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MAINDEC-11-DZKMA-B-D

August 1976

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Document:	MOS-Core-Mem-Exer
Order Number:	MAINDEC-11-DZKMA-B-D
Revision:	0
Pages:	46
Original Filename:	http://bitsavers.org/pdf/dec/pdp11/xxdp/diag_listings/memory/MAINDEC-11-DZKMA-B-D_MOS-Core-Mem-Exer_Aug76.pdf

OCR Text

0005 8 j
IOENTlFICATION

.......... __ ............ ..
PRonUCT r:OOEI
PRODUCT NAMEI

MOS/CORE MEMORV EXERCISER FOR 0 Tn l?aK
wIT~ OR WITHOUT P6PtTV 81TS

PROOUCT nATEI

AUGUST.

lcH~

DIAGNOSTIC GROUP
THE: HIFORMHION IN TIo/IS DOCUMENT IS SlIf:lJF.cr TO CHANGE
wITHOI)T NOTICE AND SHOULfI NOT RE CONSTRUED AS A COMMJTME'NT
BV DIGITAL EQUIPMENT
CORPORATION.
DIGITAL
EQU'PM~NT
CORPORATION ASSUMES NO RESPONSI81LITV FOR ANV ~RRORS THAT
MAV APP~AP IN THIS MANUAL.
DESCRIBED IN THIS DOCUMENT IS FUPNIS~En TO THE
UNOER A LICENSE FOR USE' ON A SING~E COMPUTER
SYSTEM AND CAN BE COPIED (WIT~ INCLUSION OF OIGITALS
COPVRIGHT NOTICE) ONLY FOR USE IN SUCH SySTEM, EVCEPT AS MAV
OTHERWISE' RE PROVIDED IN WRITING BV DIGITAL.
THE

S~FTWARE

PURCIo/ASE~

OIGITAL EQUIPMENT CORPORATION ASSUMES NO RESPONS!AILITV FOR
THE USE ~R RELIABILITV OF ITs SOFTWARF ON EQUIPMENT THAT IS
NOT SUPPLIED RV DIGITAL.

DZKMA
MACY!! 27(7321
DUMAS.Pil

05.AUG-76

13843

PAGE 2

CONTENTS

.........

1 .0
1.1

ABSTIUCT
GETTING STA~TED

2.0
2.1
2.2

EQUIPMENT

3.0

LOADING P~OCEDU~E

4.0
4,1
4.2
4.3

SWITCH SETTINGS
CONT~OL·C OPTION

4.4
4,5

LONG GALLOP OPTION

5.0

P~OGRAM

6,0
&.1
6.2
6.3
6.4

ER~ORS

MESSAGE FO~MAT.
DICTIONARY
ERROR HISTORY
ERROR RECOVE~Y

7.0

RESTRICTIONS

8.0
8.1
8.2
8,3
8,4
8.6

MISCELLANEOUS

9.0
9.1
9.2

10.0

~EQUI~EMENTS
STO~AGE

STA~TING P~OCEDU~E

STA~TING ADD~ESS -200
~ESTART
PROG~AM AND/O~ OPERATO~

ADDRESS _250

ACTION

HALTS (NORMAL + ERROR)

E~~OR
ER~O~

ADDRESS/BAN~ RANGES IN OCTAL AND DECIMAL
EXECUTION TIME
pASS COUNT AND TEST NO. LOCATIONS
STACK POINTER
POWE~ rAIL
P~OGRAM DESC~IPTION

NARRATIVE FLOW CHA~T
TEST TITLES
TEST 08 TEST ro~ P~OPE~ 8ANK SELECTION
TEST 18 CHECK DATI/DATO LINES
TEST 21 TEST MEMO~Y rOR HOLDING DATA AND BYTE SELECTION
TEST 38 DUAL ADD~ESS TEST A
TEST 41 DUAL ADD~ESS TEST B
TEST 51 MA~CHING 1;S AND 0'S
TEST 68 CELLS· VOLATILITY TEST
TEST 71 SHIFTING DIAGONAL
TEST 101 READ ~ECOVERY GALLOPING TEST THROUGH EVERY 64TH CELL
TEST 11. ~EAD RECOVE~Y LONG GALLOPING/rAST GALLOPING TEST
TEST 12. WORST CASE TESTING ro~ CORE MEMORY
TEST 131 WRITE RECOVERY TEST
RXDP , ACTt! , APT OPERATION

sfJ..
o
DZKMA
MACYt! 27(732)
DZKMAB.Pll
U.0]

0S-AUG-?6

13143

PAGE 3

ABSTUCT
THIS DIAGNOSTIC WILL TEST 0 • 124K OF MOS OR CORE MEMORY
ON ANY PDP-It FAMILY COMPUTER. SOME TESTS ARE WORST CASE
FOR MOS AND SOME FOR CORE, BUT ALL TESTS ARE ALWAYS RUN.
THE TESTS OCCUPIES LESS THAN 2K OF MEMORY SO IT CAN BE
USED TO TEST A SYSTEM WITH ONLY 4K OF MEMORY. IF ONLY 4K
EXISTS, HOWEVER, THE ABSOLUTE LOAOER IS NOT SAVED.
THIS PROGRAM CAN BE RUN UNDER XXDP, APT AND ACT MONITORS.
ON PROCESSORS WITH NO HARDWARE SWITCH REGISTER, SOFTWARE
SWITCH REGISTER. LOCATION 176.

tl.1J

GETTING STARTED
IF NO HARDWARE SWITCH REGISTER SET LOCATION 176 TO OBTAIN SWITCH
OPTIONS,
TO STARTS

.........

A.
B,
C,
D,
E.
F.

SET SWITCH REGISTER • 00000
START AT 200.
THE MEMORY LIMITS WILL BE PRINTED.
SEE SECTION 4.4 FOR REST OF PRINTOUTS EXPECTED.
"END PASS '01" WILL BE TYPED LAST, AND THE TEST WILL
RESTART.
TO HALT THE TEST, TYPE CONTROL-C, THIS WILL INSURE THE
PROGRAM IS RELOCATED BACK TO LOWER MEMORY.
BE PATIENT, THE CONTROL.C IS ONLY RECOGNIZED AT THE END
OF THE CURRENT SUBTEST.
IF AN UNEXPECTED HALT OCCURS SEE SECTION 6.O. IF AN
ERROR' IS TYPED SEE SECTION 6.2.
'CAUTION!

