMPLETE
; TRACK=20 SECTOR=0

sCHECK THAT DVA,RDY,DPR,DRY
1
;AND THAT NO OTHERS = 1. CANNOT CON-

TMTM

CIRIGDO,RPO4/S5/6 DSKLS CTRLRY
CZRJGD.P
10-SEP=-79 11:00

8562
8563
8564
8565
8566
8567
8568
8569
8570
8571
8572
8573
8574
8575
8576
8577
8578
8579
8580
8581
8582
8583
8584
8585
8586
8587
8588
8589
8590
8591
8592
8593
8594

8595
8596
8597
8598
8599
8600
8601
8602
8603
8604
8605
8606
8607
8608
8609

8610
861!
8612
8613
8614
8615
8616

8617

040126

000000

040130

01371

MACY11

N 15

30A(1052)
10-SEP-79
11:11
PAGE 196
1120
ERROR REGISTER 1 - BIT #10 'IAE’
;TINUE TESTING IF
;STOP THE TEST

HALT

002072

0401354
040140
040146

005037
C1ervr?
005077

002006
010000

040152
040156
040160
040162

004037
001632
003160
000023

043424

141500

MoV

141502

SEQ 0195

a/REFOR,aR1

;GET

READY

FOR WRITE

TRUE

HEADER AND

;DATA WITH 62 IN RHCST

CLR

AVERFLGS

JCLEAR ERROR FLAG

(LR

aRHCA

;CYLINDER =0

MOV

BOTH AREN'T

#FMT122,aRHOF

;FORMAT BIT=1

(16 BIT WORDS)

;*THE REGISTERS WILL BE SAVED IN REINTO BUFFER

JSR

RHW(
REINTO

RO,a#SAVER

: SAVE

: FROM
;10

19.

;NUMBER SAVED

:*G0 TO WRITE HEADER AND DATA

040164
040170
040174

013700
012710
052777

060202

140000

640210
040216

002000
012001
002016
000001
140000

060224
060232
040240
040246
040252
040254
040256

001660
000001
000001

MOv
Mov

141636

BIS

3/RHMR RO
#DMD,aR0

;NOW RO WAS MAINTENANCE
:SET DIAGNOSTIC MODE

#G0,aRKHCS

;60

BI1S

#SC!TRE,Q#REINTO+6 ;SAVED RH(ST

MOV

#12001,30REINTO+12;
SAVED RHDST

Mov

MOV

BIS
BIS

N1AE ,Q#REINTO+10

;SAVED RHER1

SNATTENT ,@#REINTO+24

JSR

RHW(
WRFROM

000023

RO,a#SAVER

: SAVE

:FROM
;10

19.

:NUMBER OF

RHAS

CAN BE

;*OPERATION THE UPPER BYTE OF

003205

040266
040272
040274
040276
040300
040302
040304

004037
003160
002114
000021
040306
040306
040326

043626

040306
040312
040314
040322

013705
060505
016537

047736

104001

REGISTERS SAVED

CHANGING

[N A DUAL

PORT

RHAS WILL BE SAVED AS

002141

;*COMPARE REGISTERS BEFORE READ IN PRESET COMMAND
s*WITH AFTER COMMAND

JSR

REINTO
WRFROM

2%:
042402

;¢SO THAT THE COMPARES ARE ONLY VALID FOR THE LOWER BYTE
MOvB
SNREINTO+25,a#WRFROM+25;SAVE UPPER RHAS

RO,3#COMPAR

17.
2%
4 )
3%

001630

;SAVED RHAS

#DMD ,@#REINTO0+26 ;SAVED RHMR
NATA'ERR,QNREINTO+30 ;SAVED RHDS

;*SAVE REGISTERS AGAIN SO THAT COMPARES CAN BE DONE

043424

113737

ADDR.

:*CHANGE SAVED REGISTERS TO EXPECTED VALUE

003166
003170
003172
003204
003206
003210

;*AS UPPER BYTE OF

040269

REG.

MOv
ADD
MOV

ERROR

;s COMPARE

;600D BUFFER
JTEST BUFFER

;NUMBER OF REGISTERS
;RETURN FOR ERROR
: SAME
sRETURN FOR GOOD COMPARISON
efERWORD,RS
;GETTING READY TO INDEX
RS ,RS
.00UBLE ERROR WORD
RHWC=2(RS) ,@#REGADR ;FAILING REG. ADDRESS

;YORCED

JAE

CAUSED

IMPROPER

=IO TMNMOMNMDZERMMARC—IOT"TMONDZR
RC—= IO T"TMONDZ R RC—e IO TMOMNDZ B R =T OONTr
D

CIRJGDO,RPO4/5/6 DSKLS CTRLRI
CZRJGD. P11
10-SEP=79 11:00

CZRJGDO,RPO4/S5/6 DSKLS CTRLRT

CIRJGD.PVY
gg}g

040324

10-SEP-79 11:00

MACY11 30A(1052)

1120

000207

10-SEP-79

11:11

PAGE 197

ERROR REGISTER 1 - BIT #10 'IAE’
RTS

ggs?
8622
8623

B 16

;RETURN FOR FURTHER COMPARISONS
:NO ERRORS

040326

004737

042732

3%:

JSR

PC,aNCLDLSY

;CLEAR GO BIT

SEQ 0196

CIRJGDO,RPOG/S5/6 DSKLS CTRLRY

CIRJGD.PY

8641

8642
8643
8644
8645
8646
8647

8648
8649
8650
8651
8652
8653
8654
8655
8656
8657
8658
8659
8660
8661
8662
8663
8664
8665
8666

8667
8668

8669
8670
8671
8672
8673
8674
8675
8676
8677
8678
8uv79

c 16
30A(1052)
10-SEP-79
11:11
PAGE 198
1120
ERROR REGISTER 1 - BIT #10 'IAE’
A

SEQ 0197

2i2222222222222
AR
R
RAR A

CeTEST 121
bR
B
R
A

ERROR REGISTtR 1- BIT #10 '1AE°

A WRITE HEADER AND DATA 1S GIVEN TO SECTOR 22
TRACK O CYLINDER O

R
B
‘e

8624
8625
8626
8627
8628
8629
8630
8631
8632
2433
8634
8635
8636
8637
8638
8639
8640

10-SEP-79 11:00

MACY1Y

WORD COUNT

;S SET

TO 2%6.

MR
8
MR
B

[

[}

AN INDEX PULSE

IS GIVEN TO GET RMLA T0 0

2 4
R

IAE BIT

SHOULD SET

:""lt"'"'"'""""""""""""'t"""""t"'t""".'

T$T121: SCOPE

040332
040334
040340
040346

000004
012706
012737
004737

001000
000121
042732

002032

MoV
Mov

#STACK,SP
#TTINO,@#TSTNM

040352
040360
040366

012777
052777
042777

000001
000004
000004

141300
141272
141264

:*GIVE
Mov
BIS
BIC

INDEX PULSE
#0DMD ,IRHMR

JSR

PC.,a¥CLDISK

FMINX,3RHMR
FMINX ,3RHMR

;RESET STA(K
:THIS SAVES TEST NUMBER

;CLEAR REGISTERS AND SET UNIT NO.
;SET DIAGNOSTIC MODE
;SET INDEX
;CLEAR INDEX

;*THESE ARE REGULAR SETUPS

MOV
MOV
MOv

#-256.,3RHWC
#WRFRCM,RO
RO,aRHBA

010000

MOv

#EMT22,(RO) ¢

012720
005020
005020
012705
012720
005305
001374
012777

000026

MOV
CLR
(LR

#22.,(RO)+
(RO)+
(RO)+

004737

062766
062562

040374
040402
040406

0 12777
0 12700
0 10077

177400
002114
141222

0460412

012720

040416
040422
040424
040426
040432
040436
040440
0460442
040450
040654

104601

141230

000400
177777
000026

1%:
161174

MOV
MOV
DEC
BNE
MOV

JSR
TYPE

#256.,RS
l;\,(RO)o
R
1%
#22.,3RHDST

PC,a#CHECKT
LCPHALY

HALT

040460

000000

060462

01371

002066

040466
040472
040500

005037
012777
00507/

002006
010000
1641140

141140

:256 DATA WCRDS & HEADER WORDS
;THESE TWO INSTRUCTIONS GFTS
:ADDR. OF WRFROM INTO RO AND
:BUS ADDRESS REGISTER
;FORMAT=16 BIT WORDS

; CYLINDER=0
;TRACK=0, SECTOR=22, KEYS=0
(KEY1=0
;KEY2=0
; COUNTER
:MOVE ALL ONES FOR DATA

:BRANCH IF DATA NOT
:TRACK=0 SECTOR=22

COMPLETE

;CHECK THAT DVA,RDY,DPR,DRY =
;AND THAT NO OTHERS - 1,
(CANNOT (ON-

;TINUE TESTING IF BOTH AREN'T TRUS
;STOP THE TEST

MOV

SFMWRIFOR, IR

(LR

SVERFLGS

:DATA WITH 62 IN RHCSI
;CLEAR ERROR FLAG

(LR

SRHCA

;CYLINDER =0

MOV

#EMT22,aRNHOF

;GET READY FOR WRITE MHEADER AND

:FORMA BIT=1

(16 BIT WORDS)

;*AS EXCEPTION IS ASSERTED BEFORE RUN IS

;*LATCHED RHWC,RHBA ,RHCS1,RHCS2 CANNOT BE CHe(KED

;*BECAUSE RHWC WiLt VARY DEPENDING UPON GATE DELAYS
;*ON DIFFERENT UN]TS

CIRJGDO,RPO4/5/6 DSKLS CTRLRI

CZRJGD.PI

8680
8681
8682
8683
8684
8685
8686
8687
8688
8689
8690
8691
8692
8693
8694
8695
8696
8697
8698
8699

8700
8701
8702
8703
8704
8705
8706

8707
8708
8709

8710
8711
8712

8713
8714
8715
8716
8717
8718
8719

040504
040510
040512
040514

10-SEP-79 11:00

004037
001642
003160
000015

MACY1

D 16

10-SEP-79
11:11
PAGE 199
S? A(1052)
1
ERROR REGISTER 1- BIT #10 'IAE’

SEQ 0198

:*THE REGISTERS WiLL BE SAVED IN REINTO BUFFER

0434264

JSR

RHER]
REINTO

RO,3#SAVER

13,

; SAVE

;FROM
.10

;NUMBER SAVED

:*GO TO WRITE HEADER AND DATA
040516
040522
040526

001660
000001
000001

040534
040542
040550
040556
040564

002000
000027
002016
000001
140000

040572
040576
040600
040602

043424

MOv
MOV

BIS

161104

3#RHMR RO
#OMD ,aR0

#GO,aRHCS]

BIS

003200

003175

040612
040616
040620
040622
040624
040626
040630

004037
003160
002114
000015
060632
040632
040652

043626

040632
040636
040640

013705
060505
016537

047736

040650

000207

040646

104001

N1AE ,FREINTO
s SAVED RHER1
#23. ,@/REINTO+2;SAVED RHDST
SNATTENT ,@NREINTO+14 ;SAVED RHAS
#DMD ,@#REINTO+16 ;SAVED RHMR

#ATA'ERR,#REINTO+20 ;SAVED RHDS1

RHER1
WRFROM
13.

RO,3#SAVER

: SAVE

s FROM
;10
;NUMBER Of
RHAS CAN BE

REGISTERS SAVED

CHANGING

MOVB

002131

SFREINTO+15,0#WRFROM+15;SAVE UPPER RHAS

;vCOMPARE REGISTERS BEFORE READ IN PRESET COMMAND
;*WITH AFTER COMMAND

JSR

REINTO
WRFROM
13,

RO,3#COMPAR

;RETURN FOR ERROR

:SAME

2%:

042402

: COMPARE

:GOOD BUFFER
;TEST BUFFER
;NUMBER OF REGISTERS

;RETURN FOR GOOD COMPARISON

MOV
ADD
MOV
ERROR

a#ERWORD,RS
:GETTING READY 70 INDEX
RS ,RS
;DOUBLE ERROR WORD
RHER1=-2(RS) ,3#REGADR :FAJLING REG. ADDRESS
;FORCED IAE CAUSED IMPROPER
1

RTS

sREGISTER CHANGE

:RETURN FOR FURTHER COMPARISONS
:NO ERRORS

040652

004737

042732

IN A DUAL PORT

. *OPERATION THE UPPER BYTE OF RHAS WILL BE SAVED AS IS
;*SO THAT THE (OMPARES ARE ONLY VALID FOR THE LOWER BYTE

001640

.60

;*SAVE REGISTERS AGAIN SO THAT COMPARES CAN Bt DONE

JSR

002114
000015

113737

ADDR.

: *CHANGE SAVED REGISTERS TO EXPECTED VALUE

Mov
MOv
MOV
BIS

003160
003162
003174
003176

;*AS UPPER BYTE OF

040604

;NOW RO HAS MAINTENANCE REG.
;SET DIAGNOSTIC MODE

3%:

JSR

PC,aoCLDISK

;CLEAR GO BI1T

CIRJGDO,RPOL/S5/6 DSKLS CTRLR1
10-SEP-79 11:00
CZRJGD.PVY
8734
6735
8736
8737
8738
8739
8740
8741
8742
8743
8744
8745
8746
8747
8748
8749
8750
8751
8752
8753
8754
8755
8756
8757
8758
&759
8760
8761
8762
8763
8764
8765
8766
8767
8768
8769
8770
8771
8772
8773
8774
8775
8776
8777
8778
8779
8780
8781
8782

8783
8784
8785
8786
8787
8788
8789

MACYTT

E 16
30A(1052)
10-SEP-79
11:11
PAGE 200
na
ERROR REGISTER 1- BIT #10 'IAE’

SEQ 0199

':lt""'"""""'""""""'""'"Qtl""""'.".""""'

JeTEST

1 22

ERROR REGISTER 1- BIT #10 °'IAE’

A WRITE DATA IS GIVEN TO SECTOR 0
TRACK O CYLINDER 41!

;t'
:Qt

;t'

WORD COUNT 1S SEY 10 256.
AN INDEX PULSE IS GIVEN TO GET

:'t
:tt

RHLA T0 O

:tt

IAE BIT

:tt

040656
040660
040664
040672
040676
040704
040712

000004

012706
012737
004737

001000
000122
042732

012777

0V0001

052777
042777

000004
0C0004

A2 R0l
dA

181122
002032

SCOPE
MOV
Mov

#STACK,SP
#TINO,3#TSTNM

;*GIVE

INDEX PULSE

BIC

FMINX,3RHMR

JSR

140754
140746
1460740

SHOULD SET

MOV
BIS

PC,a#CLDISK

#DMD ,aRHMR
FMINX,3RHMR

sRESET STACK
;THIS SAVES TEST

NUMBER
;CLEAR REGISTERS AND SET UNIT NO.
;SET
sSET

DIAGNOSTIC MODE
INDEX

;CLEAR

INDEX

;*THESE ARE REGULAR SETUPS
177400

040720

040726

002114

040736
040742
040746
040750
040752

000400
177777

040760
0407064

042766
062562

140704

000000

#-256.,3RHWC
#WRFROM,RO

Mov
MOV
DEC
BNE
MoV

#256.,RS
#;1,(R0)0
R

; COUNTER
;MOVE ALL ONES FOR DATA

1%
#0.,3RHOST

;sBRANCH 1F DATA NOT
; TRACK=0 SECTOR=0

JSR

PC,a3#CHECKT

; (CHECK THAT DVA ,RDY,DPR,DRY = 1|

MOV

1640676

040732

Mov
MOV

1%:

140664

TYPE

RO,aRHBA

CPHALT

000000

040772

013711

002064

040776
041002

005037
012777

002006
010000

041010
041014

005737
001404

002036

041016
041024

012777
000403

001457

140626

041026

012777

000633

140616

140640

COMPLETE

;AND THAT NO OIHERS = 1.

CANNOT (ON-

;STOP THE TEST

MOV

INWRIDAT,aR1

:GET READY FOR WRITE

CLR
Mov

AfERFLGS
NEMT22,aRHOF

;CLEAR ERROR FLAG
;FORMA BIT-1 (16 BIT WORDS)

187

a#RPO6

MOV

#815.,3RHCA

;CYLINDER = B15 (ONE TOO MANY)

MOV

#6411, ,3RHCA

;CYLINDER = 411

BEQ

B8R
4%:

;ADDR. OF WRFROM INTO RO AND
;BUS ADDRESS REGISTER

;TINUE TESTING IF BOTH AREN'T TRUE

HALT

040770

;256 DATA WORDS & HEADER WORDS
;THESE TWO INSTRUCTIONS GFTS

;DATA WITH 60 IN RH(SI

;MOVE FLAG TO ITSELF

TO TEST

:TREAT DRIVE AS RPO4 IF FLAG = 0

; TREAT DRIVE AS RPO6

(ONE TOO MANY)

:TREAT DRIVE AS RPO4

;*AS EXCEPTION IS ASSERTED BEFORE RUN IS

CIRJGDO,RPO4/S/6 DSKLS CTRLRI

CIRJGD P

041034
041040
041042
061046

004037
001642
003160
000015

5%:

043424

SEa@ 0200

;*THE REGISTERS WiLL BE SAVED IN REINTO BUFFER

JSR

RHER]
REINTO

RO,3#SAVER

13.

: SAVE

. FROM
;10

;NUMBER SAVED

Y
~NOO
NNNNN

061122
061126
041130
0461132

004037
001642
002114
000015

0463424

NNNNN

NN
s —

Y. STVL VY.V

002000
000001
002016
000001
140000

041064
061072
041100
061106
061114

0461046
041052
041056

[o9 1, XV ]

001660
000001
000001

(I
1V VAV ]

NV
b d

;*G0 TO WRITE HEADER AND DATA

140554

003160
003162
003174
003176
003200

MOV
MoV

BIS

9#RHMR RO
#OMD ,aR0

#G0,aRHCSI

113737

003175

043626

061162
061166
0461170
061176

013705
060505
016537

047736

8840
8841
8842

041200

000207

8844

041202

1046001

B1S ©

WATA'ERR,INREINT0+20 ;SAVED RHDS!1

:'siae REGISTERS AGAIN SO THAT COMPARES CAN BE DONE

JSR

RHER1
WRGROM

RO,3NSAVER

; SAVE

: FROM
;10

:NUMBER OF
RHAS CAN BE

REGISTERS SAVED

CHANGING

IN A DUAL PORT

;*OPERATION THE UPPER BYTE OF RHAS WILL BE SAVED AS IS
;*SO THAT THE COMPARES ARE ONLY VALID FOR THE LOWER BYTE
MOvB
SNREINTO+15,3#WRFROM+15;
SAVE UPPER RHAS

002131

;:*COMPARE REG.STERS BEFORE READ IN PRESET C(OMMAND
;*W]TH AFTER COMMAND
. COMPARE
RO,a#COMPAR
JSR -

REINTO
WRFROM

.GO0OD BUFFER
;TESY BUFFER

: SAME

13.
2%

;NUMBER OF REGISTERS
;RETURN FOR ERROR

3$l

2%:

001640 042402

042732

ADDR.

;RETURN FOR GOOD COMPAR]SCN

MOv
ADD
MOV

a#ERWORD, RS
:GETTING READY TO INDEX
RS, RS
.DOUBLE ERROR WORD
RHER1-2(R5) ,@#REGADR ;FAILING REG. ADDRESS

RTS

ERROR

;FORCED 1At CAUSED IMPROPER
;REGISTER CHANGE

;RETURN FOR FURTHER COMPAR]SONS
:NO ERRORS

004737

REG.

#1AE ,@FREINTO
; SAVED RHER1
#1.,9NREINTO+2;SAVED RHDST
SFATTENT ,GNREINTO+14 ;SAVED RHAS
#DMD ,@#REINTO+16 ;SAVED RHMR

:*AS UPPER BYTE OF

061134

;NOW RO HAS MAINTENANCE
;SET DIAGNOSTIC MODE

: *CHANGE SAVED REGISTERS TO EXPECTED VALUE

MOV
MOv
MOV
BIS .

13.

004037
003160
002114
000015
0641162
061162
0641202

8843

;*ON DIFFERENT UNITS

061142
041146
041150
041152
061154
061156
061160

8838
8839

30A(1052)
10=SEP=-79
11:11
PAGE 201
1122
ERROR REGISTER 1- BIT #10 'IAE’

;*LATCHED RHWC,RHBA,RHCS1,RHCS2 CANNOT BE CHECKED
;*BECAUSE RHWC WILL VARY DEPENDING UPON GATE DELAYS

elelelol)]

8790
8791
8792
8793
8794
8795
8796
8797
8798
8799
8800
8801
880°2
8803
8804
8805
8806
8807
8808
8809
8810
8811
8812
8813
8814
8815
8816
8817
£818
8819
8820
8821
8822
8823
8824
8825
8826
8827
8828
8829
8830
8831
8832
8833
8834
8835
8836
8837

10-SEP-79 11:00

MACY11

3%:

JSR

PL,a#CLDISK

;CLEAR GO BI1

CIRJGDO,RPO4/S/6 DSKLS CTRLRY
(IZRIGD.PN
10-SEP=-79 11:00

MACY11

BR4LS

8849

8850
ggg;
8853

041206

041210
041216

8860

041304

041224
041230

000004

012737
012737
104401
000425

000001
000000
061232

0641304

013746

001774

8863
8864
8865
8866
8867

041312
041316

104401
000402

041320

041324

013746

001112

8869

0641332

9005037

8873
887¢

041346

001413

8876
8877

041350

061354
061360

005237

8868

8870
gg;;
8875

041310

041324
041330

041336
041342

104405

005037
005737

104401
013746

8878
8879

041366
041366

041372

000137

8882
8883
8884
8885
8886
8887
8888
8889

041376
041402
041404
041410
0414614
041416
041420
041422

005337
001413
013700
012701
022100
001401
000775
011137

ggg?

123

THIS IS THE END OF

)
Jue

JUMPS TO TEST 5 FOR NEXT DRIVE TEST
END PASS 1S REACHED ONLY AFTER ALL DRIVES ARE COMPLETE

0461626

104405
1064401

G00137

001212
177776

END OF DRIVE

TEST FOR ONE DRIVE

1f THERE ARE MORE DRIVES THEN THE PROGRAM

TST123: SCOPE

MOV
Mov

64%:

J.67%:
66%:

001112

007656

001774

007656

:GET READY TO TYPE UNIT NUMBER

TYPE
BR
ASCIZ

.67%
66%
/=

s TYPE ASCIZ STRING
;;GET OVER THE ASCIZ

MOV

SNSERTTIL,~-(SP)

:GET READY TO TYPE NUMBER OF ERRORS

CLR

AFSERTTL

;CLEAR TOTAL NUMBER OF ERRORS

BEQ

INC

af#SPASS

;TEST NEXT DRIVE 1F NOT
;CONTINUE ON THIS ONE 1t SO

TYPDS
TYPE

041534

0C17/74
(G01754

S¥#UNIT, ~(SP)

TYPE
MOV

041537
001100

001776

MOV

CLR
181

001100

3%:

1%:
2%:

8892

;:D0 1 ITERATION
;REINSTATE PS 10 0

,65%
;s TYPE ASCIZ STRING
64%
::GET OVER THE ASCIZ
<15><12>/TOTAL ERRORS ON THIS PASS ON

TYPDS

001102
002002

#1,8T1IMES
#0,PS

TYPE
BR
LASCIZ
TYPDS

8893
8994
2895

8896
8897

SEQ 0201

;eTEST

00658

8861

8862

PAGE 202

Ry
e R R R AL

8855
8856

2857
8858
8859

6 16

BA
R R R
R
R

8846
8847
8848

8854

30A(1052)
13-SEP-79
11:11
1123
END OF DRIVE

INSTSTINM
ONSELECT

, SENDMG
ANSPASS ,-(SP)
,SENULL

UNIT NO. /

;CLEAR TEST NUMBER
;STARTING FROM 210 °
: INCREASE PASS C(OUNT
;TYPE END PASS #

JMp

FTARYP)

;00 NEXT TESTS ==e=ccccccccccceccecnw- >

DEC
BEQ
MOv
MOV
cmp
BEQ
BR
MOV

O#NCUNITS
$EOP
3#UNIT,RO
FUNITS R
(R1)+,R0
2%
1%
(R1),a#UNIT

:NO. OF UNITS PRESENT DECREMENTED
;BRANCH IF ALL DRIVES COMPLETE
;UNIT UNDER TEST
s TABLE
;1S THIS UNIT JUST TESTED
;BRANCH [F YES
;BRANCH IF NO
sTHES IS NEXT UNIT

LSBTTL
LSBTTL
LSBTTL

weeSUBROUTINES®w

JMP

I¥TSTS

;G0 FOR NEXT TESTS =eecccccecccccccea- >

END OF PASS ROUTINE

8898

.SBTTL

8900

;;ttttttttt't'ttntt'tttt'tttntttttttttttttt'tn'tttttttntt-t-ttt't

8899

CIRJGDO,RPOL/S5/6 DSKLS CTRLR)

CIRJGD. P11

8913
8914
8915

8916

8917
8918
8919
8920
8921
8922
8923
8924
8925
8926
8927
8928
8929
8930
8931
8932
8933
8934
8939
8936
8937
8938
8939

8940
8941
8942
8943
8944
8945
8946
8947
8948

8949
8950
B951
89572
8953
8954
8955
8956

11:00

30AC1052)
10-SEP-79
END OF PASS ROUTINE

11:11

H 16

PAGE 203

SEa 0202

; *INCREMENT THE PASS NUMBER ($PASS)
;*TYPE "'END PASS M0000X"" (WHERE

;v]F
;*1F

104405
104401
013700
001405
000005
004710
000240
000240
000240

041530
0461532
041534
041537
061544
041552

000137
005504
377
015
050040
000043

041530

000004
005037
005037
005237
042737
005327
000001
003022
012737
000001
041460
104401

013746

THERES A MONITOR GO 10 [T
THERE ISN'T JUMP T0 TSTI

$EQP:
OO rrN

041432
061432
061634
0414640
041444
0461450
041456
041460
041662
041664
041666
0461470
041472
041476
041502
041504
041510
041514
041516
041520
041522
041524
0461526

—000
OOOO
[« JE QU REY
S —ru—
OO —=O

8901
8902
8903
8904
8905
8906
8907
8908
8909
8910
8911
8912

10-SEP-79

MACY11

SCOPE

$TSTNM

;;LERO THE

INC

$PASS

:: INCREMENT

BIC

DEC
$EOPCT: .WORD
BGT
$ENDCT:

041537
001100

041534
000042

$GET4L2:
$ENDAD:

MOV
.WORD

377
042412
051501

000
042116
020123

$RTINAD:
$ENULL:
SENDMG:

$STIMES

#100000,8$PASS
(PC)+
1
$DOAGN

(PC)+,a(PC)+
1

$EOPCT
TYPE
MOV
TYPDS

,SENDMG
$PASS,-(SP)

MOV

ane?,RO

TYPE

BEQ

RESET

JUSR
NOP
NOP

$DOAGN:

IS A DECIMAL NUMBER)

(LR

CLR
001100

XXXXX

NOP
JMP
.WORD
.BYTE
.ASCIZ

LSENULL

$DOAGN

PC,(RO)

TEST NUMBFR

;. JERO THE NUMBER OF

]TVERATIONS

THE PASS NUMBER

::;DON'T ALLOW A NEG. NUMBER
;. Lo0P?

;i YES

;RESTORE

COUNTER

::TYPE "'END PASS #"
::SAVE $PASS FOR TYPEOQUT
;:60 TYPE--DECIMA. ASCII WITH SION
;;TYPE

A NULL

CHARACTER

::GET MONITOR ADDRESS

::BRANCH [F NO MONITOR
::CLEAR

THE

WORLD

::6G0 TO MONITOR
; :SAVE ROOM
;;FOR

;D ACTN
a(PC)+
;;RETURN
1511
-1,-1,0
: sNULL CHARACTETM STRING
<15><12>/END PASS #/

B 22X2222222232222322082X3222222202200222
8RRl
AR RaRRRlRRlldn A

"HERE

IS A DETAILED EXPLAINATION OF

HOW THE LOOP ON ERROR WORKS.

."ON HITTING AN ERROR |F THE LOOP ON ERROR SWITCH IS SET,
;:**PROGRAM GOES BACK = USUALLY BACK

TO THE BEGINNING OF

THE

TEST.

;**WHEN THIS OPERATOR SELECTABLE SCOPE LOOP 1S USED THEN THE POINT
;**THE PROGRAM GOES BACK TO CAN BE CHANGED.

;v*THE RESTRICTIONS TO THE POINT WHERE THE PROGRAM CAN GO ARE:
;eel,
1T MUST BE WITHIN THE TEST UNDER CONSIDERATION

]

;v*2,
*+3_
;v+]F

.
.

LOOP ON ERROR SWITCH MUST BE SET
THE ERROR MUST OCCUR WITHIN THE TEST UNDER CONSIDERATION
THE ERROR DOES NOT OCCUR WITHIN THE TEST UNDER CONSIDERATION

;*vTHE PROGRAM WILL REVERT TO NORMAL OPERAT]JON.
HCWEVER, IF LOOP ON
;oo TEST SWITCH IS SET AND THIS OPERATOR SELECTABLE SCOPE LOOP 1S USED

;o*THEN THE PROGRAM WILL LOOP BACK TO THE SELECTED POINT WHEN 1T
;#*(OMES TO THE END OF THE TEST UNDER CONSIDERATION.

’

;*+AFTER LOOPING FOR SOME TIME [F THE LOOP SWITCH IS PUT DOWN THEN
v*oNORMAL OPERATION WiLL C(ONTINUE,

CIRJGDO,RPOL/S/6 DSKLS CTRLRI
10-SEP-79 11:00
CIRJIGD P

9003

9004
90C5
9006

9007

9008
9009
9010
9011
9012

061676
0461676
061702
041704
041710
061714

1044601
000621

041570

013746

002032

104402
1046401
000414

013746
104402
104601
104401

000430

061776
04177¢
042002

000430

042064
042064
0420670

104401
000422

104401

042136
042136
042140
042144
042150
042154

062716
012637

062214
062214
042220

104401

062322
062322
062324
042330
042334

177776

104412
104401

000417

000440
104412

012637
013746
000002

OPERSEL:

11:11

116

PAGE 204

001110

::65%:
649

1:67%:
669%:

001223
0461716

042004

062072

CLR

BR
LASCIZ
MOV
TYPOC
TYPE

SEQ 0203

::69%:
68%:
¥
BRAL
70¢%:

729%:
000002
001106
042156

:377%:
76%:

PS
,65%
64%

<15><12>/THE

PROGRAM WAS

afTSTNM, - (SP)

;GET READY

,67%

<15><12>/THE

,69%
68%

<15><12>/SET

118
70%
<15><12>/TYPE

TYPE

.73%
72%
<15><12>/

RDOCT

BR
LASCIZ
TYPE

LASCIZ

RDOCT
MOV
MOV
RT1

.SBTTL

NUMBER

10 TYPE

TEST

.:GET OVER THE ASCIZ

LOOP BACK

+SCRLF

TYPE
BR

BR
.ASCIZ

TEST

;. VTYPE ASCIZ STRING

9¥SLPERR,-(SP)

.ASCIZ

IN TEST

s NUMBER

MOv
TYPOC
TYPE

BR
<ASC1Z

ADDRESS Of

;MAKE PROCESSOR STATUS [ExO
;:TYPE ASCIZ STRING
::GET OVER THE ASCIZ

66%

ADD
MOV
TYPE

:;75%:
74%:

;FIRST

BR
.ASCI1Z

TYPE

;:73%:

042222

TYPE

041646

)
)

041632
041632
0461636
041640
061664

005037

TESTAD:

041556
041556
041562
041566

000000

[
[o

04615564

o0
OO

9001
9002

30A(1052)
10-SEP=79
END OF PASS ROUTINE

::'."""""""'"Q"""""""""'Q""""""'0'0'."".

——h mand

8957
8958
8959
8960
8961
8962
8963
8964
8965
8966
8967
8968
8969
8970
8971
8972
8973
8974
8975
8976
8977
8978
8979
8980
8981
8982
8983
8984
8985
8986
8987
8988
8989
8990
8991
8992
8993
8994
8995
8996
8997
8998
8999
9000

MACY11

WAS

;GET READY TO TYPE LOOP BACK P(
;. TYPE ASCIZ STRING
..GET OVER THE ASCIZ

SWITCH FOR LOOP ON ERROR OR LOOP ON TEST/

;:TYPE ASCIZ STRING
.:GET OVER THE ASCIZ

THE

FIRST

THE

TEST

1O BE

LOOPED ON/

;;TYPE ASCIZ STRING
::GET OVER THE ASClZ
FOLLOWED BY A CARRJAGE RETURN /<15><1¢>

n2,(SP)
(SP)+ ,a#SLPADR
,75%
749
<15><12>/TYPE

7¢8%

:GET

LPADR

¢ TYPE ASCIZ STRING
..GET OVER THE ASCIZ

THE

WHERE

:TYPE

YOU WANT/

ASCIZ

STRING

:.GET OVER THE ASCIZ

<15><12>/ THE PROGRAM T0 LOOP BACK TO FOLLOWED By A CARRIAGE RETURN /<15
(SP)+ Q#SLPERR

S¥SLPADR,=(SP)

;GET

LPERR

SAVE REGISTERS ROUTINE

;*THIS SAVES THE CONTENTS OF

ALL HARDWARE

REGISTERS

;*IN MEMORY LOCATIONS TAGED FROM '“W('' 710 "‘tEC2"

CZRIGDO,RPO4/5/6 DSKLS CTRLRI
10-SEP=-79 11:00
CIRJGD PN

MACY11

30A(1052)
10-SEP-79
11:11
SAVE REGISTERS ROUTINE

9013

J 16

PAGE 205

SEQ 0204

- ¥

9014

:+THIS 1S DONE SO THAT COMPARES ARE DONE WITH SAVED LOCATIONS

9016
9017
9018
9C19
9020
9021
9022

;*ERROR PRINTOUTS FOR GOOD AND BAD DATA ALWAYS DIFfFRENT

901

9023
9024
9025
9026

9027
9028
9029
9030
9031
9032
9033
9034

;*AND NOT

0462336
042336
042340
042342
062344
042350
042354
042360
042362
042364
042366
042370
042372
042374

PUTREG:

10%:

THIS wWitL MAKE

RO,=-(SP)

MoV
Mov
MoV
MOV
DEC
BNE

#RHWC ,RO
;STARTING ADDRESS OF REG
#WC,R1
;STARTING ADDRESS OfF WERE SAVED
#RHCC-RHW(C+2/2,R2 ;NUMBER OfF REG. IN'0 R?
a(RO)+,(R1)
;SAVE HARDWARE REG.
RZ
10%

MOV
MOV

(SP)+ R
(SP)+,R0O

MOV
000207

REGISTERS THEMSELVES.

MoV

MOV
MOV

001632
001706
000023

THE

;sPUSH RO ON STACK

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

:;PUSH R1 ON STACK
:;PUSH R2 ON STACK

(SP)+ ,R?2

RTS

LSBTTL

FLOAT

::POP STA(K INTO R?
;:POP STACK
:;POP STACK

INTO R1
INTO RO

9035

9036
9037
9038
9039
9040
9041
9042
9043
9044
9045
9046
9047
9048
9049
9050
9051
9052

9053
9054
9055
9056
9057
9058
9059
9060
9061
9062
9063
9064

9065
9066
9067
9068

AND O

:*FLOAT A ONE AND A ZERO THRU A DESIGNATED REGISTER
:*ABSOLUTE ADDRESS OF REG. UNDER TEST IS IN Ré4
062376
042400
042402

000000
000000
000000

042406
0462410
042412
042416
042422
0462426
042432
042436
0462442
042444
0462446
042450
042452
042454
042456
0462464
042672
042474
042500
042502
042504
042512

012537
012504
010437
010537
062705
012703
004737
004737
000241
006103
005703
001370
000205
005103
012737
032777
001411
105737
001406
000005

013777
004737

MASK :

042376

042402
062400
000004
000001
042454
042454

LERR:
REGADR:

0
0

BITST:

MOV

BLTY:

BLTZ:

BLTI:

137124

;FETCH DATA MASK

e,
.,

RS
R3

:GET ERROR RETURN ADDR.
:MODIFY RETURN ADDR. 10 JUMP OVER R1S
sINITIALIZF DATA PATTERN

PC,
PC,

RS
REGADR
LERR

BLT?
BLT?

:GET

ADDRESS OF

REG.

UNDER

;OUTPUT FLOATING ZERO
;OUTPUT FLOATING ONE

R3
R3

:SHIFT PATTERN

;RETURN 10 TEST

INSERFLG

;ANY ERRORS

BNE

BL T

(oM
MOV
B17
BEQ

R3
Q#LAD
#BLT3,
#SW09,aSuWR
43

geQ
RESET
MOV

;BRANCH 1F NO
:START WITH AN INIT
O#UNIT ,aRH(S?
;SET UNIT NUMBER UNDER TEST

R1S

1518

001103

MASK

JSR
JSR

ADD
Mov

ADDRESS

(RS)+,

(RS)Y+,
R4,
RS,

cLc

042712
136446

;ERROR HLT

MoV
MOV
MOV

ROL
151

042464
001000

:BITS UNDER TEST

JSR

PC,aW#STKINT

:BRANCH IF NOT COMPLETE

;COMPLEMENT PATTERN
;SET SCOPE LOOFP
;LOOP ON ERROR
;BRANCH IF NO

JINITILIZE T

TEST

CIRJGDO,RPOL/S/76 DSKLS CTRLRY
CIRIGD.PN
10-SEP=79 11:00
9069
9070
9071
9072
9073
9074
9075
9076
9077
9078
9079
9080
9081
9082
9083
9084
9085

042516
042522
042526
04253&
042540
062544
042550
042554
042562
042566
042574
042576
042602
042606
042610
042616

010337
005137
043737
005137
013714
011437
C S137
043737
005137
023737
001424
011437
023704
001004
052737
000410

9087
9088
9089
9090
9091

0426264
042626
042630
042634
042640

001005
011446
042716
052637
004777

042646

000207

004200

001124

;INIT FOR SCOPING LOOPS
R3,3NSGODAT
;STORE GOOD DATA
SMASK
sAND MASK WITH PATTERN
SMMASK, AN#SGDDAT
;CLEAR THE REST
AVMASK
;RESTORE MASK
8#8GDDAT, (R4)
:OUTPUT TO REGISTER
(R4) ,3#SBDDAT
:INPUT FROM REGISTER
SNMASK
SFMASK ,a#SBDDAT ;AND MASK OUT RECEJVED DATA
8/MASK
:RESTORE MASK
8#$G0DAT,a#$BDDAT
;15 DATA (CORRECT
1%
;BRANCH JF GOOD
(R4) ,aNSBDDAT
a#RHCST,RG
:REGISTER UNDER TEST RM(S1?
2%
sBRANCH IF NOT
#ROY'DVA,3#SGDDAT;SET RDY AND DVA
3%

3%
aR&,-(SP)
#*C<IR'OR>,(SP)
(SP)+,a#8GDDAT
PC,
aLERR

2%:

177477
001124
177534

3%:

BNE
MOV
BIC
BIS
JSR

1%:

RTS

LSBYTL

CLEAR MEMORY ROUTINE

;®
;.
;e
;e

9102
9103

;0
X

9104

9105
9106
9107
9108

SEQ 0205

MoV
com
B1C
(oM
MOV
MOV
(oM
BIC
COM
(mp
BEQ
MoV
cmp
BNE
BIS
BR

051636

9099
9100
9101

CMpP

NOP

SMRHCS2 R4

sREGISTER UNDER TEST RH(SZ2?
:BRANCH JF NOT
:GET RH(CS?
:XEEP IR AND OR BI7
;SET IR OR BITS IF NEEDED
:G0 10 REPORT ERROR

:REPLACE BY 104420 FOR LOCAL SCOPE LOOP

THIS CLEARS ANY BLOCK OF MEMORY
FILLING 1! WITH ANY DATA
CALL

JSR
X

RO,CLAREA

;STARTING ADDRESS OF

BLOCK

.
l
;DATA T0 BE FILLED
'R1 WILL HAVE STARTING ADDRESS Of BLOCK T0 BE FILLED
'RZ AFTER SUBTRAZTION WiLL HAVE TWICE NUMBER OF LOCAT]ONS
;'RS WiLL MAVE DATA T0O BE FILLED

;*T0 AVOID DIvIDE ROUTINE TWwO DECREMENT R?2 WiLL BE USED

9110
9111
9112

042650

9114
9115
9116

042652
0426564
042656

042650

010146

042660
042662
042664
042666
042672
042674
042676
042700

012002
012003
160102
062702
010321
005302
005302
001374

(LAREA:

010246
010346
012001

MOV

R1,=-(S5P)

mMov
MOV
SuB
ADD
MOV
DEC(
DEC
BNE

(RO)+,R?
(RO)+,R3
R1,R?
¥ ,R?
RI,(R1)e
R?
R2
1%

MOV
MOV
MOV

000002

1%:

R2.=(SP)
R3,-(SP)
(RN)+ R

::;PUSH R1 ON STACK

:;PUSH R2 ON STACK
;:PUSH R3 ON STACK
:FROM
:10
;DATA
sNC. OF LOCATIONS MINUS TwO
;GET TWICE NO OF LOCAT]IONS
;MOVE IN DATA

;BRANCH IF NOT COMPLETE

9109

9117
9118
9119
9120
9121
9122
9123
9124

001126

001126
001640

9
9098

9113

001126

PAGE 206

9094
9095
983?

000240

0011264

9093

042644

023706

11:11

9092

042620

30A(1052)
10-SEP=79
FLOAT 1 AND O

9086

001124
042376
042376
042376
001124
001126
042376
042376
042376
001124

MACYY1

CZRJGDO,RPO4/5/6 DSKLS CTRLR1
CZRJGD.PU
10-SEP-79 11:00
9125
9126
9127
9128

042702
0462704
042706

042710

012603
012602
012601
000200

MACY1Y

30A(1052)
10-SEP-79
CLEAR MEMORY ROUTINE
MOv
Mov
MOv
RTS

11:11

(SP)+ ,R3
(SP)+ ,R2
R
(SP)+
RC

L 16

PAGE 207
;sPOP STACK

SEQ 0206

INTO R3

;:POP STACK INTO R2
;;POP STACK INTO RI

sRETURN

CIRJIGDO,RPO4/5/6 DSKLS CTRLRI
10-SEP-79 11:00
CIRJGD.PIY
9129

9130
9131
9132
9133
9134
9135
9136
9137
9138
9139
9140

042712

000000

062714
042722
062724
042730

032777
001402
013716
000002

9149
9150

9151
9152
9153
9154
9155
9156

30A(1052)
10-SEP=-79
LOCAL TRAPS
LAD:

001000
042712

136216

1.SCOP:
1%:

11:11

.SBTTL
0

LOCAL

Bl
BEQ

#SW09,
1%
SFLAD,

MOov
RT1

m 16
PAGE 208

SEQ 0207

TRAPS
aSWR

(SP)

. *EXAMPLE OF THE USE OF THE ABOVE
;*THIS WILL LOOP BETWEEN X: AND SCOP1 PROVIDED THERE

s *MOv

afLAD

IS NO ''NEWTST'

JvX:

9141
9142
9143
9144
9145
9144

9147
9148

MACY11

:t
o

042732
042736
042742
042746

001640
001636
001662
001642

042752
042756
042762

000040
001774

042764

CLDISK:

SCOP1
.SBTTL

CLEAR DISK ROUTINE

Mov
Mov
Mov
Mov

AfRHCSY,
AFRH(CS2,
9#RHDST,
S/RHERT,

MOV
MOV

#CLR,aR2

(LR
RTS

SNUNIT ,aR2
aR1

R3
RG

;R1

wiLL BE

CONTROL

AND STATUS!

:R2 WILL BE CONTROL AND STATUS?2
;R3 WiLL BE DISK STATUS REGISTERI
;R4 WILL BE ERROR REGISTER #1

;CLEAR ALL REG.

;REINSTATE

UNIT

NO.