BEFORE "DIGGING" INTO THE LISTING READ
SECTION 9.

SWITCH SETTING SUMMARY (SEE SECTION 4.1 FOR DETAILS)

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

BITtS (100000)
BIT14(040000)
BITU (0200e0)
BITU (01000111)
BITU (004000)
BIT10(e02000)
8IT09(00101110)
8IT08(000400)
8 IT 07 (000200)
BIT06(000100)
BIT0S(000f1J40)
BIT04(0e0020)
BITU-BIT0ta

HALT ON ERROR
LOOP IN SUBTEST DEFINED BY BITS e3,0>
INHIBIT ERROR PRINTOUTS
ENABLE TESTING ABOVE 28K (MEMORY MANAGEMENT)
ENABLE PARITY TESTING
HALT ArTER EACH SUB TEST
INHIBIT PROGRAM RELOCATION
TYPE FIRST FAILING BIT ERROR PER 4K.
ENABLE LONG GALLOPING TEST
INHIBIT MEMORY SIZING
INHIBIT "END PASS 'XX" PRINTOUTS
INHIBIT PRINTOUTS
BEGINNING TEST NUMBER.

DZKMA
MACYi! 27(732)
DZKMAB.Pl1

0S-AUG-76

[2.0]

REQUIREMENTS

[2.1]

EQUIPMENT

13143

PAGE 4

STANDARD 11 FAMILY COMPUTER WITH A CONSOLE OUTPUT DEVICE
AND FROM 4K TO 124K OF MEMORY.

[2.21

STORAGE
PROGRAM STORAGE w 0000 • 7744. PROGRAM EXPANDS FOR ERROR
HISTORY AND TO SAVE ABSOLUTE LOADER OR XXDP CHAIN MONITOR.
(SEE SECTION 9. rOR DETAILS)

[3.0J

LOADING PROCEDURE
USE STANDARD PROCEDURE FOR PDP-ii ABSOLUTE BINARY FORMATTED TAPES.

[4.0J

STARTING PROCEDURE

[4.11

SWITCH SETTINGS
SOFTWARE SWITCH REGISTER. LOCATION 176
BITts (100000)

HALT ON ERROR

BITU (040000)
BlT13 (020000)
i' BIT12 (01111000)

LOOP ON TEST DEFINED BY SWITCH REGISTER BITS <310>
INHIB~T ERROR PRINTOUTS
.
ENABLE TESTING ABOVE 28X. (MEMORY MANAGEMENT)

, BITll (0Ql4009)

ENABLE PARITY MODULES.
I"PARITY" WILL BE TYPED
HALT AFTER EACH SUBTEST
,PRESS CONTINUE TO DO NEXT SUBTEST
INHIBIT PROGRAM RELOCATION
,IF SET LOCATIONS 430-7776 WILL NOT BE
!TESTED.

/BITU (902000)
IJBIT09(001000)

oBIT08 (000400)
rJ BIT97( 000200)

DBlTIIJ6(009109)

TYPE FIRST FAILING BIT IN EACH 4K BANK ONLY.
lTHE TOTAL ERROR COUNT (UP TO 377) WILL
lBE SAVED IN THE ERROR HISTORy.
ENABLE LONG GALLOPING TEST.
lRGLP" WILL BE TyPED.
,CAUTIONI INCREASES TEST TIME BY FACTOR OF 25.
INHIBIT MEMORY SIZING.
ITHE MEMORY LIMITS MUST BE SETUP IN THE FOLLOWING LOCATIONS.
(VALUES TO TEST e-8K ARE SHOWN)
(LOWTWOuLOCATION 322)
LOWTWOS IIJ
LOWADD, 0

,STORE BITS 17116 OF LOW TEST ADDRESS
,STORE REST OF LOW TEST ADDRESS

DZKMA
MACY11 27(732)
DZKMAB.Pl1

05-AUG.76

13.43

PAGE 4-1

HIGHTWOa 0
,STOPE BITS 17116 OF HIGH TEST ADDRESS
HIGHADDJ 37776
,STORE REST OF HIGH TEST ADDRESS
NOTEI HIGHADD MUST BE SET TO A 4K BOUNDARY. (E.G. 37776)
BIT05(000040)

INHIBIT "END PASS IXX" PRINTOUTS

BIT04(000020)

A.
B.

8IT03-8IT00

INHIBIT ERROR HISTORY PRINTOUTS. THE
ERROR HISTORY CAN STILL BE OBTAINED
BY TYPING CONTROL-C.
INHIBIT PRINTOUTS "PARITY","GLP","TST13 BNK XX".

NUMBER OF TEST (0-13) TO RUN FIRST.
lNORMALLy USED WITH BITt4 (LOOP ON TEST)

CONTROL-C OPTION
CONTROL C [-C]

AFTER COMPLETION OF THE CURRENT TEST,
THE ERROR HISTORY (SEE SEC. 6,3) WILL BE
TYPED. THE PROGRAM WILL HALT IN LOWER MEMORY.
PRESSING CONTINUE WILL RESTART THE DIAGNOSTIC.

STARTING ADDRESS- 200
RESTART ADDRESS - 250 OR 200
RESTART AT 200 CLEARS PASS COUNT (8PASS) AND PRINTS "DZKMA.Bn TITLE.

PROGRAM AND/OR OPERATOR ACTION
1)
2)
3)
4)

LOAD PROGRAM INTO MEMORY USING ABSOLUTE LOADER.
SET OPTIONS (SEE SEC. 4.1)
START THE PROGRAM AT 200
THE FOLLOWING IS AN EXAMPLE WITH EXPLANATIONS
OF THE PRINTOUTS EXPECTED.

"XXXXX-YYYYY"

,ADDRESSES OF TEST BOUNDARIES.

"PARITY"

,IF PARITY OPTION SELECTED
,IF LONG GALLOPING OPTION SELECTED.
,PRINTED AS TSTtt IS ENTERED.

"TST13 BNK 00"
"TST13 BNK 01"
ETC •••
"RELOC"
"TST13 BNK 00"

,ENTERING BANK 00 IN TEST 13.
,AND BANK 1 •••
,UNTIL ALL BANKS (UP TO 6) HAVE BEEN TESTED.
,THE DIAGNOSTIC RELOCATES TO HIGHEST
,BANK UNDER TEST. AND RUNS TSTS-TSTt3 AGAIN,
'TESTING BANK 00 IN TEST 13 (RELOCATED STATE.)
,NOTE-ONLY BANK 00 IS TESTED IN THE RELOCATED STATE.
,WHERE "XX" IS THE PASS NO.

DZKMA
MACYi! 27(732)
DZKMAB.Pll

05.AUG-76

13143

ADDITIONAL PRINTOUTS
nNO PAR"

PAGE 4-2

,PRINTED IF PARITY SELECTED BUT NOT AVAILABLE.
,PRINTED IF GREATER THAN 2SK AND NO MEMORY
,MANAGEMENT AVAILABLE.

4.5

LONG GALLOP OPTION
NORMAL WORST CASE SR SETTING. 0000, FOR LONG GALLOP
SR • 200. LONG.GALLOP OPTION SHOULD ONLY BE USED IF AN
MOS MEMORY PROBLEM IS SUSPECTED AND NO OTHER SUB TESTS
WILL FAIL. THE TEST TIME IS INCREASED 25 TIMES,

[5.O]

PROGRAM HALTS (NORMAL+ ERROR)
THIS IS A LIST OF EXPECTED HALTS. IF THE TEST HALTS
IN A LOCATION NOT IN THIS LIST AND ITS LESS THAN 776, IT
MAY BE DUE TO A DEVICE INTERRUPTING.
NOTE THE HALT AT END OF SUB TEST AND HALT ON ERROR HALT LOCATIONS
MAY BE RELOCATED. THE ACTUAL LOCATIONS THEY ARE IN CAN BE FOUND
BY SUBTRACTING 500 FROM 1664[SWHALT) AND ADDING THIS DIFFERENCE TO THE
CONTENTS OF SAVR6 [LOC. 346].
pC

.....

REASON
..........

112

TRAP TO LOC. 4

EXAMINE R6, IT CONTAINs
THE POINTER TO THE PC
WHERE THE TRAP OCCURRED.

146

POWER FAIL

POWER UP WILL RECOVER
IF IN CORE MEMORY.

1666

HALT AT END or
TEST Si'IlTCH SET.

PRESS CONTINUE TO GO TO
NEXT SUBTEST.

6132

HALT ON ERROR
SWITCH SET.

PRESS CONTINUE.

6216

CONTROL.C TYPED
OR FATAL ERROR
OCCURRED

PRESS CONTINUE TO RE ...
START TEST.

[6.0]

ERRORS

[6.11

ERROR MESSAGE FORMAT

.RECOVERY
........

THE ERROR PRINTOUT CONSISTS OF 6 OCTAL WORDS IN THE FOLLOWING
FORMATa

DZKMA
MAC¥11 27(732)
DZKMA8.Pl1

0S-AUG-76

"LOCATION

13143

BAD

GOOD

PAGE 4-3

"ADR ERR" WILL BE PRINTED PRIOR IF AN ADDRESSING ERROR IS SUSPECTED.
"PAR ERR" WILL BE PRINTED PRIOR IF A PARIT¥ ERROR TRAP OCCURRED
1CAUTIONI IF PARITY ERROR THE GOOD DATA PRINTOUT IS THE
PARITY MODULE UNIBUS ADDRESS THAT FAILED.
WHEREI
LOCATION.
GOOD
•
BAD
•
PC
•
ERROR
•
PASFLG •

FAILING MEMORY LOCATION
GOOD DATA [DATA THAT WAS EXPECTED]
BAD DATA (DATA THAT WAS rOUND]
PROGRAM COUNTER AT ERROR CALL.
FAILING ERROR NO. (SEE SEC 6.2 • ERROR DICTIONARY)
CONTENTS OF LOCATION PASFLG.THIS MAY NOT BE RELEVANT.
(SEE SEC. 6.2-ERROR DICTIONARY)

ITHE TEST WILL CONTINUE AFTER THE ERROR PRINTOUT.
I"NO MNG" WILL BE TYPED IF TESTING ABOVE 28K SELECTED AND NO MEMORY
IMANAGEMENT IS FOUND,
!"NO PAR" WILL BE TYPED IF PARITY OPTION SELECTED
lAND NO PARITY MODULES WERE FOUND.
(FATAL ERRORS)
"ERROR #XXXXXX" WILL BE TYPED WHERE "XXXXXX· IS
THE ERROR NUMBER. THE DIAGNOSTIC WILL USUALLY HALT ON THIS TYPE
OF ERROR. SEE SEC. 6.2 -ERROR DICTIONARY· rOR DESCRIPTIONS
OF THE ERROR.

(APT MODE ERRORS)
ALL ERRORS ARE TREATED As FATAL UNDER APT. WHEN AN
ERROR OCCURS UNDER APT A "1" IS STORED IN LOCATION
$MSGT¥ AND THE PROGRAM HALTS AT FATHLT,
$FATAL CONTAINS THE ERROR NO. IN THE LOW BYTE AND
THE FAILING BANK NO. UNDER TEST IN THE HIGH BYTE.

ERROR DICTIONARY
THIS IS A LIST OF ERROR NUMBERS PRINTED AND POSsIBLE
CAUSES FOR THE ERROR.
THE ROUTINE NAME WHERE THE ERROR CALL ORIGINATED IS GIVEN IN
BRACKETS.
NOTE. "BAKPAT" REFERS TO THE BACKGROUND pATTERN WRITTEN INTO MEMORY

DZKMA
MACYI! 27(732)
DZKMAB.Ptl

0S-AUG-76

13843

PAGE 4-4

FOR VARIOUS TE8TS. IF PARITY SELECTED IT HAS A VALUE. 376 ,ELSE.377
"SWAPPED BAKPAT" • 77000 IF PARITY SELECTED, ELSEa77400
.ENDR
,ERROR II "

,[BUSER] 8US ERROR TRAP TO LOC. 4 OCCURRED
,
THIS ERROR IS NOT PRINTED AND IS FOR "APT" USE.