;CLEAR FUNCTION BITS

(IRJGD.PYY

10-SEP-79 11:00

MACYTY

9157
9158
9159
9160
9161

062766

011637

0020i&

9168
9169
9170
g};;

043000
043004

004737
022737

042336
004200

043012

001423

043014
043022
3024
043030

032737
0010064
010137
104026

043032
043034
043042

000413
032737
001003

043052

000403

043060

104026

9185

9186
9187

9191

9192

g}gs
[A

042772

043044
043050

043054

162737

010137
104026

010137

043062

000004

004000

002014

CHECKT: MOV

000200

001714

1%:

043066

2%:

001122

043072

043076

022726

000600

001424

9198
9199

043114
043116

104026
000413

9202

9203
9204

9205
9206
9207
9208

043110

PC,3#PUTREG
#DVA'RDY,a#CS1

:SAVE REGISTERS
;RHCS1 SHOULD HAVE DEVICE AVAILABLE
;AND BE READY
:BRANCH IF GOOD

BIT
BNE
MOV
ERROR

#DVA,a# (S
1%
R1,3#%BDADR
26

BR
BIT
BNE

3%
#RDY,a#CS
2%

MOV

R1,3#$BDADR
26
3%

R1,9#8BDADR
26

043120

043126

043130

043134
043136

043140
043144

000400

001122

(032737

000200

(10337

001122

010337
104026

001122

001004

104026
000403

043146

000207

9211
92'2

043150
06315

062716
000207

3%:

;GET PC OF JSR

;BAD SO TEST DEVICE AVAILABLE
:BRANCH IF DVA THERE
:ADDRESS OF BAD REGISTER (RH(S1)
sRHCSYT DID NOT MWAVE DEVICE
;AVAILABLE AT START OF TEST
;BRANCH TO NEXT COMPARE
:TEST READY
;1F RDY THERE BRANCH

;:ADDRESS OF BAD REGISTER (RM(CS1)
:RHCS1 DID NOT HAVE READY
:RIGHT AT START OF TEST
;BRANCH TO NEXT COMPARE

:ADDRESS OF BAD REGISTER (RH(CS1)
;RHCS1 HAD SOME BITS OTHER
:THAN DVA AND RDY SET

000006

3NDS1,-(SP)

(MpP

#OPR'DRY,(SP)+;RHDS1 SHOULD HAVE THESE SET

4%:

5%:

;CLEAR VV AND PROGRAMABLE BI1
:BRANCH IF THEY ARE

BIT
BNE

#DPR,a#DS1
5%

:TEST DRIVE PRESENT
;CONTINUE [F THERE

ERROR
BR

26
7%

:RHDS1 DOES NOT HAVE DPR
;BRANCH 0OUT

MOV

001736

#VV'!PROG, (SP)
8%

BEQ
001736

:GET RMDS1

MOV

8iC

BIT

R3,aNEBDADR

#DRY,a#DsS]

:ADDRESS Of BAD REGISTER (RHDS1)

;TEST DRIVE READY

BNE

;1F DPR WAS THERE, BRANCH IFf GOOD

ERROR
RR

26
7%

:RHDST DOES NOT HAVE DRY
:BRANCH OUT

MOV

R3,a#$BDADR

6%:

MOV
ERROR

R3,3#8BDADR
26

7%:

RIS

8%:

ADD
RTS

N6, (SP)
PC

:SAVE PC OF JSR+4

BEQ

ERROR

001100

010337

Q209

9210

(SP) ,a#PCJSR

#4,a0PCJISR

MOV
ERROR

001122

001736

042716

032737
001004

9201

CHECK DISK STATUS ROUTINES

SuB

JSR
CMP

001122

013746

043100
043106

9200

:ALL OTHER BITS SHOULD BE O

9195
9196

9197

1
PAGE 209

3}23
9190

;17 ALSO CHECKS THAT NO OTHER BITS IN THESE REGISTERS = 1

9166

9181
9182
9183
9184

(LEAR DISK ROUTINE

11:11

:*THIS CHECKS THAT DEVICE AVAILABLE (DVA) AND READY (RDY) IN RHCSI
]
:oAND CMECKS THAT DEVICL PRESENT (DPR), DEVICE READY (DRY) IN RHDS! = 1

g}gg

9173
9174
9175
9176
9177
9178
9179
9180

10-SEP=-79

LSBTTL

9162
9163

9167

30AC1052)

T
CIRJIGDO,RPOG/S/6 DSKLS CTRLRY

E__ %

;ADDRESS OF BAD REGISTER (RHDS1)

:ADDRESS OF BAD REGISTER (RHDS1)
:RHDST HAS SOME BITS OTHER
:THAN MOL, DRY, DPR, SET
:ALL OTHER BITS SHOULD BE 0
;RETURN T0 TEST AND HALT

;ADJUST STACK TO GET OVER HALT IN TES!
:RETURN TO TEST AND CONTINUE TESTING

... "

Tt
SEQ 0208

Ww‘:—

CIRJIGD.PYY
9213

10-SEP=-79 11:00

MACYT1

30A(1052)
10-SEP-79
" 1
CHECK DISK STATUS ROU 11 S

PAGE

210

SEQ 0209

CIRJIGDG,RPOL/5/6 DSKLS CTRLRY

NSO
—
NN~

043156

~N NN

9248

30A(1052)

(HECK DISK

10-SEP=79

11:11

STATUS ROUTINES

1
PAGE 211

SEa 0210

;*THIS CHECKS THAT DEVICE AVAILABLE (DVA) AND READY (RDY) IN RH(S! = 1
;*AND CHECKS THAT DEVICE PRESENT (DPR), DEVICE READY (DRY) IN RHDSI1 =
002014
000004
042336
000200

043202
043204
043210

001004
010137
106026

001122

043212
043214

000427
032737

043222
043224
043230

001004
010137
104026

043232
043234
043242
043244
043250
043252
043254
043262
043264
043270

000417
032737
001004
010337

043272

00207

043274
043300

062716
000207

043162
043170
043174

OO —=0O

9214
9215
9216
9217
9218
9219
9220
9221
9222
9223
9224
9225
9226
9227
9228
9229
9230
9231
9232
9233
9234
9235
9236
9237
9238
9239
9240
9241
9242
9243
9244
9245
9246
9247

MACYIN

1
6

0
3

3
3
3
3

104026

000407
032737
001004
010337
104026

004000

002014

CHECKE:

001714

1%:

JSR
BI1

PC,afPUTREG

sREAD & SAVE REGISTERS

BNE
MOV

1%
R1,a#$BDADR

BIT

001736

2%:

001736

2%:

04 ,aNPCJSR
#ROY ,a#(CS1

#DVA,a#(sS!
2%

MOV

R1,3#8BDADR

BR
811
BNE
MOV
ERROR

4%
#ORY ,a#DST
3%
R3,3#8BDADR
26

B1Y
BNE
MOV

#DPR,a#DS!
5%
R3,a#$BDADR

ERROR

001122

000006

;SAVE

BNE

001122

000400

(SP),a#PCJSR

SuUB

ERROR

001122

000200

MOV

B8R

ERROR

PC OF

JSR+4

;GET PC OF JSR

sRHCST SHOULD HAVE DEVICE AVAJLABLE
;AND BE READY

;BRANCH ]F GOOD
sFAILING REGISTER

sRHCSY ]S IN ERROR
:DOES NOT HAVE DVA, RDY
;BRANCH 0OUT

sRHCST SHOULD HAVE DEVICE AVAILABLE
;AND BE READY
;BRANCH [F GOOD
;FAILING REGISTER

;RHCSY IS IN ERROR
:DOES NOT HAVE DVA, RDY

:BRANCH OUT
;RHDS1 SHOULD HAVE DPR,DRY
;BRANCH IF THERE
;FAILING REGISTER RHMDSI
:RHDS1 DOES NOT HAVE DPR,DRY

:BRANCH 0QUT

;RHDSY SHOULD HAVE DPR,DRY
;BRANCH OUT AND CONTINUE IF
sFAILING REGISTER RHDS1
;RHDS1

DOES NOT

HAVE

THERE

DPR,DRY

4%:

RYS

RETURN TO TEST

AND HALT

5¢:

ADD
RTS

#6,(5P)
PC

;ADJUST STACK TO GET OVER HALT [N TEST
sRETURN TO TEST AND CONTINUE TESTING

CIRJGDO,RPGL/S5/6 DSKLS CTRLRI
10-SEP-79 11:00
CZRJGD P11

30A(€1052)
10-StP-79
11:11
(HECK DISK STATUS ROUTINES

WAIT

043302
001200

®¢

000002
001204
000002
001176
001200
000002

1%:

001202

043302
001200

1%:

001202
001126

Mov
MOov

RO,-(SP)
2(SP) RO

Mov
Mov
MOv

(RO)+,aNsTMPI
RO,2(SP)
(SP)+ ,RO
SFTIMONT ,a¥sTMP?

«e

MOV
BI11
BNE
DEC
BNE
Mov
BIT
BNE
DEC
BNE
MOV
ERROR
RYI

;WAITING COUNT

;SAVE RO
;GET ADRESS Of REG. ADDERSS

;WAT P(+2 [N $TMP3
;WAT PC FOR TYPEOUT
;WAIT REGISTER ADDRESS

RO,3#$TMP3
n2,aN8TMP3
(RO)+,aN#$TMPO

;WAIT ON BIT
sRESTORE RETURN ON STA(CK
sRESTORE RO
. TEMPORARY COUNT

arsTMP1 ,a$TMPO ;1S REQUIRED BIT THERE?
;BRANCH IF YES
2%
COUNT
s
arsImp2
;BRANCH IF NOT TIME UP
1%
; TEMPORARY COUNT
SFTIMCNT ,Q48TMP2
;IS REQUIRED BIT THERE?
afSTMP1,a$TMPO
;BRANCH IF YES
2%
s COUNT
INETMP?
;BRANCH IF NOT TIME UP
3%
3$TMPO,a#$BDDAT ;REGISTER CONTENTS

;WAITED ON BIT FAILED 10 SET

CALL FOR THE ABOVE WAITLOOP IS

Mov
-

B
%

v,
e,
w.

»
5

SEQ 0211

3A,a#X$
-

;A CONTAINS REGISTER ADDRESS
;HENCE X$ WILL HAVE ABSOLUTE REG. ADR.

;ABSOLUTE REG. ADDRESS UNDER WAl
;B1T WAITED FOR

2%:

1064016
000002

135560

1
PAGE 212

LOOP

177777

mMov
suB
Mov

001204

001202
135620

LOOP OR ONE COUNT = 5.15 MICROSEC WITH BIPOLAR MEMORY (MIN)
ONE
ONE LOOP OR ONE COUNT = 11.86 MICROSEC WITH CORE (MIN)
WITH CORE ERROR IS INDICATED AFTER ABOUT 650 MILLISEC (MIN)

TIMCNT:
WAIT.T:

043302
043304
043306
043312
043316
043324
043330
043334
043340
043342
043350
043356
043360
043364
043366
043374
043402
043404
043410
043612
043420
043422

9249
9250
9251
9252
9253
9254
9255
9256
9257
9258
9259
9260
9261
9262
9263
9264
9265
9266
9267
9268
9269
9270
9271
9272
9273
9274
9275
9276
9277
9278
9279
9280
9281
9282
9283
9284
9285
9286
9287
9288
9289
9290
9291

MACYTT

(IRJIGDO,RPO4/5/6 DSKLS CTRLR
10-SEP-79 11:00
CIZRJIGD.PY

X$:

WAT

0
WORD

; CONTINUE

C(IRJIGDO,RPO4/5/6 DSKLS CIRLR
10-SEP-79 11:00
CIRJGD P

MACY11

3(A(1052)
10-SEP-79
11:11
JHECK DISK STATUS ROUTINES

9292
9293

9294
9295
9296
9297
9298
9299
9300
9301
9302
9303
9304
9305
9306

9307
9308
9309

9310
9311
9312
9313
9314
9315
9316
9317
9318

.SBTTL

9330

9331
9332
9333
9334
9335
9336
9337
9338
9339
9340
9341
9342
9343
9344
9345
9344
9347

o1
PAGE 213

SEQ 0212

SAVE ROUTINE

;*THIS 1S A SUBROUTINE TO SAVE REGISTERS
;*IN THE REGISTER TABLE TO ANY LOCAT]ON
;*THE CALL IS
;*JSR

;*FROM
;10

RO,3#SAVER

; *NUMBER OF WORDS SAVED

043626
043424
043426
043430
043432
043434
043436
043440
043442
043444
043646
043450
043452
043454

SAVER:

Mov
Mov

R1,=(SP)
R2,=(SP)

;:PUSH R1 ON STACK
; ;PUSH R2 ON STAC(K

Mov
Mov
Mov

(RQ) +,R1
(RO)+,R2
(RO)+,R3

:FROM
.10
: NUMBER

Mov

1%:

000200

R3,-(SP)

;;PUSH R3 ON STA(CK

Mov
DEC
BNE

3(R1)+,(R2)+
R3
1%

RTS

.SBTTL

WRITE CHECK ROUTINE

;*THIS

1S A SUBROUTINE

Mov
Mov
Mov

9319
9320

9321
9322
9323
9324
9325
9326
9327
9328
9329

(SP)+,R3
(SP)+ ,R2
(SP)+ R

;SAVE REGISTER CONTENTS
s COUNT
;BRANCH 1f NOT DONE

;;POP STACK INTO R3
;.POP STACK INTO RZ
;.POP STACK INTO R1

TO DO WRITE

C(HECK HEADER AND DATA

;*CYLINDER O, TRACK 1, SECTOR 1, KEYS 0
043456
043464
043472
043500
043504
043510
043516
043522
043526
043530

010000
000001
000001
047622
047624
000044
067626
044140

047616
047621
047620
047676

;*THESE ARE TO SET UP FOR DISKLESS USE ONLY
FEMT22 ,9¥CYL
:CYLINDER O FORMAT 16 BIT WORDS

WRCHHD: mMov
MOVB
MOVB

#1,30SECOTR*1
#1,3#SECOTR

s TRACK=1
;SECTOR=1

#36.,DAWORD

;NO OF

CLR
(LR

ONKEY)
afKEY2

(LR
JSR

XX
RS,a#(RC

MoV
YL

(KEY1=0
;KEYZ=0

DATA WORDS

;THIS IS A READ OPERATION
;GO0 T0 CALCULATE CRC

WCRC

:*THESE ARE REGULAR SETUPS

043532

043536
0435644
043552
043556
043564
063570

042732
177730

136066
136062

003160
000001
000001

000001

014000

136052

1360564

JSR

PC,a¥#CLDISK

JSET UP GENERAL REGISTERS

MOV
MOV
MOVB
MOvB
MOV
Mov

#-40.,3RHWC
:36 DATA WORDS & HEADER WORDS
;STARTING ADDRESS OF READ BUFFER
FREINTO,aRHBA
#,-(SP)
:SECTORA
#1,1(SP)
;TRACK=1 IN UPPER BYTE
;TRACK=1, SECTOR=1 IN RHDST
(SP)+ ,aRHDST
FEMT22'EC] ,@RHOF ;16 BIT WORDS

sAND CLEAR DISK REGISTERS

CIRJGDO,RPO4/S5/6 DSKLS FTRLRY
10-SEP=-79 11:00
CIRJGD.PVY
9348
9349
9350
5351
9352

9353

9354
9355
9356
9357
9358
9359
9360
9361
9362

MACY11

30AC1052)
10-SEP-79
WRITE CHECK ROUTINE

11:11

1
PAGE 214

SEQ 0213

;ECC CORRECTION INNIBIT BLCAUSE

043576
043602
043606

005077
004737

043612
043614

00000C
01371

043620

004737

043624

000207

104401

136050

042756
062562

(LR
JSR

1YPE

dRHCA

PC,a#(HECKT

LCPHALT

062062

HALT
Mov

,aR 1
T HD
SMWRC

047456

JSR

PC,a3#(OMHD

RTS

cECC LOGIC

:CYLINDER=0

IS NOT CHECKED YET

:CHECK THAT DVA,RDY,DPR,DRY = 1
:AND THAT NO OTHERS = 1.
CANNOT (ON-

:TINUE TESTING IF BOTH AREN'T TRUE

;STOP THE

TEST

:WRITE CHECK HEADER AND DATA-5?
:INTO RHCS!

:WRITE CHECKX HEADER AND DATA
:SAME AS READ HEADER AND DATA

;RETURN 10 WRITE

CHECK

TEST

CIRJGDO,RPOL/S5/6 DSKLS CTRLRY
10-SEP-79 11:00
CZRJGD.PY?
9363
9364
9365
9366
9367
9368
9369
9370
9371
9372
9373
9374
9375
9376
9377
9378
9379
9380
9381
9382
938%
938¢
9385
9386
9387
9388
9389
9390
9391
9392
9393
9394
9395

9396
9397
9398
9399
9400
9401
9402
9403
9404
9405
9406
9407
9408
9409
9410
94611
9412
9413
9614
9415
9416
9417
9418

MACY11

30A(1052)
WRITE

10-SEP-79

CHECK ROUTINE

LSBTTL

11:11

COMPARE

1
PAGE 215

SEQ 0214

ROUTINE

;*THIS IS A SUBROUTINE TO COMPARE TWO BLOCKS IN MEMGRY
;*R1 HAS GOOD DATA BUFFER ADDRESS

;*R2 HAS TEST DATA BUFFER ADDRESS

;*$TMPO HAS ADDRESS OF RETURN ON ERROR TO PR INT HEADER
;*$TMP1 HAS ADDRESS OF RETURN ON ERROR TO PR INT DATA
:*R3 HAS NUMBER OF WORDS TO BE COMPARED
;*R4G HAS ONE MORE THAN NUMBER Of WORDS TO BE COMPARED

043626
043626
043630
043632
043634
043636
043640
043642
043644
043646
043652
043656
043660
043662

(OMPAR:

001176
001200

047736

043664

043670
043672

043674
043700
043704
043710
043714

043716
043722
043724
043730
043732
043736
043742
043746
043750
043752
043754
043756
043756
043760
043762
043764
043766

1%:

MOv
MOV
MOV
MOV
Mov
Mov
MOV
MOV
MOV
Mov
MoV
MOV

R1,-(SP)
R2,-(SP)
R3,-(SP)
- (SP)
R4,
RS,-(SP)
(RO)+,R1
(RO)+,R2

INC

R&
R4 ,INERWORD

Mov
(MP

BtQ

016137
0146237

160337
005737
001003
004777
000402
004777
022122
017746
042716
022726
001402
005303
001344

012605
012604
012603
012602
012601

000200

001124
001126
047736
002000

MOv
MOv

125254
135250

135202
177177

2%:
5%:

SuB
181
BNE
JSR
BR
JSR
(MP
MOV

BIC

000200

(MP

1%:
4%

BtQ
DEC
BNE

Mov
MOV
MOv
MOV
MOV
RTS

(RO)+,R3
(RO)+,$TMPO

(RO)+,$TMPI
(RO) ,RO
R3,R4

(R1)+,(R2)+
3%

::;PUSH R1

ON STACK

;:PUSH RZ2 ON STA(K
;sPUSH R3 ON STACK

;;PUSH R& ON STACK

:;PUSH RS ON STACK
;ADORESS

GOOD

sRETURN ON ERROR TO PRINT HEADER
;RETURN ON ERROR TO PRINT DATA
:RETURN ON NO ERROR
:NO OF WORDS 10 Bt COMPARED
;FOR

ERROR

WORD

:GOOD DATA
;BAD DATA
;ERROR WORD NO.

PC.a3%$TMPO
5%
PC,a$TMP1
(R1)¢,(R2)+
aSWR,=-(SP)
#0600, (SP)
#SW07,(SP)+
3
R3
1%

;RETURN

(SP)+,RS

(SP)+ ,RG

(SP)+,R3
(SP)+,R?
R
(SP)+
RO

;COMPARE GOOD WITH TEST DATA
;BRANCH 1F GOOD

-(R1) ,aN8GDDAT
-(R2),a3#%BDDAT
R3,a#ERWORD
SNERFLGS

DATA BUFFER

;ADDRESS OF TEST DATA BUFFER
:NO OF WORDS 10 BE COMPARED

:ANY

ERRCRS

;BRANCH IF

ALREAY

YES

10 PRINT

THERE

HEADER

:BRANCH T0O AVOID PRINTING NEXT

;RETURN TO PRINT DATA

ERROR

:UNDO -(R1) AND =(R2) FOR ERRORS
;GET SWITCH SETTING

;KEEP ONLY SWIT(H 7 AND 8
;1S 7 SET AND 8 RESET
;BRANCH OUT
; COUNT
;BRANCH

YES

ALL

NOT

:;POP STA(K INTO
;. POP STA(CK INTO
::POP STACK INTO
;:POP STA(CK INTO

DEVICE

R3
R?
INTO R}

;. POP STA(K
;RETURN TG MAIN PROGRAM

a
..

CIRJGDO,RPOL/S/6 DSKLS CTRLRI
10-SEP-79 11:00
CIRJGD.PV

9440
9441
9442

9443
9444

9445
9LL6
9447
9448
9449

9450
9451
9452
9453
9454
9455
9456
9457
9458
9459

30A(1052)

10-SEP-79

11:11

(OMPARE ROUTINE

PAGE 216

SEQ 0215

;*THIS IS A SUBROUTINE TO DO WRITE CHECK DATA
;*CYLINDER O,

TRACK

SECTOR

1, KEYS O

044034
044040
0464042

NNNN

127
127
127

= O

043770
043776
0464004
044012
044016
064022
044030

ValaV1aV1aS)

;*THESE ARE TO SET UP FOR DISKLESS USE ONLY

O =

9419
9420
9421
9422
6623
9424
9425
9426
9427
9428
9429
9430
9431
9432
9433
9434
9435
9436
9437
9438
9439

MACYT]

050
005037
C12737
005037

004537
047616
051516

0440646

010000
000001
000001
047622
047626
000040
047626

047616
047621
04762C
047676

066140

MOV
MOVB
MOvB

FEMT22,80CYL
#1,a0SECOTR#
#1,3#SECOTR

;CYLINDER O FORMAT
s TRACK
=1
:SECTOR=1

#32.,3¥#DAWORD

;NO OF DATA WORDS

(LR
(LR

afKEY]
AMKEY?

(LR

afX

JSR

RS,3#CRC

mMov

16 BIT WORDS

(KEY1:=0
:XKEY2=0
;THIS

1S A READ OPERATION

;60 TO CALCULATE

CRC

WCR(

042732
177740

044050
0464056
044064
0464070
064076
044102

WRCHDA:

135554
135550

003160
000001
000001

000001

014000

135540

135542

135536

044110
04646114
0644120

005077
004737
104401

042766
062562

064124
046126
044132

000000
013711
004737

002069
0467456

044136

000207

;rTHESE

ARE

JSR

PC,aNCLD]SK

;SEY

MOV

#-32.,3RHWC

:36 DATA WORDS & HEADER WORDS

MOVB
MOVB
MOV
MOV

" ,-(SP)
;SECTOR=1
#1,1(5P)
:TRACK=1 IN UPPER BYTE
(SP)+ ,aRHDST
:TRACK=1, SECTOR=1 IN RHDST
NEMT22'EC],aRHOF
:16 BIT WORDS

MOV

(LR
JSR

TYPE

HALT

REGULAR

SETUPS

#REINTO,aRHBA

aRHCA
PC,a#CHECKT
,CPHALT

MOV
JSR

AfWRCHEK,aR1
PC,a# COMKD

RTS

UP GENERAL REGISTERS

sAND CLEAR DISK REGISTERS
:STARTING ADDRESS OF

READ BUFFER

;ECC CORRECTION INHIBIT BECAUSE
;ECC LOGIC 1S NOT CHECKED YET
:CYLINDER=0
;CHECK THAT DVA,RDY,DPR,DRY = 1
:AND THAT

NO OTHERS =

;STOP THE

TEST

C(ANNOT

(ON-

;TINUE TESTING IF BOTH AREN'T TRUE
;WRITE CHECK DATA=S50 INTO RH(S1
;WRITE CHECK HEADER AND DATA

:SAME AS READ HEADER AND DATA
sRETURN TO WRITE

CHE{K

TEST

CIRJGDO,RPO4/5/6 DSKLS CTRLRI
10-SEP-79 11:00
CIZRJIGD.PIT
9460
9461
9462
9463
9464
9465
9466
9467
9468
9469
9470
97
9472
9473
9474
9475
9476
9477
9478
9479
9480
9481

MACY11

30A(1052)

10-SEP-79
COMPARE ROUTINE
.SBTTL

9497

9498
9499
9500
9501
9502
9503
9504
9505
9506

9507
9508
9509
9510
9511
9512
9513
9514
9515

PAGE

217

SEQ 0216

CRC GENERATION ROUTINE

JvTHIS IS A SUBROUTINE TO CALCULATE CRC FOR THE FOUR

;*HEADER WORDS AND STORE THEM IN '"'WCRC'® AND ‘‘GCRC''
;*R1 - REGISTER FOR CRC, INCREMENTED CRC VALUE ]S HERE
;*R2 = THIS HAS BIT POSITION 2 VALUE C
;*R3 - THIS HAS BIT POSITION 16 1.E. OUTPUT BIT VALUE B
:*RG - THIS HAS BIT POSITION 15 VALUE E

:*STMPO - NUMBER OF WORDS
;*$TMP2 - NUMBER Of BITS PER WORD =
;¢S TMP3
TEMPORARY REG.
;rSTMPS
TEMPORARY REG TO TRANSFER
;*$TMPS
THIS HAS DATA BIT VALUE D
DATA BIT
XOR 16
B XOR 2
B XOR 15

;e
.t

;*ROTATE

RIGHT

16
CARRY

svFETCH
D
.*B

ONE

POSITION

;*B GOES 1O POSITION 1
:*C GOES 10 POSITION 3
;*E GOES 10 POSITION 16

‘64,82

9483
9484
9485
9486
9487
9488
9489
9490
9491
949?2
9493
9494
9499
9496

11:11

;*REPET

s X
sy

sFIRST LOCATION Al
sPUT CRC IN WCRC FOR READ GCRC FOR WRITE

Mov
Mov
Mov
Mov
Mov
Mov

RO,-(SP)
(R5)+,RO
R1,-(SP)
R2,=(SP)

:;PUSH RO ON
;GET POINTER
;;PUSH R1 ON
;;PUSH R2 ON

R4 ,=(SP)
R1

;. PUSH R4 ON STA(K
:CLEAR WORKING LOCATION

srCALL

(R(:

044140
044140
0464142
066144
064146
044150
064152
044154
044156
044162

005003
063703

0446242
0464246
064250
044254
044256

032701
001403
012702
000401
005002

TIMES

RS,a#CRC

R3,-(SP)

STACK
TO CYL NO.
STACK
STA(X

:;PUSH R3 ON STACK

CLR
CLR

AFSTMPS

BIT

AFSTMP3
QNS TMPL
aNSTMP3
NS TMPS
#B110,R1

100000

MOov

;21115.R3

001210

ADD

(LR

R3
FSTMPS ,R3

;GET POSITION 16
:XOR POSITION 16 WITH D

040000

Bl1

#8114, R

1S POSITION 2 HIGH

100000

MoV

n21115.nz

001210
00000¢
001204
000020
001204
001204

044170
0646174
044202
044210
044214
044220
0464224
064226
044232
044234
044236

JSR

001210
000001

001176
001202
001206

16%:

15%:

MOV
MOV
MoV
MOV
ROR
ROR

BEQ

#4,308TMPO
(RO)+,a#$TMP3
#16.,9TMP2

:WORD COUNT
;TEMPORARY WORD STORAGE
;B1T COUNT

:BRANCH IF

3¢

; TEMPORARY WORD STORAGE
:GET LSB INTO "'C"'
:GET ABOVE ''C'' INTO $TMPS
:1S POSITION 15 HIGH
POSITION

:GET POSITION 16

(LR

10 GIVE B

:BRANCH IF

POSITION 2 LOW

:GET

POSITION 2

;GET

POSITION 2

3%:

1¢

CIRJIGDO,RPO4/5/6 DSKLS CTRLRI
044260

060302

044262
044266
044270
0464274
044276
044300

032701
001403
012704
000401
005004
060304

000002

044302
044306
044310
0644312
044314
044320
044322
044326

006037
006001
005703

001206

042701
000402
052701
0G5702

100000

046344
064346
044350
044354
044356
044362
044366
044370
044374
044376
044400
044402
044404
064406
044410
046412

100403

042701
000402
052701
005337
001310
005337
001275
010135
012604
012603
012602
012601

100000

7%:
10%:

020000
020000
000001

000001
001202

148

001176

SEQ 0217

;XOR B WITH POSITION 2

#BITY,RY

;1S POSITION 15 HIGH

10 GIVE

<%
#BIT15,R4

(

;BRANCH [F POSITION 15 LOW

;GET POSITION 15

BR
CLR

6%
R4

ADD

R3.RG

;GET POSITION 15

ROR
ROR
1581
BMI
BIC
BR
BIS
187
BMI
BIC
BR

NS TMPL
R1
R3
7%
#BIT1S5,R1
10%

;GET LSB INTO ''(C"
;GET ABOVE C INTO RI

BIS
181
BMI
BIC

BR
BIS
DEC
BNE
DEC
BNE

MOV
Mov
MOV
MOov
Mov
Mov
RTS

012600
000205

218

R3,R2

MOv

5%:
6%:

PAGE

ADD

BtQ

100000

L X

044340

042701
000402
052701
005704

064332
044336

100403

30A(1052)
10-SEP-79
11:11
(RC GENERATION ROUTINE

—

044330

100403

MACYTI1

—

9516
9517
9518
9519
9520
9521
9522
9523
9524
9525
9526
9527
9528
9529
9530
9531
9532
9533
9534
9535
9536
9537
9538
9539
9540
9541
9542
9543
9544
9545
9546
9547
9548
9549
9550
9551
9552
9553
9554
9555
9556
9557
9558
9559
9560
9561
9562
9563
9564
9565
9566
9567
9568
9569
9570
9571

10-SEP=79 1i:00

CZRJGD.P1T

;XOR POSITION 15 WwITH B

#B1T15,R1

R2
1%
#B1T13,R1
12%
#BIT13,R1
R&

10 GIVE

TEST

;BRANCH

B =1

;SET B IN POSITION 1

;SET B IN POSITION 1
TEST

€

BRANCH

;GET C IN POSITION 3
;GET C IN POSITION 3
TEST E
sBRANCH
.

13%

E =1

;GET E IN POSITION 16

#B170,R1
14%
#B170,R1

GET

IN POSITION 16

aNSTMP2

;B1T COUNTER

afs1MPO

:WORD

COUNTER

PUT

CRC WHERE

16 NOT DONE

;BRANCH IF

15%

16%
R1,9(R5)+
(SP)+ R4

(SP)+ ,R3
(SP)+,R2
(SP)+,R1
(SP)+,RD
RS

sBRANCH IF 4 NOT DONE

DESIRED

:POP STA(K INTO R4
; ;POP STACK INTO R3
; ;POP STA(CK INTO R2

;;POP

STACK

;. POP

STACK

INTO R
INTO RO

:«THIS IS A SUBROQUTINE TO SET UP THE SIMULATOR DISKk FOR
:*CYLINDER O (16 BITS PER WORD)
;*TRACK 1, SECTOR 1
;*KEY1L

;eKEY2 1

;*(RC THROUGH THE JSR RS,a#(RC

:*256 WORDS OF 177400

SETDSK:

064414
0466614
0464416

0446420
064422

177400

PC.a#SETDSK

srCALL

JSR

mMov
MOV
MOov
MOV

RO,~(SP)

:sPUSH RO ON STA(KX

#177400,R0

;:PUSH R2 ON STA(CK
:DATA IN THE D1SK

R1,-(5P}
R2,=(SP)

::PUSH R1

ON STAC(K

(IRJGDO,RPOL/S5/6 DSKLS CTRLRY
10-SEP-79 11:00
CIRJGD.PVY
9572
9573
9574
9575
9576
9577
9578
9579
9580
9581
9582
9583
9584
9585
9586
9587
9588
9589
9590
9591
9592
9593
9594
6595
9596
9597
9598

044426
044632
064436
044440
064642
044644

MACY1Y

000400
051534

30A(1052)
10-SEP=-79
11:11
CRC GENERATION ROUTINE

1%:

000021

Mov
Mov
Mov

DEC
BNE

#256. ,R1
#D1SK,R2
RO, (R2)¢
R1

2%:

044452
044454

SEQ 0218

: COUNTER

sSTART OF

sMOVE

SIMULATOR D]Sr

IN DATA

:COUNT FOR 256

CLR

;BRANCH IF 256 NOT COMPLETE
;2 ECC WORDS, 1 DATA GAP
;14 TOLERANCE GAP
sCLEAR ECC,DATA GAP AND

DEC
BNE

: COUNT
;BRANCH IF NOT COMPLETE

MoV

044450

PAGE 219

; TOLERANCE

GAP

;*NOW SET UP FOR DISKLESS USE
010000
000001
000001
000001
000001
000400
044140

064456
044464

044472
044500
044506
0464514
044522
044526
044530
044532
064534
044536
044540

000207

047616
047621
047620
047622
047624
047676

MOV
MOv8B
MOVB
MOV
Mov
MQv

NEMT22,aMCYL
#1,a0SECOTR+1
¥ ,a#SECOTR
¥, aNKEYY
#1,30KEY?

sCYLINDER O (16 BIT WORDS)

RS ,9#CRC

MOV
MOV
MOV
RTS

(SP)+ ,R2

:60 10 CALCULATE CRC
;FIRST CRC WORD
;PUT CALCULATED (RC(

JSR
L
WCRC

256.,3#DAWORD

(SP)+ ,R1
(SP)+,R0
rC

s TRACK=1

:SECTOR=1
;KEY1=1

JKEY2=1
;NO. OF

DATA WORDS

. .POP STACK

INTO RZ

:.POP STACK

INTO RO

;.POP STA(K INTO R

CIRJGDO,RPO4/S/6 DSKLS CTRLRI
10-SEP-79 11:00
CIRJGD.PYY

PAGE 220

SEQ 0219

¢*THIS 1S A SUBROUTINE TO CHECK HEADER COMPARE ERROR
;*(BIT #7) AND CRC ERROR (B1TM #8)

;*CALL JUSR RO,a#HCIRCE

001210

012077

135046

012011

12046
5720

135004

135002

047626

012777

014000

064646
044650

005037
004737

002006
047456

135004

; SECTOR
: TRACK

:WORD COUNT

SuB
JSR
JSR

HALT
MOV
Mov
Mov
MOVB
15718
MOvB
1ST18
Mov
mMov

000001

044t 36

Mov

TYPE

135022

044626
044632

011037

HCCRCE:

000000

042732
042766
062562

002014

104401

002014
000004

044570
044572
0464576
044600
044604
044606
064610
064614
044616
044622

010037
162737
004737
004737

044542
0445646
044554
044560
064564

; COMMAND-READ HEADER AND DATA
-WRITE DATA
:
;CYLINDER

(oM

;RHBA BUFFER

I x@D

b 4

[

START

;:1=WRITE DATA 0=READ
;H=1 HEADER CHECK, H=0 CRC CHECK
:SAVE PC OF JSR+4
;GET PC OF JUSR

RO,a#PCJSR

#4 ,9W#PCJSR
PC,a#CLDISK
PC,aNCHECKT

;INIT AND SETUP GENERAL REG.
:CHECK THAT DVA,RDY,DPR,DRY = 1
;AND THAT NO OTHERS = 1.
CANNOT

L CPHALT

: SAVE COMMAND
; COMMAND
:CYLINDER
;SECTOR

(RC) ,a#sTMPS
(RO)+,aR1
(RO)¢+,aRHCA
(RO)+,=-(SP)
(RO)¢
(RO)+,1(SP)
(RO)¢+

:UP DATE RO
: TRACK

;UPDATE RO
: TRACK

(SP)+ ,aRHDST
(RO)
¢+ ,aRHW(C

Mov
MoV

(RO)
¢ ,3RHBA

Mov

FEMT22'ECT,3RHOF

CLR
JSR

ANERFLGS

(RO)+ ,a¥X

PC,aN¥COMHD

;*FIRST

SYNC,

HEADER,

SECTOR

:NO. OF DATA WORDS +4 HEADER
:1F A READ HEADER AND DATA
:STARTING ADDRESS OF BUFFER
:X=0 READ HEADER AND DATA
;X=1 WRITE DATA

;16 BITS PER WORD

;ECC CORRECTION INHIBIT
:CLEAR ERROR FLAG
: COMMAND

HEADER

CRC,

HEADER GAP AND

;*SYNC BYTE HAVE GONE BY AND SYNCS WERE CORRECTLY

;*DETECTED

;*HEADER AND DATA ARE

0464656
044660
044664
044666

0464672

004737
005737
001034
005737
001015

062336
002006
047626

TO BE

CHECKED.

JSR

PC,a#PUTREG

s SAVE REGISTERS

BNE

10%
ofX

;BRANCH 1F YES
;1S THIS A READ

1581

151

BNE

SNERFLGS
3%

(ON-

;TINUE TESTING IF BOTH AREN'T TRUE
:STOP THE TEST

;¢1F THE PROGRAM COMES BACK HERE W]THOUT ERROR PRINTOUTS
;*FROM THE "'COMMD'' ROUTINE THAT MEANS SECTOR GAP,

9644

9645
9646
9647
9648
9649
9650
9651

30A(1052)
10-SEP=-79
11:1;
C(RC GENERATION ROUTINE

9599
9600
9601
9602
9603
9604
9605
9606
9607
9608
9609
9610
9611
9612
9613
9614
9615
9616
9617
9618
9619
9620
9621
9622
9623
9624
9625
9626
9627
9628
9629
9630
9631
9632
9633
9634
9635
9636
9637
9638
9639
9640
9641
9642
9643

MACYT1

:ANY

;1f

ERRORS

ALREADY

THERE

A WRITE DATA BRAN(H

CIRJGDO,RPOL/5/6 DSKLS CTRLRI

CIRJGD.PV

9652
9653
9654
9655
9656
9657
9658
9659
9660
9661
9662
9663
9664
9665
9666
9667
9668
9669
9670
9671
9672

9673
9674
9675
9676
9677
9678
9679
9680
9681
9682
9683
9684
9685
9686
9687
9688
9689
9690
9691
9692
9693
9694
9695
9696
9697
9698
9699
9700
9701
9702
9703
9704
9705
9706
9707

10-SEP-79 11:00

MACY11

30A(1052)
10-SEP-79
11:11
CRC GENERATION ROUTINE

1
PAGE 22!

SEa 0220

;*NOW THE READ BUFFER WILL BE CHECKED
;*HEADER SHOULD BE COMPLETELY READ AS WRITTEN
:*NO DATA WORDS SHOULD BE READ

;*REINTO BUFFER HAS BEEN FILLED WITH 0

;*WRFROM BUFFER HAS BEEN FILLED WITH EXPECTED DATA
044674
044700
044702
044704
044706
044710
044712
044714
044716
044720

004037
002114

043626

JSR

WRFROM
REINTO

003160
000400
0464714
044720
044756

RO,3#COMPAR

: CHECK

;GOOD DATA
;TEST BUFFER

256.

;4 HEADER 252 DATA

;RETURN POINT

104004

1%:

104005

2%:

000207

10%

ERROR

RIS

FOR

ERROR HEADER

:RETURN POINT FOR ERROR DATA
;RETURN fOR GOOD COMPARISON

;READ NEXT ERROR 5

sRETURN TO COMPARISON

SUBROUTINE

;WORD NO 1 THRU & ARE
;sHEADER WORDS AND HENCE

;SHOULD BE READ AS WRITTEN ON

:DISK, WORD NOS. 5 ONWARDS

: SHOULD NOT BE READ AND HENCE
;sREAD INTO BUFFER
044722

000207

RTS

: SHOULD BE UNCHANGED
;RETURN TO COMPARISON

0446724

000414

10%

;JUMP 0UT

;*NOW THE

DISK

WiLL

CHECKED

:*NO DATA SHOULD BE WRITTEN
;*REINTO BUFFER HAS BEEN FILLED WITH EXPECTED DATA
;*D15K HAS BEEN FILLED WITH 177400
;*WRFROM HAS BEEN FILLED WITH 125252

0464726
064732
044734
044736

0464740
064742

0647464
044746
044750
044752

046754
064756
044760
044762
044770
044772
045000
045006
045010

004037
003160
051534
000400
044746
044752
044756

3%:

043626

JSR

REINTO
DISK

RO,a3#COMPAR

256.

5%
10%

ERROR

104005

5%:

ERROR

000207

000207
005720
001442
022737
001417
017737
022757
001470
013737

10%:

000072

001210

134644
000200

001126
001126

001642

042402

RTS

.600D DATA BUFFER
s TEST BUFFER
;RETURN POINT

104004

RTS

: CHECK

;RETURN POINT
;RETURN POINT

FOR

ERROR HEADER

FOR ERROR DATA
FOR GOOD COMPARISON

;READ NEXT ERRCR 5

;RETURN TO COMPARISON SUBROUTINE

;WORD NO ARE ALL DATA
;WORDS THE SHOULD NOT
;HAVE BEEN CHANGED BY THE
;WRITE C(OMMAND

;RETURN TO COMPAR]ISON SUBROUTINE

1871
BEQ
(mpP
BEQ

(RO)+
6%
N72,a88TMPS
11%

BEQ
MoV

7%
;BRANCH If GOOD
O#RHER) ,9#REGADR ;REGISTER ADDRESS RHER}

MOV
(me

aRHERY ,a#S$BDODAT
#HCE ,a#$BDDAT

;1S THIS A
;BRANCH 1F
:1S THIS A
;BRANCH IF

HCRC ON HCE CHECK?
HCRC
READ COMMAND
YES

;TEST DATA
;ONLY HEADER COMPARE B11?

: SHOULD BE SET

012737

045026
045030
045030
0465036

000460

1064027

045044
045046
045054
045062

000200

134606
100200

001126
001126

001642
100200

042402
001124

000072

001210

000400

134540

001126
001126

001642
000400

042402
001124

106027

045132
045134

000416
017737

134502

001126

045142

022737

100400

045150
045152
045160
0465166

001407
012737
013737

100400
001642

045170

000200

104027

30A(1052)
10-SEP=-79
11:11
CRC GENERATION ROUTINE

001124

045064
045066
045074
045076
045104
045112
045114
045122
045130

Mov

ERROR

11%:

PAGE 222

#HCE ,379GDDAT

SEQ 0221

.GO0D DATA

;AFTER AN ERROR ON THE
;HEADER ONLY

Mov
(mp

SRHER1 ,@#$BDDAT ;TEST DATA
#OCK'!HCE,a#SBDDAT ;ONLY HEADER

Mov

@#RHER1 ,a#REGADR

BR
(mpP
8EQ

7%
N72,388TMPS
12%

MOv
ERROR

MOV
gSP
Q

.BE SET

HCE

BEQ

6%:

SHOULD

COMPARE BIT?

; SHOULD BE SET
;0Cx 1S SET BECAUSE ECC IS NOT READ
;BRANCH [F

GOOD

;REGISTER ADDRESS RHERI

#DOCK!HCE,a#SGDDAT
;600D DATA
27
sAFTER AN ERROR ON THE
sHEADER ONLY HCE SHOULD

SRHER1 ,a#$BDDAT
;:CRC.G'SBDDAT

;BE SET
;1S THIS A READ COMMAND?
;BRANCH If A READ
;TEST
;ONLY

DATA
CRC ERROR

SHOULD BE

THERE

Mov
MoV
ERROR

SNRHER1 ,3#REGADR ;REG. ADDR = RHER!
#HCRC ,a#$GDDAT
;GOOD DATA
27
sAFTER A CRC ERROR ONLY CRC

BR
MOov

7%
dRHER1 ,3#8BDDAT

001126

cmp

#DCK!HCRC,a#$BDDAT;HCRC AND DCK SHOULD BE

001124
042402

MOV
MOV

#DCK!HCRC,a#SGDDAT;
GOOD DATA
a¥RHER1 ,9#REGADR; FAILING REGISTER RHER]

RTS

12%:

BEQ

ERROR

7%:

s SHOULD BE SET
;BRANCH 0UT
;TEST DATA

SET
;DCK IS SET BECAUSE ECC IS NOT READ
;BRANCH IF GOOD

AFTER A CRC ERROR ON A READ
;DCK AND HCRC SHOULD BE SET
;DCK 1S SET BECAUSE ECC IS NOT READ
;RETURN TO MAIN TEST

;*THIS IS A SUBROUTINE TO LEAVE AT THE MIDDLE Of
:*A WRITE HEADER AND DATA COMMAND
;*1T

TRYS TO GET SECTOR 10,

TRACK O,

;*BUT COMES OUT AFTER ONE SECTOR
;*THE

WO
NSNSNNN

e
—d cunld

WO O
N—O
NS
oo
NNNNTN
NNNNN

045204
045212
045220
045226
045234

045172
045172
045174
045176

OO0

;*BAl

—

9756
9757
9758
9759
9760
97¢1
9762
9763

045016
045024

OOOO0OO

9708
9709
9710
9711
9712
9713
9714
9715
9716
9717
9718
9719
9720
9721
9722
9723
9724
9725
9726
9727
9728
9729
9730
9731
9732
9733
9734
9735
9736
9737
9738
9739
9740
9741
9742
9743
9744
9745
9746
9747
9748
9749
9750
9751
9752
9753
9754
9755

MACY11

MIDDLE:

COMMAND OS JSR PC,a#MIDDLE

IS SET

002066

134434

MOv
MOV
MOv

177766
002114
000010
000010
010000

134420

MOV

#-10. ,3RHW(

134416
134402
134406

MOV

#10,3RHDST

1364414

MOv

BIS
MOv

CYLINDER U

RO,-(SP)
R1,-(SP)
I¥WRIFOR,ARHCST

: ;PUSH RO ON STACK
:;PUSH R1 ON STA(K
;WRITE HEADER AND DATA=6?
;10 WORDS

VWRFROM,3RHBA

#BA] ,aRH(S2

NEMT22,aRHOF

: IN RHCSI

;BUS ADDRESS=WRFROM

;DESIRED TRACK=0 SECTOR=10

;BUS ADDRESS INCREMENT INHIBIT
;FORMAT

16 BIT WORDS

(X]

CIRJGDO,RPO4/S/6 DSKLS CTRLRY
10-SEP-79 11:00
CIRIGD P

CIRJIGDO,RPO4/5/6 DSKLS CTRLRI

CZRJGD P

9764
9765
9766
9767
9768
9769
9770
9771
9772
9773
9774
9775
9776
9777
9778

9779
9780
9781
9782
9783
9784
9785
9786
9787
9788
9789
9790

9791

9792
9793
9794

9795
9796
9797
9798
9799
9800
9801
9802

9803
9804
9805
9806
9807
9808
9809
9810
9811
9812
9813
9814
9815
9816
9817
9818
9819

065242
045246

10-SEP=79 11:00

005077
012737

134406
000001

MACY1Y

30A(1052)
10-SEP=79
11:11
CRC GENERATION ROUTINE

(LR
MoV

045274

PAGE 223

SRHCA
#1,aMMID

SEQ 0222

:CYLINDER=0
sSECTOR IS SET 10 1 SO THAT
;WE CAN GET OUT AT THE

sMIDDLE OF AN OPERATI]ON
045254
045262
045270
045276
045276
045300
045302

012777
052777
004137
000000
012601
012600
000207

000001
000001
053664

134376
134350
MID:

MOV

#DMD ,aRHMR

.WORD

RTS

LSBTTL

JAM CURRENT

BIS
JSR
MOV
MOV

:LOOKING FOR SECTOR 10
;SET

#GO,aRHCST
R1,a#SEARCH

DIAGNOSTIC MODE

:60 TO RHCS! WITH 62

;SECTOR

(SP)+ ,R1
(SP)+,RO

:;POP STACK
::POP STACK

INTO Ri
INTO RO

CYLINDER ROUTINE

:*THIS SUBROUTINE WILL CHANGE THE CURRENT CYLINDER REGISTER
;*THIS 1S DONE BY GIVING A SEEK COMMAND THEN AN INIT
;*WHICH WILL LOAD THE CURRENT CYLINDER WITH THE DESIRED CYLINDER
b

;*CALL IS
RO,IMMAKECYL
:*JSR
;DESIRED VALUE OF
seXC
045304
045304
045306
045312
045320
045322

MAKECYL:

002014
000004
134324
134312

045326

045332
045340
045346
045354
045356
045360
045362
045364
045370
045376
045402
045404
045410
045416

104030

045420
045620
045422

012605
000200

002074
000001
000001

042732

134302

001126

00117264
001676

VALUE

002014

MOV
MOV

134312

SuB
MoV
MoV
CLR
MOV
MOV

001126

NOP
NOP
NOP
NOP
JSR
MOV

134300

BIS

1364264

cmMp

1%:

::PUSH RS ON STALK
;PC OF JSR+4

#4,3#PCJSR
(RO)+,RS
RS,aRHCA
aRHDST
ONSEECOM,aRHCST
#DMD ,aRHMR

:SAVE PC OF JSR
sGETTING READY T0 FILL DESIRED CYLINDER
:FILL DESIRED CYLINDER REGISTER
;MAKE SURE DESIRED SECTOR TRACK IS NOT JLLEGAL
;FILL SEEK COMMAND
;SET DIAGNOSTIC MODE

PC,asCLDISK
oRHCC,a#%BDDAT

sALLOW TIME FOR SEEXK
sALLOW TIME FOR SEEK
JALLOW TIME FOR SEEK
sALLOW TIME FOR SEEXK
;GIVE INIT
;TEST DATA

RS,3#8GDDAT
OfRHCC ,0FREGADR

;000D VALUE OF RHCC
;FAILING REGISTER ADDRESS

#G0,aRHCHT

BEQ

RS,a#$BDOAT
1%

ERROR

MOV
MOV

042402

RS,=-(SP)
RO,.3#PCJSR

CURRENT CYLINDER

;60 TO SEEK

TO
TO
TO
TO

MANG
HANG
HANG
MANG

UP
UP
UP
UP

:COMPARE CURRENT CYLINDER
;BRANCH [F GOOD

:CURRENT CYLINDER DOES NOT MAT(CM DESIRED CYL INDER
;REGISTER AFTER A SEEXK AND AN |NIT

MOV
RIS

(SP)¢,RS
RO

;:POP STACK

INTQO RS

LSBTTL

ECC GENERATION AND COMPAR]ISON ROUTINE

(ol

CIRJIGDO,RPOL/S5/6 DSKLS CTIRLR]
10-SEP=79 11:00
CZRJIGD.PY

30A(1052)
10-SEP-79
11:11
PAGE 224
ECC GENERATION AND COMPARISON ROUTINE

;*THIS SUBROUTINE GENERATES AND TESTS ECC
JSR PC,ECTEST
s vCALL

000040
000020
000010
000004
000002
000001

e Eor Y 2 S

S
o

=100000
=40000
=20000
=10000
=4000

00000
0000
0000

AV R
d AS
o]l
[olele]
QOO
(=]

100000
040000
020000
010000
004000
002000
001000
000400
000200
000100
000040
000020
000010
000004
000002
000001
100000
040000
020000
010000
004000
002000
001000
000400
000200
000100

HWROPNUNUNONOPNOMNONIPNIN)
— =
it b b s 2 2 2 O OO NN
NN —

1000

0654264

000000

ECDATA: O

;DATA BIT

045426

000000

GECCY:

:Lg? ORDER ECC WORD TO BE GENERATED HERE

045430

000000

GECC2:

:H'SH ORDER ECC WORD TO BE GENERATED HERE

065432

000000

TSECCG:

J1F

FOR ECC

;1F ALL ONES THEN CURRENT BIT [S A ONE
+1F ZERO THEN CURRENT BIT IS A ZERO

D -

9820
9821
9822
9823
9824
9825
9826
9827
9828
9829
9830
9831
9832
9833
9834
9835
9836
9837
9838
9839
9840
9841
98,2
9843
9844
9845
9846
9847
9848
9849
9850
9851
9852
9853
9854
9855
9856
9857
9858
9859
9860
9861
9862
9863
9864
9865
9866
9867
9868
9869
9870
9871
9872
9873
9874
9875

MACY1Y

;1F

——
ey

=1 77777 GENERATE AND TEST ECC FOR THIS BI!

=0 DO NOY GENERATE AND TEST ECC FOR THIS BIT

SEQ 0223

~Sr~

CZRIGDO,RPOL/S/6 DSKLS CTRLRI

CZRJGD. P

9876
9877
9878
9879

9880
9881
988¢
9883
9884
9885
9886
9887
9888
9889
9890
9891
9892
9893
9894
9895
9896
9897
9898
9899
9900
9901
9902

9903
9904
9905
9906
9907
9908
9909
9910
9911
9912

9913

9914
9915
9916

9917

9918
9919
9920
9921

9922
9923
9924
9925
9926
9927
9928
9929
9930
9931

045434
045436
045440
045642

10-SEP=-79 11:00

113713
000000
000000
010041

MACYT1

30A(1052)
10~-SEP=-79
11:11
PAGE 225
ECC GENERATION AND COMPARISON ROUTINE
NCODE:
NCOUNT:
POSITI:
HARDER:

38859.
0
O
4129,

045444

000000

DATENV:

045446

000000

1C0DE:

SEQ 0224

;N-CODE WORD
:TEMPORARY N CODE
;POSITION REGISTER
;HARD ERROR COUNT
;TRUE COUNT IS 4128 BUT

AS (OMPARES ARE

;DONE ONE STAGE LATER SO 4129
;DATA ENVELOPE FOR TYPE OUT

;MAX FOR WRITE IS 4096

;MAX FOR READ IS 4128
sLEADING ZEROS ENVELOPE FOR TYPE Oul
:THIS

1S SHUT

:IN ENABLED

OFF

WHEN POSITION COUNTER

:MAX COUNT IS 38859

065450
045452
045454
045456
0465460

000000
000000
000000
000000
000000

H?DYHP:

P12:
P2e:
P24:

0
0
0

P3:

ECTEST:

045462

045462
0465464
045466
045470
045472
0465474
045476
045502
045506

RO,-(SP)

;;PUSH RO ON STACK

MOV
MOV

R2,-(SP;
R3,=(SP)

;sPUSH R2 ON STACK
;:PUSH R3 ON STA(K

MOV

RS,=-(SP)

::PUSH RS ON STACK

MOV

045512

HARD ERROR (COUNT

MOV

MoV

MOV

0465426
045430
045424

;:TEMPORARY

MOV
187

BEQ

R1,~-(SP)

RG&,-(SP)

afGECCY, R

;;PUSH RY ON STALK

:sPUSH R4 ON STACK

AaNGEC(C?,R?
S¥ECDATA

:+1F CARRY IS NOT ZERO THEN D=1
;*INVERT x32 10 GIVE RO
045514

177776

045516

045522
045524
045526

1$:

MOV

8IS
(OM

#°CP1E32,R3
R3

MOV

:¢1F
045530
045532
045536

010103
062703
010300

045540
045542
045544

000241
006000
006000

177776

R1,R3
R3,RO

CARRY

]S ZERO THEN D=0

;+X32 BECOMES RO

2%:

MOV
BIC
MOV

R1,R3
#*CPIE32,RY
R3.RO

1%:

L
ROR
ROR

RO
RO

;ECCY

WORD

;ECC2 WORD

:1S CURRENT BIT

;BRANCH IF

A ONE

CURRENT DATA D=0

CIRIGDO,RPO4/S5/6 DSKLS CTRLRI
10-SEP-79 11:00
CZRJGD P
9932
9933
9934
9935
9936
9937
9938
9939
9940

9941
9942
9943
9944
9945
9946
9947
9948
9949
9950
9951
9952
9953
99%4
9955
9956
9957
9958
9959
9960
9961
9962
9963
9964
9965
9966
9967
9968
9969
9970
9971
9972
9973
9974
9975
9976
9977

9978
9979

9980
9981
9982

9983

9984

9985
9986
9987

045546
045550

005700
001462

045552
045554
045560
045562
045566

MACY11

30A(1052)
10-SEP=-79
11:11
PAGE 226
ECC GENERATION AND COMPARISON ROUTINE

1§71

8taQ

10%

;s*INVERT X2

137777

045452
045452

MOV

B1IS
(om
MOV

ASR

;BRANCH [F RO-0

R2,R3

#*CPIEZ2,R3
R3
R3,a#P3

afpP3

s *INVERT X11
045572
045574
045600
045602
045606

010203
052703
005103
010337
006237

177737

045454
045456

MoV

RZ,R
g
?

(oM

B1S

MOV
ASR

# CPIETT,RZ
R3,8#P12
arpP12

; *INVERT x21
045612
045614
045620
045622
045626

010103
052703
005103
010337
006237

173777

045456
065456

Mov

R1,R3

ASR

arp2?

BIS
COM
Mov

#*CP1E21,R3
R3
R3,a#P22

;*INVERT x23
045632
045634
0465640
045642
045646

010103
052703
005103
010337
006237

176777

045460
045460

Mov

R1,R3

COM
mMov

R3
R3,a#P24
a¥P24

B1S
ASR

M CP1E2},RS

:*NOW THAT RO FOR POSITION 1|
.
P3 FOR POSITION 3
v
P12 FOR POSITION 12

P22 FOR POSITION 22

P24 FOR POSITION 24

S«ARE KNOWN THE ROTATE WILL BE DONE AND
SeTHESE BITS JAMED IN

045652
045654
045656
045662
045666
045672

006002
006001
053700
053700
042702
050002

045674
045676
045702
045706
04645712
045714

005000
053700
053700
042701
050001
000404

045652
045454

120020

045456
045460
002400

ROR
ROR

R2
R1

BIS
BIS
B1C
8IS

a#P3,RO
a#P12,R0
#PIEV
. PIES!PIETZ,R?
RO,R?

(LR
B1S
BlS
BIC
B1S
BR

RO
a¥P22,R0
arpP24 RO
R
#PIEQ2'PIEZ4
R1
RO,
12%

SEQ 0225

CIRJGDO,RPO4/5/6 DSKLS CTRLR)
10-SEP-79 11:00
CZRIGD.PYY
9988
9989
9990
9991
9992
9993
9994
9995
9996
9997
9998
9999
10000

10001
10002
10003
10004
10005
10006

10007
10008
10009
10010
10011
10012
10013
10014
10015
10016
10017
10018
10019

10020
10021
10022

10023

10024
10025
10026

MACY1T

045716
045720
045722
045726
045732
045736

006002
006001
042702
010137
010237
005737

10%:

100000

0465426
045430
045632

0465742

001432

065744
045752
065754
045762
045764

032777
001005
032777
001401
000421

045766
045770
045774
046000

010146
042716
022677
001404

174000
133672

046002
046006
046010
046012
046020

004737

042336

046022
046026

104035

Mov
MOV

151

BEQ

000400

133166

000100

133156

000407
023777
001403

045440

004737

042336

104035

12%:

ROR
ROR
BIC

;e (HE (K

15%:

HARDWARE

Bl
BNE

R
R1

#PIET,R?
R1,a#GECCH

R2,a#GECC2
SN 1SECCG
14%

NSW8,aSwR

15%

13%:

J1F

21777777 TEST HARDWARE

;1F = 0 DO NOT TEST HARDWARE
;BRANCH

HARDWARE

NOT

TO BE

Mov
BIC
(MP
BEQ

R1,=-(SP)

JSR
ERROR
BR
CMp
BEQ

PC,3#PUTREG

;SAVE REGISTERS

164%

;BRANCH 0UT
; COMPARE POJSTION REGISTER

15%
14%

#174000, (SP)
(SP)+ ,aRHE(?
13%

Sa#POSITI ,BRHECH
164%

;*10 SAVE TIME

JSR
ERROR

PC,a#PUTREG

C(HECKED

;1S SWITCH 8 SET
:BRANCH IF SW8 ]S SET
;1S SWITCH 6 SET

FSW6 ,aSWR

;10 SAVE TIME

133650

. SAVE ECC
;SAVE ECC2
;IS HARDWARE T0 BE C(HECKED

BIT
BEQ
BR

;BRANCH If

SWé 1S NOT SET

;1F SWITCH 8 IS NOT SET AND
;SWITCH 6 1S SET THEN

;DO NOT DO COMPARES
:GOOD PATTERN REGISTER
;GET ONLY PATTERN BITS
; COMPARE

PATTERN REGISTER

;BRANCH IF GOOD

;PATTERN REGISTER

;BRANCH

BITS

IN ERROR

GOOD

;SAVE REGISTERS
;POSITION REGISTER

IN ERROR

;"'DATA ENVLOP'' GIVES NUMBER OF (LOCX
;PULSES FROM BEGINING OF COMMAND
;THAT

IS THE

CLOCKS

IN THE

R/W DATA F1ELD ENVELOPE

“IN A WRITE THERE ARE 1000C OCTAL CLOCKS
"IN A READ THERE ARE

10040 OCTAL CLOCKS

*'N-CODE ZEROS'* GIVE THE NUMBER OF CLOCKS

10032

* GIVEN FOR THE LEADING ZEROS FIELD
"MAX COUNT IS 113713 OCTAL

10033
10034
10035
10036
10037
10038
10039
10040

10043

SEQ 0226

. *THE PROGRAM (OMES HERE 1f RO=0
;*SO AFTER ROTATE RO GETS PUT INTO POSITION 1

10027
10028
10029
10030
10031

10041
10042

11:11
10-SEP-79
30A(1052)
PAGE 227
ECC GENERATION AND COMPARISON ROUTINE

:'GOOD POSITION'' GIVES NUMBER OF CLOCKS

;GIVEN AFTER LEADING ZEROS WHICH 1S FOR TwE DATA
JFIELD

;MAX COUNT IS 10040 OR 10041 OCTAL
046030
046030

012605

14%:

MoV

(SP)+ RS

;.POP

STA(K

INIO RS

CIRJGDO,RPO4/S/6 DSKLS CTRLRI
10-SEP-79 11:00
CZRJGD.PYY
10044
10045
10046
10047
10048
10049

046032
046034
046036
0466040
046042
046044

012604
012603
012602
012601
012600
000207

MACY1Y

H
2
30A(1052)
10-SEP-79
11:11
PAGE 228
ECC GENERATION AND COMPARISON ROUTINE
Mov
MoV
MOov
Mov
mMov
RTS

(SP)+ R4

(SP)+,R3

(SP)+,R?
R1
(SP)+
(SP)+,RO

;. POP
;. POP
:;POP
;. POP
;. POP

SEQ 0227
STACK
STACK
STA(K
STA(K
STACK

INTO R4

INTO
INTO
INTO
INTO

R3
R2
R1
RO

CIRJIGDO,RPOL/S/6 DSKLS CTRLR1
10-SEP-79 11:00
CZRJGD.PNY

MACY11

10050
10051
10052
10053
10054

;*THIS

10099
10060
10061
10062
10063
10064

10065

10066
10067
10068
10069
10070
10071
10072
10073
10074
10075
10076
10077

10078

10079
10080
10081
10082
10083
10084
10085
10086
10087
10088
10089
10090
10091
10092
10093
10094
10095
10096
10097
10098
10099
10100
10101
10102

10103
10104
10105

SUBROUTINE WILL CONTROL

;*FOR ERROR CORRECTION PROCESS
PC.a#ECORR
JSR,
;*CALL

10055
10056

10057
10058

046046

000000

046050
046054
046062
046066
046070
0646074
046100

002014
000004
046066

046104
046110
046112
046116
046120

0465440

046122
046126

002014

065440
046046

045440

023737

045450

045440

046152
046154
046160

001415
032711
001016

000400

046162
046166

004737

042336

046200
0466204

ECORR:

MOV
SuB
MoV
MoV
MOV
Mov
CLR

RO,a#PCJSR
M ,aNPCJSR
(RO)+,@#ERPOS
R1,-(SP)
a/RHMR,R1
#DMD ,aRl
afECDATA

;SAVE PC OF JUSR ¢+ &
:SAVE PC OF JSR
;GEY POSITION REG. WHEN CORRECTION
;:PUSH R1 ON STA(K
;MAIMTENANCE REGISTER
sSET DIAGNOSTIC MODE BIT
;ECC DATA IS ZERO

181

a¥POS]T]

;1S

INC

a¥2C0D0E
3%

;BRANCH AS N-CODE

6%:

005237
023737

066170
0646174

ERPOS:

045436

046130
046134
046142
0466144

103012

104034

2%:

BNE
DEC
BNE
BR

INC
(MP

BHIS

(MP

BEQ

BT
BNE

;10

000002
000002

ECC GENERATION ROUTINE

1%:

045446

THE

SEQ 0228

001660
000001
0454624

000420

30AC1052)
10-SEP-79
11:11
PAGE 229
ECC GENERATION AND COMPARISON ROUTINE

JSR
ERROR

3%:

045462

B1S
BIC
JSR
BR

;EXPECTED POSITION REGISTER WHEN CORRECTION IS COMPLETE

;POSITION REG. WHEN CORRECTION IS COMPLETE

2%
9#NCOUNT
6%
2%

SOfFTWARE POSITION NON ZERO

;BRANCH 1F N-CODE S COMPLETE
;DECREMENT N-CODE
;BRANCH If N-CODE 1S NOT COMPLETE
;BRANCH
AS N-CODE IS COMPLETE

; INCREMENT CLOCKS GIVEN FOR LEADING ZEROS
IS NOT COMPLETE
;60 70 GIVE CLOCK AND TEST ECC
a#POSI1T]
s INCREMENT SOF TWARE POSITION
SNERPOS,a#POSITI;HAVE ENOUGH CLOCKS BEEN GIVEN 10 DETECT ERROR
3%
;BRANCH If MORE CLOCKS TO Bt GIVEN
S¥HADTMP ,@#POS1T];HAVE ENOUGH CLOCKS BEEN GIVEN FOR HARD ERROR
5%
NIER,3R1
6%

SAVE

TIME

:THAT 1S HAVE 4128 MORE
;BRANCH 1F YES

;(HECK ZERO DETECT BIT
;BRANCH 1S ZER SET

5%:

BIS
BIC

IN RHMR

:SAVE REGISTERS
;LERO DETECT BIT NOT HIGH

MMCLK,aR]
MCLK,aR!
PC,afECTEST
1%

s SET CLOCK
sCLEAR (LOCK
;GO TO GENERATE AND TEST ECC
; CONTINUE

;WHEN 21 BITS IN ECC 32 BIT REGISTER IS

1S TO BRING ECH HIGH

;vAFTER THIS CLOCK POSITION REGISTER MAY BE

000002
000002

CLOCKS BEEN GIVEN

PC,a#PUTREG
34

;eTHIS EXTRA CLOCK

046206
046212

IS COMPLETE

#MCLK,aR]
fMCLK,aR]

sSET (LOCK
;CLEAR (LOCK

10040 OR 10041 OCTA{

CIRIGDO,RPO4/5/6 DSKLS CTRLRI

NN — OO0 ~

046216
046216
046220

10-SEP-79 11:00

10125

151

30A(1052)
11:11
10-SEP-79
PAGE 230
ECC GENERATION AND COMPARISON ROUTINE
4(%:

012601

000200

N
£ NN =2OV0D YO

il el el o
il
il
P
)
d
i
i
)
i
il
—

ol ol
il
il
i
el o

POPNOPININ)
= e s
b b b
22 OO o

—

b
el o
-l
el
)
i
el
D

COOCOOO0OOOOOOOL0OOO o

CIRJGD.PY

MACY11

MOov
RIS

SEQ 0229

;;POP STA(CK

(SP)+ R
RO

[NTO R

¢*THIS SUBROUTINE GENERATES THE ECC FOR WHAT

IS ON DISK

:*ON LOCATIONS ''DISK+1000'" AND ''DISK+1002"

046222
046222
046224
046226
046230
046232
046234
046236
046262
046246
046252
046256
046262
046266
046270
046272
046274
046302
046304
046310
046314
046316
046320
046322
046324
046332
046340
046342
046344
046366
046350
046352
046354

010046
010146
010246
010346
010446
010546
005037
005037
005037
012701
012702
012703
012104
006004
103004
012737
000402
005037
004737
005303
001364
005302
001357
013737
013737
012605
012604
012603
012602
012601
012600
000207

FILLEC:

MOV
MOV
MoV

RO,~-(SP)
R1,=-(SP)
RZ.,-(SP)

:;PUSH RO ON STACK
;:PUSH RY ON STA(CK
;:PUSH R2 ON STACK

MOV

R4 ,-(SP)

s sPUSH R4 ON STACK

MOV

045440
0456426
045430
051534
000400

CLR
(LR

CLR
MOV

9% :

000020

10%:

177777

045426

045424
045462

0456426
045430

11%:

12%:

052534
052536

ROR

(LR

ANECDATA

BNE
DEC

10%
RZ

MOV
MOV
BCC
MOV
BR

JSR
DEC

:CLEAR POSITION
;CLEAR GECCH

;CLEAR
:POINTER 10 DATA FOR ECC GENERATION
;COUNTER FOR NUMBER OF TaiA WORDS

#16.,R3%
(R1)+,R¢4

;COUNTER FOR NUMBER OF BITS PER WORD
;DATA IN R&
:GET ONE

DATA BIT

IN CARRY

11%
#-1,30ECDATA
129

;BRANCH 1F DATA BIT IS ZERO
;ECC DATA BIT 1S A ONE
;BRANCH TO GENERATE ECC

PC,IN#ECTEST
R3

;60 TO GENERATE ECC
;DECREMENT BIT COUNT

;ECC

DATA BIT

A ZERO

;BRANCH IF 16 BITS NOT DONE
:DECREMENT WORD COUNT

BNE
MOV
MOV
MOV

9%
;BRANCH IF 256 WORDS NOT DONE
ONGECCT,aNDISK+<256.%2>;
INSERT ECC1 ON DISK
ONGECC2,ANDISK+<257.22>;
INSERT ECC2 ON DISK
(SP)+,RS
;;POP STACK INTO RS

Mov

(SP)+,R3

MOV

MOV
MOV

;;PUSH RS ON STAC(K

arPOSITI
S#GECCH

MOV

INSERTS

:;PUSH R3 ON STAC(K

RS,~-(SP)

SNGECC?
#D]15SK R
#256.,R2

MOV

cee

R3,-(SP)

AND

(SP)+ R4

;:POP STACK

INTO R&

(SP)+ R?2

;;POP STACK

INTQO R?

(SPY+ ,R1
(SPi+ RO

;;POFP STACK
;:POP STACK
::POP STACK

INTO R3
INTO R1
INTO RO

RTS

LSBTTL

R BASE ADDRESS (MANGE ROUTINE

THIS ROUTINE

WILL

ALLOW THE

ADDRESS FROM 176700 TO ANY

CHANGE

TYPED VALUE

THE

BASE

THEM

CIRJGDO,RPO4/5/6 DSKLS CTRLR]
10-SEP-79 11:00
CIZRJIGD.PV
10162
10163

ol el
i
el el
i
i
—

o000
0000 ~ ~N~NN -~
P NN =2OO0ONO AV ]
O <+ 0o oo
-l
[ 2V o] oo

wmd wnd
o
il
D el
ol
il
d
D
el
i
e
D
o
D
D

e ma
-t

185
186

— —-

D o

170

OCOO0OOCOOO0OOO0OOOOO0OOCOOO0O

-l

10164
10165

NNVt
—

V1, V1,01 V] N1 V]

[
i
e

)
d
D
—

OO0
00

10192
10193
10194
10195
10196
10197
10198
10199
10200
10201
10202
10203
10204
10205
10206
10207
10208
10209
10210

046356
046356
046362
046436
046436
046442
046444
046450

046524
046524
046530
046532
046536
046542
046550
046554
046556
046562
046566
046570
046572
046574
046574
046600
046640
046640
046644
046646
046652

046752
046752
046754
046760
0646764
047022
047022
047026
047030
047034

047072
047072
047076
047100
047104
067144
067144
047150

104401

000425
013746
104412
10440

000425

046452

001630
000026
047342
001640

104401

046602

104402
10440

000437
106412

012637
104401

000416

013746

104402
104401
000416

013746
104402
104401

000417
104401

000402

64L%:

001640

012700
012701
012737
021637
001407
005776
163716
061620
005301
001375

013746

RH BASE

;:65%:

055310

000417

30A(1052)

BASE(H:

046364

004737
104412

MACY1T

000000
001640

001626

::67%:
66%:

000004

1%:

;:69%:
68%:

¥
ENAE
70%:

001626
046766

047036
::75%:

001620

76%:

047106

047152

22778
76%:
;:79%:

SEQ 0230

TYPE

,65%
€4

;. TYPE ASCIZ STRING
:.GET OVER THE ASCIZ

@FRH(S1,~(SP)

;GET READY TO TYPE OLD BASE

<ASC1Z
mov
T1YPOC
TYPE

LASCIZ

ROUTINE

<15><12>/PRESENT

BASE

ADDRESS OF

REGISTERS

67%
66%

;. TYPF ASCIZ STRING
::GET OVER THE ASCIZ
<15><12>/TYPE NEW BASE ADDRESS FOLLOWED BY

‘(R'

;INITIALIZE

#RHDB,RO
#22.,R1
FADTIMO,a¥6
aSP,a#RH(ST
1%
80 (SP)

;GET STARTING ADDRESS OF REGISTERS
sNUMBER OF REGISTERS
;SET UP 10 CHECK NEW ADDRESS
:NEW CSR?
:NO-SKIP NEXT
;ACCESS THE NEW ADDRESS

aSP, (RO)+
R1
2%

¢AND PLUG IT IN
;DONE ALL OF THEM YET?
:NOT YET, SO DO MORE

,69%
68%

;. TYPE ASCIZ STRING
;.GET OVER THE ASCIlZ

Mov
TYPOC
TYPE

dNRPVEC,~-(SP)

;GET READY TO TYPE OLD VECTOR ADDRESS

ASCIZ

119
70%

s TYPE ASCIZ STRING
;:GET OVER THE ASCIZ

<15><12>/T1YPE NEW VECTOR ADDRESS OR RETYPE OLD ONE FOLLOWED BY "'(RTM
(SP)+ a#RPVEC
, 739
72%

;SETUP VECTOR ADDRESS
::TYPE ASCIZ STRING
.:GET OVER THE ASCIZ

181
SuB
ADD
DEC
BNE

TYPE

<ASCIZ

RDOCT
Mov

THE

PC,a#STKINT

JSR
RDOCT

TYPE

;:73%:
72%:

2
PAGE 231

CHANGE

(MpP
BEQ

2%:

11:11

ADDRESS

Mov
mMov
MOV

046656

001640

10-SEP-79

;GET THE ADDRESS OFFSET

a@#RHCST,aSP

<15><12>/PRESENT

VECTOR

ADDRESS

LASCIZ

<15><12>/NEw BASE WILL REMAIN

MOV
TYPOC
TYPE

8#RHCST,~(SP)

BR
LASCIZ

. 15%
74%

<15><12>/NEW VECTOR WILL

S#RPVEC,-(SP)

LASCIZ

<15><12>/UNTIL

TYPE

.79%
78%

LA7%

76%

<15><12>/

;s TYPE ASCIZ STRING
..GET OVER THE ASCl!Z

Mov
TYPOC
TYPE

BR
LASCIHZ

TTY XEYBOARD

REMAIN =

::TYPE

ASCIZ STRING

PROGRAM

S RELOADED./

..GET OVER THE ASCIZ
;. TYPE ASCIZ STRING
..GET OVER THE ASCIZ

CIZRJGDO,RPOL/S/6 DSKLS CTRLRI

047156
047156

10-SEP-79 11:00
104401

047164

047162

000424

047236
047234
047240

104601
000426

047242

012746

000200

047316
047316
047322
047326
047330
047336
047336
047342
047342
047346
047420
047420
0647622

104402
104401

000402

78¢%:

éé%SS:

é;%S&:
(%:

104401

047350

10-SEP-79

ADDRESS

T(PE

ADTIMO:

;:2S$:

6469

066356

CHANGE

PAGE

ROUTINE

,81%

232

;s TYPE

SeaQ 0231
ASCIZ

STRING

80%

::GET OVER THE AS(C1Z

TYPE

,B83%

;:TYPE ASCIZ STRING

JASCIZ

<195><12>/UNLESS HALTED

AND MANUALLY

RESTARTED,/

BR
LASCIZ

8%
::GET OVER THE ASCl2Z
<15><12>/PROGRAM WILL AUTOMATICALLY RESTART

MOV
TYPOC

#RA,=-(SP)

BR
LASCIZ

84%
<15><12>/

JMP

o¥#BEGIN

;0K, NOW START OVER W]TH NEW ADDRE SS

TYPE

,65%

;s TYPE

LASCIZ

(MpP
JMP

;*THIS

11:11

T1YPE

047332

0046244

022626
000137

RH BASE

56215:

000137
000424

30A(1052)

,85%

FROM /

::TYPE ASCIZ STRING

:;GET OVER THE ASCIZ

64%

ASCIZ

STRING

::GET OVER THE

ASCIZ

<15><12><377>/SPECIFIED ADDRESS DID NOT RESPUND.
(SP)+,(SP)+

O#BASECH

IS A LITTLE ROUTINE

:RESTORE THE

STACK

TESTS NED BIT

;AND DO

THAT

AGAIN.

IN RHCSZ2

;*THIS LOOPS HERE FOR EVER
;*70 BE USED ONLY IF DRIVES PRESENT LOOKING AT NED DOES NOT AGREE

000000
004737
013712
005714
032712
001601
000773
000772

;*WITH WHAT

042732
047426
010000

ERUNIT: O
ERSTART:JSR
1%:

2%:

MOV
151

BIT
BEQ
BR
BR

IS REALY

THERE

PC,a#(LDISK
a#ERUNIT ,aR2
aRé

#NED ,aR?
2%
1%
%

UNIT UNDER MANUAL TEST
;SET GENERAL REG.
sSELECT UNIT
;TEST RHERI

s TEST NED
;BRANCH [F GOOD
;NED NOT SET
(NED SET

047426
047430
0476434
047440
047442
047446
067450
0467452

== OO oo
NN
NS

s
D
i
i
D o
md
el
o

[olololololelolale) (=4

CZRJGD.PWY

MACY11

CIRJGDO,RPO4/S/6 DSKLS CTRLRT
CIRJGD.P
10=-SEP=-79 11:00
10258
10259

MACY11

n 2
30A(1052)
10-SEP=-79
11:11
PAGE 233
RH BASE ADDRESS CHANGE ROUTINE
LSBITL

DISK SIMULATION

10260

10261

10262
10263

'lN A WRITE HEADER AND DATA COMMAND FILL THE FOLLOWING
;rWCLY=WITH CYLINDER TO BE ON DISK

10268

;*THE

10264
10265
10266
10267

10269
10270
10271
10272
10273
10274
10275
10276
10277
10278

SEQ 0232

X
e

R R

:'USECTR=UITH SECTOR AND TRACK TO BE ON D]SK
;*WKEY1= WITH KEY1 TO BE ON DISK
;*WKEY2= WITH KEYZ2 TO BE ON DISK
;*FNWORD= NO OF DATA WORDS TO BE WRITTEN ON DISK

COMMAND THEN 1S

JSR PC,COMWHD

X
X
;X
o
;*IN A WRITE DATA COMMAND FILL THE FOLLOWING
;oCYL=WITH CYLINDER TO BE FOUND ON DISK
;*SECOTR= WITH SECTOR AND TRACK TO BE FOUND ON D]SK
;*KEY1= WITH KEY1 TO BE FOUND ON DISK
;*KEY2= WITH KEY2 TO BE FOUND ON DISK
;eX= 1
MUST BE ONE

10279
10280
10281
10282
10283

;*NOWORD= WITH NUMBER OF DATA WORDS TO BE WRITTEN
;*THE COMMAND THEN IS JUSR PC,COMHD
ot
A
A

10285
10286
10287

A
A
;*IN A READ HEADER AND DATA COMMAND FILL THE FOLLOWING

10291

:*KEY2=WITH KEYZ2 TO BE FOUND ON DISK

10284

10288
10289
10290
10292

10293
10294
10295

10296
10297
10298
10299

10300
10301
10302

10303
10304
10305

10306
10307
10308

10309

10310
10311
10312
10313
\

;*CYL= WITH CYLINDER TO BE FOUND ON DISK
;*SECOTR= WITH SECTOR AND TRACK TO BE FOUND ON DI1SK
;*KEY1= WITH KEY1 TO BE FOUND ON DISK
;*DAWORD= WITH NUMBER OF

WORDS TO BE

;*:X=0 MUST BE ZERO
;*THE COMMAND THEN IS JSR PC,COMPD
.'

FOUND ON DISK

M
A
M
A

i
i

.
.t
;*IN A READ DATA COMMAND FILL THE FOLLOWING

:oCYL= WITH CYLINDER TO BE FOUND ON DISK
:*SECOTR= WITH SECTOR AND TRACK TO BE FOUND ON DISK
;*KEY1= WITH KEYY TO BE FOUND ON DISK

;*KEY2=W]ITH KEY2 TO BE FOUND ON DISH

;*DAWORD= WITH NUMBER 0OF WORDS YO BE FOUND ON DISK
;v X=0 MUST BE ZERO
;«THE COMMAND THEN IS JUSR PC,COMMD
:

PRy
R

)

CIRJGDO,RPO4/S5/6 DSKLS CTRLRY

CZRJIGD.PN

10-SEP=-79 11:00

MACY11

30A(1052)

10-SEP=79

DISK SIMULATION

11:11

2
PAGE 234

SEQ 0233

10314

10315
10316
10317
10318
10319
10320

R R
R R
e

10321
10322

;*WRITE DATA COMMAND
;*OR READ COMMAND 1.E DATA ONLY OR HEADER AND DATA

10323

R
R R
R

10324

10325
10326
10327
10328

11%%%

;**TH]1S SUBROUTINE 1S THE FIRST IN A SERIES OF NESTED SUBROUTINES

10331

;e*]T

JISSURE DIAGNOSTIC MODE,

10334

;ve]T

THEN CALL

10336
10337

10°32
10333

;e0'GO* BIT

10335

;**SUBROUTINES.

10338

047454

000000

10349

047462

162737

10348

10350
10351
10352
10353
10354

}8%25

011637

047470
047472
047474
047476

010046
010146
010246
010346

047502

010546

047500

002014

0000064

047506
047512

012777
052777

000001
000006

132146
132140

10360

047526

052777

000001

132104

047454

10361

047520

042777

000004

10362
10363

047534

012737

000113

18265

047542

047546

005337

047454

047550

013746

047620

10364

10366

10367

10368
10369

047554
047560

001375

042716
012637

.WORD

SuB

¥4 ,a#PCJSR

MOV

RG,-(SP)

MOV

MOV
MoV
MOV
Mov

MoV

10357
10358

10359

COMHD:

010446

177740
047570

132132

IN TURN CALL

MOV
BIS

BIS

RUNWAT: MOV

(SP) ,a#P(JISR

;SAVE PC OF

JUSR + &

RO,-(SP)
R1,-(SP)
R2.-(SP)
R3,=(SP)

:;PUSH
::PUSH
;sPUSH
;;PUSH

STACK
STACK
STAC(K
STAC(K

RS,=-(SP)

BIC

1%:

WHICH

THE
OTHER

WRDATA
REDATA

RUNCTR:
002014

SUBROUTINES,

AND

RDHEAD

Jee
M

047456

OTHER

THESE ARE:

INDEX,

10339
10340
10341
10342
10343
10344
10345
10346
10347

THREE

AN EXTRA DIAGNOSTIC

;sPUSH R4 ON STA(K

s sPUSH RS ON STACK

#G0,8RHCST

;1SSUE '6O' BIT & STALL 'TILL 'RUN'

#75.,8#RUNCTR
S#RUNCIR

MOV

SECOTR, =-(SP)
#177740, (SP)
(SP)¢+, @S#TRK

BIC
MOV

ON
ON
ON
ON

sSET DIAGNOSTIC MODE
sSET DIAGNOSTIC INDEX

DEC

BNE

RO
R
RZ2
R3

JUSR

#DMD ,3RHMR
FMINX,IRHMR

#MINX,3RHMR

;SAVE P(C OF

sCLEAR DJAGNOSTIC INDEX
s (FUNCTION CODE

1S ]SSUED BY THE

sLOAD STALL COUNT = APPROX. &50US
;FOR 11/50 CPU WITH CORE MEMORY
;COUNT DNWN ONE

;CONTINUE UNTIL = 0
;GET DESIRED SECTOR/TRA(K

MAKE ONLY SECTOR
;SAVE SECTOR

TEST)

CIRJIGDO,RPO4/5/6 DSKLS CTRLR
10-SEP-79 11:00
CIRJGD P11

047570
047572
047576
047602

000000
012701

047612

047606

NN
AN N

004137

O =t md b
S O0O0O

047564

MACY11

30AC1052)
DISK

SIMULATION

053664
000240
0647630
047632
0647634
047740

TRK:

R1,3/SEARCH

.WORD

0
#+NOP,R1

MoV
Mov
Mov
Mov

R1,3#SSYN

R1,a#HEDGAP

R1,3#HEDSYN
R1,9#RDHEAD

]

5EQ 0234 |

PAGE 235
;ISSUE

SECTOR (LOCKS (====r-ecccococe-

;GOING TO
;NOP [NTO
;NOP INTO
;NOP INTO

MOVE NOPS
SSYN
HEDGAP
HEDSYN

; *DUMMY ERROR CALL LOCATIONS FOR THE READ HEADER OPERATION
047616
047620
047622

OCOOOO

385

11:11

JSR

380
382
383

10-SEP-79

;CYLINDER ADDRESS

047624
047626

000000
000000
000000
000000
000000

SECOTR:
KEY!:
KEYZ:
X:

.WORD
.WORD
.WORD
.WORD
.WORD

047630

000240

SSYN:

NOP

;1F ""ERROR 2'' INSERTED BY RDHEAD

047632

000240

HEDGAP:

NOP

;1F ""ERROR 3'' INSERTED BY

cyL:

:SECTOR/TRACK ADDRESS
;KEY1 WORD
;KEYZ WORD
:X=1 WRITE COMMAND

;X=0 READ (OMMAND

;SUBROUTINE THEN THE FIRST SYNC.
NO BAD DATA
;1S NOT DETECTED.
;1S GIVEN BECAUSE SYN(=144000
WORD NO
. CANNOT BE READ.
;1S "'1"" BECAUSE THIS IS THE FIRST
;WORD TESTED
;RDHEAD SUBROUTINE THEN THE
;HEADER GAP 0'S WERE NOT
;WRITTEN RIGHT.

;1F ""WORD NO'' CONTAINS, SAY

:3(8), THEN IT IS THE THIRD
;WORD OF A 5 WORD HEADER
:GAP THAT IS WRONG

:"'BAD DATA'' CONTAINS WHAT
;GOING ON THE DISK

047634

047636
047642
047644
047650
047652

HEDSYN:

000240

002006

047626

0647732

;1F ""ERROR 3'' INSERTED BY RDHEAD

NOP

1§71

BNE
151
BtaQ
187

; SUBROUTINE THEN THE HEADER SYNC.
;GENERATED BY DCL IS WRONG
;OR THE LAST BYTE
:0F THE HEADER GAP 0'S IS WRONG
;IN EJTHER CASE WORD NO=6
:RIGHT BYTE 1S HEADER 0
SLEFT BYTE IS SYNC
:"'BAD DATA'' HAS WHAT 1S GOING
:ON DISK
AFERFLGS
out
anx
DAREAD

S#NOSYNC

;ARE ANY ERRORS DETECTED
S1F YES, EX]T ==sssceccccemcenan- >
1S 1T A DATA WRITE ?
:NO..
. THEN DO A DATA READ

115 THIS FORCED nEADER ERROR COMMAND

;1F
YES
NOSYNC==-1 THEN WRITE OR READ
1
. 1 1S SHUT OFF SO BRANCH QUT

M
iy
—

CZRJIGDO,RPO4/S5/6 DSKLS CTRLRI
10-SEP=-79 11:00
CIRJGD N
10426
10427
10428
10429
10430
10431
104632
10433
10634
10435
10436
10437
10438
10439
10440
10441
10442
10443
10444
10445

047650

001014

047560

0046137

047664
047666
047670

000000
000000
000404

047672
047676
047700
047702
047702
047704
047706

004137

047710
047712
047714
047716

000000
000000

012605
012604
012603
012602
012601
012600
000207

MACY11

30A(1052)
10-SEP-79
DISK SIMULATION

051204
:
NOWORD
Y:

054140

DAREAD:
DAWORD:

out:

11:M1

PAGE 236

SEQ 0235

BNE

out

NOSYNC=0 THEN CONTINUE
J1F
IF SET
T
SEXTI

JSR

R1,a#WRDATA

;WRITE DATA <

.WORD
.WORD
BR

0
¢
out

;NO OF WORDS TO BE WRITTEN

JSR
.WORD
.WORD

R1,3#REDATA

;READ DATA <
:NO OF WORDS

(SP)+,RS

::P0P STACK

MoV
MOV
MOV
MoV
MOV
MoV
RIS

0
0

(SP)+,R&

(SP)+,R3
(SP)+,R2

(SP)+
R
(SP)+,RO
PC

;. POP
;. POP
;. POP
;. POP
;. POP

STACK
STACK
STACK
STACK
STACK

10 BE

INTO
INTO
INTO
INTO
INTO
INTO

SJEXIT ROUT INE

RS
R&

R3
R2
R1
RO

READ

CIRJIGDO,RPO4/5/6 DSKLS CTRLR]
10-SEP=-79 11:00
CIRJIGD.P
10446
10447
10448
10449
10450
10451
10452
10453
10454
10455
10456
10457
10458
10459
10460
10461
10462
10463
10464
10¢ 65
10466
10467
10468
10469
10470
10471

MACY11

30A(1052)
10-SEP-79
DISK SIMULATION

11:11

PAGE 237

SEQ 0236

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

;*THE DISK SECTOR IS DEVIDED AS FOLLOWS
:*19 WORDS OF 0, ONE WORD 144000
;*THESE MAKE 39 BYTES FOR SECTOR GAP AND ONE SYNC. BYTE
047720
047722
047724
047726
047730

014400
000000
000000
000000
000000

RSYNC:
RCYL:
RSETR:
RKEY1:
RKEYZ2:

1
0
O
O
O

:*5 WORDS OF O ONE WORD 144000
;*THESE MAKE

11 BYTES FOR HEADER GAP AND ONE

;*THESE ARE DCL GENERATED

SYNC. BYTE

;*THERE ARE 256 WORDS OF DATA
:*THERE ARE 2 WORDS FOR ECC GENERATED BY DCL
;:*15 WORDS OF

O FOR DATA GAP AND TOLERANCE

GAP

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

CIRJGDO,RPOL/S5/6 DSKLS CTRLRI
i0-SEP=-79 11:00
CIRJGD P11

IV TV RV
(W RV LV ] WV AV AN I RV S
N N_‘—.—.—J—..—‘—‘—‘-‘
JV ],V
NN
— [«X o] ENTe RV ¥

—
sl
) wadld
)
)
D
)
e
— —
o
—

OO0 OOOOOOOOOO0

10499
10500
10501
10502
10503
10504
10505
10506

10526
10525
10526
10527

047732

000000

NOSYNC:

047734
047736

000000
000000

ERWORD:

TY:

0
0

RDMEAD:

Mov
MOv
Mov
MoV
MOV
Mov
MOV
Mov
Mov

047772
047776
050002

047722
047724
047726
047730
050530

el
i
ol
el
i

047740
047744
047750
047756
047760
047764
047766

001660
000002
000001
000010
000002
000012

050006
050012
050016

050034
050040
050044
050046

050050
050052
050054
050060
050064
050070
050072
050074
050102
050106
050112
050114
050122
050130
050136
050140

1%:

000013
000012
000007
000002
000002

050020
050024
050030

%
3%:

000022
050526

4%:

050532

N NN
N — =2 N

10498

PAGE 238

SEQ 0237

:;""'"""""""""""""""l't'.""""".0""'0"."

el ol ol

10494

10495
10496
10497

11:11

;*READ DISK HEADER

10493

30A(1052)
10-SEP-79
DISK SIMULATION

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

OCOOOOOCOOOO

10472
10473
10474
10479
10476
10477
10478
10479
10480
10481
10482
10483
10484
10485
10486
10487
10488
10489
10490
10491
10492

MACY11

047720
050532
001000

050526

000001
047720
104002

0477%
001124
047630

047722

050526

BIS
BIS
BIC
BR

MoV

BIC

MOV

B1S
BIC
DEC
BNE
DEC
BNE
MOv
(LR
JSR
DEC
BNE
MOV

JSR

BNE

5%:

;FORCED HEADER ERROR
;NORMAL - 0
;ERROR TYPE NO.
;ERROR WORD NO.