,ERROR II

,tTSTTRP]FATAL DATA ERROR
,LOCATIONS 0000-430 FAILED 1'S + 0·S TEST.
,R0 • GOOD DATA
,Rl • ADDRESS OF FAILING LOCATION.

,ERROR II 2

,[APTSIZ] APT FATAL ERROR
.
,APT MEMORY TABLES NOT SETUP CORRECTLY.
,CHECK LOCATIONS ,MAMSI [430] TO ,MADR4[446]
" rOR CORRECT MEMORY SIZE DATA.

,ERROR II 3

,[TSTSIZ) OPERATOR FATAL ERROR
,SELECTED MEMORY SIZE GREATER THAN 28K, BUT
,SR BIT12 (10000) NOT SET.
,SET 8IT12 AND RESTART AT 200.

,ERROR II 4

,[TSTSI!] OPERATOR FATAL ERROR
,LOWEST SELECTED TEST LIMIT IS HIGHER THAN
,HIGHEST TEST LIMIT. SET LOCATIONS "LOWTWO"[322]
,TO "HIGHADD" [330] CORRECTLY AND RESTART
,AT 200.

,ERROR II 5

,[TST0] TEST SEQUENCE ERROR
,TST0 HAS BEEN ENTERED OUT OF SEQUENCE
,TESTN SHOULD. 00
,THE DIAGNOSTIC HAS BEEN CORRUPTED.
,IF POSSIBLE SELECT ANOTHER 4K BANK
,BANK" AND RERUN THE TEST ON THE FAILING MEMORY.
,[TST0) DUAL ADDRESSING ERROR
,FOR THIS ERROR THE GOOD DATA PRINTED IS AN
,ADDRESS. THIS IS THE ADDRESS SELECTED WHEN
,THE SAME DATA WAS WRITTEN INTO THE FAILING
,LOCATION. CHECK BANK SELECT CIRCUITRY

,ERROR II 7

,[TST0] ADDRESS AND DATA ERROR
,IDENTICAL TO PREVIOUS ERROR EXCEPT THE DATA
,WRITTEN INTO THE FAILING LOCATION WAS IN
,ERROR ALSO.

,ERROR • 10

,[TST01 DATA ERROR
,IF BAD DATA. 0000 COULD BE AN ADDRESSING
,ERROR , ELSE COMPARE GOOD AND BAD DATA FOR FAILING BITS.

,ERROR' 11

,[TST0] ADDRESSING ERROR
,THE FAILING ADDRESS RESPONDED BUT IS NON,EXISTENT. MAY BE A DUAL ADDRESSING PROBLEM.

DZKMA
MACYlt 27(732)
DZKMAB.Ptl
,E~ROR

• 12

95.AUG-76

13143

PAGE 4.5

,[TSTt] TEST SEQUENCE ERROR
J.TEST [404] SHOULD. 01
,
THE DIAGNOSTIC HAS BEEN CORRUPTED.
,[TST1) DATA ERROR
,COMPARE GOOD AND BAD PRINTED DATA, FAILING
,DATA BITS MAY SHORTED OR SWAPPED.

,ERROR. 14

JER~OR

,[TST2] TEST SEQUENCE ERROR
,STESTN [404) SHOULD = 02
,
THE DIAGNOSTIC HAS BEEN CO~~UPTED.
,[TST2) ADDRESS OR DATA ERROR
,IF "ADR ERR" NOT PRINTED THEN THE BYTE SELECT
,CIRCUITRY PROBABLY FAILED.

,ERROR • 16

,[TST3] TEST SEQUENCE ERROR
,.TESTN [494) SHOULD = 03
THE DIAGNOSTIC HAS BEEN CORRUPTED.

,ERROR. 17

,[TST3) DUAL ADDRESSING ERROR
,DUAL ADDRESSING PROBLEM FOR BITS THAT DIFFER
,IN GOOD AND BAD DATA PRINTOUT.

JE~ROR

• 20

,(TST3) DUAL ADDRESSING ERROR
,FOR THIS ERROR THE DATA PRINTED IS AN ADDRESS,
,THIS IS THE ADDRESS THAT WAS SELECTED WHEN THE
.SAME DATA WAS WRITTEN INTO THE FAILING LOCATION.

JE~~OR

# 21

,[TST3] DUAL ADDRESSING ERROR
,SAME AS ERROR #20 EXCEPT DIFFERENT DATA
,(SWAPPED BAKPAT) WAS WRITTEN.
,[TST4J TEST SEQUENCE ERROR
"TESTN [404) SHOULD. 04,
THE DIAGNOSTIC HAS BEEN CORRUPTED.

,ERROR • 23

,[TST4J DUAL ADDRESSING ERROR
,IF PASFLG • 0 THEN THE FAILING LOCATION
,AND FAILING DATA ARE DUAL ADDRESSES.

,ERROR # 24

,[TST5) TEST SEQUENCE ERROR
,.TESTN [404J SHOULD. 05
, THE DIAGNOSTIC HAS BEEN CORRUPTED.

,ERROR # 25

,[TST5) DATA ERROR
,DATA WRITE OR READ ERROR.
,[TST5) MARCHING l's AND 0's DATA ERROR
,IF PASFLG=0 FAILED MARCHING l'S + 0'S IN
MAX TO MIN DIRECTION.
J
,IF PASFLG.t FAILED MARCHING l'S + 0'S IN
MIN TO MAX DIRECTION
J
,IF PASFLG=3 FAILED MARCHING 0'S + l'S IN
MAX TO MIN DIRECTION.