(R1)+,
(R1)+,

SFRCYL
QFRSETR

:STORE CYLINDER ADDRESS
:STORE SECTOR AND TRACK ADDRESS

QNRKEYI] ;STORE KEY)
QNRKEY? ;STORE KEY?
QNCOMPA ;STORE COMPARE OR NOT
;;PUSH R1 ON STACK
R1,-(SP)
:RO CONTAINS MAINTANENCE REG.
3/RHMR, RO
:RS 1S A COUNTER FOR WORDS
",
RS
#OMD,
aRO
;DIAG. MODE
(R1)+,
(R1)+,
(R1)¢,

;SET SECTOR FOR FIRST WORD
:SEY CLOCK FOR FIRST WORD
O
SQSYCK!HCLK.GR
sRESET SECTOR AND (CLOCK

FMSTCK,aR0
#MCLK ,aR0

:BRANCH OVER GIVING SECTOR FOR FIRST TIME
MSTCK!MCLK'DMD,aRO;SET SECTOR, CLOCK, DIAG. MODE, RLSET INDEX
MSTCXK
! MCLK, 3RO ;RESET SECTOR, CLOCK

"7,
#MCLK,
MCLK,
R2

R2
aR0
3RO

RS
1%
”8.,
RS
a#WORD
PC,
IN#READ
R?
4%
3#RSYNC ,3#WORD
PC,
o#READ
#D1SY,
aRO

:R2 1S A COUNTER FOR BYTES
;SET CLOCK
sRESET

CLOCK

;BYTE COUNTER
;BRANCH IF BYTE NOT COMPLETE
;WORD COUNTER
;BRANCH ]F WORD NOT COMPLETE
:NO OF WORDS OF ZEROS
sREAD O
;GO0 TO READ

;s COUNTY
;SYNC,

WORD

sSYNC. BYTE DETECTED?
;BRANCH 1F SYNC DETECTED
;ERROR WORD NO
S/ERWORD

MOV
MOv
MOV

MOv

S3¥RCYL, a#WORD

-1

S#RSYNC ,a#SGDDAT
7;24002.a#ssvu

: SYNC WORD
: INSERT “ERROR 2°'' IN SSYN
+BRANCH QUT
¢SETUP CYLINDER

N
NN
NN
g N

WVNNSNSNSNSNNNN

004737
0137 3
3
3
3
3
3
013 3
3
3
3
—

050146
050152
050160
050164
050172
050176
050204
050210
050216
050222
050226
050230
050234
050236
050242
050246
050254
050260
050264

OCOO0O0O
O—=0—O
PV
PO gV P

(VLW
RV LV LV, V)
W

CIRJGDO,RPO4/S5/6 DSKLS CTRLR]
10-SEP-79 11:00
CZRJGD P

000006

050764
050762

047736
001124
050762

050344
050346
050352
050354

104003

001406
005737
001420

050764
047720

050370
050376
050404
050412
050414
050420
050422
050426
050432
050436
050440
050442
050450
050454
050460

012702
00503%7
004737
005302
001372
0137%7
004737
005737
001404

000005
050526
050532

050362

050526

050526
050526

6%:

047720
050762
000006
104003

050762

047732

#HEGAP,

19%:

7%
R2 ,a#ERWORD
a¥$GDDAT

a#WWORD

MOV

3¥WWORD,

13%

MOV

DEC
BNE
JSR
(MP
BEQ

#106003,3#HEDGAP

3¥WWORD, (RS) +

R?2
6%
PC,
ANWRITE
ANRSYNC ,d#WWORD
10%

@#NOSYNC

14%

3#WWORD

(LR

a¥$GDDAT

MoV

O#RSYNC ,a¥$GDDAT

MOV

v6,

MOV

MoV

SEQ 0238

;READ
;SETUP SECTOR/TRACK
;READ

:SETUP KEVYI

sREAD

;SETUP KEY?

:READ
;SETUP (RC
;READ
;1S THIS A DRIVE TIMING ERROR
;BRANCH OQUT

YES

;POINTER FOR HEADER GAP
:NO OF WORDS OF ZEROS

;ERROR WORD NO SET

;FOR HEADER GAP
;TEST WRITTEN WORD

IS 0

;BRANCH IF GOOD THAT
;WORD NO

$BDDAT

IN ERROR

.600D WORD SHOULD BE 0
:BAD DATA

."'ERROR 2'' GOES IN HEDGAP
;BRANCH 0UT
; SAVE HEADER GAP
;WRITE

HEADER

(DATA)

GAP

SYNC

;1S THIS FORCED HEADER ERROR C(OMMAND

;1F YES NOSYNC=-1 THEN WRITE OR READ
;1S SHUT OFF SO BRANCH OuUT
:1F NO NOSYNC=0 THEN CONTINUE
;BRANCH iF TRUE ERROR

181

MOV
10%:

B8eQ
SUB

BEQ
14%:

11%

239

;1S THIS A READ OR WRITE COMMAND

",
R2
#6,9MERWORD
PC.a#WRITE

BEQ

001124
001126
047736
047634

138

MoV
MoV
JSR

050762

047720
050532

MoV

MOV

7%:

S#READ

a¥COMPA

CLR

PAGE

187

1S1

001126
047632

PC,

OF/RSETR,INWORD
PC,afREAD
9fRKEY1,3#WORD
PC,afREAD
ANRKEYZ2,3#WORD
PC,a#READ
ofWCRC ,afWORD
PC,afREAD
ANTESDTE

8EQ

047736

11:11

MOV
JSR
MoV
JSR
MOV
JSR
MOV
JSR
187

BNE

050762
001124

10-SEP=-79
SIMULATION
JSR

0647732

005037
000403
013737
013737
012737
012737
000443
013725
000440

050360

DISK

050526

050762

001426
005737

30A(1052)

050530
051520
000005

050266
050272
050276
050304
050312
050314
050320
050322
050324

050330
050336
050340

050532
047724
050532
047726
050532
047730
050532
051516
050532
002026

MACY11

10%

15%

9#WWORD ,a#$BDDAT

o#ERWORD

#104003,3#HEDSYN

13%

a¥WWORD,
(RS) ¢

13%

;BRANCH IF GOCD
;17 SHOULD BE ZERO
:BRANCH TO TYPE ERROR
;600D DATA
;BAD DATA

;BRANCH QUT

;SAVE DATA SYNC,

:*READ (OMMAND START FROM HERE
IR ¥
12%:

050526

MOV
CLR

JSR
DEC
BNE

MoV
JSR
1$1

BEQ

¥,

PC,
R?
12%

READ

WORD

IFRSYNC ,3#WORD
PC,
READ
O¥NOSYNC

16%

;READ HEADER GAP

;1S 9 HEADER GAP ZEROS (OMPLEE
:1F NOT BRAN(CH
: SYNC WORD
sREAD HEADER

(DATA)

SYN()

;1F NOT ERROR (OMMAND BRAN(#

CIRJGDO,RPO4/S5/6 DSKLS CTRLR]
10-SEP-79 11:00
CIRJGD P11
10584
10585
10586

10587

10588
10589
10590
10591
10592
10593
10594
10595
10596

050462
050466
050470
050472
050476
050500
050506
050514
050522
050522
050526

032710
01415
000403
032710
001011
012737
013737
012737

012601
000201

MACY 1

30A(1052)

10-SEP-79
DISK SIMULATION

001000
001000
000006
047720
106002

16%:

047736
001124
047634

17%:
13%:

BI
BtQ
BR
BIT
BNE

Mmov
MOV
mov

MOv
RTS

11:11

PAGE 240

SEQ 0239

#DTSY,aR0

;SYNC.

DETECTED

#DTSY,

:SYNC.

DETECTED?

13%
17%
13%

QRO

#6 ,a#ERWORD

;1f
;1F

IERO BRANCH OUT
NOT ZERG BRANCH TO ERROR

;BRANCH IF

YES

;ERROR WORD NO.

@FRSYNC ,a#$GDDAT; SYNC WORD
#106002 ,a#HEDSYN

(?P)‘,Rl

;;POP STA(K

[NTO R1

CIRJIGDO,RPO4/5/6 DSKLS CTRLRI
10-SEP=-79 11:00
CIRJGD.PV

MACY11

30A(1052)
10-SEP=79
DISK SIMULATION

11:11

PAGE

24!

SEQ 0240

10597
10598
10599
10600
10601

10602
10603
10604

';"'""".'"'"'"""""I"'""'""""0.""""""""'

“«READ ONE WORD IN '‘WORD'’

10605
10606
10607
10608

10609
10610

10611
10612
10613

10614
10615
10616
10617
10618
10619
10620
10621
10622
10623
10624

10625

10626
10627
10628
10629
10630
10631
10632

10633

10634
10635
10636
10637
10638
10639
10640
10641
10642
10663
10644
10645
10646
10647
10648
10649
10650
10651
10652

;;"""'l'"""""""'"""""""."""l"""".""'"'

050526
050530

050532
050532
050534
050540
050544
050550
050552
050556
050562
050566
050572
050574
050600
050602
050610
050612
050616
050622
050626
050630
050634
050636
050642
050644
050650
050654
050660
050664
050666
050672
050674
050702
050704
050710
050714
050720
050722

000000
000000

010246
012705
012710
006037
103002

052710
012702
052710

005737

00141
032710
001404
012737
000402
005037
012746
006037
103002

012716
012610
005737
001404
005237
004737
052710
005737
001411
032710
001404
012737
000402

WORD:
(OMPA:

READ-

000002
000001
050526

000020
000007
000012
0645632

177777

045424

0656424
000001
050526

2%:

045644
045462
000002
06456432

000021

045424
8%:

AMSTCK'MCLK,
A#TSECCG

#MRD ,3R0

#-1,a#ECDATA

SNECDATA

ROR

a#WORD

MOV

#MRD !DMD,

Mov

MOov
157

BEQ
INC
JSR
B1S

151
BtQ

#DMD,

(SP)+,
aR0
¥ TSECCO

S#DATENV
PC,aNECTEST
#MCLK,
3RO

gl1SECCG

BeaQ

Bk
(LR

afECDATA

MoV

ROR

BCC

MOv

-(SP)

$
#MRD,aR0
4)

Mov

7%:

R2,=(SP)
",
RS
#DMD,
B3RO
9#WORD
1%
#MRD,
aRO
"7,
R?

CLR

Bl1

000020

012716

Mov

BCC

045432

045424
000001
050526

BCC
BIS

MOV

5%:
6%:

000021

177777

Mov
Mov
Mov
ROR

BIS
151
BEQ
BIT
BEQ

000020

005037
012746
006037
103002

1%:

0
0

#-1,a0ECDATA

#OMD,

a#WORD
3)

-(SP)

#MRD .DMD, (SP)

;;PUSH R2 ON STACK
;WORD COUNTER
;SET DIAG. MODE
;CHECKING IF THERE 1S A ONE
;1F NO ONE BRANCH
:SET BIT 4 IF DATA HAS ONE
;BYTE COUNTER
aRo0
;SET CLOCK,DATA 1F ANY, SECTOR
;1S THIS BIT 10 GENERATE AND TEST ECC
;BRANCH IF NO
;1S DATA BIT A ONE
;BRANCH IF DATA BIT IS O
JECC DATA BIT ]S A ONE
;BRANCH

JECC DATA BIT IS A O
JKEEP ONLY DIAG. MODE
:CHECKING 1F THERE 1S A ONE
:1F NO ONE BRANCH
(SP)
;PUT

;KEEP DATA AND DIAG. MODE
IN DATA, RESET CLOCK, SECTCR

;15 ECC TO BE GENERATED fOR THWIS BIT
:BRANCH IF NO
;NUMBER OF CLOCAS GIVEN FOR DATA ENVELCPE
:60 YO GENERATE AND TEST ECC
;SET CLOCK
;15 THIS BIT 10 GENERATE EC(C
;BRANCH IF NO
;1S DATA BIT A ONE

:BRANCH [F DATA BIT IS - 0
sECC DATA BIT |S A ONE

;sBRANCH
;ECC DATA BIT IS = 0
;KEEP DIAG.

:CHECKING

MODE

THERE

;BRANCH [F NO ONE

1S A ONE

;KEEP DIAG. MODE AND DATA

CIRJGDO,RPO4/S/6 DSKLS CTRLRI

CIRJGD.PWY
10653
10654
10655
10656

10657
10658
10659
10660

10661
10662
10663
10664
10665

050726
050730
050734
050736
050742
050746
050750
050752
050754
050756
050760

10-SEP-79 11:00

012610
005737
001404
005237
004737
005302
001341
005305
001300
012602
000207

045432
045444
045462

MACY1Y

30A(1052)
10-SEP-79
DISK SIMULATION
A ¥

9%:

Mov
151

11:11

(SP)+,
&R0
afTSECCO
1A)
afDATENY

—d

PAGE 262

SEQ 0241

;SET DATA, DIAG. MODE, CLEAR CLO(K
;1S THIS BIT 10 GENERATE ECC

;BRANCH IF

BEQ
INC
JSR
DEC
BNE
DEC

PC,aNECTEST
R?

;GO TO GENERATE AND TEST ECC
;BYTE COUNTER

BNE
MOV

RS
1%
(SP)+ ,R?

;WORD COUNTER

RTS

b3)

:NUMBER OF

CLOCKS GIVEN FOR DATA ENVELOPE

;BRANCH IF ONE BYTE NOT COMPLETE
;BRANCH IF ONE WORD NOT
;;POP STACK INTO RZ

(OMPLETE

CIRJGDO,RPO4/S/6 DSKLS CTRLR]

10-SEP=-79 11:00

CIRJGD. PN

000000

WWORD:

050764
050764

PAGE 243

SEQ 0242

RO R R R RO RCERORNRCORRROORNRSRTORRRARRNOERRNRNROEOIROERRROIRNOROOETTSERS

IN "'WWORD''

000002
000001

000007
000013
000040
177777

1%:

RO,=(SP)
R2,=(SP)
R3,-(SP)
RS5,=-(SP)

;:PUSH
;;PUSH
;sPUSH
::PUSH

#1,aR0

;SET DIAG. MODE

Mov
MoV

¥7,R2
;BYTE COUNTER
#MSTCK!MCLK:DMD ,aR0O;SET SECTOR AND CLOCK
#MWR,aR0
;CHECK WRITE BIT IN MAINT.
2%
:BRANCH 1f ZERO

Mov

045424

2%:

000001
045432

177777

MOV
Mov
Mov
MOV
Mov
mMov

BIT
BEQ

045424

045644
045462
000002
000040

SNO

SN ANNONIN
= —d b s

ed
i

o
e

e
e
e

el
d

AV KV 3V LV, }

051004
051010
051014
051020
051022
051030
051032
051034
051036
051042
051044
051046
051052
051056
051060

WRITE:

050766
050770
050772
050774
051000

10719
10720
10721

050762

10718

: teRESROOSRRORORSRROERORORRORRSORRROECOORRORRORORRRRRRRRRROSOROERRRRORROOEOROONY

10705
10706
10707
10708
10709
10710
10711
10712
10713
10714
10715
10716
10717

11:1

:*WRITE ONE WORD WHICH COMES BACK

OOOOOO0OVOOO

10703
10704

30A(1052)
10-SEP-79
DISK SIMULATION

TR RREREC RN PR

(S RV NV SV LV U

10666
10667
10668
10669
10670
10671
10672
10673
10674
10675
10676
10677
10678
10679
10680
10681
10682
10683
10684
10685
10686
10687
10688
10689
10690
10691
10692
10693
10694
10695
10696
10697
10698
10699
10700
10701
10702

MACY11

045424

SEC
ROR
BR
(LR
Le
ROR

MOV
1581

BEQ
INC
JSR
BIS

Bl11
BEQ
Mov

SEC

ROR

005237

045424

5¢:

BR
CLR

000001
0645432

6%:

MOV

045444

(Le
ROR

1871
BEQ
INC

#2,R5

#-1,30ECDATA

3%
GFECDATA

R3
#DMD ,aR0
I¥TSECCO
4%

a#DATENV

PC,aNECTEST

#MCLK ,aR0
#MWR,aR0

#-1,8#ECDATA

R3
6%
SfECDATA

R3
#DMD,
aRO
AFTSECCO
7%
S#DATENV

;WORD

RO
R2
R3
RS

ON
ON
ON
ON

COUNTER

:RO HAS RHMR

STALK
STA(K
STA(K
STACK
ADDRESS

REG.

SECC DATA BIT ]S A ONE
:SET CARRY
;MOVE 1 FORWARD

;ECC DATA BIT IS = 0
s CLEAR CARRY
;MOVE O FOR WWORD
;CLEAR SECTOR AND (LOCK
;1S THIS BIT TO GENERATE ECC
;BRANCH 1F NO
;NUMBER OF CLOCKS GIVEN FOR DATA ENVELOPE
;60 TO GENERATE AND TEST EC(
sSET CLOCK IN RHMR
;CHECK WRITE BIT IN RHMR
;BRANCH 1f ZERO
JECC DATA BIT IS A ONE
;SET CARRY
;MOVE

FOR WWORD

;ECC DATA BIT
s CLEAR CARRY

IS ZERO

:MOVE 0 FOR WWORD
;CLEAR (LOCK

;1S THIS BIT 10 GENERATE ECC
;BRANCH

+NUMBER OF

CLOCKS GIVEN FOR DATA ENVELOPE

C(IRJIGDO,RPO4/S5/6 DSKLS CTRLRI
10-SEP-79 11:00
CIRJGD P11
10722
10723
10724
10725
10726
10727
10728
10729
10730
10731
10732
10733
10734
10735

10736

051144
051150
051152
051154
051156

004737
005302
001346
005305
001312

045462

051160

010337

050762

051164
051166
051170
051172
051174

012605
012603
012602
012600
000207

MACY11

30A(1052)
10-SEP=-79
DISK SIMULATION
7%:

JSR
DEC
BNE
DEC

11:11

PC.a#ECTEST

3
PAGE 244

SEQ 0243

;GO TO GENERATE AND TEST ECC
:COUNT FOR BYTE END
;1F NOT BYTE END BRANCH
;COUNT FOR WORD END

BNE

R2
6%
RS
1%

;1F

Mov

R3.,3#WWORD

;STORE THE WORD

Mov
mMov
MOov
MOV
RTS

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

:;POP STA(CK INTO RS
;;POP STACK INTO R3

NOT WORD END BRANCH

::POP STACK
::POP STACK

INTO R?
INTO RO

CIRJIGDO,RPOG/S5/76 DSKLS CTRLRI
10-SEP-79 11:00
CIRJGD P11

MACY11

10737
10738
10739
10740
10741
10742
10743
10744

30A(1052)
10-SEP=79
DISK SIMULATION

RN REN

T RN C RO PRR

11:11

PAGE

245

SEQ 0244

RO REOCR PR ORPRRPORCOCRNRORNROEOPRERORROEROTYOROROROEROROEORRNOETSY

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

10765
10746
10747
10748
10749
10750

10779
10780

10781
10782
10783
10784
10785
10786
10787
10788
10789
10790
10791
10792

COUNTD: 0

051176
051200
051202
051204
051204
051210
051212

FORMAT: 256.
IWORDS:
WRDATA:

051176
050530

051216
051220
051222
051224
051226
-0
~NWO
~NNO
~NVO
~N
S =
~NrOO

10751

10752
10753
10756
10755
10756
10757
10758
10759
10760
10761
10762
10763
10764
10765
10766
10767
10768
10769
10770
10771
10772
10773
10774
10775
10776
10777
10778

051230
051234
051240
051244
051246
051250
051254
051260

001660
051200
051176
051202

051264

051270
051272
051276
051300
051306
051312
051316
051322
051324
051326
051330
051332
051336
051342
051344
051346
051352
051356

1%:

004737

(R1),a#COUNTD
(R1)+,R2
(R1)+,a#COMPA

:STORE NO. OF WORDS TO BE WRITTEN
;SAME IN R?
; COMPARE OR NOT

Mov
Mov
MoV
MOV
mMov

RO,
- (SP)
R1,-(SP)
R2,-(SP)
R3,=-(SP)
R&,-(SP)

;:PUSH RO ON STA(CK
::PUSH R1 ON STA(K

MOV
MoV
Mov

DEC
BNE

MOV
MoV

SUB

MOV
MoV
151

00202¢
177777
051534
050764
050762

Mov
MOV
mov

045432

BEQ

7$:

2%:

050764
050762

045432
000002
050764

5¢:

mMov
MOV

JSR

MOov
DEC
BNE
151

BEQ
JSR

MoV

DEC
BNE
(LR

MOV

JSR

014, ,R1

#T10LGAP,R3
#-1,(R3)+
R1
1%

a#RHMR, RO
affFORMAT,-(SP)

a¥#COUNTD, (SP)
(SP) ,a#2WORDS
(SP)+,R4

o#TSECS
7%
#-1,9#T1SECCO
#D1SK,R3
PC,a4WRITE

(R3) ¢
3#WWORD,

R2
2%

R&
43
PC,a#WRITE

3#WWORD, (R3) ¢
R&

b33

¥ 1SECCG
#2,R1
PC,WRITE

;;PUSH R2 ON STAC(K
;;PUSH R3 ON STAC(K
:;PUSH R4

ON STAC(K

;NO. OF TOLERANCE GAP WORDS
;START OF TOLERANCE
SMAKE 11 177777

GAP TABLE

;1S 14 COMPLETED
:1F NO BRANCH
;RO CONTAINS MAINTANENCE REG.
;NO. OF ZERO WORDS TO BE WRITTEN
;1S THIS AN ECC TEST ?
:BRANCH 1F NO
;THESE BITS ARE TO GENERATE E((

;ADDRESS THE ''DiSK'' AREA
;WRITE

INTO '‘'WWORD''

;STORE ON SIMULATED DISK
: COUNT DOWN
;CONTINUE IF ALL WORDS NOT WRITTEN
sANY

JEROS TO BE WRITTEN ?

;BRANCH ]F NONE 10 BE WRITTEN

;WRI1TE ZEROS INTO "'WWORD"
;STORE INTO "DISK'’
;NO MORE ECC

10 BE GENERATED

cWRIT: ECCY AND ECC2 ON SIMULATED DISK

CIRJIGDO,RPOL/S/6 DSKLS CTRLRI
10-SEP-79 11:00
CZRJIGD.PIY
10793

10794

10795
10796
10797
10798
10799
10800
10801
10802
10803
10804
10805
10806
10807
10808
10809
10810
10811
10812

MACY11

10-SEP=-79
30A(1052)
DISK SIMULATION

11:11

051412
051416
051420
051422
051424
051426
051430
051432

012604
012603
012602
012601
012600

MOv
Mov
MOv
MoV
mov

(SF)+,R1
(SP)+ RO

051434

000201

R1S

051402
051406

050762

050764
050762
000016
050764
050762

Mov

6%:

DEC
BNE
JSR

PC,WRITE

JSR

146, ,RY
PC,afWR]TE

Mov
mMov
Mov

DEC
BNE

PAGE 246

(R3) ¢
a#WWORD,

013723
005301
001372
004737
013723
012701
004737
013723
005301
001372

051362
051366
051370
051372
051376

SEQ 0265

;STORE ON WEEC! AND WEEC?

S#WWORD, (R3) ¢

;WRITE DATA GAP INTO ''WWORD''
;STORE INTO *'DISK"

D,¢
#WWOR(R3)

;STORE INTO 'DISK"

(SP)+ R4

;;POP STACK

R1
6%

(SP)+,R3
(SP)+ ,R2

;WRITE

TOLERANCE

::POP STACK

GAP ZEROS

INTO R4

INTO R3

::POP STACK INTO R?
::POP STACK INTO R1
;:POP STACK

INTO RO

CIRJGDO,RPO4/S/76 DSKLS CTRLRY

(IZRJGD.PN

10-SEP=-79 11:00

MACY11

30A(1052)

10-SEP=79

DISK SIMULATION

11:11

3
PAGE 247

SEQ 0246

10813

10814
10815
10816
10817
10818
10819

R e
e
L)

10820
10821

;*WR]TE HEADER AND DATA
X
X
s*THIS IS THE SIMULATED D1SK
;*ONLY ONE SECTOR OF SPACE IS ALLOWED

10822

10823
10824
10825

10826
10827
10828
10829
10830
10831
10832
10833
10834

051436
051504

000023
000001

SECGAP:
WSSYNC:

.BLKW
.BLKW

10836
10837
10838
10839
10840
10841
10842
10843
1834;

051516
051520
051532
051534
051534
05253«
052536
052540
052542

000001
000005
000001

WCRC:
HEGAP:
HDWSYN:
SILOTB:
DISK:
WECCT:
WEC(c:
DTAGAP:
TOLGAP:

BLKW
_BLKW
.BLKW

10835

1084

051506

000004

000400
000001
000001
000001
000016

HEADER:

.BLKW

LBLKW
,BLKW
.BLKW
.BLKW
.BLKW

19.
1

;SECTOR GAP 38 BYTES OF 0
;SECTOR GAP 1 BYTE OF O ONE

4
!
5
1

256.
1
1
1
14.

;HEADER = CYL,

;USED
‘

YY)

SYNC BYTE

SECTOR/TRACK, KEY1, KEY?

s CRC
;HEADER GAP 10 BYTES OF 0
;HEADER GAP 1 BYTE OF O ONE SYNC.
IN SILO TEST AS SILO TABLE
;DATA SPACE
SECU
JECC?
:DATA GAP 2 BYTES OF 0
: TOLERANCE GAP 28 BYTES OF O

BYTE

WWW

.
aama

CIRJGDO,RPO4/S/6 DSKLS CTRLR)
10-SFP=-79 11:00
CIRJGD.PVY

MACY11

10847
10848
10849
10850
10851
10852
10853
10854
10855
10856
10857
10858
10859
10860
10861
10862
10863
10864
10865
10866
10867
10868

10877
10878
10879
10880
10881
10882
10883
10884
10885
10886
10887
10888
10889
10890
10891
10892
10893
10894
10895
10896
10897
10898
10899
10900
10901
10902

111

&
PAGE 248

SEQ 0247

';'"""""""""""""""""""""""0""".""""

S*WRITE HEADER AND DATA

;:"""""t"t"""""""""""'l".""""t""".""'.

;**THIS SUBROUTINE

1S THE FIRST

IN A SERIES OF NESTED SUBROUTINES

;**17 JSSUES DIAGNOSTIC MODE, AN EXTRA DIAGNOSTIC
;*++'G0’ 811

INDEX, AND THE

;*#]T THEN CALL THREE OTHER SUBROUTINES, WHICH IN TURN CALL OTHER
THESE ARE:
:**SUBROUTINES.
A
A

10869
10870

10871
10872
10873
10874
10875
10876

30A(1052)
10-SEP-79
DISK SIMULATION

052576
052600
052604
052612
052614
052616
052620
052622
052624

002014
000004

002014

WRDATA

RNCTR1:
COMWHD:

.WORD
MOV
SuB

Mov
Mov
MOov
Mov
MOv
MOV

(SP) ,a#PCJSR
¥4 ,a0PCUSR
RO,-(SP)

R1,-(SP)
R2,=(SP)
R3,-(SP)

;'RUN' LINE STALL COUNTER
;SAVE PC OF JSR + &
:SAVE PC OF JSR

; s PUSH RO ON STACK
;s PUSH R1

ON STACK
ON STACK
ON STACK

RS,=(SP)

Mov
B1S
B1C

#DMD ,3RHMR
FMINX,GRHMR
FMINX,aRHMR

;SET DIAGNOSTIC MODE
:SET DIAGNOSTIC INDEX
;CLEAR 17

RNWAT1:

MOV

#75.,3#RNCTRI

;LOAD STALL COUNTER = APPROX. 450US

1%:

DEC
8NE

3#RNCTRY

MOov

BIS

052576

;s PUSH R2
: sPUSH R3
; :PUSH R4
. sPUSH RS

000001
000004
000004
000001

052626
052634
052642
052650

SEARCH
WRHEAD

R4 ,-(SP)

#GO,3RHCST

ON STACK

;SET '60' BIT & STALL °'TILL 'RUN’

052656

012737

000113

052664
052670

005337
001375

052576

052672
052676
052702

013746
042716
012637

052756
177740
052712

BIC

INWSECTR,-(SP)
#177740,(SP)

MOov

(SP)+,3NWTRK

:GET DESIRED SECTOR/TRA(K
:MAKE ONLY SECTOR
:SAVE SECTOR

052706
052712

004137
000000

053664

JSR

81.8!SEARCH

:1SSUE SECTOR (LO(KS Cemecccccc~e-m >

WIRK:

.WORD

;FOR 11/50 CPU WITH CORE MEMORY
;COUNT DOWN 1 TIME
;CONTINUE UNTIL O

:SECTOR NO.

—d
d e e ik Y

006137

053050

NN
LAN NN
O

052750
052754
052756
052760
052762
052764

il
el
il et
i

NN
N NN N -

b
rd

NNy —

NI
~NOC

o
e
od o
ot o

000260
052766
052770
052772
052774
052776
053000

000000
000000
000000
000000
000000

30AC10 g 2)
DISK

052766

000240

10-5EP=79

SIMULATION

wlvL:
WSECTR:
WKEY!:
WKEYZ2:
GCRC:

OOV

e e
il el e
e
o
D
o
A

OO0
OOOOO
000
VO VOO0

052714
052720
052724
052730
052734
052740
052744

elololololole]

10903

10904
10905
10906
10907
10908
10909
10910

10-S€EP=-79 11:00
elololelels],
V)

CIRJGD. PN

MACY1T

SEGPER:

11211

&
PAGE 249

SEQ 0248

;GOING TO MOVE NOPS

MoV
Mmov
MoV
MoV
Mov
MoV
MOv

#4NOP R

R1,3#SEGPER
R1,3#FSYNER
RY,3FERHEAD
RY,3#ERCRC
R1,3NERHDGP
R1,3#HDESYN

«NOP
+NOP
;NOP
;NOP

JSR
0
0
O
O
0

R1,3NWRHEAD

;WRITE

s tDUMMY

ERROR CALL LOCATIONS FOR THE WRITE HEADER OPERATION

NOP

;NOP INTO SEGAP
:NOP [NTP FSYNER
INTO
INTO
INTO
INTO

THE

ERHEAD
ERCRC
ERHDGAP
HDESYN
HEADER <==cecmecccocccaa- >

;CYLINDER
:SECTOR AND TRACK
JKEY
JKEY?2
;6000 CRC

;1F "ERROR 6'' INSERTED BY
;WRHEAD

SUBROUTINE

THEN

;SECTOR GAP GOING ON DISK
;1S NOT RIGHT.
;WORD NO. CONTAINS WHICH
;WORD IS WRONG, THAT IS
;FIRST

TENTH OR WHAT

EVER NO.

;BAD WORD IS GOING ON DISK
052770

000240

FSYNER:

NOP

;1F ""ERROR 6'' INSERTED BY
;WRHEAD SUBROUTINE

;THE LAST O BYTE OF

THEN

SECTOR

;GAP, OR FIRST SYNC. BYTE
;AFTER SECTOR
;ERROR.,

GAP

;WORD NO. CONTAINS 20
;RIGHYT BYTE 1S SECTOR GAP
sLEFT BYTE IS SYNC. BYTE
:8?2 WORD IS WHAT IS GOING ON
:D1ISK.

052772

030240

ERHEAD:

NOP

;1F "ERROR 6'' INSERTED BY
;WRHEAD SUBROUTiINE

THEN

;HEADER GOING ON DISK
;1S WRONG.

;WORD NO 1 =
;WORD NO 2 =
;WORD NO 3 =
;WORD NO 4 =
:B:D WORD IS
:D15K

052774

000240

ERCR(C:

NOP

CYLINDER NO
SECTOR/TRA(CK
KEYI
KEVY?
WHAT IS GOING ON

;1F "ERROR 6'' INSERTED BY
;WRHEAD SUBROUTINE

THEN CRC WRITTEN

YTM

CIRJGDO,RPO4/S5/6 DSKLS CTRLR]

CIRJGDO,RPO4/5/6 DSKLS CTRLR]
10-SEP-79 11:00
CIRJIGD.PV
10959
10960
10961
10962
10963
10964
10965
10966
10967
10968
10969
10970
10971
10972
10973
10974
10975
10976
10977
10978
10979
10980
10981
10982
10983
10984
10985
10986

16987
10988
10989
10990
10991
10992
10993
10994
10995
10996
10997
10998
10999
11000
11001

MACY11

30A(1052)
10-SEP-79
DISK SIMULATION

11:11

&
PAGE

250

SEQ 0249

;ON DISK IS IN ERROR.
;600D DATA IS WHAT SHOULD BE ON DISK
;BAD DATA IS WHAT [S GOING ON DI15SK
052776

000240

ERHDGP:

;MORD NO IS 5.

NOP

;1F '"ERROR 6'' INSERTED BY
;WRHEAD SUBROUTINE

THEN HEADER

;GAP GOING ON DISK IS WRONG.
;WORD NO. GIVES WHICH OF
; THE HEADER GAP WORDS
;ARE WRONG. FOR EXAMPLE:

FIRST HEADER
;WORD NO 1
GAP WORD
;
;BAD WORD IS WHAT IS GOING ON D]SK

053000

000240

HDESYN:

NOP

;1F ""ERROR 6'' INSERTED BY
;WRHEAD

SUBROUTINE

THEN LAST

;HEADER GAP BYTE OR HEADER
;SYNC BYTE

GOING ON DISK

IS WRONG.

:WORD NO = 5
;BAD DATA IS WHAT ]S GOING
;ON DISK,

RIGHT

BYTE

IS HEADER

;GAP 0 BYTE, LEFT BYTE IS HEADER

;s GAP SYNC.

053002
053006

005737

002006

181
BNE

INERFLGS

. ARE

053010
05301¢
053016

004137

051204

JSR
.WORD
.WORD

R1,3#WRDATA

;WRITE

MOV
Mov
MOV
MOv

(SP)+,RS

::POP STACK

;. POP

MOov
MOov

(SP)+,R3
(SP)+ ,R2
(SP)+ R
(SP)+ RO

RTS

001004

000000
000000

053020
053020
053022
053024
053026
053030
053032

012605
012604
012603
012602
012601
012600

053034

000207

FNWORD:

FOUT:

FouT

0
0

(SP)+ R4

;1P

ANY

ERRORS DETECTED

YES EXIT
THE

DATA <

;FORMAT COMMAND NO. OF

;. POP

;;POP
;. POP

STACK
STACK
STACK
STACK
STA(K

INTO
INTO
INTO
INTO
INTO
INTO

R3
R2
R1
RO

DATA

CZRJGDO,RPO4/S5/6 DSKLS CTRLRY
CZRJGD.PIN
10-SEP=-79 11:00
11006

11007

11008

000000
000000
000000
000000
000000

053050
053054
053060
053064
053070
053074
053076
053102
053106

012137
012137
012137
012137
012137
010146
012701
013700
012710

110641
11042
11063
11064
11045
110646
11047

053122
053126
053132
053134
053136
053140
053142

012710
032710
001403
000261
006003
000402
000241

11052
11053
11054

11055
11056

11057

11058
11059
:}060
061

PAGE 251

SEQ 0250

;*WRITE HEADER

053036
053040
053042
053044
053046

11051

11:11

BX
YR Y

11010
11011
11012
11013
11014
11015
11016
11017
11018
11019
11020
11021
11022
11023
110264
11025
11026
11027
11028
11029
11030
11031
11032
11033
11034
11035
11036
11037
11038

11048
110649
11050

30A(1052)
10-SEP=79
DISK SIMULATION

R
R R R
R Y

11009

11039
11040

MACY11

s*R0O
;*R1
;*R2
;*R3
;*RS

053112
053116

053144
053146
053152

053156

053162
053166
053170

053172
053174

053176

053200
053202
053206
053210

012705
052710

006003
012710
012702

052710

032710
001403
000261

053036
053040
053042
053044
053046

000013
000040

000002

000040

006003
000402

WRHEAD:

MOV
MOV
Mov
MoV
MOV
MOV
MOV
MOV
MOV

(R1)+,amSCYL
(R1)+,3#SSECTR
(R1)+,a#SKEY]
(R1)+,3#SKEY?
(R1)+,a#SCRC
R1,-(SP;
#SECGAP,RY
SVRHMR ,RO
#0MD ,aR0

MOV
BI1
BEQ
SEC
ROR
BR
CLC

WMSTCK'MCLK'DMD,aR0;SET SECTOR, CLOCK, DIAG. MODE, RESET
#MWR ,aR0
;CHECK WRITE BIT IN MAINT. REG.
2%
:SET CARRY
R3
;MOVE ONE FORWARD
3%
:
;CLEAR CARRY

1%:

3%:

MOV
BIS

ROR
MOV
MOV

BIS

BIT
BEQ
SEC

ROR

000241

006003
012710
005302
001362

0
0
O
O
0

2%:

000001
000007

MAINT.REG.
SIMULATED DISK
BYTE COUNT
WRITE WORD
WORD COUNT

SCyL:
SSECTR:
SKEY!:
SKEY2:
SCRC:

051636
001660
000001

000002
000010

=
=
=
=
=

5%:

000001

6%:

BR
cLc
ROR
MOV

DEC
BNE

:
:
:
R
;

"2 ,RS
#MSTCK,aR0

;:PUSH R1 ON STACK
;SIMULATED DISK INDICATOR
;RO NOW HAS MAINT. REG. ADDR.
;SET DIAG. MODE IN RHMR

;WORD COUNTER
sSET SECTOR FOR FIRST BYTE

R3
#DMD ,aR0
¥ ,R2

;MOVE ZERC FORWARD
;CLEAR CLOCK, SECTOR
;BYTE COUNTER

#MWR ,aR0
5%

sCHECK WRITE BIT
sBRANCH 1F ZERD
:sSET CARRY

#MCLK,a3R0

RY
#0MD,3R0
R?
4%

;SET CLOCK

IN MAINT
. REG.

;MOVE ONE FORWARD

SET DIAG. MODE AGAIN IN RHMR

INDEX

CIRJGDO,RPO4/5/6 DSKLS CTRLRI
i0-SEP-79 11:00
P11

MACYT1

30A(1052)
10-SEP-79
DISK SIMULATION

11:11

005305
001342

DEC
BNE

RS
1%

010321
005703
001414

MOV
151

BEQ

R3I.(R1)+
R3
7%

CLR
MOov

afS$GDDAT
RY,3#SBDDAT

053250

000001
001124
001126
104006

053656

053254
053260
053266
053272
053276
053300
053304
053310
053316
053324

012737
00055¢

053326
053330

005302
001353

000022
000024
050764
050762

047736
001124
050762

104006

047736

Mov

052766

MOV

047736

PAGE 252

SEQ 0251

#1,3/ERWORD

#106006,8#SEGPER

ari7s

:BRANCH QUT

Mov
Mov

#18. ,R2
#20.,3/ERWORD
PC,a¥WRITE
?::UORD.(R1)0

;COUNT NO. OF SECTOR GAP
;COUNT TO GIVE ERROR WORD
JWRITE SECTOR GAP
;STORE SECTOR GAP WORD

R2,3/ERWORD

;1F

JSR

BEQ
SuB
CLR

MOV
MoV

B8R

DEC
BNE
;*AT

a¥#$GDDAT

NOT GET

:GO0D WORD

=-eccccccccccccccccnca- >

a#WWORD ,a#$BDDAT; BAD WORD
#104006 ,a¥#SEGPER;STORE ''ERROR 6'' IN SEGPER
17%
:BRANCH OUT ===-m=emcceccccccceaa-0- >

;MAVE

108

:1F

THIS POINT

THE

SECTOR

.*BE HIGH.

SO THAT

;*HOWEVER

IN THE DRIVE

053344
053350
053354
053356
053364
053372
053376
053404

050762
047720

B NNNNS

NONNINN
=N

YNNI

)
= N NOO

OO0O0O0OO0O0O
Qe et et a2 OO
O
W)
N
SISO

Nt
NN

NN
N

053440
053444
053450

QOO0

053406
053412
053416
053424
053430
053434
053436

1ST

BNE
JSR

050764

OO
—

-t bt ettt 2 e OOODOOO
N>V
WM
—=OODNO W

002026

000024
047720
001126
104006

000004
053036
000005
050764
050762

047736
001124
001126

mov

047736
001124

CMP
Bta

052770

MOV
MOv
Mov
MOV

047736

MOV
MOV
MOV

JSR

MOV

(mp
BEQ
suB

MOov
MOV

ERROR WORD NO.

18 WORDS OF

NOT

DO SO

FOUND

FLOP

ZEROS BEEN WRITTEN ?

SHOULD

THE HEADER SYNC BYTE CAN BE GIVEN
TIMING ERROR

TEST

THE

;*1S ABORTED - HEADER SYNC BYTE IS NOT GIVEN
053332
053336
053340

; CONTINUE

JMP

MOV

001126
052766

afTESDTE
17%
PC,aNWRITE

3#WWORD, (R1)
SMRSYNC,(R1)+

REST

THE

ROUTINE

;1S THIS A DRIVE TIMING ERROR
:BRANCH OUT IF YES
;WRITE ONE SECTOR GAP O BYTE
;AND ONE SYNC. BYTE = 230

;SAVE O BYTE AND SYNC BYTE
:1F SYNC. BYTE RIGHT

129
;1F YES BRANCH
#20.,9#ERWORD
;I1F NOT GET READY FOR ERROR
3#RSYNC ,a#$GDDAT; GOOD WORD
-(R1),a#$BDDAT
;BAD WORD
#104006,3#FSYNER;
INSERT "ERROR 6'' IN FSYNER
17%
:BRANCH QU] ~eecc~eccccccccccnccccncana= >
v ,R2
#SCYL,R3
#5,3XERWORD
PC.aNWRITE

:FOUR HMEADER WORDS
:POINTER FOR HEADER TABLE
:ERROR WORD NO SET
:WRITE & HEADER WORDS

14%

:1F GOOD CONTINUE

afWWORD, (R1)
(R3)+, (R1)+
R2,aNERWORD

-(R3),3#8GDDAT

-(R1).a#$BDDAT

:STORE WRITTEN WORD
215 1T RIGHT?

S1F NOT GET READY FOR PRINIT
<WORD NO

:GOOD DATA

:BAD DATA

|
!

[

— OOV

Cm Ce
s

=000V

RV TV TV RV U L35 I

IV 3

oV oW oW

NONE NN~ OO

WM LM WM N RN

NO VNS WAN

N NN

OOV~

NS W

N NI N NI NI PN N NI N

el il D el el el el el i el A o e el il ek e il il Al il D el il il il il el i il D ol s D o e

053454
053462

012737
000675

053464
053466
053470
053474
053500
053504
053506
053512

005302
001353
004737
013711
022'37
001414
014137
013737

053526
053534

012737
000450

053520

053536
053542
053550
053554
053560

053562

052772

MOov
BR

#106006 ,#ERHEAD; INSERT "ERROR 6"
17¢
;BRANCH QUT ===--cceccccccccccccnneaa0- >

DEC
BME
JSR
MOv
(mp
8tQ
Mov
MOv

R2
13%
PC.,afWRITE
2¥WWORD, (R1)
(R1)+ ,3#GCRC
20%
=(R1) ,8#$BDDATA
afGCRC ,a#$GDDAT

;ARE & HEADER WORDS DONE?
:1F NOT DO THEM
;WRITE C(RC
:STORE C(RC
; COMPARE GOOD CRC
;BRANCH 1f GOOD
;BAD CRC WRITTEN
;G000 CRC

MOV
BR

#104006 ,a#ERCRC
17%

; INSERT ERROR 6
JEX]T mececrccccccccccccccnrcccncaa- >

14%:
050764
050762
052764
0011264

1064006

052774

012702
012737
004737

000005
000006
050764

047736

160237

047736

012737

013721
001412

005037
014137
012737
000424

053606
053610
053612
053616
053622
053626

005302
001354
004 37
013711
023721
001413

012737
014137
013737
012737

000005

04773¢

MOV

20%:
15%:

050762

001124
001126
104006

MOv
MOV
JSR

MOV
BEQ

SuB

052776
'6%:

050764
050762
047720

000005
001126
047720
104006

30A(1052)
10-SEP-79
DISK SIMULATION

001126
052764

053566
053572
053576
053606

053630
053636
053642
053650

104006

047736
001124
053CG00

11:11

MACY11

PAGE 253

"S5 ,aNERWORD

SEQ 0252

;ERROR WORD NO

”"5,R2
#6 ,aNERWORD
PC,afWRITE

:NO Of HEADER GAP
;ERROR WORD NO SET
;WRITE HEADER GAP

R2,a8#ERWORD

;ERROR WORD NO

dfWWORD,(R1)¢
169

;STORE
:1F GOOD BRANCH

(LR
Mov
mov
BR

S#$GDDAT
.GOOD DATA
=(R1),a8#8BDDAT
;BAD DATA
#104006,9#ERHDGP;
STORE 'ERROR 6''
17%
;BRANCH QUT =-<ec-ocemcccccccccccan- >

DEC
BNE
JSR
MOV
(mp
8tQ
Mov
mov
Mov
MOv

R?
15%
PC.asWR]TE
3/WWORD, (R1)
SARSYNC,(RY)¢+
17%

H S B

mMov

(SP)+,R1

:;POP STACK INTO RI

RTS

#5,3#ERWORD
=(R1) ,8#8BDDAT
S#RSYNC ,8#8GDDAT
#106006 ,8#HDESYN

;ARE S HEADER GAP ZEROS
. 1F NOT BRANCH

OOV

053656

012601

053660

000201

17%:

DONE

e ittt >

- il el el i A

[« NV JV I TV RV

— el il el il il

) wnl vl BB ok B il D el el TR o

il D il el D sl il il il D o) il il el

- il ool i il il D o

.‘.—l-—‘_‘.—‘—‘_‘-J—ld_‘—.—l—.—‘.J—‘_.—‘—D—J—‘—l—‘-‘-‘-—‘-‘_..—..—.-—.d—‘—.—‘-d_fl_‘—d—‘—‘_‘

P~~~

ala

0,RP04/5/6 DSKLS CTRLR1
P11
10-SEP=79 11:00

CIRJGDO,RPOL/S/6 DSKLS CTIRLR)
10-SEP-79 11:00
CIRJGD.P1Y

MACY1Y

30A(1052)
DISK

10-SEP=-79
SIMULATION

11:11

PAGE

234

SEQ 0253

) il
D i

oooooooo~oOOOOOOQOOOOQDONNNNNN&NNNO‘Ozgsg
= O OB N VNS NN —=O 0N NS W= OOV N VS WIN
OO0

;*SEARCH SECTOR

;;'Q"""""'""""""'"'""""""'"""""""""'..

»
%
%
*

;*AT

i e

il
)
e

e i e =t OO O OOOO
P
wWN =000~ [« RV
W
el e
O

BEGINNING OF

EACH

SECTOR ONE

SECTOR

CLOCK

HAS

TO RISE

;*BEFORE CLOCK THEN EVERY EIGHT CLOCKS ONE SECTOR CLOCK
Jo]DENTICAL WITH CLOCK
;*NUMBERING THE SECTOR CLOCKS AS FOLLOWS
;*THE SECTOR CLOCK UNDER INDEX - 0

;eTHE NEXT
:*THE NEXT
JeETC,
;*THEN THE
:*THE NEXT

B il o

R1=PASSED ARGUMENT (SECTOR SEARCHED FOR)
R2=CLOCK COUNT (PER BYTE)
R3=SECTOR COUNTER FROM R1
RS5=BYTES PER WORD COUNT

;*BEBORE INDEX 1S GIVEN TWO SECTOR CLOCKS ARE GIVEN TO RESE?T
;*SECTOR PULSE IN CASE IT IS SET

B b

RO=RHMR ADDRESS

]

ld el i o

D i

b el e e e

el anld o

i s o ol il o ol o

Al ol

s ool e

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

el e
k)

) el

ot b 8 b b

el
D
d
el
el e
e
i
D il

1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1

D el el ol

1
1
1
1
1
1
1
1
1
1

— e

AUNUNUINI PRI RINI NI NI NI NI NI NI NI

1
1

ol ol ot aih

11161
11162
1 163
1

;*THE NEXT

05360672

000000

053664
053670
053672
053674
053676
053700
053702
053704
053710
053714
053720
053724
053730
053734

012137

053662

;*AND

SO ON

SECTR:

SEARCH: MOV
MOV
Mov
Mov
MOV

MOV

001660
053662
000001

000010
000010
000010
000010

MOV
MoV
MOv
MOv

BIS
B1C
BIS
BIC

1
=2

LAST SECTOR CLOCK IN ONE SECTOR HAS NUMBER - 608
SECTOR THEN HAS 608 SECTOR (CLOCKS
SECTOR THEN HAS ANOTHER 608 SECTOR CLOCKS

;SECTOR SEARCHED FOR
(R1)+,
Q#SECTR
RO,-(SP)
R1,-(SP)
R2,=(SP)
R3,-(SP)

;SAVE SECTOR
;;PUSH RO ON
;;PUSH R1 ON
::PUSH R2 ON
::PUSH R3 ON

RS ,=(5P)
S¥RHMR, RO
S#SECTR,R?
#0MD,
RO

:;PUSH RS ON STA(K
:NOW RO HAS MAINTENANCE REG.

R4 ,-(SP)

MSTCK,
#MSTCK,
MMSTCK,
#MS1CK,

aR0
8RO
aR0
QRO

SEARCHED FOR
STA(K
STA(K
STACK
STA(K

;;PUSH R4 ON STACK

ADR.

:SECTOR COUNTER
;SET DIAGNOSTIC MODE
sSET SECTOR (LOCK
;CLEAR SECTOR CLOCK
sSET SECTOR CLOCK
¢CLEAR SECTOR CLOCK
:THE ABOVE TWO SECTOR CLOCKS ARE GIVEN *dR
;RESETING SECTOR PuLSE

s IN CASE

1T STARTS St1

P 2k 2l otV oW ol o 8N 8 8
N N N RN AN N AN N NI N P N NI NI PO PN RO N — 2 o
[o I NTe RV W RV N=OOVONO VWO
NS NN =000~

052710
012710

005703
001461

30A(1052)
10-SEP-79
DISK SIMULATION

000014
000001

81S

MoV

151

8taQ

11:11

&
PAGE

FMINXIMSTCK
,aRO
#OMD,
&R0

R3
s

255
;SET

SEQ 0254
INDEX

AND

SECTOR

CLOCK

;RESET INDEX AND SECTOR CLOCK
:1F SECTOR REQUIRED JUMP QU1
:BRANCH OF

SECTOR ZERO REQUIRED

;*FOR FIRST BYTE SECTOR CLOCK WILL GO HIGH THEN CLOCK WILL GO HIGM
;*BOTH WILL COME DOWN TOGETHER THEN SEVEN CLOCKS WwlLL BE GIVEN
;*.FOR SECOND BYTE AND ALL OTHER BYTES TILL NEXT SECTOR SECTOR CLOCK
;*WILL BE IDENTICAL WITH ONE CLOCK

:*ONE WORD ONLY
053754
053760
053764
053770
053774
053776
054002
054006
056012
054016
054020
0546022
054026
054030

000010
000002
000010
000002

1%:

"".,
R2
N,
RS
#MSTCK,aR0
#MCLK,aRO

;BYTE COUNTER
;BYTES PER WORD
JSET SECTOR CLOCK
;SET CLOCK

000012
000012
000002
006002

2%:

AMSTCK !MCLK,aRO
IMSTCK!MCLK ,aRO
#MCLK,
aR0
MCLK,
aR0
R2

:SET SECTOR AND (CLOCK
;CLEAR SECTOR AND (LOCK
sSET CLOCK
;CLEAR CLOCK
;BYTE COUNTER
:BRANCH IF BYTE NOT COMPLETE
;SETUP FOR SECOND BYTE
;1S WORD COMPLETE?

8%:

w7,
RS

000007

054032
054036
054042
054046
054052
054056
054062
054066
054070
054072
054074
054076
054100
056102
054106
054112
054114
056116
054116
054120

000457
000002

000007
000012
000012
000002
000002

5¢:

6%:

Mov
MOv
Mov

]
]
l
l
€

001362
005301
001356
052710
042710
005303
001317

012605
012604

000010
000010

7%:

Mmoo wvow

;*NOW THE 304 WORDS WILL START

w O M oo

VT VI, VT, VT, V1, V1, V7. VT VY, U1, VY, V1 V1, VY. VT VY, U1, V7, V7.V
L1, ¥1,¥] VY V7,V L1, 51,91, VY, Y,V

e
e

053740
053746
053750
053752

MACY1Y

;*NOW 303 WORDS ARE
roRNurURURUNUNI
N NNV NN N RO NI N N
PO Y
(o gk e gl e MV RV [V IV RV
NNNO
O
~NO
W
00
~ = OO0 ~NO W AN - OO

d
i

il sl o o el

D
e

i e
D
d

i o o

D e

D A

i
D

e
e
el

D el
il el
i

D oo

S el o e

D el
il
D

D
il

)

D
el
i el

il e

D il
ol

el i et el e

) e

i
—

—

i e

D ol

D il

il el i

d o

e e

CIRJGOO,RPO&/S/6 DSKLS CTIRLRI
10-SEP-79 11:00
CIRJGD.PIY

;BRANCH TO CLEAR SECTOR AND (LOCK

;BRANCH IF

NOT

(OMPLETE

;70 GIVE SECTOR CLOCK AND (LOCK
{EFT

#303.,
RI
",
RS
",
R2
#MSTCK!MCLK
, 3RO
MSTCXKIMOLK ,ak0
MCLK,
aR0
#MCLK,
aRo

AND ALL ARE

IDENTICAL

;WORDS PER SECTOR COUNTER

;BYTES PER WORD COUNTER
;BYTE COUNTER (CLOCK COUNTER)
JSET SECTOR (LOCK AND (LOCK
;CLEAR SECTOR CLO(K AND (LOCK
sSET CLOCK
SRESET

CLOCK

;1S BYTE COMPLEE?
sBRANCH IF

NOT

COMPLETE

;1S WORD COMPLETE?
;BRANCH IF NOT
;1S SECTOR COMPLETE

DEC
BNE
DEC
BNE
B1S
BlC
DEC
Buat

6%
#MST(K,aR0
#MST(K,aR0
R3
1%

:BRANCH 1F NOT

Mov
Mov

(SP)+,R&

(SP)+,RS

.;POP STA(CK INTO RS

¢SET SECTOR

:CLEAR SECTOR

;1S REQUIRED NO OF

;BRANCH 1f

. :POP

STA(K

NOT

INTO R4

SECTORS COMPLETE

CIR JGDO,RPO4/5/6 DSKLS CTRLRY

CIRJGD.PVY
11273

11276
11275
11276
11277
11278
11279

054122

054126
054126
054130
054132

10-SEP-79 11:00

MACY11

012603

MOv

Mov
mov
Mov
RTS

11281

11287
11288

11289
11290
11291

11292

11293
11294

11295
11296
11297
11298

;*READ ONE

054134
054136

000000
000000

054140
054144
054150

01137
012137
010146

056152
0564156
056160
056166

012702

177777
000402

056172
054176

012703
012337

051534
050526

054206

005302

056210

001403
012737

004737

001372

11302
11303
11306
11305
11306

054212
054216
054220
0542264
054230

005737
001012
005037
012702
012337

11308

054240

005302

11310

054264

11311

11312

11313

11314

056134
056136

00202¢

11301

11309

RNO:
RCOM:

005737

056202

11307

(SP)+ ,R3

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

PAGE 256

SEQ 0255

;sPOP STACK INTO R3

;:POP STACK
;:POP STA(K
;;POP STACK

INTO RZ
INTO RI1
INTO RO

SECTOR OF

DATA

A
X R R R AR AR
A

11299

11300

11:11

RR
R
L

11282

11286

10-SEP-79

DISK SIMULATION

012602
012601
012600
000201

11280

11283
11286
11285

30A(1052)

0564234

054242

0546244

054246

004737
001372

012601

000201

050532

REDATA: MOV
MOV
MoV

1587

045632

1%:
2%:

050532

3%:

(%:

;NO. OF WORDS READ
;EXTRA STORAGE

(R1)+,3#RNO
(R1)¢ ,3#RCOM
R1,-(SP)

;SAVE NO. OF WORDS ONLY FOR INFORMAT]ON
;EXTRA WORD ONLY FOR INFORMATION
:;PUSH R1 ON STA(K

BtQ
MOV

Mov

a#T1SECC
1%
¥-1,a#TSECCO
#258. .R2

Mov
mov

#D]SK,R3
(R3)+ ,3#WORD

;1S THIS AN ECC TEST
:BRANCH If NO
;THESE BITS ARE TO GENERATE E(C
;256 WORDS PER SECTOR
;PLUS 2 ECC WORDS
;POINTE 10 DISK SIMULATION
sREADY TO READ CONTENTS

PEC

;1S 256 WORDS DONE?

JSR

BNE

00202¢
045432
000017
050526

0
0

PC,a#READ

151
BNE
CLR
MOV
MOV

N T1SECC
3
a#T1SECCG
”5.,R2
(R3)¢,3#WORD

DEC

JSR

BNE

Mov

RTS

PC.,a#READ
3%

(SP1+ ,R1

;READ

:1F NOT BRANCH

;1S THIS AN ECC TEST
IF YES
sNO MORE ECC BITS ARE TO BE GENERATED
;ONE DATA GAP, 14 TOLERANCE GAP
;READY TO READ CONTENTS OF WORD
;BRANCH OUT

;READ

; COUNT

;BRANCH IF

14 NOT DONE

::POP STA(CK INTO R}
;RETURN

CIRJGDO,RPO4/S5/6 DSKLS CTRLRT
CIRJGD.PYY
10-SEP-79 11:00

MACYTT

30A(1052)
10-SEP-79
DISK SIMULATION

11:11

PAGE 257

SEQ 0256

11315

11316
11317
11318
11319

054250
054250
054254

11321
11322
11323
11324

054320
054320
054322
0546330

11320

10464401
000621
104402
012777
000000

RPVECT:

054256

;.65%:

64%:

054250

12527¢

TYPE
BR
_ASCIZ

,65%
::TYPE ASCIZ STRING
649
:.GET OVER THE ASCIZ
/UNEXPECTED RPO4 INTERRUPT @ PC = /

TYPOC
mMov
HALT

FRPVECT ,aRPVEC

;TYPE FROM P(
;RESTORE TRAP RPO&4 VECTOR
; CHANGE TO CONTINUE

~ P~

CIRJGDO,RPOL/S5/6 DSKLS CTRLRY
CIRJGD.P1Y
10=-SEP-79 11:00

MACY11

D el D e il il il il D o D el D i el b il i el ek e e ol D D i e D el il ol o

1 252
1
1 o7
1
1 329

V.0
o)

PAGE 258

LSBTTL

SYSMACL LIBRARY ROUTINES

.SBTTL

SCOPE HANDLER ROUTINE

A
054332
054332
054334

104407
005037

054344

005037

056340

005037

$SCOPE:

SCOPE

;.SCOPE=10T
.

047732

{KSWR
CLR

a#NOSYNC

045432

CLR

a¥TSECCO

002024

CLR

;o TEST
FOR (CHANGE IN SOFT-SWR
;CLEAR FLAG FOR HEAVER ERROR COMMANDS

afT1SECC

;CLEAR FLAG FOR ECC TEST
;WHEN =177777 17 IS AN ECC TEST
WHEN =0 IT IS NOT AN ECC TEST

1350
1351
1352
1353

13564

1355

1356

054350
054354

054354

054362

005037

002026

032777

040000

001111

000416

054366
054372

013746
012737

000004
054412

1363
1364
1365
1366
1367

054404

054410
056412
054414
054420
054422

012637

000004

D e mmd el wmd i i i e e d el il i

054364

1368
1369

1370

e e e i e ol e e e

1371
1372

1373
1374
1375

1376

1377
1378
1379

1380

056400

005737
000463
022626
012637
000423

124556

177060

000004

032777

000400

124510

054432

127737

124502

001102

054440
054442

054446
054450
054456

054460

054466
054470
054476

054500

001404

001462
105737

0014621
123737
101015

032777

001404
013737
000443

105037

1%:

CLR

BNE

001103

001000

124452

001110

001106

001103

#B81714,35WR

$OVER

CODE

FOR THE

CLOCK

s1F =177777 GENERATE ECC
:1F =0 DO NOT GENERATE ECC
;DRIVE TIMING ERROR TEST

;:LOOP ON PRESENT TEST?

JoYES IF

SW16=1

XOR TESTERNANAN

MOV
MOV

S¥ERRVEC,-(SP)
#5% ,Q#ERRVEC

MOV

(SP)+ ,@#ERRVEC

aN177060

;.
1F RUNNING ON THE ''XOR'' TESTER CHANGE
2:THIS INSTRUCTION TO A ''NOP'' (NOP=240)
;;SAVE THE CONTENTS OF THE ERROR VECTOR
:.SET FOR TIMEOUY
;;TIME OUT ON XOR?
;;RESTORE THE ERROR VECTOR

B8R
$SVLAD
;.60 TO THE NEXT TEST
5%:
(mp
(SP)+,(SP)+
;s CLEAR THE STACK AFTER A TIME Qul
MOV
(SP)+ ,3#ERRVEC
;.RESTORE THE ERROR VECTOR
BR
7%
;:;LO0P ON THE PRESENT TEST
68 :;ANNNNEND OF CODE FOR THE XOR TESTERANNAN

RIT

BEQ
2%:

001115

SEVEN IN AN ECC TEST EVERY
;1S NOT 1O GENERATE ECC

SNTESDTE

BIT

$XTSTR: BR

054422

054430

1%:

;NANNNSTART

1357
1358
1359
1360
1361
1362

;*THIS ROUTINE CONTROLS THE LOOPING OF SUBTESTS. IT WILL INCREMENT
;*AND LOAD THE TEST NUMBER(STSTNM) INTO THE DISPLAY REG.(DISPLAY<?:0>)
:*AND LOAC THE ERROR FLAG (SERFLG) INTO DISPLAY<15:08>
;*THE SWITCH OPTIONS PROVIDED BY THIS ROUTINE ARE:
;rSWi4=
LOOP ON TEST
;vSWil=1
INMIBIT ITERATIONS
;*SW09=1
LOOP ON ERROR
;*SW08=1
LOOP ON TEST IN SWR<7:0>
;v CALL

1346

1348
1349

SEQ 0257

;;"'.""""""""'""""""'""".'.'..".."""'.'."'

1 330

1 331
1 332
1 333
1 334
13 35
13 36
13 37
13 38
13 23
13
13 &1
13 &2
13 &%
13
13

30A(1052)
10-SEP-79
11:11
SYSMAC LIBRARY ROUTINES

(MPB

2%
ISWR,STSTNM

BEQ
(MPB
BHI

1%
SERMAX ,BERFLG
3%

BEQ
1S1B

BI1

7%:

#B1108,3S5WR

BEQ
MOV
BR

CLRB

$OVER
SERFLG

#B81109,3SWR

4%
$LPERR,SLPADR
$OVER

$SERFLG

;;LOOP ON SPEC. TEST?
;;BR IF NO

;;ON THE RIGHT TEST?

::BR IF YES
;sHAS AN ERROR OCCURRED?

SWR<7:0>

;:BR IF NO
;:MAX. ERRORS FOR THIS TEST OCCURRED?
;:BR IF NO

;. LO0OP ON ERROR?

;:BR 1F NO
;:SET LOOP ADDRESS 1O LAST

;:LERO THE ERROR FLAG

SCOPE

)

CIRJIGDO,RPO4/5/6 DSKLS CTRLRI]
10-SEP=-79 11:00
CZRJGD. P11

054504
056510
054512
056520
054522
056526
054530
05453¢
056542
054544
054552
054560
056564
054570
054574
054600
054606
054616
054620
054622

005037
000615
032777
001011
005737
001406
005237
023737
002021
012737
013737
105237
011637
011637
005037
112737

013777
013716
000002
000004

MACYTT

30A(1052)
10-SEP-79
11:11
SCOPE HANDLER ROUTINE

001212
004000

126420

001100

001104
001212
000001
054622
001102
001106
001110
001214
000001
001102
001106

(LR
B8R

BIT
BNE
187

BEQ
INC

001104
001104
001212

1%:

$SVLAD:

cmp
BGE
MOV

MOV

IN(B

MoV
MOV

CLR

$OVER:

MovB
MOV
MOV
RT]

SMXCNT:

nog
PAGE

259

SEQ 0258

STIMES
1%
#BIT11,a5WR
1%
$PASS
1%
$1ONT
STIMES,$ICNT
SOVER
#1,81CNT
SMXCNT,STIMES

;;CLEAR THE NUMBER OF ITERATIONS TO MAKE
ssESCAPE TO THE NEXT TEST
. INHIBIT ITERATIONS?
::BR IF YES
..lF FIRST PASS OF PROGRAM
INHIBIT ITERATIONS
.,lNCREHENY ITERATION COUNT
sCHECK THE NUMBER OF ITERATIONS MADE
;:BR IF MORE ]TERATION REQUIRED
;REINITIALIZE THE ITERATION COUNTER
;;SET NUMBER OF ITERATIONS T0 DO

(SP) ,$LPADR
(SP) ,SLPERR
SESCAPE
M1, SERMAX
$TSTNM,aDISPLAY
$LPADK, (SP)

::SAVE SCOPE LOOP ADDRESS
;- SAVE ERROR LOOP ADDRESS
;. CLEAR THE ESCAPE FROM ERROR ADDRESS
;;ONLY ALLOW ONE(1) ERROR ON NEXT TEST
;;DISPLAY TEST NUMBER
::FUDGE RETURN ADDRESS

$STSTNM

;:COUNT TEST NUMBERS

;s FIXES PS
;:MAX, NUMBER OF

I1TERATIONS

CIRJGDO,RPO4/5/6 DSKLS CTRLRI

CIRJIGD P

10-SEP=79 11:00

MACY11

116401
11402
11403
11404
11405
11406
11407
11408
11409

30A(1052)
10-SEP-79
11:11
PAGE 260
CONVERT BINARY TO DECIMAL AND TYPe ROUTINE
.SBTTL

CONVERT

BINARY

TO DECIMAL

AND

SEQ 0259

TYPE

:;""""""'"""""""'"""'f It

ROUTINE
AR RRRRNRRORRRORRORROREORY

:*THIS ROUTINE 1S USED TO CHANGE A 16-BIT BINARY NUMBER TO A 5-DIGIT
;*SIGNED DECIMAL (ASCI1) NUMBER AND TYPE IT. DEPENDING ON WHETHER THE
;*NUMBER 1S POSITIVE OR NEGATIVE A SPACE OR A MINUS SIGN WILL BE TYPED
;*BEFORE THE FIRST DIGIT OF THE NUMBER. LEADING ZEROS WILL ALWAYS BE

;*REPLACED WITH SPACES.
seCALL:
~
Mov
NUM,
- (SP)
b 4
TYPDS

054624
054624
056626
054630
054632
054634
054636
054642
054646
056650
054652
054660
056662
0564666
054672
054674
054700
054702
054704
054706
054710
054712
056714
054716
054720
054722
054724
054726

054734
054740
054744
054746
054750
054754
054756
054760
054762
054764
054766
054770
054776
055000
055002
055004

010046
010146
010246
010346
010546
012746
016605
100004
005405
112766
005000
012703
112723
005002
016001
160105
002402
005202

$TYPDS:

020200
000020
000055

000001

055040
000040

2%:

055030

:
1%

000774
060105
005702
001002
105716

100407
106316
103003
116663

052702
052702

110223

005720
020027
002746
003002
010502
000764

105726
100003
116663
105013

012605
012603
012602

1%:

4%:

MOv
MOV
Mov
Mov
Mov
MOV
MOV
BPL
NLG
mMove

CLR

Mov
MOvB

CLR

Mov

SuB
BLT
INC
BR

RO,-(SP)
R1,-(SP)
R2,-(SP)
R3,=-(SP)
RS,-(SP)
#20200,-(SP)
20(SP),RS
1%
RS
#'-,1(SP)
RO
#$DBLK ,R3
#' ,(R3)+
R?
$DTBL(R0O)
,R1
R1,RS
4%

ADD
187

BNE

5%:

000001
000060
000040

177777

6%:
7¢%:

1578
BM]
ASLB
BCC
MOvVB

BIS
BIS

MOvB
151
(mMpP

000010

BLT
BG1

1(SP),-1(R3)

¥'0,R

" R
R2,(R3)+
(RO)+
RO, M0

MOv

8¢:
177777

177776

1518
BPL
MOVB
CLRB

Mov
MOV
MOV

-1(SP),=2(R3)
(R3)
(SP)+,RS
(SP)+,R3
(SP)+ ,R?

::PUT THE BINARY NUMBER ON THE STA(K
;GO TO THE ROUTINE

::PUSH
::;PUSH
::PUSH
;;PUSH
;;PUSH

RO
R1
RZ2
R3
RS

ON
ON
ON
ON
ON

STACK
STA(K
STA(K
STACK
STACK

;:SET BLANK SWITCH AND SIGN
;:GET THE INPUT NUMBER
::;BR IF INPUT IS POS.
::MAKE THE BINARY NUMBER POS.
s MAKE THE ASCI] NUMBER NEG.
;:lERO THE CONSTANTS INDEX
;:SETUP THE OUTPUT POINTER
;:SET THE FIRST CHARACTER T3 A Bi ANK
;:;CLEAR THE BCD NUMBER
::GET THE CONSTANT
;:FORM THIS BCD DIGIT
;.BR IF DONE

;s INCREASE THE BCD DIGIT BY 1

;s ADD BACK THE CONSTANT
;;CHECK IF BCD DIGIT=0
;:FALL THROUGH IF O
;:STILL DOING LEADING 0'S?
;:BR IF YES
;;MSD?
;:BR IF NO
;s YES==SET THE SIGN
;;MAKE

THE

BCD DIGIT

ASCII

;;MAKE IT A SPACE IF NOT ALREADY A DIGIT
;:PUT

THIS CHARACTER

IN THE

OUTPUT

::JUST INCREMENTING
;:CHECK THE TABLE INDEX
::G0 DO THE NEXT DIGIT
;.60 10 EX]IT
:;GET THE LSD
;60 CHANGE TO ASCI!I
;WAS THE LSD THE FIRST NON-ZERO?
;:BR IF NO
3 YES==SET THE SIGN FOR TYPING
:sSET THE TERMINATOR

:;POP STACK INTO RS
;;POP STACK
;:POP STACK

INTO R3
INTO R?

BUFFER

CIRJGDO,RPOL/S/6 DSKLS (TRLR]
10-SEP=79 11:00
CIRJGD P
11657
11458
11459
11460

11461
11462
11463

11464

11465
11466
11467

055006
055010
055012
055016
055024
055026
055030
055032
055034
055036
055040

012601
012600
104401
016666
012616
000002

023420
001750
000144
000012
000004

MACY11

MOov
Mov
000002

000004

30A(1052)
10-SEP-79
PAGE 261
CONVERT BINARY TO DECIMAL AND TYPr ROUTINE

TYPE

MOov

Mov
RTI
10000.
1000.
100.
10.
.BLKW

(SP)+ R

(SP)+,RO

2(SP),4(SP)
(SP)+,(SP)

SEQ 0260

;:POP STA(K

::POP STACK
;NOW TYPE

[NT0 RI

;s ADJUST THE
;sRETURN

INTO RO

THE

NUMBER

STACY

TO USER

CIRJIGDO,RPO4/5/6 DSKLS CTRLR

CZRJGD.PVY

(O R

W LU RV QU LU SV LV SV TV RV LV RV AV AYal¥

POPNURUNY = b et et et it s 0t s s O OO
W) = OV
N
NS W) — OO0 ~

11468
11469
11470
nen
11472
11473
11474
11475
11476
11477
11478
11479
11480
11481
11482
11483
11484
11485
11486
11487
11488
11489
11490
11491
11492
11493
11494
11495
11496
11497
11498
11499

10-SEP-79 11:00

MACY1T

30A(1052)

10-SEP-79

.SBTTL

TYPE ROUTINE

TYPE

ROUTINE

PAGE 262

SEG 026!

2222222222222
2222220
RRARRRRRRRRRRARR RN

:*ROUTINE
;*THE

TO TYPE

ROUTINE

WILL

:'NOTE\:
;*NOTEZ:
;*NOTE3:
[

11:11

.'OR
st

TYPE

INSERT

A NUMBER OF

NULL

TERMINATE WITH A O BYTE.

CHARACTERS AFTER A LINE

FEED.

SNULL CONTAINS THE CHARACTER TO BE USED AS THE FILLER CHARACTER.
$FILLS CONTAINS THE NUMBER OF FILLER CHARACTERS REQUIRED.
$FILLC CONTAINS THE CHARACTER TO FILL AFTER.

;*CALL:
-1) USING A

ASCIZ MESSAGE. MESSAGE MUST

TRAP

INSTRUCTION

LMESADR

::MESADR

$TPFLG

;:1S

IS FIRST

ADDRESS OF

AN ASCI2

STRING

TYPE

MESADR

055050
055054
055056
055060
055062
055064
055070
055072
055074
055076
055100
05510¢4
055106
055112
055114
055120
055122
055124
055126
055130
05513¢
055136
055142
055146
055150
055154
055160
055162
055166
055172

105737
100002
000000
000407
010046
017600
1120646

001005
005726
012600
062716
000002
122716
001430
122716
001006

001157

$TYPE:

HALT

1$:

000002

ra ¥

000002

c0%:
3% :

000011

4%:

BR
MOV

TS7

(SP)+

BNE

MOV
ADD

RT]
(MPB

5¢:
6%:

001154

7%:

;sHALT

YES

HERE

;;LEAVE
::SAVE RO

TERMINAL?
IF

TERMINAL

::GET ADDRESS OF ASCIZ STRING
::PUSH CHARACTER TO BE TYPED ONTO STA(KX
::BR
::1F

ISN'T

THE

TERMINATOR POP

::RESTORE RO
;s ADJUST RETURN PC

TERMINATOR

OFF

<HT>

NCRLF,(SP)

; ;BRANCH

NOT

(SP)+

;sPOP

CLRB

$SCHARCNT

;s CLEAR CHARACTER COUNT

BNE

P4 3

;o
1F NO GO GET NEXT CHAR.

BNE

BR
JSR
(MPB

2%
PC,8TYPEC
$FILLC,(SP)+
$NULL,=(SP)

:;TYPE

000040
055220
000007

8%:

055264

9%:

STACK

<CRLF>

<CR><LF> EQUIV
A

AND

:sGET NEXT CHARACTER
;:60 TYPE THIS CHARACTER
::15S 1T TIME FOR FILLER CHARS.?
;sGET

# OF

FILLER

CHARS.

NEEDED

DE(CB
BLT

1(SP)
6%

..L00P

PC,STYPEC
$CHARCNT

;.60 TYPE A NULL
; ;00 NOT COUNT AS A COUNT

:HOR]ZONTAL TAB PROCESSOR
055174
055200
055204
055212
055214

THE

:sAND THE NULL CHAR.
;sDOES A NULL NEED TO BE TYPED?
;:BR 1F NO--GO POP THE NULL OFF UOF

JSR
DECB

055220
055264

BEQ

MOV

000001

(SP)+ RO
#2.(SP)

THERE

:sRETURN
:;BRANCH

$CRLF

055220
001156

;:BR

#MT,(SP)

TYPE

055264

3%
RO,=-(SP)

a2(sP),R0O
(RO)+,-(SP)

1817

104401

MOV
MOv8

(MPB

000200

005726

001223
105037
000755
004737
123726

T1S18B

BPL

MOVB

JSR
8118
BNE
191

,L(5P)

PC.STYPEC
#7,8CHARCNT
9%
(SP)Ye

;s REPLACE TAB WITH SPACE
;;TYPE A SPACE
;BRANCH IF NOT AV
;:TAB STOP
;. POP SPACE OFF STA(K

STA(K

NOWVE NN —=O 000NNV »

(UaRS LV LV LV LV LV LV LV W LV IV V. IV, }
AN NN NN
N NN N N O Y no

)
il

il el

el
il

sl el

il
D

el
i

il
el
el

el cd

JGDO ,RPO4/5/6 DSKLS CTRLR]
10-5eP=-79 11:00
JGD.P11
055216
055220
0955226
055226
055234
055242
055244
055250
055252
055260
055262
095264
055266

MACY1Y

123724

000002
000015

30A(1052)
TYPE

ROUTINE

$TYPEC:

000207

PAGE 263

SEQ 0262

;sGET NEXT CHARACTER
;;WALT UNTIL PRINTER [S READY

2(SP) ,a%1PB

::LOAD CHAR TO BE TYPED INTO DATA REG.
::1S CHARACTER A CARRIAGE RETURN?

1%:

(mMPB
BNE
(LRB
B8R
(MPB

#CR,2(SP)
1%
SCHARCNT
STYPEX
FLF,L2(SP)
$TYPEX
(P()+

$TYPEX:

RTS

BtQ
INCB
$CHARCNT
: ,WORD

2%
a%1PS

STYPEC

MOvB

000002

BR
1518

11:
11

BPL

123716

055264

000012

10-SEP-79

::BRANCH

;;YES;-CLEAR
J.EX]

(HARACTER

(COUNT

;1S CHARACTER A LINE FEED?

::BRANCH |f YES
;s COUNT THE CHARA(CTER
;s CHARACTER C(OUNT STORAGE

CIRJGDO,RPO4/S576 DSKLS CTRLR1
CIRJGD.PYY
10-SEP=-79 11:00

MACY11

30A(1052)
10-SEP-79
TTY INPUT ROUTINE

11538

LSBTTL

11540

NHAAA S AR A R AR AR AR A A A A

11539

11541
11542
11543
11544
11545
11546
11547
11548
11549
11550

055270
055272
055274
055276

;*CALL:
ot
X

055310
055314
055322
055330
055336
055344
055350
055356

005037
012737
013737
012737
012737
005777
012777
000207

055270
055276
055272
055360
000200
123576
000100

055272
055274
000060
000062

$TKINT:

123566

11566
11567
11568
11569

:#]T

;

11581
11582

11583
1122;
n

0
O
9.

A A AR A RSl

: :NUMBER OF ITEMS IN QUEUE
::INPUT POINTER
::OUTPUT POINTER
;;TTY XEYBOARD QUEUE

THE

TTY KEYBOARD

INPUT QUEUE

JSR

PC,STKINT

CLR
MOV
MOV
MoV
MoV
ST
Moy
RTS

$TKCNT
#STKQSRT,STKQIN
$TKQIN,$TXKQOUT
#STKSRV,a#TKVEC
#200,3#TKVEC+2
asTkB
#100,3%7kS
PC

RE TURN

;:CLEAR COUNT OF ITEMS IN QUEUE
;;MOVE THE STARTING ADDRESS OF THE
;:QUEUE INTO THE INPUT & OUTPUT POINTERS.
;:INITIALIZE THE KEYBOARD VECTOR
;;''BR'' LEVEL &
::CLEAR DONE FLAG
::ENABLE TTY KEYBOARD INTERRUPT
::RETURN TO CALLER

IN THE QUEUE.

c«]F THE CHARACTER 1S A ""CONTROL=-C'' (*C) STKINT IS CALLED AND
;*UPON RETURN EXIT IS MADE TO THE '‘CONTROL-C'' RESTART ADDRESS
055360

055364
055370
055374
055376
055402
055406
055410

055414
055420

055422

055430

11586

055432

11588
11589
11590
11591
11592
11593

055440
055442
055446
055450
055452
055456

11587

A A A

:*TK SERVICE ROUTINE
:*THIS ROUTINE WILL SERVICE THE TTY KEYBOARD INTERRUPT
;*BY READING THE CHARACTER FROM THE INPUT BUFFER AND PUTTING

11570
11g;;

115764
11575
11576
11577
11578
11579
11580

SEQ 0263

;*SETUP THE INTERRUPT VECTOR AND TURN ON THE KEYBOARD INTERRUPT

}}222

11573

PAGE 264

;*TK INITIALIZE ROUTINE
:*THIS ROUTINE WILL INITIALIZE

11553
11554

INPUT ROUTINE

.ENABL
LSB
STKCNT: .WORD
$TKQIN: .WORD
$1KQOUT: .WORD
$TKQSRT: .BLXB
$TKQEND=.
.EVEN

000000
000000
000000
000011
055307
055310

}}gg;

11557
11558
11559
11560
11561
11562
11563
}}gcg

TTY

11:11

055432

117746

042716
021627
001007
104401
004737
005726
000137

021627
001004

123562

$TKSRY: MOVB

177600
000003
056347
055310

041556

000007

1%:

022737

000176

001140

022737

000011

055270

001500

001004
104401
005726
000451
021627
001021

(MP

2%:

3%:

a%TKB,-(SP)

#4C177,(SP)
(SP),#3
1%
LSCNTLC
PC,STKINT
(SP)+
OPERSEL

(SP),#7

::PICKUP THE C(HARACTER

;;STRIP THE JUNK
::1S 1T A CONTROL C?
: :BRANCH IF NO
::TYPE A CONTROL=-C (*(C)
::INIT THE KEYBOARD
:;CLEAN UP STACK
:;CONTROL C RESTART

::1S 1T A CONTROL G?

BNE

: :BRANCH IF NO

BEu

;.60 TO SWR CHANGE

(Mp

9, ,8T1KINT

CMpP

001216

000023

BIC
cmp
BNE
TYPE
JSR
197
JMP

BNE
TYPE
TS
BR
CMP
BNE

#SWREG, SWR

3%
,$BELL
(SP)+
5¢
(SP),#23
32%

;o 1S SOFT=-SWR SELECTED?
;: 1S THE QUEUE FuLL?

::BRANCH IF NO
:;RING THE TTY BELL
::CLEAN CHARACTER OFF OF
JJEXTT
::1S 1T A CONTROL=S?
;:BRANCH IF NO

STA(K

(OPERSCL)

CIRJIGDO,RPOL/5/6 DSKLS CTRLRI

CIZRJGD.PIY

055460
055464
055466
055472
055474
055500
055504
055510
055512
055520
055522
055526
055532
055534
055540
055542
055546
055552
055556

055564
055566
055574

005077
005726

105777
100375
117746

042716
022627
001366
012777
000002
005237
021627
002405
021627
003002
042716
112677

005237
023727
001003
012737

000002

30AC1052)
1Ty

INPUT

123460
123452

123446
177600
000021

000100

10-SEP-79

ROUTINE

32¢%:

055270
000140
000175
000040
177520
055272
055272

055307

055276

055272

4%:

5¢:

5
PAGE 265

SEQ 0264

asTKS
(SP)+
2%7xs
1%

;;DISABLE TTY XEYBOARD
::CLEAN CHAR OFF STA(X
::WAIT FOR A CHAR
;:LO0P UNTIL JTS THERE

B1C

#AC177,(5P)

s:MAKE

(mp
BNE

123424

11:11

CLR
157
1S18
BPL

MovB

a$TKB,-(SP)

(SP)+,#21
1%

MOV

#100,a87KsS

INC

$TKONT

RT1

;:GET

THE

CHARACTER

7-BIT ASCII

;1S IT A CONTROL-Q?
; ;BRANCK [F NO

::REENABLE TTY KEYBOARD INTERRUPTS

; sRETURN

;s COUNT THIS CHARACTER

Cmp
BLY
(mp
BGT
BIC

(SP).#140
4%
(sp), 75
4%
#40, (SP)

(mMp
BNE

$TKQIN,#STKQEND ;G0 OFF THE END?
5%
::BRANCH IF NO

MOvB
INC

MOV
RYI

(SP)+,a$TKQIN
$TKQIN

INTERRUPTS

::1S 17 UPPER CASE?
; ;BRANCH IF YES
;1S 1T A SPECIAL CHAR?
;;BRANCH IF YES
;:MAKE 1T UPPER CASE
;;AND PUT IT
::UPDATE THE

NSTKQSRT,$TKQIN ;;RESET THE
; ;RETURN

]N QUEUE
POINTER

POINTER

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

s o

elh rd vl s

s -

OOV
~NOC VNI
N—

11594

10-SEP-79 11:00

MACY1Y

055576
055604
055606

055612
055614

055620
055624
055630

022737

001124
105777
100121
117746
042716
021627
001300

000176

001140

;*SOF TWARE SWITCH REGISTER CHANGE ROUTINE.
:*ROUTINE 1S ENTERED
FROM THE TRAP HANDLER, AND WILL
;*SERVICE THE TEST FOR CHANGE IN SOFTWARE SWITCH REGISTER TRAP
;*CALL WHEN OPERATING IN TTY [INTERRUPT MODE.

$CKSWR:

123332

(MP
BNE
1518
BPL

MOvVB
BIC

123326
177600

(mp
BNE

000007

#SWREG, SWR
15%
a%T1KS
15%

2215 THE SOFT-SWR SELECTED
;sEXIT IF NOT
::1S A CHAR WAITING?
;.
1F NOT, EXIT

(SP) &7
2%

;1S 1T A CONTROL=-G?
;o1F NOT, PUT IT IN THE

a%TkB,-(SP)
#2C177,(5P)

;I YES
s:MAKE 1T

7-BIT ASClI

;s AND EXIT

TTY QUEUE

SR 2222222222208
2222220 2002222220000 2RRRRRR2RRRRRRRRRRRdRA

:*CONTROL 1S PASSED TO THIS POINT FROM EITHER THE TTY INTERRUPT SERVICE
;*ROUTINE OR FROM THE SOf TWARE SWITCH REGISTER TRAP CALL, AS A RESULT OF
055632
055640
055642
055644
055650
055654
055662
055666
055672

055676
055700
055704
055706

123727

001674
005726
004737
005077
112737
104401
104401

013746
104402
104401

005046
005046

001134

000001

:+CONTROL-G BEING TYPED, AND THE SOF TWARE SWITCH REGISTER BEING SELECTED,

6%:

055310
123270

000001

056361
056366
000176

056377

001135

$GTSWR:

19%:

(MPB
8tQ
181
JSR
CLR
MOVB

$AUTOB, M
2%

:sARE WE RUNNING IN AUTO-MODE?
; ;BRANCH IF VYES

PC,STKINT
asTKS

;:FLUSH THE TTY INPUT QUEUE
::DISABLE TTY KEYBOARD INTERRUPTS

TYPE
TYPE

JHUINTLG
LSMSWR

Mov
1YPOC
1YPE
(LR
CLR

(SP)+

#1,8INTAG

SWREG, = (SP)
SMNEW
=(SP)
=(SP)

;:CLEAR CONTROL-G OFF

STACK

::SET

IND]CATOR

INTERRUPT MODE

;;ECHO THE CONTROL-G (*G)
;. TYPE CURRENT CONTENTS

;s SAVE SWREG FOR TYPEQUT
::00 TYPE=-=OCTAL ASCIICALL
: ;PROMPT FOR NEW SWR
¢ s CLEAR COUNTER
;s THE NEW SWk

DIGLITS)

CIRJGDO,RPO4/5/6 DSKLS CTRLRI
10-SEP-79 11:00
CZRJGD P

055734
055740
055744
055752
055756
055762

105777
100375

123230

117746
042716

021627

001015
104401
062706
123727
001003
012777
000137

055766
055772
055774
056000
056004

021627
001005

056006
056012
056014
056020
056022
056030
056034
056040
056046
056050
056056
056060
056064
056070
056072
056076
056100
056104
056110
056112
056114
056116
056120
056124
056130
056132
056136

021627
001022
005766
001403
016677
062706

104401

062706
000737

104401
123727

001003
012777
000002
004737
021627
002420
021627
003015
042726
005766
001403
006316
006316
006316
005266
056616
000667
10440

000720

MACYT1

30A(1052)
TTY

INPUT

7%:

10-SEP-79

ROUTINE

11:1}

PAGE

266

SEQ 0265

1518
BPL

8%1xs
7%

;s (HAR THERE?
1F NOT TRY AGAIN
;.