,ERROR # 26

,ERROR • 27

,[TSTS) MARCHING l'S AND 0'S DATA ERROR

DZKMA
MACYli 27(732)
DZKMAB.Pil

05-AUG-76

13143

PAGE 4-6

,IDENTICAL TO PREVIOUS ERROR EXCEPT THE DATA IS
,CHECKED IMMEDIATELY AFTER BEING WRITTEN.
,[TST6) TEST SEQUENCE ERROR
,STESTN SHOULD. 06
,THE DIAGNOSTIC HAS BEEN CORRUPTED.
,[TST6] VOLATILITY/REFRESH TEST ERROR
,IF PASFLGa0 BAKPAT WRITE OR READ ERROR.
,IF PASFLGBl THE FAILING LOCATION CHANGED WHILE
I
ANOTHER LOCATIONS WAS WRITTEN FOR
I
2 MS. THE OTHER LOCATION IS SAVED
I
IN SAVLOC (352)
,IF PASFLGm2 SWAPPED BAKPAT (77400 OR 77000)
WRITE OR READ ERROR.
,
,IF PASFLGB3 SAME AS IF PASFLG=2 EXCEPT
,
THE DATA IS SWAPPED BAKPAT.
I [TST7] TEST SEQUENCE ERROR
,STESTN SHOULD. 07
,THE DIAGNOSTIC HAS BEEN CORRUPTED.
,[TST7] SHIFTING DIAGONAL DATA ERROR
,IF PASFLG=0 BAKPAT WRITE OR READ ERROR.
,IF PASFLGBi BAKPAT READ CHECK ERROR
,IF PASFLG. GREATER THAN 1 BUT EVEN VALUE THENI
,
THE FAILING LOCATION COULD NOT BE WRITTEN INTO.
,IF PASFLG. GREATER THAN 1 BUT ODD VALUE THEN:
THE FAILING LOCATION WAS WRITTEN CORRECTLY
BUT LOST THE DATA.
I ERROR # 34

,[TST10] TEST SEQUENCE ERROR
,STESTN SHOULD. 10
THE DIAGNOSTIC HAS BEEN CORRUPTED.

,ERROR II 35

,[TST10] BAKPAT DATA ERROR
,BAKPAT WRITE OR READ ERROR INTO THE FAILING LOCATION.

,ERROR II 36

I[TST10J READ RECOVERY DATA ERROR
,
THIS ERROR CAN BE REPORTED BY TST10 AND TST11.
I(THEY SHARE CODE). SEE STESTN [404] FOR WHICH TEST FAILED.
,FOR BOTH TESTS COMPARE THE GOOD AND BAD DATA AT THE FAILING
,LOCATION TO SEE WHICH BITS FAILED,

J ERROR #

,[TST10] READ RECOVERY DATA ERROR
,IDENTICAL TO THE PREVIOUS ERROR EXCEPT SWAPPED BAKPAT IS
,USED AS WRITE AND READ DATA.

,ERROR # 40

,[TST11) TEST SEQUENCE ERROR
,STESTN SHOULD = 11
I
THE DIAGNOSTIC HAS BEEN CORRUPTED.

,ERROR 11 41

I [TST12) TEST SEQUENCE ERROR
,STESTN SHOULD = 12
THE DIAGNOSTIC HAS BEEN CORRUPTED.

DZKMA
MACY11 27(732)
DZKMAB.Pll

05.AUG.76

13143

PAGE 4-1

,[TST12] WORST CASE CORE TEST DATA ERROR
,IF PASFLGst COMPARE GOOD AND BAD DATA FOR FAILING BITS.
,IF PASFLGs2 THE FAILING LOCATION WAS WRITTEN AND READ
,
WITH GOOD DATA, BUT FAILED READ CHECK
,
READING IN THE MIN. TO MAX DIRECTION.
,IF PASFLG.] SAME CONDITIONS AS PASFLG.2 EXCEPT FAILED
DOING THE READ CHECK FROM MAX TO MIN DIRECTION,
,ERROR # 43

,[TSTI21 WORST CASE CORE TEST DATA ERROR
J
IDENTICAL TO PREVIOUS ERROR EXCEPT THE DATA WRITTEN
,AND READ IS COMPLEMENTED.

,ERROR. 44

,[TST13] TEST SEQUENCE ERROR
!.TESTN SHOOULD s 13
THE DIAGNOSTIC HAS BEEN CORRUPTED.

,ERROR # 45

,[TST13] WRITE RECOVERY TEST DATA ERROR
,IF PASFLGu0 COMPARE GOOD AND BAD DATA FOR FAILING BITS.
,IF PASFLG.77400 DATA ERROR FOUND WHILE DOING A SECOND READ CHECK.
,IF PASFLG.77402 DATA ERROR FOUND IN FAILING LOCATION AFTER
,
SMALL TEST PROGRAM RUN IN FAILING BANK.
,(TST131 WRITE RECOVERY TEST DATA ERROR
,
DATA ERROR FOUNDJUST BEFORE THE SMALL TEST
,WAS TO BE RUN IN THE FAILING BANK. TO AVOID "BLOWING" UP
,WHEN THE SMALL TEST IS RUN TST1] IS ABORTED.

,ERROR # 46

,ERROR # 47

,[TST13] WRITE RECOVERY TEST DATA ERROR
IDENTICAL TO ERROR #XXX EXCEPT THE DATA WRITTEN
,AND READ IS DIFFERENT.(177667).
,177667 IS THE COMPLEMENT OF "JMP (R0)" (110) WHICH IS
,THE ESCAPE FROM THE SMALL TEST PROGRAM RUN IN THE BANK
,UNDER TEST.
r

,ERROR # 50

,[PARERR] pARITY TRAP ERROR
, PARITY TRAP TO 114 OCCURRED.
,
,FOR THIS ERROR PRINTOUT THE "GOOD DATA" IS ACTUALLY
,THE FAILING PARITY MODULE UNIBUS ADDRESS.
, SAVLOC [352] CONTAINS THE PC WHERE THE TRAP OCCURRED.

,ERROR # 51

,(PARITY] PARITY TRAP FATAL ERROR
B A PARITY TRAP TO 114 OCCURRED, BUT NO PARITY MODULES COULD BE FOUND
,WITH AN ERROR BIT (BIT15) SET.