123226
177600

Move

BIC

e31xB,~(SP)
#ACIT77,(SPY

;:P1CK UP (HAR
s:MAKE 1T 7-BIT ASCI]

000003

(mp
BNE

(SP),#3

;:1S 1T A CONTROL=-C?

#6,5P

;:CLEAN UP STACK

MOV

JMP

#100,3%7xS
OPERSEL

s ;CONTROL~C RESTART

(mMp
BNE

(SP) ,#25
10%

056347
000006
001135
000100
041556

TYPE
ADD

000001
123162

000025

(MPB
BNE

8%:
9%:

056354
000006

20%:

000015

10%:

000004

TYPE
ADD

(mMp
BNE
1

BEQ

123110

000002
000006
001223
001135

000001

MOV
ADD
TYPE
(mMPB

000100

123066

MOV

BNE
R11

055220
000060

JSR

SINTAG,#1
8%

001222

18%:

.DSABL

4(SP)

11¢%

2(SP),aSwR

#6,5P

JSCRLF

$INTAG,
M
15%
#100,9%7k$S
PC,STYPEC
(SP) ,#60
18%

(SP)
(SP)
(SP)

2(SP)

=2(SP), (SP)
7%

LSB

NOT

; :BRANCH ]F

17%

17%:

;31S 1T A CONTROL=-U?

:;BRANCH

(SP),#15
16%

2(SP)

000002
177776

;;REENABLE TTY KEYBOARD INTERRUPTS?
;;BRANCH IF NO
;:ALLOW TTY KEYBOARD INTERRUPTS

19%

¥6,SP

#60,(SP)+¢

000060
000002

(*()

::YES, ECHO CONTROL=-U (*W)
; : IGNORE PREVIOUS INPUT
2sLET'S TRY |71 AGAIN

LHONTLY

(SP) 067
13%

000067

:;BRANCH [F NOT
;s YES, ECHO CONTROL-C

. SQUES
20%

IS 1T A <CR>?
NO

:YES, IS IT THE FIRST (MAR?
;;BRANCH |F YES
;s SAVE NEW SWR
;. CLEAR UP STA(CK

::ECHO <CR> AND <LF>

::RE-ENABLE TTY XBD INTERRUPITS?
::BRANCH IF NOT
;:RE-ENABLE TTY kBD INTERRUPTS
;s RETURN
;;ECHD (HAR
::CHAR < 0?
::BRANCH IF YES
::CHAR > 7?
;;BRANCH IF YES
;:STRIP=-OFF ASCLI
::1S THIS THE FIRST (HAR
;;BRANCH

YES

::NO, SHIFT PRESENT
CHAR OVER T0 MAKE
M
ROOM FOR NEW ONE.
M
::KEEP (OUNT OF (MAR
::SEY IN NEW (MAR
;:GET THE NEXT ONE
;s TYPE

2<CR><LE>

;;STMULATE CONTROL=U

crgaRetRERNERRERRRSORRRRRRERSOEROCEOERRSEORORROROSEOSOROCROCGSOSORNORRROROROORRORAROEORONONRNY

YeTMIS ROUTINE WILL INPUT A SINGLE (MARACTER FROM THE TTy
sv(ALL:

CIRJIGDO,RPO4/5/6 DSKLS CTRLRI

10-SEP=-79 11:00

30A(1052)
1Ty

10-SEP-79
INPUT ROUTINE

CIRJGD. P

MACYTT

bR4

[

NS W~ OOV
2O 0O~
NN =2 O OO NO NS W
NO NS NN 2O VRNV
NOWVE NN =2 OV

[«DO
3V

.
.
il

TNNNNNNNN NN NNNNNNNSNNSNSNSNNNNSNSNNNSNSNNNSNSNSNSNSNSNSNASANSNSNNS O JINSNSNSNSNNY[V AV IV SV SV TV IV AV V.V ¥ »Ek 2l S
WNMA N NN AN NP PN PN RINI PRI RN NI N
ot o
e b d oo s b
o

a
b
>

id D
el

i
D il D

i el WP
i il

D ie

el
D

D e

e
ol
D

o
D
il

D
)
il

D ol e

el
D
il

il bl
il

il il
il
b el

D o

D
i

) et

e
i
i

il e
D

D
D

e el

e
e
el

o
el e

b e

e e

D o

i il i

el e

ol el

)

ed i

MR4

S
PAGE 267

:.GET A CHARACTER FROM THE QUEUE
;s CHARACTER 1S ON THE STA(CK

ROCHR
RETURN HERE

;.WITH PARITY BIT

056140
056142
056150
05615¢4
056156
056162
056164
056164
056170
056172
056176
056204
056210
056216
056220
056226

011646
016666
005066
005046
012746
000002

005737
001775
005337
117766
005237
023727
001003
012737
000002

000004
000004

000002

$RD(HR: MOV
Mov

CLR
CLR

056164
66%:

055270

055270
177072
055274
055274

000004

055276

055274

Mov
RT]

151
BEQ
DEC

MovB

INC
(MpP
BNE

055307
2%:
M

MOV
RT1

;l
:'

056347
056354
0563¢!
056366

$RDL IN:
1%:

2%:

000177

10%:

001222

056334
056334
000015

3%:

177777
001224

000004
056336

000002
000004
9%:

005015

000012
000
000012
020122

;:;PUT

NEW PC

:;GET READY FOR A (HARACTER
;:;PUT NEW PS ON STA(CK

4 (SP)
- (SP)
2648 ,-(SP)

STA(CK

:;POP NEW PC AND PS

$TKCNT
;sWAIT ON A CHARA(CTER
1%
$TKONT
;;DECREMENT THE COUNTER
#%TKQCUT,
4 (SP)
;:GET ONE CHARACTER
$1KQOUT
:;UPDATE THE POINTER
$TXQOUT,#S$TXKQEND ;;DID IT GO OFF OF THE END?
::BRANCH [F NO
2%
IS1KOSRT.STKQOUT ;;RESET THE POINTER
;RETURN

INPUT

A STRING FROM THE

$TTYIN:
$CNTLL:
SCNTLU:
$CNTLG:
$MSWR:

MOv
MOV

cmMp
BLOS
RDCHR
MOvB

(MPB
BNE

TTv

;s INPUT A STRING FROM THE TTY
;s ADDRESS OF FJRST CHARACTER WILL BE ON THE STA(K

RODLIN
RETURN HERE

;:TERMINATOR WILL BE A BYTE

056242
056244
056246
056250
056254
056256
056262
056264
056270
056274
056300
056302
056306
056312
056314
056316
056324
056332
056334
056335
056336

;. THE

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

s*CALL:

05¢336
056347

STRIPPED OFF

::PUSH DOWN THE P( AND

(SP) ,-(SP)

4 (SP),2(SP)

'THIS ROUTINE WILL

056230
056232
056236

SEQ 0266

::GET ADDRESS
::BUFFER FULL?
;:BR 1F YES
::6G0 READ ONE (CHARACTER FROM THE
::GET CHARACTER
;218 17T A RUBOUT
J:SKIP IF NOTY

(SP)+,(R3)

#1177 (R3)

::TYPE A

TYPE

(MPB
BNE
(LRB
TYPE

;;CHECK FOR RETURN
;:LOOP 1F NOT RETURN

MOvB
TYPE

TTv

;s CLEAR THE BUFFER AND LOOP
. ECHO THE C(HARACTER

.BYTE
BYTE
.BLKB
LASCIZ
ASCIZ
LASCIZ
ASCIZ

ALL 0°'S

::SAVE R3

R3,-(SP)

#STTYIN,R3
#STTYIN+9,
R3
6%

MOV
MoV
Mov
Mov
RTI

OfF

:;CLEAR RETURN (THE 15)
::TYPE A LINE FEED

JOLF

;RESTORE R3

(SP)+,R3

..ADJUSY THE STACK AND PUT ADDRESS OF
FIRST ASCI1 CHARACTER ON |1
:

(SP),=(SP)
L(SP),2(SP)
#STTYIN,L(SP)

:sRETURN

;s STORAGE FOR ASCI] (HAR. 10 TYPt
:: TERMINATOR
;;RESERVE 9. BYTES FOR 11y [NPUT
;:CONTROL ''C”

::CONTROL "'V

:;(ONYROL

uGu

TnE

CIRJIGDO,RPO4/S5/6 DSKLS CTRLRY
CIRJGD.PVY
10-SEP=-79 11:00
1762
763
764
765

056374

056377
056404

020075

040
036440

000

047040
000040

MACY11

30A(1052)
10-SEP=-79
TTY INPUT ROUTINE

053505

SMNEwW:

ASCIZ

11:11

NEW

5
PAGE 268

SEQ 0267

;FROM THE

TTY

JGDO,RPO&L/5/6 DSKLS CTRLR)
10-SEP-79 11:00
P11

MACY1Y

30A(1052)
READ

AN OCTAL

OO0 NN NNNNNNNNN~N NNNNSNNNNNNNNNNNSNNNNN
O O 00O
O OVO0O 00 0o 0o OB 00 00 02 OO 00 OO ~y~N~N~N~
oo NOWNE
NN
O VOO NNy
— OOV~
N

.SBTTL

68
69

:+THIS

:+THE

——

Oo G0 OB 0o 0o 0o O Op OO O

el
i el
el
D
)
(=]
WNO
N
W
—=O O

1C-SEP-79

11:11

NUMBER

FROM

PAGE

THE

TTY

269

READ AN OCTAL NUMBER FROM THE

Sea 0268
TTY

cretteeRtRROCSREROSRROSRROCROSRYRROREOROROROOROORRRRRRRRRORRRRROEROSERNOOOREOEROESROETPRETYS

ROUTINE

;*CHANGE

WILL

READ AN OCTAL

(ASCII)

NUMBER

FROM

THE

TTY

AND

TO BINARY.

INPUT (MARACTERS WILL BE CHECKED TO INSURED THEY ARE LEGAL

;*OCTAL DIGITS. IF AN ILLEGAL CHARACTER ]S READ A '?'" WwILL BE TYPED
;*FOLLOWED BY A CARRIAGE RETURN-LINE FEED.

;*THEN BE
;eCALL:

056526
056530
056532
056534
056536
056540
056544
056546

011646
016666
010046
010146
010246
104411
012600

010037
005001
005002
112046
001420
122716
003026
122716

002423
006301
006102
006301
006102
006301
006102
042716
062601
000756
005726
010166
010237
012602
012601
012600
000002
005726
105010

000004

104401
000730

000000

THE COMPLETE NUMBER MUST

TERMINATED BY

TYPING A

CARRIAGE

$SRDOCT:

MOV
Mov

(SP),-(SP)
4 (SP) ,2(SP)

::PROVIDE SPACE
:: INPUT NUMBER

Mov
MOV

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

:;PUSH R1 ON STACK
::PUSH R2 ON STA(K

Mov

2%:

RDLIN
MOV
MOV

(LR
(LR
MOVB

000067

4%:

5¢:
$HIOCT:

R1
R2
(RO)+,=(SP)

B8GT

#'0,(SP)

(MPB
8LT
ASL

#'7,05P)
4%
R1

ASL
ROL

R
R2

::HIGH ORDER BITS ARE IN $HIOCT
FOR

THE

::PUSH RO ON STACK
::READ AN ASCIZ LINE
:;GET ADDRESS Or 1ST

;s AND SAVE T
;:CLEAR DATA WORD

C(MHARA(CTER

::PICKUP THIS CHARACTER

;:1F ZERO GET OQUT
;sMAKE

SURE

THIS (HARA(CTER

::1S AN OCTAL DIGITY
R
sk

ASL
ROL

R
R?

ADD
BR
187
MOV
MOv
MOV
MOV
MOV
R1]

(SP)+ ,R1
2%
(SP)+
R1,12(5P)
R2,8H1IOCT
(SP)+ ,R2
(SP)+ ,R1
(SP)+,RO

::ADD IN THIS DIGIT
;;L00P
;;CLEAN TERMINATOR FROM STA(K
::SAVE THE RESULT

BIC

(SP)+ RO
R0,S%

ROL

177770

RO,~-(SP)

BtQ

(MPB

000060

001222

::READ AN OCTAL NUMBER
;:;LO0W ORDER BITS ARE ON T0OP OF

056536

000012
056546

INPUY

RDOCT
RETURN HERE

1%:

104401

000000

000002

THE

M
.

.
056410
056412
056420
056422
056424
056426
056430
056432
056436
056440
056442
056444
056446
056452
056454
056460
056462
056464
056466
056470
056472
056474
056476
056502
056504
056506
056510
056514
056520
056522
056526

RETYPED.

#°C7,(5P)

TS87
CLRB

(SP)e
(RC)

.WORD

TYPE

TYPE
BR
.WwORD

,$QUES
1%
0

;:STRIP THE ASCI]

::POP STACK
;:POP STACK
;;POP STACK
: sRETURN

JUNK

INTO R?
INTO RI
INTO RO

;;CLEAN PARTIAL FROM STA(K
:iSET A TERMINATOR
;. TYPE

THRU THE

s VR R LE
::TRY AGAIN

BAD

(HAR,

;sHIGH ORDER BITS GO HERE

RETURN,

TH®

STA(K

CIRJGDO,RPO4/5/6 DSKLS CTRLRY
CIRJGD.P
10-SEP=-79 11:00

MACYY1

30A(1052)
10-SEP-79
11:11
ERROR HANDLER ROUTINE

PAGE 270

SEa 0269

}}g;g

LSBTTL

11821

11822
11823
11824
11825
11826
11827
11828

;*THIS ROUTINE WILL INCREMENT THE ERROR FLAG AND THE ERROR COUNT,
;*SAVE THE ERROR JTEM NUMBER AND THE ADDRESS OF THE ERROR CALL
s*AND GO TO SERRTYP ON ERROR
;*THE SWITCH OPTIONS PROVIDED BY THiS ROUTINE ARE:
;*SW15=1
HALT ON ERROR
;*SW13=
INHIBIT ERROR TYPEQUTS
;*SW10=1
BELL ON ERROR

11830

;*CALL

11829

;*SW09:=1

}}gg}

11833
11834
11835

. r
056550
056550
056552

11836
11837
11838
11839
11840
11841
11842
11843
11844
11845
11846

056560
056560
056564
056566
056574
056602
056604
056610
056614
056620
056626

11848
118649
11850
11851
11852
11853
11854
11855

056642
056644
(56650
056654
056654
056660
056662
056664

11857
11858

056674
056676

11847

11856

11859
11860

11861

11862
11863

ERROR HANDLER ROUTINE

056634

056666
056702
056706

056710

056714
056714

104407
012737
105237
001775
013777
032777
001402
104401
005237
011637
162737
117737

032777

$ERROR:
177777
001103
001102
002000
001216
00i112
001116

000002
122264

020000

001004
004737
104401

056716
001223

005777

122260

100002
000000
104407
032777
001402
013716
005737
001402

013716
000002

002006

001000
001110
001214

001214

REGSA1:
7%:

122346
122336
1%:

001116
001114

122276

122244

3%:
6%:
5%:

LOOP ON ERROR

ERROR

(KSWR
Mov

#-1,3NERFLGS

INCB
BEQ
MOV
BIT
BEQ
TYPE
INC
MOV
SuB
MOVB

$ERFLG
7%
$STSTNM,aDISPLAY
#81710,aSwR
1%
L9BELL
$ERTTL
(SP) ,$ERRP(
#2,8ERRPC
SSERRPC,SITEMB

;:SET THE ERROR FLAG
;;DON'T LET THE FLAG GO 10 ZERO
;;DISPLAY TEST NUMBER AND ERROR FLAG
;;BELL ON ERROR?
;N0 = SKI]P
;sRING BELL
;s COUNT THE NUMBER OF ERRORS
;:GET ADDRESS OF ERROR INSTRUCTION

;.SKIP TYPEOUTS
;.60 TO USER ERROR ROUTINE

BI17

20%:
2%:

;;ERRGR=EMT AND N=ERROR ]TEM NUMBER
;s TEST FOR CHANGE
;SET ERROR FLAG

;;STRIP AND SAVE

BNE
JSR
TYPE

#BIT13,aSWR

20%
PC,SERRTYP
LOCRLF

;:SKIP TYPEOUT

1S1

aSWR

;;HALT ON ERROR

BPL
HALT
CKSWR
BIT
BFQ
MOV
TST
BEQ

MOV
R}

#B1709,aSwR

4%
$LPERR, (SP)

$ESCAPE
5%

$SESCAPE, (SP)

IN SOFT-SWK

THE

SET

ERROR

]TEM (ODE

;SKIP 1F CONTINUE
::HALT ON ERROR!
;s TEST FOR CHANGE IN SOFT-SWR
::LO0P ON ERROR SWITCH SET?
;.BR IF NO
;.FUDGE RETURN FOR LOOPING
;. CHECK FOR AN ESCAPE ADDRESS
;:BR 1F NONE

;FUDGE RETURN ADDRESS FOR ESCAPE
;s RETURN

CIRJIGDO,RPO4/S5/6 DSKLS CTRLR1

10-SEP-79

}}ggg

.SBTTL

ERROR MESSAGE

11866

11867
11868

:*THIS ROUTINE USES THE ""ITEM CONTROL BYTE'' (SITEMB) TO DETERMINt WHICH
;*ERROR 1S TO BE REPORTED. IT THEN OBTAINS, FROM THE ''ERROR TABLE'' (SERRTB),

10=-SEP=-79 11:00

}}ggg
(056716
056716
056722
056724
056726
056732

104401
010046
005000
153700
001004

001223

056734

013746

001116

0567640

104402

11882
11883
11884
11885
11886

056744
056746
056750
056752
056754

005300
006300
006300
006300
062700

11888

056764

001404

11887

056762

056760

012037

056766
056770
056772
056776
057002
057004
057006

104401
000000
104401
012037
001404
104401
000000

11897
11898
11899
11900

057014
057016
057020
057022

010146
012001
001415
012000

11901
11902
11903
11904
11905
11906

057010

057024
057026
057030
057032
057034
057036

104401

057036
057040
057042
057044

013146
104405
005711
001403

11g}§

057052

000764

057056
057056
057060
057064
057066

012601
012600
104401
000207
020040

11914
11915
11916
11917
11918

11919

A A

A A R R

SEQ 0270

TYPEOUT ROUTINE
R R R AR

A R R A A

A AR AR RNl

057046

104401

057072

TYPE
MOV
CLR
BISB
BNE

LSCRLF
RO,-(SP)
RO
a¥SITEMB,RO
1%

MoV

$ERRP(,-(SP)

::1F 1TEM NUMBER 1S ZERO, JUST
::TYPE THE PC OF THE ERROR
::SAVE SERRPC FOR TYPEOUT

10%

;:GET ouT

TYPOC

1%:

001226

056770

001223
057006

001223

105720
001003
013146
104402
000402

11907
11908
11909
11910

11911

AR A S A

$SERRTYP:

001114

000445

11889
11890
11891
11892
11893
11894
11895

11896

ERROR MESSAGE TYPEOUT ROUTINE

:*AND REPORTS THE APPROPRIATE INFORMATION CONCERNING THE ERROR.

11871
11872
11873
11874
11875
11876
11877
11878
11879
11880

11881

11:11

5
PAGE 271

30A(1052)

CIRJIGD.PIY

MACY11

2%:

3%:
6%:
5¢:

7%:

8%:

057066

000

DEC
ASL
ASL
ASL
ADD

RO
RO
RO
RO
#SERRTB,RO

BEQ

MoV

6%:

001223

B8R

11¢:

: :ERROR ADDRESS
;360 TYPE--0CTAL

;sADJUST THE
0
WORK

FEED'"

ASCIICALL

DIGITS)

INDEX SO THAT
FOR THE ERROR

1T wWillL
TABLE

;:FORM TABLE POINTER

;:P1CKUP "'ERROR MESSAGE'' POINTER
::SKIP TYPEOUT

NO POINTER

TYPE
.WORD
TYPE
MoV
BEQ
TYPE
.WORD

::TYPE THE ''ERROR MESSAGE"
;:""ERROR MESSAGE'' POINTER GOES HERE
::"CARRIAGE RETURN'' & ''LINE FEED"
::P1CKUP ''DATA HEADER'' POINTER
::SKIP TYPEOUT IF 0
::TYPE THE ''DATA HEADER''
::''DATA HEADER'' POINTER GOES HERE

MOV
MoV
BEQ
MOV

R1,-(SP)
(RO)+,R1
9%
(RO)+,RO

;:SAVE R1
::PICKUP ''DATA TABLE'' POINTER
::BR 1F NO DATA T0 BE TYPED
;:PICKUP ''DATA FORMAT'® POINTER

TYPE

118
BNE
MoV
TYPOC
8R

O
LSCRLF
(RO)+,4%
5¢

LSCRLFH

(RO) +
7%
d(R1)+,-(SP)
8%

::'CARRIAGE RETURN'' & ''LINE FEED"

;:"'OCTAL'' OR "'DECIMAL"
::BR IF DECIMAL
::SAVE a(R1)+ FOR TYPEQUT
::GO TYPE==0OCTAL ASCII(ALL DIGITS)

MoV
TYPDS
ST
BEQ

a(R1)+,=(SP)
(R1)
9%

::SAVE @(R1)+ FOR TYPEOUT
::60 TYPE=-=DECIMAL ASCII WITH SIGN
::1S THERE ANOTHER NUMBER?
:;BR IF NO

;;LO0P

MOV
MoV
1YPE
RTS
ASCIZ

(SP)+ ,R1
(SP)+,RO
LSCRLF
P(
7

TYPE

9% :
10%:

(RO)+,2%

::"'CARRIAGE RETURN'' § "'LINE
;:SAVE RO
;:PICKUP THE 1TEM INDEX

EVEN

L1118

;:TYPE TWwO(2) SPACES

::RESTORE R1
::RESTORE RO
.
::"'CARRIAGE RETURN'' € '"LINE FEED
::RETURN
;:TW0(2) SPACES

CIRJGDO,RPO4/5/6 DSKLS CTRLRY

CIRJIGD.PIY

10-SEP=-79 11:00

MACY11

Hgg?

JrCALL:

v
*
.
.
e

}}3%%

057072

017646

116637
112637
062716
000406
112737
112737
112737

119564

057142

010446

11964

057140
057144

057146
057152
057154
057160
057164

057170
057174

057176

057200

11965

057202

11967
11968
11969
11970

057206
057210
057212
057214

11966

11971
11972
11973
11974
11975

RRaRd]

MoV
1YPOS
.BYTE
.BYTE

NUM,-(SP)
N
M

; NUMBER T0O BE TYPED
;:CALL FOR TYPEOUT
;:N=1 T0 6 FOR NUMBER OF DIGITS
;:M=1 OR 0
;:1=TYPE LEADING ZEROS

057204

057220
057222
057226
057230
057232

010346
010546

113704
005404
062704
110437
113704

016605
005003

000000

000001
057317
000002

057315

000001
000006
000005

057315
057317
057314

$T1YPOS:

MoV
MOV

MOV

MOVB
NEG
ADD
MOVB
MOVB

000006

057316
057315
000012

006105

1$:

006105

2%:

000404

006105

006105
010503
006103
105337
100016
042703
001002
005704
001403

MOV

MOVB
MOVB
ADD
BR
$TYPOC: MOVB
MOVB
STYPON: MOVB

057317

057316

177770

3%:

TO TYPE

;;0=SUPPRESS LEADING ZEROS

i «$TYPON----ENTER HERE T0 TYPE OUT WITH THE SAME PARAMETERS AS
;*$TYPOS OR $TYPOC
DeCALL:
;e
MoV
NUM,=(SP)
::NUMBER TO BE TYPED
o
TYPON
;:CALL FOR TYPEOUT
X
;*$STYPOC---ENTER HERE FOR TYPEOUT OF A 16 BIT NUMBER
;¢CALL:
e
MoV
NUM, - (SP)
: :NUMBER TO BE TYPED
T
1YPOC
;:CALL FOR TYPEOUT

057076
057106
057110
057114
057116
057126
057132

11963

11946
11947
11948
11949
11950
11951
11952

11961
11962

SEQ 0271

TO OCTAL (ASCII) AND TYPE

11934
11935
11936
11937
11938
11939
11940
11941
11942
}}gas

11956
11957
11958
11959
11960

nS
PAGE 272

:-:vaos-—-sntea HERE TO SETUP SUPPRESS ZEROS AND NUMBER OF DIGITS T0 TYPE

11927
11928
11929
11930
11931

11955

11:11

-1nxs ROUTINE 1S USED TO CHANGE A 16-BI1T BINARY NUMBER 10 A 6-DIGIT
:*OCTAL (ASCII) NUMBER AND TYPE IT.

}}ggz

11953

BINARY

A XA XA

11923
11924

10-SEP-79

BINARY T0 OCTAL (ASCI1) AND TYPE
LSBTTL

]‘.922

11945

30A(1052)

MOV
(LR

ROL

B8R

8(SP),-(SP)

1(SP),$0FILL
(SP)+,$0MODE+1
N2, (SP)
$T1YPON
#1,80F1LL
#6,30MODE + 1
#5,80CNT

::LOAD 26RO FILL SWITCH
:;NUMBER OF DIGITS TO TYPF
::ADJUST RETURN ADDRESS
::SET
::SET
::SET

THE 2ERO FILL SWITCH
FOR SIX(6) DIGITS
THE ITERATION COUNT

::SAVE R3

RS,=(SP)

::SAVE RS

$OMODE +1,R4
R4
"6 R4
R4 , $OMODE
$OFILL,R4

;:SAVE R&

;:GET

THE NUMBER OF

::SUBTRACT

DIGITS 10 TYPE

FOR MAX.

ALLOWED

12(SP) ,RS
R3

;SAVE 1T FOR USE
;:GET THE 2ERO FILL SWITCH
;:PICKUP THE INPUT NUMBER
::CLEAR THE OUTPUT WORD

;:GO DO MSB

ROL

ROL
MOV
ROL
DECB
BPL
BIC
BNE
161
BEQ

RS
RS,R3
R3
$OMODE

ROL

;:P1CKUP THE MODE

R3,-(SP)

R4 ,-(SP)

7%
#177770,R3
6%
RG
5%

THE LAST

::ROTATE MSB INTO °'C''
;;FORM THIS DIGIT

::GET LSB OF THIS DIGIT
;:TYPE THIS DIGIT?
::BR 1F NO
::GET RID OF JUNK
::TEST FOR O
: :SUPPRESS THIS 07
;:BR IF YES

1976
1977
1978
1979
1980
1981

057234
057236
057242
057246
057252
057256
057262
057264
057266
057270
057272
057274

005204
052703
052703
110337
104401

105337
003347
002402
005204
000744
012605
012604
012603
016666
012616
000002
000
000
000
0G0
000000

MACY1Y

L%:

000060
000040
057312
057312
057314

5%:

6%:

000002

30A(1052)
10-SEP-79
11:11
PAGE 273
BINARY T0O OCTAL (ASCII) AND TYPE

000004

8%:
$OCNT:
$OFILL:
:
$OMODE

INC
8IS
B1S

move
TYPE
DECB

BGT
BLT
INC
B8R

Mov
Mov
Mov
Mov
Mov
RT1

.BYTE
.BYTE
.BYTE
.BYTE
.WORD

#'0,R3
" L R3
R3,8%

SEQ 0272

::DON'T SUPPRESS ANYMORE 0°S
;;MAKE
::MAKE

;;SAVE

THIS DIGIT ASCII
ASCI] IF NOT ALREADY
FOR TYPING

::G0 TYPE THIS DIGIT
::COUNT BY 1
;;BR IF MORE 10 DO
;:BR 1F DONE

(SP)+,RS

;s INSURE LAST DIGIT ISN'T A BLANK
;:60 DO THME LAST DIGIT
::RESTORE RS

(SP)+,R3
2(SP),L(SF)

::RESTORE R3
;:SET THE STACK FOR RETURNING

OOOOO

CIRJGDO,RPOGL/S/6 DSKLS CTKRLRI
10-SEP-79 11:00
CIRJGD P11

:;STORAGE FOR ASCII DIGIT

(SP)+,Ré&

(SP):, (SP)

:;RESTORE R&

;s RETURN

;; TERMINATOR FOR TYPE ROUTINE
:;0CTAL DIGIT COUNTER

;. LERO FILY

SWITCH

; ;NUMBER OF DIGITS 10 TYPE

(1 RJGDO,RPO&/5/6 DSKLS CIRLR]

PAGE

276

30A(C1052)

10-SEP-79

;;ggg

LSBTTL

TRAP DECODER

]‘999

";ttt""t"tl"l""'t"""'"tt"'t""""attt"t'tttt't't'tt

12000
12001
12002

;*THIS ROUTINE WILL PICKUP THE LOWER BYTE OF THE ''TRAP'' INSTRUCTION
;*AND USE 1T TO INDEX THROUGH THE TRAP TABLE FOR THE STARTING ADDRESS
;*OF THE DESIRED ROUTINE. THEN USING THE ADDRESS OBTAINED 1T WwWiLL

CIZRJGD.PY

10-SEP-79 11:00

12003
12004
12005

057320

010046

12008
12009
12010
12011

057330
057332
057334
057340

111000
006300
016000
000220

12006
12007

12012
12013

MACY11

057322
057326

016600
005740

$TRAP:

000002

057354

MOV

RO,-(SP)

;:SAVE RO

MOVB
ASL
MOV
RIS

(RO),RO
RO
$TRPAD (RO) ,RO
RO

;:GET RIGHT BYTE OF TRAP
;:POSITION FOR INDEXING
;o INDEX TO TABLE
; ;G0 TO ROUTINE

mMov
181

2(SP),RO
-(R0O)

MOV
MoV
RTI

}ggg?

.SBTTL

TRAP TABLE

12022

057342
057344
057352

011646
016666
000002

:¢TH]S TABLE

12023

000006

000002

(SP),-(5P)
4(SP),2(SP)

CONTAINS THE

;:MOVE THE PC DOWN
;MOVE THE PSW DOWN
; sRESTORE THE PSW

STARTING ADDRESSES OF

:«BY THE "'TRAP'’ INSTRUCTION.

12024

12025

12027
12028
12029

::GET TRAP ADDRESS
; sBACKUP BY ¢

;:THIS 1S USE TO HANDLE THE ''GETPRI'® MACRO
$TRAPZ2:

12026

SEQ 0273

;%60 TO THAT ROUTINE.

‘%812
12016
12017
138}3

TRAP DECODER

1:1

THE

ROUTINES CALLED

ROUTINE

$TRPAD:

.WORD
$TYPE
$TYPOC

$TRAP?
:; CALL=TYPE
;;CALL=TYPOC

TRAP+1(104401)
TRAP+2(104402)

TTy TYPEOUT ROUTINE
TYPE OCTAL NUMBER (W]TH LEADING ZEROS)

mmemee--

057354
057356
057360

057342
055050
057116

138%2

057370

055666

$GTSWR

;;CALL=0GTSWR

TRAP+6(106406)

GEYT SOFT-SWR SETTING

12036
12037
12038
12039
120640
120641
12042

057372
057374
057376
057400
057402
057404
057406

055576
056140
056230
056410
042714
042766
043304

$CKSWR
$RDCHR
SROLIN
$RDOCT
1.5C0P
CHECKT
WAIT.T

;;CALL=CKSWR
;;CALL=RDCHR
;;CALL=ROLIN
;;CALL=RDOCT
;;CALL=SCOP]
;;CALL=CHECKD
;;CALL=WAT

TRAP+7(104407)
TRAP+10(104410)
TRAP+11(104411)
TRAP+12(104412)
TRAP+13(104413)
TRAP+14(104414)
TRAP+15(104415)

TEST FOR CHANGE IN SOF T-SWR
TT1Y TYPEIN CHARACTER ROUTINE
TTY TYPEIN STRING ROUTINE
READ AN OCTAL NUMBER FROM T1v
My LOCAL SCOPES
(HECK DVA,RDY,DPR,DRY
WAIT LOOP

12030
12031
1%8%%
1

057362
057364
057366

057072
057132
054624

$TYPOS
$TYPON
$TYPDS

;. CALL=TYPOS
;;CALL=TYPON
;,CALL=TYPDS

TRAP+3(104403)
TRAP+4(104404)
TRAP+5(104405)

TYPE OCTAL NUMBER (NO LEADING ZEROS)
TYPE OCTAL NUMBER (AS PER LAST CALL)
TYPE DECIMAL NUMBER (WITH SIGN)

CIRJIGDO,RPO4/S/6 DSKLS CTRLRI
10-SEP-79 11:00
CZRJGD.P1T
12043
12044
12045
12046
12047
12048
12049
12050
12051
12052
12053
12054
12055
12056
12057
12058
12059
12060
12061
12062
12063
12064
12065
12066
12067
12068
12069
12070

11:11

POWER DOWN AND UP ROUTINES

6
PAGE 275

SEQ 0274

POWER DOWN AND UP ROUTINES

.. | 2422228222222
2 ARdR
Rl RRRRRdRRRRRRR A

057410
057416
057424
057426
057430
057432
057434
057436
057440
057444
057450
057456
057460

2
2
0046
0
0246
0
0
0
7

057554
000340

121474
057560
057462

000024
000026

“POWER DOWN ROUTINE

$PWRDON:

000024

MOV

mov
MOv
Mov
Mov
MOv
MOv
Mov
MOv
Mov
Mov
HALT

NSILLUP ,QNPWRVEC

;;SET

FOR FAST

#340,8#PWRVEC+2
RO,-(SP)
R1,-(SP)
R2,-(SP)
R3,-(SP)

;;PRIO:7
;:PUSH RO
::PUSH R1
;sPUSH R2
;:PUSH R3

RS,=-(SP)

::PUSH RS ON STACK

R4 ,-(SP)

aSWR,-(SP)

STACK
STACK
STA(K
STACK

::PUSH R4 ON STACK

;:PUSH @SWR ON STA(CK

SP,8SAVR6

;SAVE SP

: ;HANG UP

#SPWRUP ,3#PWRVEC

ON
ON
ON
ON

;;SET

VECTOR

:;'t"""""""'l't"""""""""l".""t'lt'ttt""t"'t

012737
013706
005037
005237
001375
012677
012605
012604

057520
12073
057522
12074 ~ 057524
12075
57526
12076
57534
12077
057542
12078
057544
12079
057546
12080
057550
12081
057552
12082
057554
12083
057556
12084
057560
12085
057562
12086
057570

012602
012601
012600

12087

10-SEP-79

30A(1052)
.SBTTL

057462
057470
057474
057500
057504
057506
057512
057514

12071
12072

MACY11

057516

057554
057560
057560
057560

000024

:POWER UP ROUTINE

$PWRUP:
1%:

121426

012603

012737
012737
104401

057562
012716
006244
000002
000000
000776
000000
005015
000122

057410
000340

000024
000026
$PWRMG:
$PWRAD:

$ILLUP:

047520

042527

$SAVR6:
$POWER:

MOV

#SILLUP,Q#PWRVEC

BNE

$SAVR6
1%
(SP)+,aSWR

MOV
CLR
INC
MOV
MoV
MOV
MoV
MOV
MOV
MOV
MOV
MOV
TYPE

.WORD

mMov

.WORD

RTI

HALT
BR
O
.ASCIZ
.EVEN

;. SET

FOR

FAST

DOWN

$SAVR6, SP
$SAVR6

;.GET SP
;:WAIT LOOP FOR THE

(SP)+ RS

::POP STACK

INTO RS

:;POP STACK

INTO R3

(SP)+ ,R4

(SP)+,R3

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

(SP)+,RO

#SPWRON ,@#PWRVEC

TTY
;;WAIT FOR THE INC
:;0F
WORD
:;POP STACK INTO aSWR
:;POP STACK

;:POP STACK
;:POP STACK

,;POP STACK
;;SET

INTO R4

INTO R?
INTO R1

INTO RO

THE

POWER DOWN VECTOR

#340,3¥PWRVEC+?

;;PRIO:7

$POWER
(PC)+,(5P)
BEGIN

:.POWER FAIL MESSAGE
: sRESTART AT BEGIN
; ;RESTART ADDRESS

.2
<15><12>"'POWER"’

;REPORT THE POWER FAILURE

POINTER

;:THE POWER UP SEQUENCE WAS STARTED
:;

BEFORE

:;PUT

THE

THE POWER DOWN WAS (OMPLETE
SP HERE

CIRJIGDO,RPO4/S5/6 DSKLS CTRLR]
10-SEP~79 11:00
C(ZRJGD P11

D
D el

W
OOV~
NN
NO VNS WO 0O N
NO NS NN = OV
WA= OOV

i e

oy e

D o

e e

el el

)

D o

D e

N N NN N N N N NN N NN RN NONNN

e e

s b b b s b d

D e

D el

= OO OOOO

01
02
03

e
i
el ol
et e
il o
e
s e
el
e
D el e
d ol
d
i
el
el
d
ed o
h
el
e
e
d o
D
el
e e
e
s e
il et
e e

[AVY, N1 ST, ¥Y, VY, F1, V7, VY . FY, ST CT VY CT, V1, VY, V] N1, OF Y S 1 V] VI,V , SN, V],V V] V] V] V] ,N] VY VY, V] .V, VY VY, V1 V] VY.V, V], VY, V)

12088
12089
12090
12091
12092
12093
12094
12095
12096
12097
12098
12099
100

MACY1

30A(1052)

10-SEP-79

11:11

POWER DOWN AND UP ROUTINES

6
PAGE 276

SEQ 0275

;"'""""""""""""""""""'""'""'.Q'.t"."'t"""'.
b

;'ERROR AND MESSAGE TABLE CONDIMENTS
X

;'.'"'""I't""""'""""'t'"""'."""l'""""""""'l""

057572
057600
057606
057614
057622
057630
057636
057644
057652
057655
057662
057670
057676
057704
057712
057720
057726
057734
057742
057743
057750
057756
057764
057772
057776
060004
060012
060016
060024
060032
060040
060046
060054
060062
060067
060074
060102
060110
060116
060124
060132
060134
060142
060150
060155
060162
060170

051127
040504
020116
047111
053440
043516
053504
042522
051105
105

047440
052101
046515
051105
0647117
062524
042504
020104
000
103
046117
051117
042526
052524
042522
051105
042514
047516
05151
051040
042524
051120
020115
042524
127

047514
064501
051127
0644103
040506
000107
042522
051105
044514
M

052522
064501

EM1:

LASCIZ

/WRONG DATA

EM2:

ASCIZ

/ERROR ON

EM6:

LASCIZ

/ERROR

IN READING CR WRITING HARDWARE REGISTER/

DATA COMMAND/

ON WRITE

HEADER

060504

040526

047117

051124
020122
044522
040524

EM11:

LASCIZ

/CONTROLLER OR DRIVE

052123
044501

EM14:

LASCIZ

/REGISTER

054105
052116
05151
020040
040522
051117
000
020124
063040
000104
020105
020113
047111

EM1S:

LASCIZ

/NON EXISTENT

EM16:

LASCIZ

/WALT

EM17:

LASCIZ

/WRITE

052123
044501
000
051105
043040
043516

EM20:

LASCIZ

/REGISTER

EM21:

LASCIZ

/INTERRUPT

042514
042040
051440
000123
044507
043040
000104
020116
042524
043505
026122
043517
041101
027104

AND

DATA/

STATUS/

FAILED/

RECISTER,

LOOP FAILED/

CHECK

FAILING/

FALL ING/

PROGRAM ABORTED./

CZRJGDO,RPOL/S5/6 DSKLS CTRLRY
CIRJIGD.PVY
10-SEP-79 11:00

~NO
OO
NOVE WA
2OV
NO VNN

D
D el i o
e
el
e
D
s o
il
el e
e
i e
e
s e
D

OO
N NS

NN 2OV

e
e e
i il
i
b e
e
e
el o

et et

NOWVNEWN 2O OVONOWVESWN 2OV

S
)

D s

D el ol

D cied e

s e

e el

OOV OOV O OO OOV ORI NNNNNNNNNNOPTOPOC
OO
N NNNNWDNWNNUNE DS

D
e

et et e

NURURLRLNLRURNIR PN RV

e o

e e

AL NN

N NN

el e

D e

i e

AN TNV NI NN TNV P NI NN

D e

e e

i e

el el

) e

D e

NNV PN NV NP NI NI NI NI AU NI NI N NI PO N

2144
65

MACYIY

30A(1052)
10-SEP-79
11:11
POWER DOWN AND UP ROUTINES
EM22:

060176
060177
060204
060212
060220
060226

000
105
047440
053111
042522
026440

051122
020116
051505
042523
005015

051117
051104
050040
052116

060240
060246
060254
060262
060270
060276
828%?3

052111
020123
0201064
052105
051040
051525
0448%%

047040
047506
054502
044526
040510
047111
051105

023517
047125
051440
043516
020123
020107
006461

060232

060313

046126

050

/THE UNIT NO'S FOUND BY SETTING RHAS USING RHER1/<15><12>

032124

020051

LASCI1

/(14) DO NOT AGREE WITH THE UNIT NO'S FOUND/<15><12>

020131

047514

LASCII

/BY LOOKING FOR 'NED' = 0 IN RHCS2 (BIT #12)/<15><12><15><12>

020072

LASCI]

/NOTE: ON DUAL PORT SYSTEM, A DRIVE ON OTHER PORT wlLL /<15><12>

064507

LASCI1

/NOT GIVE °'NED', BUT WILL GIVE RHAS RESPONSES/<15><12>

020105

LASCIZ

/HENCE THERE wlLL BE AN EXTRA DRIVE/

. ASCIZ

/L00k AMEAD REGISTER AT THE BEGINNING OF SECTOR 1S IN ERROR/

060374
060402
060410
060416
060424

045517
047506
042105
020060
041510

047111
020122
020047
047111
031123

060446

047516

042526

060536

047516

020126

042510

041516

060456
060462
060470
060476
060504
060512
060520
060526
060534

060564
060552
060560
060566
060574
060602
060610

060614

060622
060630
060636
060644
060652

060657

052117
042505
0201
0471
0235
0671
020107
047047
020075
051040
024040

020124
005015

030443
005015

047117
020114
051440
026115
044522
020116
020122
053440
005015

0420640
047520
051531
040440
042526
052117
047520
046111

040525
052122
042526
042040
047440
042510
0532122
020114

042526
023506
020126
043440
044122
051505
051505

023440
020054
044527
053111
051501
047520
005015

044502
026462

064124
064527
020105
052130
064522

114

/ERROR ON DRIVES PRESENT =/<15><12>

LASCI1

0470640
051107
052111
020105
047040
047506
012

0606432
060440

.ASCI1

047125

047504
040440
053440
044124
052111
020123
006504

102

6
PAGE 277

020105

060320
060326
060334
060342
060350
060356
060364

060367

051105
0461146
047101
040522
042526

047517

042516
052502
046114
020105
051040
051516

020105
0641040
042440
042040
000

020113

EM24:

SEQ 0276

CIRJGDO,RPO4/5/6 DSKLS CTRLRY
CIRJGD.P1Y
10-SEP-79 11:00
12200

N?\JNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

[T YL VY. VY, VY VY VY U7 VY VT N, V1,07 ST, V7 V1,97, V7 V71,97 N7, 51, ¥1, V1, V7 V7, F1, V1. V7. VY, V7 V7 V1, V1, V7. V1, VY, V7 NPT, V1, VY, U7 ST VT Y, VY, ¥ VY. VY VY VY Y. ¥

NN
NN N
ANV VI, V1, VY VT V1, VY VY WY, 01, 7] ¥
Fo
(Vv] N AN AN NN
XV IV SV RV IV 3 3 3 3 N
¥ 2F
NI NI PO NI NI NI NI RININ) et bt
e et et et et e O O [elolololele]
—
OO0 -~ WS W N=OOVENO
SN
—= OV
~NO KNS
VNS NN =OOVONO NS NN =00 oo NN NN

2201

255

060664

060672
060700
060706
060714
060722
060730
060736
060744
060752
060760
060766
060774
061002
061010
061012
061020
061026
061034
061042
061050
061056
061066
061072
061100
061105
061112
061120
061126
061133
061140
061146
061156
061162

061167
061174

044101

062522
051105
044124
044507
020107
041505
051511
051105
047514
0642510
043505
020122
020116
000122
052503
020126
042116
042517
020126
020110
042522
0644514
051040
042524
101
060640
020113
047111
105
047105
042105
047111
041505

061202
061210
061216
061224
061232
061240
0612646
061254

105
053440
047117
020123
051117
064126
053111
020116
020101
000042

0612664
061272
061300
061306
061314
061322
061330
061336

020104
047101
052106
052101
020104
040510
042505
042101

061256

061343

061350
061356

040505

052123
020124
042502
047111
051440
020122
020116
000122
0406440
051040
042524
044440
04/522

051122
054503
051105
020123
040515
0425064
020104
042116
043505
006522
052106
051440
C47101
052111
041503
051105
064440
047503
006524

047105
044514
042040
047516
041524
044523
054503
051105
051511
012
051105
042505
020104
000
043440
052101
020123
051122
012

052040
042523
044440
052101
047105
042042
051525

044510
052103
020123
043440
064440
052101
042105

042526
051117

051040

105

041503

047503
026104
051105
020101
041505
042526
020116
006454

051511
047640

30A(1052)
10-SEP-79
11:11
POWER DOWN AND UP ROUTINES

PAGE 278

SEQ 0277

020104

044507
0406440
020105
047116
043117
047524
044440
047522
045517
042101
051511
051511
051105

047117

043505
051522

MACYT1

EM25:

. ASCIZ

/LOOK AMEAD REGISTER

EM30:

,ASCII

/CURRENT CYLINDER DOES NOT MATCH DESIRED CYLINDER REGISTER/<15><12>

LASCIZ

/AFTER A SEEX AND INIT/

LASCI1

/ECC GENERATED IS INCORRECT/<15><12>

LASCIZ

/EVERY WORD ON THIS SECTOR IS THAT GIVEN IN "'DATA USED'/

LASCI]

/ON READ C(OMMAND, AFTER DATA AND ECC HAVE BEEN READ,/<15><12>

LASCIT

/ECC REGISTERS OR RMER! ARE IN ERROR/<15><12>

EM31:

054522
020104

040505

04€515
040440
062040
047101
020103
041040
042522
012

051040

062524
020122

EM32:

IS IN ERROR/

304

061400
061406
061410
061416
061424
061432
061440
061446
061654
061462
061470
061476
061504
061512
061520
061526
061534
061542
061545
061552
061560
061566
061574
061602
061610
061616
061617
061624
061632
061640
061646
061654
061662
061670
061676
061704
061712
061720
061726
061734
061742
061750
061756
061764
061772
062000
062006
062014
062022

062030
062036
062044
062052
062060

044122
051101
0462440
005015

067117
053517

020061
047440
052124
042522
047101
042522
044124
047510
040515
047514
030461
020123
047517
030503

132
042504
041040
052117
020110
031440
020124
042522
051501
042532
047520
047117
051511

051117

044502
020106
051105
044507
044440
042522

047514
030461
020123
052101
051040
042524
052417
052101

6
PAGE 279

SEQ 0278

ASCHI

/ONLY LOWER

LASCIZ

/THIS

BITS OF

PATTERN REG.