,ERROR # 52

,[NOMM] OPERATOR FATAL ERROR
J
TESTING ABOVE 2SK WAS SELECTED, BUT NO MEMORY MANAGEMENT
,OPTION WAS FOUND,
r
RESET SWITCH OPTIONS AND RESTART AT 200.

,ERROR # 53

,(PARITY] OPERATOR FATAL ERROR
,
PARITY TESTING WAS SELECTED BUT NO PARITY MODULES
,WERE rOUND,
,
RESET SWITCH OPTIONS AND START AT 200 •

• REPT

DZKMA
MACY1! 27(712)
DZKMAB.Pll
[6.3)

0S-AUG-76

11143

PAGE 4-B

ERROR HISTORY
LOCATIONS IN MEMORY APE SET ASIDE TO COLLECT A HISTORY
OF THE FAILING BITS IN A PARTICULAR MEMO~Y BANK. THIS
DATA IS COLLECTED FOR EVERY ERROR REGARDLESS OF SWITCH
SETTINGS.
NORMALLY THE DATA IS OUTPUT AT THE END OF TESTING, BUT
IF CONTROL.C IS TYPED IT IS OUTPUT AT THE END OF THE
CURRENT TEST.
THE ERROR HISTORY IS INTENDED TO HIGHLIGHT IF THE EPRORS
ARE DUE TO 1 BIT FAILING OR ONLY ADDRESS ERRORS.

ERROR HISTORY FORMATS
ERPOR
.-._.

.-.. .....
BANK

COUNT

ERROR

•

BANK

•

COUNT

•

BIT THAT FAILED [NUMBER OF THE FAILING BIT IN DECIMAL I.E.
0-15 WILL BE TYPED OUT OR THE WORDS "ADR ERR" OR "PAR ERP" WILL
BE TYPED OUT IF ADDRESS ERROR OR PARITY ERROR WAS SEEN
IN THE SPECIFIC BANK OF MEMORY
4K MEMORY BANK IN WHICH THIS FAILURE wAS SEEN
A 0 FOR 0 TO 4K, A 1 FOR 4 TO BK AND SO ON
NUMBER OF TIMES THIS MEMORY BANK FAILED.
(377 IS MAXIMUM FAILURE COUNT RECORDED.)

WHERE'

[6.4]

ERROR RECOVERY

IF THE PROGRAM IS HALTED AFTER PEPORTING AN ERROR IT CAN EITHER
BE CONTINUED OR RESTARTED AT 200 OR 250 (SEE SEC 4.2). HOWEVER FOR
CPU'S THAT DESTPOY CONTENTS OF REGISTERS AFTER COMING TO A HALT
THE PROGRAM SHOULD ONLY BE PESTARTED.
[7.0]

RESTRICTIONS
MEMORY UNDER TEST SHOULD 8E CONTIGUOUS. FOR SYSTEMS HAVING NON.
CONTIGUOUS MEMORY THE MEMORY BOUNDARIES SHOULD BE DEFINED BY THE
OPERATOR. (CONTIGUOUS MEMORY IS DEFINED AS A MEMORY THAT CAN BE
BOTH READ AND WRITTEN IN CONSECUTIVE LOCATIONS.)

[B.0)

MISCELLANEOUS

[B.l1

ADDRESS/BANK RANGES IN OCTAL AND DECIMAL

DZKMA
MACYll 27(732)
DZKMAB.Pll

05-AUG .. 76

13143

PAGE 4-9

THIS REFERENCE TABLE CROSS REFERENCES THE MEMORY BANK NO.S,
THE RANGE AND THE PAR USED WHEN MEMORY MANAGEMENT IS ENABLED.
IT IS ALSO USEFUL TO SHOW STARTING ADDRESSES IN A PARTICULAR 4K BANK.
BANK NO.

DECIMAL
RANGE

OCTAL
RANGE

[PAGE ADDRESS REGISTER]
USED/CONTENT
UNIBUS ADDRESS

0
2
3

o .. 4K
4K .. 8K
8K-12K
12K-16K

000000-017776
020000-0]7776
040000-057776
060000-077776

0000
0
NOT USED
NOT USED
NOT USED

4
5
6
7

16K-20K
2111K.241<
24K-28K
28K-32K

100000-117776
120000-137776
140000-157776
160000.177776

NOT USED
NOT USED
NOT USED
1
1600

772342

8
9
11

32K-36K
36K.40K
401<-44!(
UK-UK

200000-217776
220000-237776
240000-257776
260000 .. 277776

2
3
4
5

2000
2200
2400
2600

712344
772346
772350
712352

12
13
14
15

UK-UK
521<-561<
56K-601<
60K.641<

300000-317776
320000-337776
340000-357776
360000-377776

3000
3200
3400
3600

772354

16
17
18
19
20
21
22
23
24

64K-68K
68K-72K
72K-76K
76K-80K
UK.8U
84K-88K
88K-92K
921<.96K
96K-100K

400000-417776
420000-437776
440000-457776
460000-477776
500000-517776
520000 .. 537776
540000-557776
560000-577776
600000-617776

25
26
27
28

100K-1041(
1041<-I08K
1081(-112K
1121(.116K

620000-637776
640000-657776
660000-677776
700000-717776

2
3
4

6200
6400
6600
7000

29
30
31

1161(.120K
1201( 124K

720000-137776
74011"!l0-757776
760000 .. 777776

5
6
7

7200
7400
7600

1241<-1281<

2
3
4

5
6
1

2
3
4

5
6
1

772340

4000
4200
"0"
4600
5000
5200
5400
5600
6000

772354

NOTES.
t • THE pAR (PAGE ADDRESS REGISTER) CONTENTS ARE SHOWN IN A TEST THAT SELF sIzES.
IF THE LIMITS OF TESTING ARE SET BY THE OPERATOR AND
IF THE BANK IS ABOVE 28K PAR NO, 1 WILL BE SET TO THE
BEGINNING PAGE, FOR EXAMPLE IF THE TESTING WAS TO
BEGIN WITH BANK 8 PAR NO. 1 WOULD EQUAL 2000, PAR 2
WOULD EQUAL 2200 ETC.

DZKMA
MACY11 27(732)
DZKMAB.Pl1
[8.2]

05-AUG-76

13143

PAGE 4-10

EXECUTION TIME
HERE ARE SOME TYPICAL EXECUTION TIMES.
LSI-ll AND 4K.B 100 SECS.
LSI-i1 AND SKI_ 5 MINUTES,

[8.2]

PASS COUNT AND TEST NO. LOCATIONS
$PASS [406] • PASS COUNT. CLEARED BY START AT 200.
$TESTN [404] _ CURRENT TEST NO. AND RELOCATION, PARITY FLAGS.
WHERE,
LOW BYTE. TEST NO.
IF BIT15 m 1 TEST IS RELOCATED
IF BIT13 m 1 PARITY UNOER TEST.

[8.4J

STACK POINTER
THE STACK STARTS AT 500 WHEN THE PROGRAM IS NOT RELOCATED.
SAVR6[3461 CONTAINS THE STACK STARTING VALUE WHEN THE DIAGNOSTIC
IS RELOCATED.
SAVR6 ALSO CONTAINS THE STARTING AODRESS OF THE PROGRAM WHEN
IT IS RELOCATED.

t8.5)

POWER FAIL
THE DIAGNOSTIC CAN BE POWER FAILED WITH NO ERRORS, TO USE,
START THE TEST AS USUAL AND POWER DOWN THEN UP AT ANY TIME.
THE PROGRAM SHOULD TYPE "P" AND CONTINUE TO RUN FROM TEST 0
IN THE SAME STATE [I.E. STATE OF RELOCATION] AS IT WAS BEFORE
THE pOWER WAS INTERRUPTED, HOWEVER IF THE DIAGNOSTIC WAS IN
A MEMORY THAT CAN NOT HOLD DATA WITH THE POWER DOWN THEN THE
PROGRAM WILL NOT RECOVER FROM POWER FAIL.

[9.0)

PROGRAM DESCRIPTION

[9.1)

NARRATIVE FLOW CHART

THE TEST IS LOADED INTO LOCATIONS 0000 • 7744 BUT
EXPANDS DEPENDING ON HOW MUCH MEMORY IS UNDER TEST.
SEE STEP 6. BELOW FOR A DETAILED EXPLANATION.
THE FOLLOWING NAFFATIVE FLOW CHAFT DESCRIBES MAJOR
PROGRAM OPERATION, FOR THE PERSON WHO NEEDS DETAIL THE
TAG ASSOCIATED WITH THE OPERATION IS GIVEN IN BRACKETS.
FOR THIS DISCUSSION SWITCH SETTINGS AFE IGNORED AND EVERYTHING IS
ASSUMED ENABLED.

DZKMA
MACYlt 27(732)
DZKMAB.Pll

0S-AUG.76

13143

PAGE 4-11

[START)

[TSTRP] SAVE DATA FROM LOCATIONS 0-376
INTO 7744 .. 11/1314.

[TSTRP] TEST LOCATIONS 0-376 BY WRITING AND
READING l'S AND 0'S. NOTE THIS IS THE ONLY
EXPLICIT TESTING OF THESE LOCATIONS.

[SLFsIZ) SIZE MEMORY BY WRITING INTO SUCCEEDING
MEMORY LOCATIONS UNTIL TIMEOUT TRAP TO 4 OCCURS.
ENABLE MEMORY MANAGEMENT AND SIZE MEMORY ABOVE
28K •.

[TYPSI!)

tSETSTK) SPACE IS SAVED AT THE END OF THE TEST
FOR AN ERROR HISTORY. FOR EACH 4K BANK 18 BYTES ARE SAVED
IN THE FOLLOWING FORMAT,

PRINT "DZKMA.A" TITLE

TYPE MEMORY TEST LIMITS.

IADR ERRIPAR ERRI
IBITiS IERR CNT!
IBIT13 IBIT14 I
IBITll IBIT12 I
18IT09 18IT10 I
IBIT07 18IT07 ,
IBIT05 IBIT06 1
lBIT03 IBIT04 1
IBIT01 18IT02 1
,UNUSED 18IT00 ,
IF GREATER THAN 4K UNDER TEST THE ABsOLUTE LOADER
(300 ADDRESSES) IS APPENDED. IF GREATER THAN 4K
AND UNDER XXDP CHAIN MODE 5674 (OCTAL) ADDRESSES
ARE APPENDED TO THE TEST. THIS SAVES THE XXDP
MONITOR, AND ALLOWS THE LOCATIONS OCCUPIED BY XXDP
TO BE TESTED.
7.

[CLRMEM] CALL "PARITY" ROUTINE AND IF SELECTED,
INABLE ALL PARITY MODULES. "PARMAP" [LOC, 352]
CONTAINS A MAP OF PARfTY MODULES FOUND. IF
MODULE 172336 BIT 15 IS SET, IF .t72334 FOUND BIT 14
IS SET ETC ••

tCLRMEM]

[CONT]

CLEAR MEMORY CURRENTLY UNDER TEST
DISPATCH TO TST0

10. [TST01 EXECUTE TEST 0.
DESClUPTIONS.

SEE SECTION 10 FOR TEST

11. [TSTSCP] COMES HERE AFTER EACH TEST AND IF
CNTRL-C TYPED THEN GO TO ERROR HISTORY PRINTOUT.
IF SR-2000 THEN HALT
IF SR-40000 THEN LOOP ON TEST DEFINED BY <310>

DZKMA
MACYi! 27(732)
DZKMAB.Pi 1

05-AUG-76

13843

PAGE 4-12

ELSE CONTINUE TO NEXT TEST.
12. (TSTI-TSTI2] EXECUTE TSTI-TSTI2 EACH TIME
GOING TO STEP 9.
13. [TST13] TEST 13 IS DIFFERENT FROM TESTS 0-12,
BECAUSE IT IS A SMALL PROGRAM ACTUALLY RUNNING
IN THE MEMORY UNDER TEST. BEFORE THIS SMALL
PROGRAM IS STARTED "TST13 8NK XX· IS TYPED,
THIS IS DONE IN CASE THE PROGRAM FAILS • THE
USER CAN THEN AT LEAST TELL WHICH BAHK OF MEMORY
FAILED.
14. [RELOC] THE PROGRAM RELOCATES TO HIGH MEMORY
TO TEST THE LOCATIONS IT OCCUPIES. (430-ENDPRG).
WHERE "EHDPRG" IS THE CONTENTS OF ENDSTKl306].
I.E THE LAST PROGRAM ADDRESS. NOTE "RELOC" IS
PRINTED JUST PRIOR TO THE ACTUAL RELOCATION,
15. TESTS 0-13 ARE RUN AS DESCRIBED ABOVE EXCEPT
ONLY BANK 0 LOCATIONS ue-ENDPRG ARE TESTED.
16. [RELOERJ
MEMORY.