SHOULD MAT(H LOWER

BITS OF

(AN BE

READ/<15><12>

GOOD ECC1/

041505

047503
044502
020124
043101
034063
046103
000

30AC1052)
10-SEP-79
11:11
POWER DOWN AND UP ROUTINES

OO0O0O—

061364
061372

MACY11

nNOO

CIRJIGDO,RPO4/5/6 DSKLS (1§L R
10-SEP-79 1 :0
CIRJGD.PYY

032470
041517
051105
042524
052111
044040
0446127
020062
041505
027107
031040
047522
044523
051040

020110
020124
047516
020124
020122
020071
051513

EM33:

.ASC1Z

/HIGH COUNT B11

020117
052103
047040
043511
047105
044502
020103
044040
020061
000123
066524
043505
020122
020061
047440

EM34:

.ASCIZ

/IFRO DETECT BIT NOT HIGH WHEN 32 BIT ECC REG. HMAS 21

EM35:

LASCII

/POSITION REGISTER CR 11 BITS OF

LASCLY

/LOWER 11 BITS OF

046440
0646040

NOT

SET AFTER 38859 (LOCKS/

ZEROS/

PATTERN REGISTER INCORRECT/<15><12.

PATTERN REGISTER SHOULD MATCM LOWER/<15><12>

[T
oo

- o

P11

VS NN —=O VO N

VS NN —~O0V00 NN

PNIPTOVPNVPORNININITOIN)
® s el e e s et s

Nt OOV

oW RV IV TV TV IV TV TV TV RV TV Y

LY oV LVl AV AV RV RV IV IV VIV IV IV oV WV TV TV IV IV IV IV IV TNV IV IV TV IV T9Y

~~
s
D
s
D
el
e
el o
i
el
il
ol
wad
o
i e
)
el
e
D el el e
i
il
rad e
P e
o
ol e
ol el e
e
oy
i e
e
e o
s e
S el
g
e
D
i e
e
—h e

0,RP0O4/5/6 DSKLS CTRLR1

062066
062074
062102
062110
062116
062122
062130
062136
062164
062152
062160
062166
062174
062202
062210
062211
062216
062224
062232
062240
062246
062254
062262
062270
062276
062304
062312
062320

062322
062330
062336
062344
062352
062360
062366
062374
062376
0626404
062412
062420
062426
062434
062642
062450

062456

062457

062664
062472
062500
062506
062514
062522
062530
062531
062536

10-SEP-79 11:00
053517
030467
020123
047517
030503
040504
046126
047517
0464523
040440
061455
042532
051101
0476440
000
117
042101
0640515
052111
026516
041505
020105
020122
020047
042447
044123
0641040
000124

~ MACYY1

051105
041040
063117
020104
005015
020124
050117
020104
064524
042116
042117
047522
020105
052103

04704C
020165
020123
047111
046101

020116
041440
042116
020110
047503
040526
051105
062047
047101
044103
052517
020105

042522
046517
053440
047516
051122
046102
047522
045503
020104
020047
062114
042523

05°'°20
020115
020122
030443
051040
0620640
052117
005015
043111
052111
042522
051105
032060
030440
020054
020123

043517
051105
0644502
020060
041510
062111
051440

040522
047522
020124
047111
031123
067040
052105

050040
047511
044507
036440
020060
030060
052111
047507

051517
020116
052123
030061
051117
030464
044440
042117

122

053510

020103

000

044504
020126
050125
046517
0475 "
051 040
012
}}q
052

30A(C1052)

10-SEP-79

11:11

POWER DOWN AND UP ROUTINES

005015
052111
043440
041505

PAGE

230

SEQ 0279

LASCIT

/11 BITS OF

.ASCIZ

/DAY

EM36:

ASCIZ

/ON READ COMMAND WITH NON-CORRECTABLE ERROR

EM37:

LASCI1

/PROGRAM ERROR BIT #10 IN RH(SZ DID NOT SET/<15><1?2>

LASCIZ

/1F

.ASCI1

/RHWC DID NOT = O UPON (OMPLETION OF READ/<15><12>

LASCIZ

/OR WRITE HEADER AND DATA/

047105
043440
047520

GOOD ECC1/<15><12>

ENVLOP GOOD POSITION AND N-CODE

ZEROS ARE

IN OCTAL/

047117

(20104
020075
047117
046120
020116
040505

047516
020060
041440
052105
043117
006504

020122
020105

051127
042510

EM&0:

POSIVION REGISTER -10040 CR 10041,

°‘DC(K'

IS GOOD/

AND 'ECM'

SHOULD BE SE

CIRJGDO,RPOL/S5/76 DSKLS CTRLRY
CZRJGD.PYY
10-SEP-79 11:00
12368
12369
12370

062546
062552
062560

042101
062116
000101

051105
042040

MACYT1
040440
052101

30A(1052)
10-SEP=79
11:11
POWER DOWN AND 1P ROUTINES

PAGE

23!

SEQ 0280

OOV O0 OOV VOO

12401

o
U

040506
051105
020055
06475064
052116
046526
006440
177607
064124
052116
051105
0425064
044040
047117
046106
046040

30A(1052)

10-SEP-79

11:11

POWER DOWN AND UP ROUTINES

CPHALT:

NIV R AV AV ]

062562
062570
062576
062604
062612
062620
062626
062634
062642
062650
062656
062664
062672
062700
062706
062714
062722
062723
062730
062736
062764
062752
062760
062766
062774
063002
063004
063012
063020
063026

MACY11

(W R N

epele

£ A ol L
A
A
A
A
XY R
Y
A
AV AV AV AV IV W
W W RV IV RV LV)
o0 O
00 0o O Qo G0 O 00 0o 0000 ~y N NNNNYN~
o0 oo NOWVE NN = OO0
NG NS NA = OO0~
N
(NP —

PN PN N PO NI N PO N Y

( l JGDO,RPO4L/S5/6 DSKLS CTRLR]
10-SEP-79 11:00
( LRIGD P

6
PAGE

282

SEQ 0281

LASCLY

/FATAL ERROR - SEE DOCUMENT LISTING/<15><12>

.ASCL]

7 1<15><12><207><377><377><207><377><377><207><377><377>

LASCH]

/THE

CONTROLLER OR DEVICE HAS GONE OFFLINE, LOST/<15><12>

051517

026105
006526

042522
020054
042515
040526
062514
044040
040524
044502

042101
042502
052440
046111
020054
051501
052526
051524

LASCII

/'READY', BECOME UNAVAILABLE, OR HAS STATUS BITS/<15><12>

040503

04151

LASCIZ

/WHICH CANNOT

041040
040505

047116
020105
042522

020110

063034
063042

020040
020040

020040
000

020040

SPACES:
SPA(EZ:

CASCI]
LASCIZ

/
/)

063045
063052
063060
063066
063074
063102
063110
063116
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CZRJIGDO,RPO4/5/6 DSKLS CTRLR]
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PAGE 283

Sea 0282

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CONT,

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/<15

CIRJIGDO,RPO4/S5/6 DSKLS CTRLRI
CIRJGD P11
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11
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6
PAGE

284

SEQ 0283
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}

PAGE 285

SEQ 028¢

TESY

CONT

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CIRJGDO,RPO4/5/6 DSKLS CTRLR1
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30A(1052)

10-SEP-79

11:11

POWER DOWN AND UP ROUTINES

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DH31:

LASCI]

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6
PAGE 286

SEQ 0285

JSR

TEST

JSR

TEST

JSR

TEST

WORD

REG ADD RHCS1

RHCS2

FAILING

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RECEIVED/<15><12>

REG

DATA

REG.

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ADDRESS DATA

DATA

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CONT,

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PAGE 287

TEST

JSR

TEST

SEQ 0286

DATA

RHCS1

RHDS1

RHER1

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600D

BAD

CONT.

(ONT.

DATA

RHCST

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GO0D

CONT.

CONT,

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12662
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10-SEP-79

VOV OVO0000Oo

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10-SEP-79 11:00

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CZRJIGDO,RPO4/5/6 DSKLS CTRLRI

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040520
020116
047524
042117
044122
020040

052123
047507
020040
020040
052126
047520
020116
020040
051105
005015

020040
047520
020116
020040

070040
046523
042522
020040

020040
047526
027107
000

067000
067006

(20040
C20124

052040
020040

051505
050040

120

020103

DH34:

DH35:

PAGE 288

SEQ 0287

LASCIZ

JSR

DATA

RHCST

LASCIL

/PC

TEST

600D

WRITTEN WRITTEN DATA

/<15><12>

LASCIZ

Ecct

ECC?

Ecct

JLASCIT

/PC

TEST

600D

PATTERN POSITON GOOD

LASCIZ

ECCt

ECC2

REG.REG.

ASCIL

/PC

TEST

PC OF

RHMR

POSITON PATTERN /<15><12>

ECC2

RHDST

USED

RHER1

020040

~r~

POSITCN REG.

066744
066752
066760
066766

066773

POWER DOWN AND UP ROUTINES

020040
020040
051512
020040
020040
060524
044122
020040
020061
051105

020040
020103
052040
020040
020104
047517
053640
047105
052126
052101
006440
020040
0470640
020040
020061
0641503
0624640
020040

11:11

VMOV
DDA

066304
066312
066320
066326
066334
066342
066350
066356
066364
066372

10-SEP=-79

N SN N N SN N SN N SN SN SN SN SN N S SN SN N SN SN N SN N SN g N N SN N SN N SN N N N ~
NN
ol
FO S O
I
T v v v IV v v P TP o) PINIPNI NI PI PO NI NININ) b et b b b b b et b b O o
oo [« XV IV AV IV IV SV 1V LV 1V TV ¥ o Pk
N2 OOVB N NS WN—=O
O oo ~NOo VB W —=OVENOWVNE W20 00N VNS NN —=O OB ~NO VSN —=O O oo

ol
i
e D el oS il o
oD i
il o
D et
D el s
D el el
)
i el e
e
el el e
D e
el el o
) e el el ih e
D
) il
i
i
el i
i e
il
i
D
s
—

N TNNNNNNNNNgY
N NN~ NN

il e

(AT CY C 1 VT VY, Y V7 V1 VY U1 VN VT WY V1 N1, V1 V1, L, VL N V] V) V] SR ST NI S V], V], V] V) V). OT CY V1, V] V1 N7 V] N1 N1, V1 VT ST, VT, VT, UT. ST VT VY .GY VY VT VY 5}

2707

10-SEP-79 11:00

30A(1052)

/<15><1

DDDDDODIDODIIDIDOHD

CZRJIGD.PYT

MACY11

HDHHDHDIO
N

CIRJGDO,RPO4/S5/6 DSKLS CTRLRY

OH36:

oo~ NN N NN NN NYNNNNNNNNNN~ NNNNNNINNNNN
0 hod V000000 ~D 00 0o 0o 0o OO OB OB 00 00 OB ~J ~NNNNNN~NN ~O
S0 [e NOWVME NN = OO0V
NO VNS WA =OO00 NN
NN = OO

ASAASAASIASTAN IS VR VR VI VY NI VI VI,V UL V] VY V] V1 V) V] VY Y V), ), C1 V], VT VT VY VY, V] V), V] V],V

CIZRJGDO,RPO4/S/6 DSKLS CTIRLRI
10-SEP-79 11:00
CZRJGD P11

iy —
N IS
00~ O

D el
il
D ol el
—

0 R0 AU RU AU AR

G0 0o 0o 0o Oo O 0o 00 OB

12801

067014
067022
067030
0679036
067044
067052
067055
067062
067070
067076
067104
067112
067120
067126
067132
067140
067146
067154

067162

067170
067176
067204
067212
067220
067226
067234
067242
067250
067256

067264
067272
067300
067306

067314
067322
067330
067336
067344

067350
067356
067364
067372
067377
067404
067412
067420

020103
051040
020040
052111
052101
006440
040
020040
020040
051123
041440
020040
020056
043505
041520
020040
020040
044523
047520
020116
020040
042117
040520
020116
020040
047503
020040
020040
020040
020103
047507
020040
020040
031103
041505
020040
050117
047522

043117
0646510
050040
067117
042524
012
020040
047040
020040
020040
047117
051040
020040
000056
020040
0642524
020040
047524
044523
047507
020040
020040
0521264
040504
020040
042504
020040
047516
020040
020040
042117
0641505
020040
020040
020103
047105
020105
000123

041520
020040
020040
052116

020040
042524
020040
006456
020040
047040
020040
000103

MALY11

30A(1052)
POWER

10-SEP-79

11:11

DOWN AND UP ROUTINES

PAGE 289

SEQ 0288

LASCIZ

JSR

REG.

REG./

LASCII

/PC

TEST

POSITON POSITON GOOD

600D

PATTERN DATA

LASCIZ

ecc

ECC2

ECC

LASCII

/PC

TEST

CONT./<15><12>

LASCIZ

RHW(C/

(ONT.

051040

020040
052123
047520
020116
047524
062117
047507
020040
051105
040526
026516
005015
020040

DH37:

020040

600D

ECCl

041505
020040
020040
030503
041505
020040
020040
046126
042532

020040
052123
047503
012
020040

DH&LO:

020117
051040
.EVEN

067424
067432
067440
067446
067652
067460

002032
001126
002032
000000
002032
001126

04240
000000
047736

DT1:

.WORD

$ERRPC, TSTNM REGADR,$GDDAT,$8DDAT,0

D12:

.WORD

SERRPC,TSTNM ERWORD,$GDDAT,0

047736
000000

DT3:

.WORD

SERRPC,TSTNM ERWORD,$GDDAT ,$BDDAT,Q

ENVLOPE

N-CODE/

ZEROS/

12865

12866

12867
12868
12869
12870

067720
067726
067734
067736
067744
067752
067760
067766
067774
070002
070004
070012
070020
070026
070034
070042

.WORD

$ERRPC,TSTNM $BDADR,(S1,(S2,DS1,ERT,O

D114

.WORD

$ERRPC,TSTNM $BDADR,$BDDAT,(ST1,C52,DS1,ERL,Q

001716
002032

001122
001712
000000
001200

DT15:

.WORD

SERRPC,TSTNM, $TMP1,0

002032
001176

001204
001126

DT16:

.WORD

SERRPC,TSTNM, STMP3,$TMP1,$TMPO,$BDDAT, 0

002032
001706
000000

001710
001714

D117:

.WORD

$ERRPC,TSTNM BA,DB,WC,(51,(52,0

002032
001730
000000
002032
001736
002032
002032
001200

001716
001732

D120:

.WCRD

SERRPC,TSTNM,
ERY,ER2 ,ER3,AS,DS1,0

001714
000000
000000
001720
001202

DT21:

.WORD

$ERRPC,TSTNM,CS1,AS,DS1,0

D122:
D124:

.WORD
.WORD

SERRPC,TSTNM,DST,$BDDAT ,$TMP1,$TMP2,$TMP3,0

002032
001714
001716
002032
001124

002014
001712
000000
002014
001126

D126:

.WORD

$ERRPC,TSTNM,PCJSR,$BDADR,(S1,(S2,DS1,ERY,0

D127:

.WORD

$ERRPC,TSTNM PCJSR,REGADR,$GDDAT ,$BDDAT,0

002032
001124

002014
001126

D130:

.WORD

$ERRPC,TSTNM,PCJISR,REGADR,$GDDAT
,$BDDAT,0

002032
001126
001716
002032
001124

047736
001714
000000
002014
001126
001716

DT131:

.WORD

$FRRPC,TSTNM,
ERWORD ,$GDDAT ,$BDDAT,CS1,DS1,ERT,O

D132:

.WORD

$ERRPC,TSTNM PCJSR,ERWORD,$GDDAT ,$BDDAT,(S1,DS1,ERT,O

002032
001124
001716
002032
052534
000000
002032
001746
001716
002032
001744

002014
001714
000000
045426
052536

DT33:

.WORD

$ERRPC,TSTNM,PCJSR,ERWORD ,$GDDAT,(S1,DS1,ERY,O

DT34:

.WORD

$ERRPC,TSTNM,GECCY GECC2,WECCT ,WECC2,DISK,0

045426
001744
000000
002014
001746

D135:

.WORD

$ERRPC,TSTNM GECCY,GECC2,EC2,ECT,POSI I ,ERT,O

D136:

.WORD

$ERRPC,TSTNM
PCJSR MR, ECT,ECZ,0

002032
065426

001744
045430

D137:

.WORD

$ERRPC,TSTNM ECT1,POSITI,GECCY,GECC2,EC2,DATFNY,Z(ODE,Q

000000

042402
000000
001116
042402
000000
001116
001124

001736
001116
047736
001714
000000
001116
047736
001736

001116
045430

051534
001116
045430
0465440
001116
001734
000000
001116
045440

001736

SEa 0289

TT
T

$ERRPC,ISTNM,0

290

067576
067604
067612
067616
067624
067632
067640
067646
067654
067660
067666
067674

067702
067710
067716

D111

PAGE

Wl wn

12839
12840
12841
12842
12843
12844
12845
12846
12847
12848
12849
12850
12851
12852
12853
12854
12855
12856
12857
12858
12859
12860
12861
12862
12863
12864

001122
001736

002032
001712
000000
002032
001714

1 1:11
POWER DOWN AND UP ROUT INES
10-SEP-79

12837
12838

067466
067474
067502
067506
067514
067522
067530
067536
067540
067546
067554
067556
067564
067577

30A(1052)

M EA

12819
12820
12821
12822
12823
12824
12825
12826
12827
12828
12829
12830
12831
12832
12833
12834
12835
12836

MACY11

PMABMIRIAIAIAIARIAIALA IAIALA

CIRJGDO,RPO4/S5/6 DSKLS CTRLR!
10-SEP-79 11:00
CZRJGD. PN

070142
070145
070147
070152
070153
070156

000
000
000
000
000
000

000
000
000

070160
070163
070166
070167
070172
070175
070177
070202
070205
070207
070212
070215

.WORD

$ERRPC,TSTNM,$BDDAT,O

000

DF1:

.Bvie

€,0,0,0.,0

001

DF2:

.BY1E

0,0,1,0

000
000

001

DF3:

.Bv1ie

0,0,1,0,0

000
000
000
000
000
000
000
000
000
000
000
000

000
000

DF11:

.BY1¢

0,0,0,0,0,0,0

000
000
000
000
000
000
000
000

000
000

DF14:

.8y'¢

0,0,0,0,0,0.0,0

000
000

DF15:

.BYTE

0.,0,0

000
000

DFY7:

.BY'E

0,0,0,0,0,0,0

070216
070221
070224
070225
070230
070232
070235
070236
070241
070244
070245
070250
070253
070255
070260

000
000
000
000
000
000
000
000
000
000
000
000
000
000
000

000
000

DF20:

.BY1¢

0,0,0,0,0,0,0

000
000
000

000

DF21:

.BY1¢

0,0,0,0,0

000

DF22:

.BY1e

0,0,0.0

000
000

DF24:

.BY'E

0,0,0,0,0,0.,0

000
000
000
009
000

000
000

DF26:

.By¢

0,0,0,0,0,0,0,0

000
000

DF27:

.BY'e

0,0,0,0,0,0

070263

000
000
000
000
000
000
001
000
000
001
000
000
000
000

000
000
000
000
000
000
000
000
000
000
000
000
000

000

CF30:

.BY1¢

0,0,0,0,0,0

DFI1:

.BY1¢

0,0,1,0.06,0,0,0

000
000
000
000
000

DfF32:

.BY1¢

0,0,0,1,0,0,0.0,0

DF33:

.BYE

0,0,0,1,0,0,0,0

000
000

DF3:

.BYl¢

0,0,0,0,0,0,0

DT140:

Y YY)

001126

002032

SEQ 0290

001116
000000

291

NP
P

IR
IS

‘¢

IARINRIAIRIATR
A
o
s

0,0,0.,0.0

.BY1¢

000
001
000

IBIA

DF16:

SmAm

sl
el
—

~NO W

000000

12907
12908

070132
070140

PAGE

12903

12904
12905
12906

045446

DOWN AND UP ROUTINES

amam

12901
12902

065646

11:11

12892
12893
12894
12895
12896
12897
12898
12899
12900

0017646
000000

POWER

10-SEP-79

12889
12890
12891

070122
070130

30AC1052)

12875
12876
12877
12878
12879
12880
12881
12882
12883
12884
12885
12886
12887
12888

MACY1T1

CIRJGDO,RPOL/S/6 DSKLS CTRLRI
10-SEP=-79 11:00
Linvou.PIN

CIRJGDO,RPOL/S/6 DSKLS C(TRLR)
10-SEP-79 11:00
CIRJGD.PIY
12931

12932
12933
12934
12935
12936
12937
12938
12939
12940
12941
12942
12943

070331
070334
070337
070341
070344
070347
070352
070355

000
000
000
000

070360

000
070364
000901

MACY11

30A(1052)

10-SEP=-79

11:11

POWER DOWN AND UP ROUTINES

PAGE

000
000

DFf 35:

.BYTE

0.,0,0,0,0,0,0,0

000
000
000
000
0co

DF 36:

.BYTE

¢,0,0,0,0,0

DF37:

.BYTE

0.0.0,0,0,0.0,0,0

000

DF4O:
.END

.EVEN

0,0.0

292

SEQ 0291

CIRJGDO,RPOL/S5/6 DSKLS CTRLRYT

(IRJIGD.PVY
ABS

ACL

= 000200

ACU
=
ADDMOD
ADTIMO
AOE
=
AS
ATA
=
ATABLE
ATTENT
ATO
=
AT
=

AT?2

AT3
AT4
ATS
A6
AT7
A6
Al7

B110
81100
81101
B1102
81103
81104
B110S
81106
B1107

100000
000204
047342
001000

=
=
=
=
=
=
=

000010
000020
000040
000100
000200
000400
001000

13244
132¢n
13264
13274
1328#
12624
12634

042404

=
=
=
=
=
=
=
=
=

000001
000001
000002
000004
000010
000020
000040
000100
000200

B1109 =
BITY
=
81110 =
BIT11 =
BI112 =
gI1113 =
BIT14 =
BI1T1S =
=
8112
=
BITY
=
BI1T&4
=
BITS
8116 =
=
g117
8118 =
8119 =
BLT
BLT?
BLYS
BPIVE(-

001000
000002
002000
004000
010000
020000
040000
100000
000004
000010
000020
000040
000100
000200
000400
001000
062632
042454
042464
000014

81108 = 000400

10-SEP=-79

11:11

7
PAGE 294

(ROSS REFERENCE TABLE == USER SYMBOLS

SEQ 029°2

13944

001732
100000
004224
002016
00000
000002

001710
000010
046356
004244
004234

30A(1052)

16470

13834
6604
10178
12994
1538«
1287#
16338
15708
1321
13224

= 000004

BA
BAl
=
BASECH
BEGIN
BEGIN2

B1T1ST

000040

10-SEP=-79 11:00

MACY1Y

1797
10234#
8427
195%
3790
2106
2065¢

6021
5386

6793
6803

6851
6823

12835
8442

8698

2106

6225

5383

6781

8440

7040
7040

7060
7060

7052

7068

9762

2357

2381

2489

11376

11856

9529

9531

13234

3854
3854

1527
1232#
660
659
661

7194
3626
101634
16464
16440

7208
3631
10240
10233

6194
6094
608#
607
6064
605#
604
6034
6024

6788
619
618
617
616
615
614
613
612

9504

1863

601

6004
618¢
59094
5984
5974
5964
5954
594L#
6174
6164
6154
614N
6138
6124
6118
6104
90534
9053
9061
6264

2232

611

2257

26440
2440
26440

12831
6933

12080

2333

9539

24641

11368

9534
9511
9506

9536
11354
9513

11847

9058
9054
90624

9060#

610
9518
11840
11382

2419

2440

9520

9941

042732

3327

1979
5460
7115

(LR
= 000040
047456
(OMHD

050530
043626

COMPA
(OMPAR
COMwHD
COUNTD
CPHALY

052600
051176
062562

(R
(RC

= 000015
0644140

CRLF
CSF
¢su
(st

= 000200
= 000002
= 000010
001714

001712

cvL

047616

DAREAD
DATENV
DAWORD
DB
=
DK
=
pcL
DCLEAR
DOISP =
CENVL =
DE
DFF20

047672

(45446

047676
001704
100000
000100
002052
177570
000200
000040
000002

9218#
6077
8560

6203
8665

6320
8770

5765

6287

6308
6711

6378
6893

6383
6898

8228
2224
3524

8249
2276
3563
4731
6065

8341
2400
3608

8370
2593
3654

6312

91124
2767
3687
5005
6403

8731

8751

8844

] e

12036#

73564
5950
8392

—

11855
5641

76451

6234
5843
8261

oSN
O

5981
5602
7527

6414

6764

6929

6431
6946

6436

6505

6517

3018
3747
5135
6763
8070
91484

3085
3764
5200
6846
8123

3190
3845
5223
6918
8202

3256
3922
5428

9439

7036
8253
9617

9357

91664

9351

9451

5753
5489

6573

7641
8098
2064
3438
4334

5691

5815

4595

5938

7812

4755

4874

7694

7775

6191

782!

7852

7889

2800
6210

4422

4535

4666

4814
7054

6944

5076

6789
8137

8267

7533

9153
8408

3891
5058
7372
10877#

3959
5102
7586

4027

4402
5406

6455
5535

6518
5650

4566

9659

5999

6693
6126
9685

6796

8827

5773
93764

4649

5520
6415
8771

5603
6765
9352

5630
6930
9452

5725
7049

5754
73264
12372

5844

5951

7452

5982
7528

6078
8132

6109
8262

5702
8364

5826
9334

5932
9433

6059

6302

6397

6912

7030

7305

7435

94894

6185
9592

3216
12854

58459

9173

9179

9221

12820

12823

12831

12861

9169

9228

12857

3405

3643

3463

6550

6681

6683

12820

12831

3337

6817

12823

6186
8114

6294+

8235¢

6303
8244

6390
8352+

6398
8355

6905
9365

9327y

7303

9332

9430+

9591

1046360

4315

5734
10773
5490
6321
8666

11538

3225

6051+

7306
9586+

7526

6326

10758+

3818
3261

6060

7428+

1602

6419

3276

6177+
8105+

6935

5174
8461

12844

9593

103824

10656+

106706+

10721+

6910+

12873
7028+

739

9714

9719

9735

9738

4095
738

1677

12831

7745

7151
7965

8622

4970
7238

13704
13724
15314
12838
15284
IANA]
5924+
7031
9425+
10422
9882#

6675

6666
7730

7131
7950

8535

3148

6204
8393
S34H
571
8113
S35H

7649

8119
2184
3459

6646
7664

7015
7898

8513

103484
106114

6593
5499
107524

5761
6585

7613
8641

7465

12344
5957
9456
10496+
2665
4841

1525#

SEQ 0293

83214

8340
9805

95930+

11
30A(1052)
10-SEP-79
PAGE 295
(ROSS REFERENCE TABLE == USER SYMBOLS

wrno O
- 2~ 0D

CLDISK

15464
12061#
9919
6314
7048
9618
11342
5527
6524
7231
8019
1824

WWNOWDO
S N
O WO
—
AN NN RO AN NN B RO NN
— et GO N NOO N
N — (OO

(KSWR = 104407
CLAREA
042650

1536#

8190

—

001726
037116
001752
104414
063156
042766

NN LN =00 N O

(A
CAY
qd
CHECKD=
(HECKE
CHECKT

MACY1T

N =

CIRJIGDO,RPO4/5/6 DSKLS CTIRLR]
10-SEP-79 11:00
CZRJGD.P

6183+

6395¢

8605

9619

7330

8714

7657

7355

9340

6913

6252

7023

9335

CIRJGDO,RPOG/S5/76 DSKLS CTRLRY

MACY11

30A(1052)
C(ROSS

REFERENCE

OF Y
DF 11
DF 14
DF15
DF16
DF17
DF2
DF20
DF 21
DF22
DF 26
DF 26
DF27
DF3
0F 30
DF 31
DF 32
DF 33

070142
070160
07067
070177
070202
070207
070147
070216
070225
070232
070236
070245
070255
070153
070263
07027
070301
070312

793
901
932
941
952
965
128834
978
989
1006
1025
1051
1066
881
1079
844
828
811

912
1200
128914
128944
128954
12897«

919
12883#

12881#

DF 35
DF 36
DF37
DF4O
0OFS
DH1
DH11

070331
070341
070347
070360
= 000001
063045
063313

1116
1131
1171
1209
12724
788
893

DH1S

063673

938

064067
063170
064252
064435

064660
065043
065266
065611
065554

(IRJGD.PYY

DFf 34

DH14

DH16

DH17
DH2
DH20
DH21

070322

063473
063724

DH2?2

064555

DH32
DH33
DH34
DH35
DH36
DH37
DH4O
0IGB

065757
066202
066405
066570
066773
067132
067350
= 000004

DH24
DH26
DH27
DH30
DH31

D1SK

051534

10-SEP-79

11:00

1097

125694

om0

13098

pL64

= 00002

= 000001

12928«

1031
125894
126124
126304
126484

2604

-- USER

SYMBOLS

SEQ 0294

12919«
12922«

1018
1062
1058
1072
836

817
802
1087
1107
1122
1159
1205
12744

PAGE 296

12885«

957
875
970
983

DISPRE 000174
oLY
= 188808

001142

12917«
852
869
129254

124074
124364

999

129084

907
1192
124564
124794
12484H
125024
124224
125224
125424

6380
7017
8342
7384
6420
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DISPLA

129064
1038
129114
129144
888

12931«
12934n

946

TABLE

11:11

12901#
129044

1188
1148
129364
129404

924

10=-SEP=-79

12557«#

858
126964
12718#
1178
1139
127774
128024

126704

2612

2667

6525
7139
8483
1677+
1685
3194

2404

127384
127604

2681

5537

6526
7145
9573
1685+

6530
7152
9687
11397+

6537
7153
10130
11839

3405

3493

5496

2407

2428

2783

6538
7158«
107144+

5652

6654
7282
10145+

5775

6660
76426
10779

5909

6036

6667
7467
108404

6162

6668
8099
11297

6288

6894
8149
12864

6338

6379

3020

3100

5748

3765

3857

3923

3980

60’3

6895
8229

7016
8279

6336
4900
5629
8580

10-SEP-79 11:00

5385
8538

006
DPR
DRY

036452
000400
000200

001720

DSl

001736

177570

DSWR

AR
DARR!
D114
D115
D116
D117
D12
0120
D121

D122

D124
D126
D127
D13

D130
D131
D132
D133
D134
D135
D136
D137
D140
DVA

001740
052540
010000
001000
067424
067466
067506
067530
067540
067556
067440
067576
067616
067632
067640
067660
067702
067452
067720
067736
067760
070004
070026
070046
070070
070106
070132
= 004000
n

D1
DTAGAP
DVE
DISY

045424
= 000100
ECH
= 004000
EC]
RR
046050
CO
€
045462
ECTEST
001744
£EQ)
001746
EC2
EMTIVEC= 000030
057572
EM1
057743
Emn
087776
EMmi4
060016
EM15
ECDATA

10500
11049

8058

1280#

1279#
4953
9235

15334
540
15404
9240
15414
108434
1302#
13174
792
900

931

940
951
964
128154
977
988
1003
1024
1050
1065
880

10505
11059

8195«
3790
3790
5040
5271«
737
3788

12820

10521
911
1199
128234
128264
128284
128314

128354
12838#
128400
1037
128444
128474

4424

10619
11209

4477
»007
7559
8644
10632
11218

6803
3936
5085

4004
6803

5342+

12841

6801
12823

12835

4946

5853
8588

1676

10584
918
128204

128174

851
868

128544
128574

128614
128644
1186
1146
128734
128784

2288

6823

6821

6537
5031
7563
8690

10635

6859

4381

6823

6857

6597

4668

7614

7695

5032

8697

5078

8754

10649

10652

8175

8178

6632

6859

6497
7565

SEQ 0295

8305

4545

8175

4616

8308
8178

9192
4675
8305

9195
4776

8308

9240
4824
9192

4908
9200

4816
5254
8441

10886

11038

10068

5263
851¢
10357

5201
8203
9799

11041

12838

12844

12854

12857

12861

8309

9190

9195

9200

9235

3204
9169

3216
9173

3531
9228

3533

3541

3543

3571

3573

3981
10715

8173

8179

8303

10587
128134

128674
128704

2291

3119

7060
9911

7062
10069+

9084
10136+

10138+

10629+

10631

10646+

10648+

10696+

10700+

10711

3870

5944

6071

6197

6410

6925

7044

7317

9347

9447

9635

10097
12867
12867
1661«
1056
905
121214

10139
12870
12870
1662
120974

10640
12873
12873
17769

10657

10707

10722

121244

4876

6757

128414

887

128514

OO0V~
NNO —~
— O NN
00 O =\t
—

6094
4899

CIRJGD.PYY

30A(1052)
10-SEP-79
[RERR!
PAGE 297
C(ROSS REFERENCE TABLE -- USER SYMBOLS
OO0~
~NO0
0D — ~
[=PIV
IV TV
WO W—O

MACY11

OO0~
CW~N—~
O O NN
WWO W

CIRJGDO,RPO4/5/6 DSKLS CTRLRI

1040

121164

1818«

CIRJGDO,RPO4/5/6 DSKLS CTRLRY

MACYT1

30A(1052)

Eme
Em\7
Em

060067
060110
057655

9645
956
860

12131
121344
815

832

Em1
EM22
EM24
Eme5
EM30
EM31
Em32
Em33
EM34
EM3S
EM36
EM37
EM40
EM6
ERCLFC

060155
060177
060657
060752
061012
061133
061256
061545
061617
061712
062211
062322
062457
057704
020702

982
993
1015
1028
1071
1084
1101
1121
1134
1153
1176
1191
1203
856
4107

121414
121454
121994
12209«
122154
122294
122440
122764
122844
122944
123274
123404
123584
876
4118

ERCRC
ERCS2C

052774
(013546

ERFLGS

002006

10907+«
2812
2945

109564
2822
2957

11130+
2834
2968

ERHDGP
ERHEAD
ERPOS
ERR
=

052776
052772
0466046
040000

9397
10908+«
10906+
10059#
12864

9637+
10964#
109444
10065+«
3790

9648
11141+
11118+
10082
6803

10419

3899

CIZRJGD.PVY

£Em20

ERRVEC=
ERSTAR
ERUNIT
ERWORD

060134

000004
047430
047426
047736

ERY

001716

ER2
ER3
=
EXTY
ExT10 =
ExT2 =
Ex120 =
EXT4 =
EXT40 =
FEN
=
FER
=
FILLEC
FIRSYT

001722
001730
000001
000010
000002
000020
000004
000040
000200
000020
046222
002034

FM122 = 010000

10-SEP-79 11:00

969

4249

15594
5769+«
6452
7475

6224
102514
10250#
3061

4934
7474+

9396«
11129«

1;33;#
6

121384

4258

2599+«
5850+
6591
8136+

1674

10252

3156

4980
7593

104874
11134+

3769

15344
15374
13504
13534
1351
13544
1352#
13554
13764
12944
101204
15884

12835
12835

5836

5851

14134

7391
1694

3870

10-SEP=-79

11:11

PAGE 298

CROSS REFERENCE TABLE -- USER SYM3OLS

121104

4129

4269

2768+
5956+
6697+
8146

1675«

5066
8152+«

10523+
11138«

3780

SEQ 0296

121064

6143

4159

4169

6179

4189

4199

4209

6219

4229

4238

2845
2979
3341r
5979
6934
8158

2855
29974
3355
6083+
6945+
8266+

2865

2875

2885

2895

2905

2914

2924

2935

10990

5696+
6106
6965
8276

11835+

5517
6209+
7053+
8288

5531«
6232
7159«
8397«

5609+
6325
7217«
8476+

5627
6335
7329+
8491

5646
6347
7352
8567+

5731«
6418«
7656
8672+

5751
6429
7464
8777+

6823

6859

7566

8442

1820+

8589
11359

8698
11360+

8811
11362+

11365+

3 967
5 };}
*
8
}? ?gg'

4035

4410

L4664

6525

6575

4656

6702

4804

48590

10547+«
12815

10569+
12817

10589+«
1285

11068+«
12857

11075«
12861

11079+«

31101+

11109+

11115

12844

12854

12857

12861

4279

4289

1686+«

]

6 867

1778«

5182
8282+

7391

43064

1785+

5414
B287+

76494

63617
8469

12820

63460
8485+

12823

64467
8490«

12835

6451+
8613

6959
8722

6964
8835

7469
9390+

76494
1735«

5229
5924

5465
5944

5481

5985

5497

6051

5575

60N

95991

6112

5610

6177

5696

6197

571%

6238

5732

6294

5820

6318

CIRJIGDO,RPO4/5/6 DSKLS CTRLRI
10-SEP-79 11:00
CIRJGD.P1Y

MACYTY

6390

6501
8129
9425
5701«

7958

FRMAT

FSYNER
FUTABL

GCR(

GECCY
GECC?
GNS

HAD TMP
HARDER
HCCRCE
HCE
HCl

HCRC
HDESYN
HDWSYN

uaunn

HEADER
HEDGAP

ILF
ILLEGL
ILR
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IR

teeeER

000010
104406
045450
045442
0464542
000200
002000

GRV
GTSWR

1AE
It

045426
045430

000001

HEDSYN
HEGAP
HT

9327
5470«

053014
051200
053020
034076
052770
002044
052764

F NWORD
FORMAT
FOoul

000400
053000
051532
051506
047632
047634
051520
000011

002000
000100
000001
002106
000002
000020

10753#
10991
74234
10905+
16014
5473
98674
98704
641
1907
2122
8979
10221
12038
12594

627H

000100

12354

JP1
JP2
KEY1

004C00
037432
037446
047622

13804

KEY2

067624

1XE

K IPARQ=
KIPARI:=
K1PAR2:=
K1PAR3:
KIPARG:

5704
9995+
9996+
1707
1915

2157
8987

3631

8413
8418
5928+
9428+
5929+
9429
6984
6994
7004
7014
7024

6568
8235
9447
5825+

6905
8259
9586
109944

6925
8352
9635

7023
83595
9763

7044
8380

7317
8549

7449
8568

5828
10128+
10129+
1712
1919

76437
10144
10145
1716
1947

109164
12864
12864
1720
1951

11125
12867
12867
1724
1955

11128
12873
12873
1728
1959

1732
2009

1755
2016

12029

10189
12030

10195
12031

10201
12032

6375
4906
880¢

4379
4951
9770

2163
8994

2189
8998

2193
10166

10237
12041

11320
12042

4673
5856

348
6811

4774
7567

3933

4001

4096

7831
9708

7908
9714

7975
9719

8038

9615#

9729

9735

9738

10550+
10570+«

10591«

3866

12028

2197
10172

10231
12040

5778

5255

5324
13G0#
12604
12904
16194
12914

SEQ 0297
7544

7657

8654

8673

1794
2022
8865
10207

2110
8966

7738

8778

11106+

4611

12754
1762
98924
98794
7674
12974
14114
12984
10909+
108384
108354
10375«
10376+
10541

n
7
30A(1052)
10-SEP=79
11:11
PAGE 299
CROSS REFERENCE TABLE -- USER SYMBOLS

4821
8581

4894
8691

2203

6625

8859

1810

1816

2116
8972

12034

10213
12036

10217
12037

4430
5026
9800

L4469
5038
10360

6495
5083
10889

6543
5150

120344

10084

7755
9704

3870
9726
109774
103974

104084
108374
11497

8585

3780
3761«
1659+
1828

6548
13984
84204
84240
6055+
9589+
6056+
9590

11153«

11538

8694

8807

3766
1660

2298
6679

3117
7068

3194
7169

3224
8425

3259
9089

3274

3441

3461

3496

3615

3621

6181+

6298+«

6393+

6908+

7026*

7301

7431«

8109

823G

8360+

9330+

6182+

6299+

6394+

6909+

7027

7302+

7432+«

8110

8240

8361+

9331

103844

103854

CIRJGDO,RPOL/5/6 DSKLS CTRLR]
10-SEF-79 11:00
CIRJGD.P1Y

MWR
=
mxf
=
NCODE
NCOUNT
NED
=
NEM
=
NHS
=
NOPERA
NOSYNC

000040
001000
045434
065436
010000
004000
002000
002044
047732

=
ocvL
of
OFREV =
OFSETC
0f 100 =
0f200 =
=
0F25
0F&00 =

100000
001724
000200
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000004
000010
000001
000020

NOUNIT
NOWORD
NUNIT

001776
047664
002000

384

8442
7856
9076+
5323
10503
11239

10103
11051

10104
11236

10502
11238

13964
97724
9754m
(738
10358

4739
10359

4881
10887

4882
10888

2185

2199

12870
10622

10627

10652

4750

4899

5257

3815

10075+

2614

7068

13974
3924
7640+
1976+
76433

2037+

1211

-—

5297

5361

8515

97914

10505
11240

5326
10508
11255

10509
11256

5015

5262

8539

8540

5260
10503
11238

5262
10505
11239

106423

104844

0709

8204

5376

5372

3992
7721+
2030+
8111
2038«

4822

7803«

2037
8241+

4150

7880+

2087+
8362+

7940+
8882+
1064314

8009+

10558

5377

10641
11258

10693

8645

8646

8755

5295
10624
11256

10693

10582

11343

53¢3

11265

10254

4761
4762

5296

9078+
5325
10506
112641

8072
9077
5324

5359

11210
10694

5295

10096
11041

~ H

7777
9073

3805
13114

8308

7696
9072

—

10708
12664
13784
9765«

8305

7615
9071+

noO

13104

10095

8178

—

= 000250
= 010000
= 000400
001734
= 000020
= 000020
= 000010

90434

8175
5630
9047
5294

-—
A\ Y

MMVEC
MoL
MPE
MR
MRD
MSE
MSTCK

5334
12824
5202

[p S XV]

020000
001000
045274
045172
000004

SEQ 0298

9134

—

MCPE
=
mHS
=
MiD
MIDDLE
MINX
=

15454
9061+
Q044N

NN NN N

002000
045304
0462376
000002

9091
11538

6874
6884
6894
6904
6914
6924
6934
69464

N NNO N
L. % X
R
R 3

LST
=
MAKECY
MASK
MCLK
=

91304
9050
11532

10-SEP-79
PAGE %00
11:11
CROSS REFERENCE TABLE -- USER SYMBOLS

7034

—

001750
062712
042400
= 000012

30A(1052)

7040
7054

P 2 Vi
et . 1Y, ]

LA
LAD
LERR
LF

172352
172354
172356
172300
172302
172304
172306
172310
172312
172314
172316

NN O W

KIPARS=
K1PARG6=
KIPAR7=
K1PDRO=
KIPDRY1=
K1PDR2=
K1PDR3=
K1PDR4=
KIPDRS=
KIPDR6=
KIPDR7=

MACY11

5324

11040

11266

OR
out

000002
000040
041556
020000

= 000200
047702

PAR
= 000010
PAT
= 000020
PCJSR
002014

PGE
PIEY
P1E10
PIEYY
P1EY2
P1EY3
PIE1S4
PIE1S
PIE16
PIEY7
PIEI8
PI1E19
PlE2
P1€E20
P1E2Y
PIE22
P1EZ23
Pl1E24

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

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

P1€E26
P1E27
P1E28
P1E29
PIEY

=
=
=
=
=

000100
000040
000020
000010
020000

PI€E32
PI1E4
PIES
Pl1E6
PIE7
PIES

=
=
=
=
=
=

0000G1
010000
004000
002000
001000
000400

P1€25 = 000200

P1E30 = 000004
PIE3Y = 000002

PIE9
=
PIP
=
PIRQ
=
PIRAVE=
PKACK

000200
020000
177772
000240
002102

PLU
= 020000
POSITI
045440

PRBA
011366
PRCA
012040
PRCS1
011106
PRCS2
011042
011664
PRDST
PRE
= 000020
PRER1
011432

16040
16408#
89624
13034
12364

11580

3272

SEQ 0299

11663

3274

3335

3458

3474

10427

10433

1046384

1?8;8'

12844

12847

12851

12857

9979

9994

2308
2280
9166+

30A(1052)
10-SEP-79
11:11
PAGE %!
CROSS REFERENCE TABLE == USER SYM30LS

23N
2298
9167+

9218+

9219+

9615«

3496

7169

8424

9089

12861

9616

9793
12870

9794+

10063+

10064

10348¢

10349

4907

4952

5039

5084

9946
9979
RY TAANAMN

0fS0
=
0f 800 =
OPERSE
0Pl
=

MACY®1

9937

CIRJGDO,RPO4/S5/6 DSKLS CTRLR]
10-SEP-79 11:00
CIRJGD.PYY

9954
9985
9962
9985

9979

9918

9926

4380

6431

)

6544

4615

L4674

L4775

4823

10073

10081«

10082

10084

10127+

12867

12873

3021
13994

10019
235¢n
25384
22564
2230+
26620
2380#

2231»

READ
READAT
READIN

050532
002070
002104

RECALI
REDATA

002050
054140

REGADR

042402

REFOR

002072

8963+

3215
6680
9647

3260
6792

3275
6812

3336
6850

11290+
10692+
120374
106924
120384
8989

2288
3940

10520
5404

3855
5017

112894

5955
229¢r
3478+
3901+

8615+

056560
(03160

8304

9191

3403
7170

3442
7389

3462

7463

3768
8145

3779
8275

3816
8481

12057+

12063+

12075+

12076+

3543

3571
9179

118364

3026
3125+
3892
4456
4567
6767
4890

5038+

SR IA LA

1665+
9948+
9956+
9964+
9939«
10227

4982+

REGSAT
REINTO

8174

PYNI
Y SN

8856+

6858

10022
12047+
9978
9983
9984
9977

10090
12048+

10197
3204
7062
10532

120394

4008
10528
6919

10175
3119
7060
10530
7037

6082
2303+
3486
3969+
5068+
8724

6208
2312y
3499+
4037
5113
8837+

2412+
3534

7328

8565
2634+
3544

5184
90454

5416+
9049+

3047
3132+
(379

4607
L4776
4906+
5039+

46140
775

10016
1666
9949«
9957+
9965+
9940+

5858
90184

6334

9168

10527
SN

045454
0465456
045460
045452
000200
000020
054136
047722
104410
047740
104411
104412
000200

1691

6822

9000

2291

4495¢

4907
5040

4306+

3054
3133

4380
4496
46150
4776
4908+

5053

3216

7568
10534

46124

3106
31340

(381
4497
4616
4790
4921
5059

3541

3581

9084
10581

9169
106164

11299

3063
3622¢
(577
7073
9728+

3158+
3637+

L4658
7081+
9739

3289+
3664+

4704
7595+«
9810+

3296+
3672+
4806+
8177+
12813

3120
3869+

3121
3870+

3122+
3872+
4433

3119«
3862
4430r
6543
4673
4822+
4952

5085+

4431+
(544

4674
4823
4953
5086+

(432e
6545+
4675+
4824
4954
5098

P12
P22
P24
P3
RA
RAW
=
RCOM
RCYL
ROCHR =
RDHEAD
ROLIN =
RDOCT =
ROY
=

537

6802

PWRVEC= 000024

4246

PSW
= 177776
PUTRFG
042336

3789

L5667
L6761
(8251
4966

5103

3354+
3697+

6852+
83G7+
12847

_A.l—s
ot —a

= 000001

= 002000

3129

PSU

PSEL

000200
000240
000300
000340
177776

24884
25594
2513
2932
23324

PR&
PRS
PR6
PR7
PS

=
=
=
=
=
=
=
=
=

2
P4
P4

SEa 0300

011730
012104
011774
001000
011322
000000
000040
C00100
000140

c
8
30A(1052)
11:11
10-SEP-79
PAGE 102
CROSS REFERENCE TABLE =-- USER SYMBOLS

3123
3873

G634
L547¢
4690
4838
497N
5146

PRER2
PRER3
PROF
PROG
PRWC
PRO
PR1
PR2
PR3

MACY11

P ol DXV YW ]
S N—O
QO ~INU
N
~ — 0D\~

CIRJIGDO,RPO4/S5/6 DSKLS CTRLRI
CZRJGD.P
10-SEP-79 11:00

CIRJGDO,RPO4/S5/6 DSKLS CTRLRI
10-SEP=79 11:00
CIRJGD.P1Y

5155+
5529
6001
6518
6957

7565
7823
8424

RELEAS

002054

RESVEC=
RETCL
RHAS
RHBA

000010
002100
001656
001634

RHBAE
RHCA

001700
001652

RMCC
RHCSY

001676
001640

RHCS2

001636

RHCS3
RHDB

001702
001630

RHDST

001644

RHDS1
RHDT

001662
0016064

RHEC]
RHEC?
RHERI1

001670
001672
001642

RHER2

001646

RHERY

001654

RHMR

001660

RHLA

001674

8574
8697+
9443

16064

MACY11

001659

10-SEP-79
11:11
PAGE %03
CROSS REFERENCE TABLE -- USER SYMBOLS

5169
5638
6128
6595
7125
7567
7900
B426*
8585+
8709

5175

5639
6193
6635
7132

7568+
7951

5236
5642
6254
6640
7133
7581
7952

5382+
5643
6384
6647
7194
7587
7981

5383«
5651
6385
6648
7208
7650
8029

5385¢
5762
6406
6720
7240
7651
8030

8440
8600
8809+

53861
5763

6444

6771

7313
7680
8403
Buble
8606
8810+

5387+
5766
6500
6785
7374
7731
8415+
B44?2r
8684
8811«

5401
5767
6506
6899
7551
7732
8416+
8456
8694+
8822

5407
5774
6507
6900
7563
7761
8420+
8462
8695+
8828

5528
5940
6511
6921
7564
7822

8421+
8546
8696+

8428+
8587+
8797

BL36+r
8588+
8807+

2774+
6406+
8762+

6780
3091
6921+
9343

68491
3688

7039+«
9443

3850

7076
9632+

40641

5834
8125

5940+
8255

6067
8376+

2781
5948
8387

3068
60757
8389+

3853«
6201+
8569+

4071v
6319+
8674r
9810
3030+
48BS5+*
7574
10168
2094¢

4356+
6413
8783+

5228+
7450
9624+

56498+
7531
9764

5611

3093+
4BO4w
7595
10179
2230

43401

5150
8691+

4£375¢
5255¢
8804+

64481

2356

7534+

7543+

2332
3988+

9762¢

4065

2380+
5861

3289

3296

3330«

5342

5486+

5600+
8128¢

9686

B438¢
8589¢
8808+

SEQ 0301

8427+
8586+
8715

9343

6234

16164

15044

164874
6193+
8547+
15164
15024
95733
8130+
15124
14974
4691
5856+
9148
14884

2462+
6789+
1517«
14854

1922

L744

9024

L4611
7538+

1862

L4761
7550
9798+
1923

9806
3021+
4771+
7560+
9800+
1982+

6933+

7052+

7533

2622

9770«

2513¢

2776+

2538+

§336¢
4876+
5151

3092+

5854+
9082

6070+
8558+
3999

3267+
3468
4339+
6409+
9346+
9150

2140

2168

2170

2634

1998

2124
2645

2128
2647

2130

3995
2379

10013

3094+

4067+

8724

8796

8815

3923

4073
4751«

11037

8568

3986
2282+
9703
2779
2782+

2783¢

2775+

10889+

7545¢

9796+

3162
3448
4068+
6317+
B768Br
8307

2772
3409

4546

2559+

7081
9760+

2788
3413
3851«
6196
B663r
8177

1826+
3399«
2778
5943+
8428
3931
1985
2138

3095+

1991

9707
3096+
3099«

4676

2784

L4424
4881¢

9799«

5201+
8539«
10067

2780+
6318
9347«

6410
9447

8538¢

RHOF

30A(1052)

3097«

1993

2777+

9713
4069
4072«
4825

1996

9718
6775
6777
4954

76481
9797

9725

7542+

G477+
4882+

4537¢
4899+

5086
3101«
4597
4900+

10357«

10358+«

10359+

10886+

10887+

3980+
4750
5031
7853
8755
10888+

3852«
6925+

4070r
7044
9763

4762v
7317

5610+
8129+

5732
8259

5851y
8380«

3020«

5250
8540

9635+

3100¢

5429+«
8579

5853«
B6b4r

4739

5015
77760
8754

5032+
8071
8756+
9944

CIRJGDO,RPOL/5/6 DSKLS CTRLR]

CIRJGD.P1Y
RHSN
RHWC

10-SEP=-79 11:00

MACY11

2167
2773
3925

15084
14864
3879
4370
4682
5046

001666
001632

5068
5708+
7312¢
8615
1749+

5622

002012
100000
104413
053046
053036
000100
001000
000200
002000
000400
053664
051436
047620

~no

1692
113174

2095+

10493+
10519
18184
10362+

SECTR
SEECOM
SEGPER
SELECT
SELTST
SERCH
SETDSK
SI1LosZ
SILOTB

053662
002074
052766
002002
007642
002056
044414
002042
051534
053042

4605
5161
93034

5144
8814

2169+
2288

15644
12684

13604
13584

9771
5455
5926+

7025+
9426

5253«

16144
10904+
15564
1941
16074
7645
15944

3322

110254

4412
4766

5091
5744
7342

2169
3025
3927

4441

4783
5113
5832+
74460
8760
1807+

3040
3946

6466

4806
5145

3063
3969

(486
4831

SEQ 0302

3138

3090+
3985
4504
4852
5184
6066
8254+
93420
3185

3105
3986
4527

3251

3993
6554
6914
5394
6192+
8402
9630+
3316

4889

5235
6096
8375¢

3158
3995
4577

3655

6936
5616

4063
4658

9759«
3390

6313
8471

5512
6405
8545+

5021
5587
6920+
8573

3433

3518

3603

6485

4503

6907+

7024
9329

9022
1855

10198+

10209

1 1323

6347

8055

8349

8385

8434

8780

10556

10567

| 0580

10590

11099

11102

11148

11152

2943
3137

4254
3860
4765
7549

4256
3878
4782
7573

3945
4830
8401

4013

L888
8447

(913
8572

4369

4388
4958
8592

4440

4265

6267

7062

8426

8584

6296+
8108+

6297+
8237+

6391«
8238+

6392+
8358+

45906¢

7540+

94420

3861

4037
4636
4982

5167
5969
8124
9024
2219

5939«

3849

4014
4606
4959
5477+

6222
8448

11289+

2170«
3039

1 20404
1 10274
1 10234
13564
13594
13574

10494
10495+
7564
10891+

043424

SAVSN
SC
=
SCOP1 =
SCRC
SCYL
sc1
=
SC10
=
SC2
=
$C20
=
SC4
=
SEARCH
SECGAP
SECOTR

SKEY!

7184

—

SAVER

——

005370
047726
047730
000004
052576
054134
(052656
001626
054250
002036
047724
047720
006030
047454
047534
002010

RH70CK
RKEY
RKEYZ2
RMR
=
RNCTRY
RNO
RNWATT
RPVEC
RPVECT
RPO6
RSETR
RSYNC
RIN
RUNCTR
RUNWAT
SAVDT

—

002040

OCO—=OQOO
— et =
o
0

RH70

7038+
8593
15924
7009
17470
104564
106574
12924
108764
112844
108914
750

30A(1052)
10-SEP-79
[RERR
PAGE 04
CROSS REFERENCE TABLE -- USER SYmMaOLS

4681

5393

2955
3204

5382

7060

5020
8682

5045
8701

5090
8795

1034+
1030+

112004

5810
60564
7429+
9588+
11198#
L4745
11082+
1751
788%

1827+

10839#

108334

6179

7430+
10367
11200+
9798

2041

2074

8871

7965

8014

95674
1835

1831

1834

8359

9328»

CIRJGDO,RPOL/S/6 DSKLS CTRLRI

MACY11

Skeve
Sk
=
SN
SND)
SPACEZ2
SPACE8
SRO
=
SR1
=

053044
040000
001742
005332
(63042
063034
177572
177574

11033«

SR3
=
SSECTR
SSYN
STACK =

172516
053040
047630
001000

SR?2

= 177576

10-SEP-79 11:00
110264
14490
15420
1698

2697
2691
680#
6814
6824
6834

004250

STARTA
004472
SIKLMI= 177774
001140
SWR

SWREG
000176
Sw0
= 000001
= 000001
sw00

sSw0l
sw02
Sw03
sSw04
Sw05

=
=
=
=
=

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

000002
000004
000010
000020
000040
000100
000200
000400
001000
000002
002000
004000
010000
020000
040000
100000
000004
000010
000020
000040
000100
000200
000400

sw0?
sw08

=
=

TAGDTE
TBITvE=
1Df
=
TESDTE

002030
000014
000040
002026

Sw06

sSw09
Swl
Swi0

Swil
sSwi2
swi3
Swi4a
sSwi5
Swe
sw3

SWa
SWS
swé
sSw?7
sw8
Sw9

= 001000

2692

2700

10525+

4056

4593

7617

7611

527X
2534

8095

1645
16912
538#
7374
4712
11354
12068+

643N
591#
S84
5804
5794
5784
S774
ST6N
S75#4
574N
5734
5724
5904
S71a
S70#
5694
5684
S67#
5664
5894
588#
5874
5864
5854
5840
5834
582#

SEQ 0303

1773
2590

6027

2701

1850
3015
4729
6153

8225

7638
8338

1676+
6468
11370

6981
11376

1740

11583

3369
3369

3370

1678

9062

9132

1902

1939

1583#

6240

13740
1579

205

-- USER SYMBOLS

1735

1264040

110244
10374+

5807

START

30A(1052)
10-SEP=79
CROSS REFERENCE TABLE

11352+

Q0 ~ O~ NN
N NWWNO
— N
N—
O OO
WD
N MO N

CIRJGD.PN

2274
3246
5133

6496
7773
8639

2328
3523
5198

6629
7800

8749

2376
3653

1902
9062

9403
11852

10004
11856

8499

9405

7850

5626
6890
7877

8295
11622

11677

11840

1939
9132
11847

6983

7487

8167

8297

1747

1789

8497

2484
3745
5563

2352
3562
5221
6761

2458
3685
5652

7004
7938

2687

7113

8006

3368

2509
3842

5683
7273
8068

6620

10006

12055

CIRJIGDO,RPO4/S5/6 DSKLS CTRLRY
(IRJGD.PW
10-SEP=-79 11:00
TESTAD
TIMCNT
TkVEC =
TMPILL
TOLGAP
TOTALA

061554
043302
000060
002022
052542
002020

89604
92568
63178
15738
6289
15710

= 040000

126784

TPVEC = 000064
TRAPVE= 000034

TRE

1RK

TRK1
=
TRK10 =
TRk2
=
TRx20 =
TRK&
=
TRP
TRIVEC=

TSECC
TSECCG
TSTNM

047570

004000
040000
010000
100000
020000
005772
000014

002024
045432
002032

6324
6304

10369+

13612
13644
13624
13654
13634
1804
6254

TST11S

036506

6 8
30AC1052)
10-SEP-79
11:11
PAGE W6
CROSS REFERENCE TABLE =-- USER SYMBOLS
9270
11561
3752
8100
1934«

7639«

3754+
8230
4079

3759
8343
4224

3761
10767

3762+
10844#

3213

31818

7060

7062

8426

8584

11292
10625
1851+

11302
10637
1880

11344y
10642
1900+

10654
2063+

10704
2183+

1 07
2215+

10778«
2228y

10790+
2253«

11294«
2275+

11304
2329«

11348+
2353

5453«

5564+

5684+

5808+

5901«

6028+

7939+

8007+

1664

2399«
3429+

6281+
8339+«

2459«
3514+
5006+

6285+

7693«

8512«

12828

12831

12835

1752
2221
76104
76354
76514
77164
7772#4
77974
78494
78744

17718
22504

8931

12867

037'16
037744
011300
040000
040332
040656
041206
011344

83374
85104
23264
85324
8638#
8748#
88542
23504

1S115
1S116

011454
011642

82220

23740

2397
24L55#4

SEQ 0304

18134

7612«

1ST116
1ST117
1s112
1571120
181121
T1ST122
151123
TST1Y

0114610

103724

4873+«

22728
7935«
8003#
8067#
8092#
81992

15114

3204

4730«

2377+«
3386+

011130
035534
035662
036002
036036
036452

18111
TST110
TST111
TST112
1ST118
181114

1663+

10776
9997
1774+

8226+

005504
011064
034710
034744
035066
035122
035244
035300
035400
035434

9265
11560¢
3749«
7425
1932+

15754
9873«
15864

6154

1S71
1ST10
1ST100
1ST101
151102
1ST103
181104
1ST105
1ST106
1ST107

MACY11

12870

12873

2485«
3561«

S134+

6377«
7720+

8534+

15838
878

2510¢
3599«

5199«

6497+
7774+

B640+«

12840

2535+
3652+

5222«

6630r
7801+

8750¢

12841

2556+
3686+

5427«

2591+«
3746+

6762+

6892+

8968

12813

7851«

12844

7878«

12847

3016+
3843+
7005+

12815
12851

3084+
3919«
7116

12817
12856

3181e¢
4057+
7275+

8069+

12820

1c857

3247«
4333e

7419«

BO96+

12823
1286!

3312¢
6594

7525¢

8201«

12826
12864

CIRJGDO,RPO4/S/6 DSKLS CTRLRI

1875
18750

016466
016762

017206
017576
020730
021646
022322

007656
022730

TS151
15152
1S153
1ST56
1S155
1S156
18157
1S16
1ST60
1s161
1S162
1S163
1ST64
15165
1S166

023274
023640
024016
024052
024740
024774
025304
010430
025642
026202
026446
027032
027416
030002
030342

TST71
15172

031544
032134

1S167
1517
15170

15173

18174
18175
15176
15177

TINO

030706
010774
031236

032500

033044
033452
034054
034404

= 000122

1848#

18964

— S
L 3
3

18774

3226
3293
33854
3412
3494
35594
3549
3636

—_—

30144

013560
013722
014272
006236
014450
014676
015136
015262
015562
015720
016040
016216
006310
016342

SEQ 0305

25074
25324
25534

—_ N

012062
012126
012534

24814

011706
006152
0117%2
012016

1S117
1512
15120
15121
1S122
15123
1S126
15125
15126
1S127
1513
1S130
1S131
15132
1S133
18136
TS135
15136
18137
1514
TS1640
15141
1S1642
15143
1ST46
15145
1ST46
18147

10-SEP-79 11:00

30A(1052)
10-SEP=79
11:11
PAGE 07
CROSS REFERENCE TABLE -- USER SYMBOLS

(ZRIGD.PIY

MACY11

3582
36504

3597«

8880

8890

36834
37430

643314

20594
50024

5541

55624

5656
5779

56824
58064

6005
6132
6258
6357
6471
22148
66214
67594
68894
70034
7105#
72704
7392

6026#
6152#
62794
63744
64894

75224
1851#

764134
18804

1900#

2063

21838

22158

22288

22538

22758

23298

2353%s

23770

C(ZRJGDO,RPO4/S5/6 DSKLS CTRLRY
10-SEP-79 11:00
CIRJGD.PYY

23994
34294

62814

24854
35614
5134n
63774

8339«

85124

85344

2013

2029

2120
2702
5982

2149
27\
6078
8132
8970
10193

1YPOC

104402

TYPON = 104404
TYPOS = 104403
1.5COP
042714
UN
006226

UNIT

001774

UNITS
UNITSL
UNLOAD
UNS
=
=
UPE
=
usl
use
=
=
US4
=
UWR
VAR

001754
002004
002046
040000
020000
000001
000002
000004
000010
037414

vUF
=
vu30
=
Vv
=
WAIT.T
WAl
=
w(
w(E
=
wCf
=
WCRC

000002
010000
000100
043304
104415
001706
040000
000040
051516

VAR?2

037422

= 000001
wCU
052754
wivL
052534
wECCh
WECC2
052536
052760
wKEY!

1705
1913

51994
64978
77748
86400

2161
4623
6204
8393
8977

11589
11842
2019
11904

12029#

2707

120304

12040
1862+
1759
2462

3273
4536
8884
1969

18644

2036+
2488
3334

4628

8889+
1974

1760+

2043

3627

3631

4601

SEQ 0306

25354
36524
52224
66304

25564
36864
54274
67624

2591#
37460
56534
68924

30844
39194
S684#
71148
8007#

8862

8868

8878

11908
1753

2187
5240
6235
8561
8981

2191
5490
6321
8666
8985

78014
87504

1718
1949

78514

1722
1953

78784

1726
1957
2195
5520
6415
8771
8992

2014
269!
5630

10215
11658
11891

10219
11668
11894
10169

2043
2513
3440
4667

2069
2538
3460
4815

2086

3495
4945

2088
2787
3614
5677

6547

2081

2666

2680

8885

2125

9067
2036

9154

2559

120324
1792

1808

1814

58084

2112
2803
3620

2231
2829
3625
6678

2932

3790

3872

6802

6822

6859

8175

8178

3456
3926
6552

3934
3994

3937

4002
7187

4005
7201

8186
9023

8316

12042#

6304

6399
108364

6914

7032

7307

7946+

8015

5582

5696¢
12864
12864
109148

5703

5820+

5827

7436

10912#

6061

9435
13874

5672
5632+
5633
5578

7169

10535
108414
108424

5823

4028
7173

12831

33864

47308

6158
76128

82264

2108
2700

5844
7355
8918
10164
11459
11749

11680
10228

12028#
11322

2297
3116
3988

2332
3193
4089

4138

9305

8308

9191

8115

8265

8366

7067

Bu160

12042

2027
2697

5754
7324
8879
9619
11318
117645

10229
11698
11911
10204

10211
11647
11889

8975

3312#8
45948
6028#
7525#
82014

6930
8863
9352

10205
11644
11872

8969

72758
80694

324780
43338
59014
76198
80964

31814

640574

84154
1836+

7528
8964

77204

2510¢
35994

4629
1714
1945

1700
1909

13934

—

1Y
047734
TYPDS = 104405
TYPE
= 104401

13754
106864

76934

0o Co
NN

76394

= 000100

30A(1052)
PAGE %08
10-SEP-79
11:1%
CROSS REFERENCE TABLE -- USER SYMBOLS

246594
35140
50044
62854

48734

Tuf

MACY11

7168

2356
3223
7534

CIRJGDO,RPO4L/S5/6 DSKLS CTIRLRI
CIRJGD.PYI
10-SEP=-79 11:00
wKEY?2
052762
wLE
= 004000
WORD
050526
WRCHDA
WRCHDT
WRCHEK
WRCHHD
WRDATA

043770
002062
002060
043456
051204

WRFROM

002114

MACY11

WRIFOR
WRITE

WRL
WRU

5700¢

5824+

109154

}?géz'

10527+

10529«

10531«

10533«

10535+«

10576+

10580+«

106104

10620

10633+

10650+«

|§

6671
16094
16088
6541
10429

7160
9355
9455
93274
107554

6555
(B38r
5104
6111
6574

6561
4B43
5163
6127
6575

3041
4021
4568

3047
4029
4637

3055
4390
4643

3139
6397+
4651

3145«
4404
4683

3150
6442
4690

31880
6450%
4695

3886¢
4457
4784

3893
6505
4790«

3947
6512+
4798

3953+
4520
4832

6956

5169«
6237
6579
7219

5176
6253
6586
7225

5395
6309
6587
7232

56401+
6310
6594
7233

5409
6314
6699
7239

5478
6432
6705
7357

5588
6433
6712
7373

5709
6437
6713
7442

5833
6438
6719
7443

5984
6443
6947
7447

6000
6567
6948
7541

8255

83in

8372

8376

8416

8421

8456%

8463

8594

8600+

8607

8651

10911
16104

110304
6324

7455

8135

8265

8670
10796

9757
10799

11076

11096

11110

11123

11135

16254
3961

WWORD

X
XE2

I1(0DE

8703

002066
050764

16114
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= 004000
= 000400

12834
13774

WSECTR
WSSYNC
Wwsu
=
WIRK

052756
0515064
000004
052712

050762

047626
007304

047666

045446
IER
= 000400
IWORDS 051202
$AUTOB 001134

$BDADR

001122

$BDDAT

001126

SEQ 0307

5579«

7575
7891

053050
002064

5469+
13014
}?3;3-

6952+

| WRHEAD
WRIDAT

30A(1052)
10-SEP-79
11:11
PAGE *09
CROSS REFERENCE TABLE =-- USER SYM3OLS

1833
4015

7581«
7914

8709+«

5494
10555

1937

98854

8822+
8396

7737
8021

8449

8829

8775

4972

7746
8044

9660

5047

7747
8120

9760

5053+

7813
8121

5060

7814
8i25

5092

7837
8250

5098+

7890
8251

10896

10913«

10569

10552

10556

10563

10568

10572

106794

10728+

10781

10787

10793

10797

6058+

6184+«

6396+

6911+

7029«

7304+

7434+

8112«

B262+

8363+

9333.

9633+

19664

10078+

12820

12823

6255«

4256

5622¢
7076+«

8816

7666
8020

4966+

5822+

10087
10774+
1744+

731#
2706
2862+
2922
3409
3616
4105
4186+

8761

7665
7967

4960

5698+

13954

5577+«

13164
107544
73640

7294
3797+

8716

7656
7966

4928

7538
10792

11077

10432#

7588
7957

64921+

5848
10786

10800

5931«

4915

5729
10780

1389«
109014

9431

10993

5607
106844

5667+
108344
13714
10898+«

10545

9425#

3198+«
3821+

1884+
2794+
2863
2931«
3411
3617
(115
4187

S744e
7078

1108t

9650

11098

6301+

103864

11111
10421

11126

11136

11147

12873

11636

3207«
5861+«

11765

3219+«
9175+«

3227+
9181«

3263«
9185«

3278+
9197+

3339«
9202+

3407+
9205+

3445+
9224+

3465+
9231e

3771e
9237+

3782
9242+

1885
2795
2872+
2942+
3480+
3633«
4116
4196«

2287«
2809+
2873
2943
3488+
3634
L4126+
4197

2288
2810
2882+
2954
3498+
3660
4127
6206

2300+«
2819+
2883
2955
3530+
3661
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2301
2820
2892+«
2965+
3531
3668«
4141
6216

2307«
2831+
2893
2966
3540
3669
4155+
4217

2308
2832
2902+«
2976+
3541
3693«
4157
4226

2411
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2903
2977
3569+
3694
166
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2433
2843
2910
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3571
3701«
4167
4235+

26B4e
2852+«
2912
3295+
3580«
3702
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27064
2853
2921+
3352e
3581
6104
6177
62451

5969+
7342+

6096r
7673+«

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6345+
8'79+

6450+
8286+

6817«
8309+

6963+«
B4B9e

7058«
9075+«

7060
9077«

7070
9079

707
9081

12844

L266%

4267

276

4277

4286+

4287

5270+

5272

5340

5343

9512+

CIRJGDO,RPO4/5/6 DSKLS CTRLRI

10-SEP-79 11:00

9275+

10568+«

SERRTB
SERRTY
SERTTL
SESCAP
$FILLC
$FILLS
$GDADR
$GDDAT

$GE 142
$GTSWR
$HD

$H10CT
$1CNT
$ILLUP
$INTAG
$1TEMB

041432
041460
001103
001115
056550
001116
001226
056716
001112
001214
001156

001155
001120
001124

041510
055666
000000
056546

001104
05755¢
001135
001114

11428

651
89164
8876
8879

9714

11140+

1661
7528
7528

1667
7534
7534

1668
7548
7540

755#
7554

758#

759

7600

761#

11503

11538

11679

8976

11758

11819

7204
7264
1661
7274
12831
12870
7824
11849
7244
7624
7654
7660
7284
7304

11372
11396+

113
114

11380

11401

11864

11846
12840

118
128

11878
12844

12813

11842+
11859

11864
11861

11864

2299+
2832
2953«
3573«
6141

2301
2841+
2964%
3583+
6152¢

2311
2851y
2975+
3620+
41540

6114
4224+
7062+
9079
10590+
12854

10549«
12841

11850

11864

11872

11891

12820
12857

12823

12826
12864

12828
12867

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3671
4185+
634641
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2693
2901
361
3696

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2911
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3704+
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2755
2912
3487

89294

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2808+
2920+
3497

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12828

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9806
12823

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11116+

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11400

11680
11875

11765

89224

116444

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9719+
11128+

12847

2408
2861+
3286+
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4157
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11139

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2871
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3632+
64165
L4275+
8285
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11152+

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$EOP
$EOPCY
SERFLG
SERMAX
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8914

9713+«

11117«
128
118
115354

f o,

S$SENDMG

055040
041530
055030
041520
0461666
061537
041534

11896
11425

9704

11103«
12857
11842
11530+

Qoo Co

$OBLK
$DOAGN
$DT1BL
$SENDAD
SENDCT

12847
7634
11504«
116220
7\7#
7690
7694
7674
7550
11577
11643
11668
7654

9703

SEQ (308

SCHLF

001216
055264
055576
001100
000006
000014
000006
000006
056347
056361
056354
001223

30A(1052)
10-SEP-79
11:1]
%10
CROSS REFERENCE TABLE -- USER SYMBOLS

—

$BELL
SCHARC
$CKSWR
$CMTAG
$(Mi
$CM2
(M3
$CM6
s$Cr1LC
$CATLG
$CHTLU

MACY11

8
PAGE

~no N

CZRJGD.PWY

2682+
2881«
3353
3663

L175¢
4285
8308+
9809+
12813

10524
12815

12861

4195y

54490

9070
10548+
12817

9072
10565
12847

6103
6215+

6962

9074
10567
12851

83224

8324

764060
78464

8524

20474
2346
25474
3233
J64in

2049
23684
2549
33034
3646
45840
56220

6324
5211
6020
68794
76224
79904
86254

2176
23914
2583
33794
3679

7624
7992

77034

7705

11758

11816

11819

11864

12065¢

12066+

12084#

1659

1661
11765

1663
11834

1665
11859

514
1670

517
1849

726148
77844

11581

521
2183
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2215
2766

520
2060
25564

11742

7095
77694

56734
6367

11342

1670

11698

4864

5556
63654

8908

1668

8932

48624

1737

11401

8919

224L4LA
2451
30054
3421
38324

8124

11385

8911

2210
2464694
2756
34192
3738

81964
8847

80824
8737

8910+

6272
70934

11858

8084
88454

BOk4N
87354

11996#

22084
2393
27544
3381
37364

4721
55524

8627

11970«
113974

11400

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5443

62708
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6881

11959+
11389

8877

11394+

61440

2375

2482

2351

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1667

2327

113924
654
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1668

11617

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12064
113414
1658
11587

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12039

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11398
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056410
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001160
001162
001164
001166
001170
001172
001174
041532

= teROOTYE
$R2A
$SAVRE
= reeNeTE
$SAVRG
057560
$SCOPE
054332
$SETUP= 000117
$5S1
$STUP
$SVLAD
$SvP(C
$SWR

23440
2528
32314
3593
43224
52094
60184
6747

11393
8974

SRTINAD

12075

6847

SEQ 0309 !

£~

$REGS

120674

11864
11378+

18934

NN —

$REG3

$REGL

119944
11956
11379
8875+

120634

11852

6782°

7406
78614

11981+
11951+«
11371
4618
120854

11538
12037

114691

3978+

$REGO

$REG!
$REG2

057314
057316
0564606
001100
057562
057550
057410
057544
057462
001222
056140

11819
9002

TMY —

$OCNT
$OMODE
$OVER
$PASS
$POWER
SPWRAD
$PWRDN
$PWRMG
$PWRUP
$QUE
S
$SROCHR
$RDODEC=
SROLIN
$RDOCT
$RDSZ =
SREGAD

NAD
N

11538
18414
2268
25014
3076
35534
3912
51234
5799
66114

11758
8991+

056377
056366
054622
001154
000001

11749
2061+
3767«
11393

e
teeeT

11538
1670
1671
1740
117634
117614
1164004
11509
1767
22664
2477
30744
3508
39104
4995
57974
6482

7664

NN S NN
PO —
00 — O W — N0
OSSN
ON S
= NN NONO
W

001224
001106
001110

30A(1052)
10-SEP-79
11:11
PAGE 211
CROSS REFERENCE TABLE -- USER SYMBOLS

N\ =

SLF
SLPADR
SLPERR
$MAIL =
SMNEW
SMSWR
SMXCNT
$NULL
SNWTIST-

MACY11

WO
W
O~ —
00
—

CIRJIGDO,RPO4/5/6 DSKLS CTRLRI
10-SEP-79 11:00
CIRJGD.PV

CIRJGDO,RPOL/S/6 DSKLS CTRLRY

MACYTT

3180

3246

CZRJGD.PVY

10-SEP-79 11:00

4056

n8
30A(1052)
10-SEP-79
IRERR
PAGE %12
CROSS REFERENCE TABLF -- USER SYMBOLS

$TMP4
$TMPS
$IN

= 000124

O 0o — F o

760#
9723
G740
1886
2221

11381+

11388

11391¢

11400

11650

11662+

11682+

9385+
5387

9399
6784+

9498+

9544
9262+

9270+
9502+
9525+
64634

9273e
12628

9500+
12841

9542+

9497+

95033+

9509

9701

18494

1851

1857

1874

1880

6233
6480
6890#
7275

7011
7495
7703

7622
77984

78754
8096
8522

86394

12030#

11374
11847

11640+

4719
51984
5552
5891

60274
6336
6630

120204

8855

2063
2275
2449
25540
3084
3318
3520
36514
3910

6322
4993
56264
56834

$TRAP?
= 000016
$IRP

11828

7594

7424
76464
76414
1663
120164

11366
11826

3919
5683
72
8068
8930

5842
5563
7106
8004
8924
11373
11840

11639

2353
2501
27664
3231
34284
3582
3703

$1PB
$TPFLG
$1PS
$TRAP

3744
5652
7004

7936
8909
11372
11829

7798

8749

VNN

—

W =t ol i s \) it e OO
OOV OOWO NN
O O~NS WO O

=N
= OO NN

el
—
el
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001202
001204
001206
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$TMPY

115440
115454
739#
11560
7554
7564
9386+
7574
7580

$TMP?

521
7614
7604
115424
1693
115464
115434

000000
001212
001146
055270
055310
055307
055272
055274
055276
001144
055360
001176
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—

$SWRMK=
$TIMES
$1xB
$TKONT
STKINT
$TKQEN=
$TKQIN
$TKQOU
$TKQSR
$1KS
$TKSRV
$TMPO
$TMPY

O NN NN
O O WO WO (NN
NEENNWNOWNES OO0
= 00O 0ONY =~ =~ ~NNIO N

7614

11381
11852

3684
5626
6890
7875
8903
11369

3598
5198
6622

5807

8093
8932

Sea 0310

120314

12032#

120334

12034

2174
2320
26564

2556
3169
3379
3542
3652
39194
47294
5199
55634
5900#
6258
64904

6892

7353
76364
7801

2007
8322
87494

8064
83384
8750

120358

12036

6839+

21834
23274
2459
2581
31800
33864
3549
3670

6045

4730
5209
5564
5901

6270
6497
6984

7392
7639
7846
8068#
8339

2186
2329
2675
2590
3181
3392
3553

3677

40564
4862

52214
5628
5980
6280n
6599
5993
7404
7688
78504

8845

8069
8507
88554

120378

12038#

9271

22154
23514

2485
2754
3226
3419
3561
3686
6303
4873
5422
95673
6018
6285
66228
7005
76419
7693
7861

8093
8512

12039 * 1204080

CIRJGDO,RPO4/S5/6 DSKLS CTRLRY
CIRJGD.PVY
i0-SEP=-79 11:00
STRPAD
$ISTNM
STIYIN
STYPBN=
STYPDS
$1YPE
$IYPEC
STYPEX
$1YPOC
$TYPON
$1YPOS
SXTSTR
$$GET4=
$OFILL
$LOCAT=

057356
001102
056336
eseves
054624
055050
055220
055266
057116
057132
057072
054364
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= 070364

MACYT1

1206414
12010
7194
11735
12033
116134
1164854
11506
11531
119504
11949
119454
11357#
89244
11946+
11354

11950+«
11849

11960

119954

8932
108404

8936
108414

649
1670
20174

89804
108424

6500
1671
20234

6378
16264
19604

11757#

120420
12027#
8870+«
11736

N 8
30A(1052)
10-SEP-79
11:11
PAGE 213
CROSS REFERENCE TABLE -- USER SYM3OLS

12032
12020
11513
11533
12029
119524
12030

6414
1656
20104

11758

Sea 03N

120434
8908+
11753

11332
117574

11370

11392«

12028
11520
115364

115250

11526

11684

6524
17034
21114

6544
1708¢
21524

11397

11401

11839

11864

6584
17214
2158N

708#
17254
21644

7164
18114
21904

767
18174
2194M

12031

11765

8995¢
108434
11819

101904
108448
11864

10214#
11400

119194

102264
1146401
12059

108334
114674
12083

108344
11538

12941#

108354
115641

15508
19088
22044
108364
115454

16248
19488
46268
108374
11546

16258
19528
BBOOS
108384
115474

(IRJGDO,RPOL/5/76 DSKLS CTRLR)
CIRJGD.P
10-SEP=-79 11:00
CHECKA
(HECKB
COMMEN
ENDCOM
ERROR

5097
5097

5519
4314

5629
5239

2692
3290

2517
3297

2542
3340

L4614
5617
6133
6727
7180
8160
9198

4467
5514
6135
6729
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4528
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6796
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1
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9740

7451
485
492
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3623

9811

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7527
6344
6368
1866
3638

10017

6344

MACY11
5753
56489

8131
2721
2746
1889

2563
3357
3665

4578
5544
6259
6805
7204
8290
9225

10023

5981
5602

6108
3724

6234
5843

2235
2¢78
3359
3673

2260
2797
3408
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8261

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8560

7354
5950

8665

6077

6203

6320

6414

6764

6929

7048

2293
2998
3414
3706

2304
3065
3446
3772

2313
3159
3466
3783

2336
3199
3481
3798

2360
3208
3489
3822

2384
3220
3500
3902

2613
3228
3535
3970

2435
3264
3545
4038

2466
3279
3575
6307

6006
6602
7074

6008
6685
7082

6098
6690
7175

9176
9709

9182
9720

9186
9730

8770

9351

4807
5659
6352
6853
7249
8472
9243

4853
5746
6454
6863
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8493
9276

4937
5780
6456
6870
7379
8495
9666

4983
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2329
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23904
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2208
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46BN
3007
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31684
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5094
509#
509#

5541
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1880
2535
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5684
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1900
2556
3843
5808
7525
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2063
2591
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5901
7612
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2183
3016
4057
6028
7639
8534
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2215
3084
4333
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7693
8640
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2228
3181
4594
6281
7720
8750
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5280

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1737

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7876
5622

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5069
5862
€560
6969
7393
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9618

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7637
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5094
5094
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)

'
9
30A(1052)
10-SEP-79
11:11
PAGE %15
CROSS REFERENCE TABLE == MACRO NAMES
B

9112

9303

9376

9489

9492

9567

9754

25004
3171
36434
4586
56720
6482
75034
8847

7846

12055

2503
32304
3646
4718¢
5675
66104
7506

7861

25250
3233
36768
4721
57964
6613
8081#

7922

2528
33024
3679
68614
5799
67434
8084

7990

TRMTRP

TSCLR

TSCLR1
TSCLRZ2

TSCLR3

4870

7269
7784
8091

74604
7796
8196

5561
6365

5673
6373

8853

5094
5094
5094

2807
2940

2817
295°2

614H

6102

6253
2827
6136
6340
6340
6340
6340
6344
6344
6340
1913

10170

$SESCA
SONEWT

6283
5903

7100
14
1

2449

3226
6233

3293
6336

3542
6471

5628

1886

2042
5752

647
1895

707
1990

749
755
6344
6340

2675

4113
4264

6340

~N&HSNO
—
— D NN

2480
2754
3426
3736

4862

2187

WOATAR
XREAD
$SCMRE
SS(MTM

2993
6107

12036

NN
O N

2213
2475
2736
3419
3732

507
1876
2244

1857

TYPDEC
TYPNAM
TYPNUM
TYPOCS
TYPOCT
TYPTXT

2186
5980

12034

rRoRLNY
—

500
1874

509

TSCLRSG

12042

12032

3582
6869

3636
6984

7003

6344

10672
11470
16724
2221

TSCLRS
TYPBIN

12039

8638

8067

3559
5220

11343

8845
10670
114(3

120204

12038

NN PO N
= O NONWNO
~N
W= N NN
O —
—OMH —=OOMN

7392

8747
10605
11329

1752
5518

12037

8532

7935

1765

8198
8900
107461

11540

8212
8938
10744
11617

8221
89%7
10819

11632

767
2047
2325
2547
3081
3591
3917
5194
5886
6745
7609
7922
8336
10261
10851
11727

11821

11866

10476
11169
11999

3187

3253

3318

3435

3549

3605

7011

2840

2850

2860

2880

2900

2919

2974

6124

6164

6174

4194

6214

4233

4284

1893

2249
2501
2764
3506
3742
4993
5681
6480
7412
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2266
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6488
7504
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7521
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2391
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3178
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4056
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2649
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4591
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7093
7715
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7769

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8637

5450
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8066
8735
10603
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10478
11280
12045

12061

1814

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8919
2693
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2191

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23464
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6278

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3179

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6279
7772
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7635

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6727
5552

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3082
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2208
2654
2733
3384
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5094
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8092

2532

30A(1052)
10-SEP-79
11:1
PAGE %16
CROSS REFERENCE TABLE -- MACRO NAMES

7105

2507
3650
5451

2481
3597
5625

MACYT1
00 ~WVWWANPN
WO W
WM
OD 5~ N

CIRJGDO,RPO4/5/6 DSKLS CTRLR]
10-SEP-79 11:00
CIRJGD.PI

2208
3074

CIRJGDO,RPO4/S/6 DSKLS CTRLRI

CIRJGD.PIY

10-SEP-79 11:00

3591

3553

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KT
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5209
6993
8064
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5673
7504

3832
197
7607
8507

3910
5891
7622
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4065

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12032

12034

12036

L7460
2226

524
2251

2351

2375

2457

2483

L7460
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5224

L7460

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12039

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2508

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W760
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11600
11468
11920

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L1170

070364

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RUN-TIME:

RUN-TIME

86 126 9 SECONDS
RATIO: 416/223-1.8

SEQ 0314

4322
6144
7703
8735
12038

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3736

12030

6344

10-SEP-79
1:11
PAGE %17
CROSS REFERENCE TABLE =-- MACRO NAMES

12029

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7093
8082

3644
5641
7261
8196

MACY11

6480

4993
6611

12041

12042

4584

6719

4862

7769

7784

7846

6270
8845

6365

7861

5123
6745
7922

5194
6879
7990

CIRJIGDO,RPO4/S5/6 DSKLS CTRLRY1
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10-SEP-79 11:00
CORE USED:

38k

(75 PAGES)

MACY11

30A(1052)
10-SEP-79
11:11
PAGE 218
CROSS REFERENCE TABLE == MACRO NAMES

SEQ 0315