RELOCATE THE PROGRAM BACK TO LOWER

17. [LOWER] IF CONTROL-C TypED GO PRINT ERROR
H!STORY.
18.[TSTMM] IF MEMORY MANAGEMENT SELECTED AND AVAILABLE,
RUN TESTS 0.13 ON THE FIRST 24K SLICE ABOVE 28K.
19. [CONTMM] CALL "UPMM" TO UPDATE MEMORY MANAGEMENT
pAR REGISTERS TO pOINT TO THE NEXT 24K SLICE OF
UPPER MEMORY.
20. [MAXADR] REPEAT STEPS 18 + 19 UNTIL ALL
MEMORY ABOVE 2SK IS TESTED.
21. [ENDPAS]

PRINT ERROR HISTORY OF FAILING BITS

22. (8EOP] DISABLE PARITY MODULES.
PRINT "END PASS 'XX"

[9.21

TEST TITLES
SEE THE TEST HEADINGS IN THE LISTING FOR DETAILS ON EACH TEST.
TEST 01 TEST rOR PROPER BANK SELECTION
TEST 18 CHECK DATIIDATO LINES
TEST 2. TEST MEMORY FOR HOLDING DATA AND ByTE SELECTION
TEST 31 PUAL ADDRESS TEST A
TEST 41 DUAL ADDRESS TEST B
TEST 51 MARCHING I'S AND 0'5
TEST 61 CELLS' VOLATILITY TEST

DZKMA
MACY11 27(732)
DZKMAB.Pl1

05-AUG-76

13143

PAGE 4-13

TEST 7. SHIFTING DIAGONAL
TEST 101 READ RECOVERY GALLOPING TEST THROUGH EVERY 64TH CELL
TEST 111 READ RECOVERY LONG GALLOPING/FAST GALLOPING TEST
TEST 12. WORST CASE TESTING FOR CORE MEMORY
TEST 131 WRITE RECOVERY TEST
[10.0]

RXDP' ACTt! , APT OPERATION
RXDP CHAIN MODE

•..•..•••..••..

OPERATION IS IDENTICAL TO STAND ALONE EXCEPT.
1,
2.
3.
4.

NO "DZKMA-B" TITLE IS PRINTED.
NO TEST 13 PRINTOUTS SUCH AS "TST13 8NK 00".
THE PROGRAM ALWAYS HALTS ON ERROR.
AT THE END OF TEST (SENDAD) CONTROL IS RETURNED TO
THE RXDP CHAIN MONITOR VIA LOCATION 42.

ACT11

....•

OPERATION IS IDENTICAL TO STAND ALONE EXCEPT!
1,
2.
3.

NO PRINTOUTS EXCEPT ERROR PRINTOUTS.
THE PROGRAM ALWAYS HALTS ON ERROR.
AT THE END OF TEST (SENDAD) CONTROL IS RETURNED TO
THE ACTtl MONITOR VIA LOCATION 42.

APT
...
OPERATION IS SIMILAR TO STAND ALONE EXCEPT.
1.
2.
3,
4.

THE SOFTWARE SWITCH REGISTER BECOMES LOCATION 422 CSSWREG).
AUTO SIZING CAN BE INHIBITED BY SETTING BIT 7 OF BYTE
LOCATION 421 CSENVM).
ALL PRINTOUTS CAN BE INHIBITED BY SETTING BIT 5 OF
BYTE LOCATION 421 (SENVM).
ALL ERRORS CAUSE LOCATION 400 (SMSGTY) TO BE SET.
0001 AND THE PROGRAM HALTS AT LOCATION 6214 (FATHLT).
LOCATION 402 (SFATAL) CONTAINS THE ERROR NO. IN THE
LOW BYTE AND THE FAILING MEMORY BANK NO. IN THE HIGH
BYTE.

APT MANAGER INFORMATION
THE FOLLOWING IS AN EXAMPLE SCRIPT TO TEST A 4K MEMORY.
IT IS RECOMMENDED THAT DIFFERENT SCRIPTS BE USED FOR
DIFFERENT MEMORY SIZES TO SAVE AUTO SIZING TIME,
THE EXAMPLE ASSUMES YOU ARE LOGGED INTO THE APT MONITOR.
READY

DZKMA
MACYl! 27(732)
DZKMAB.Ptl

0S-AUG-76

13143

PAGE 4-14

RUN APPLU
APT 11 PAPER TAPE PROGRAM LOAD UTILITY
THE FOLLOWING COMMANDS ARE VALID
ED
LI

EDIT A PROGRAM
LIST A PROGRAM

COMMAND, ED
PROGRAM NAME TO EDITI EXAMPL
DO YOU WANT TO LOAD A NEW REV OF THE PROGRAM(Y/N)? N
FIRST PASS RUN TIME IN SECONDS <110>1
LONGEST TEST TIME IN SECONDS <10>1
ADDITIONAL RUN TIME IN SECONDS <0>1
WHICH ETABLE DO YOU WISH TO EDIT? A
SOFTWARE ENVIRONMENT<000>S 1
ENVIRONMENTAL MODE<000>1 240
SWITCH 1 <000000>.
SWITCH 2 <000000>1
CPU OPTIONS<0000>1
MEMORY TYPE 1 <000>1
MAXIMUM ADDRESS<00000000>1
MEMORY TYPE 2 <000>.
MAXIMUM ADDRESS<00000000>1
MEMORY TYPE 3 <000>1
MAXIMUM ADDRESS<00000000>1
MEMORY TYPE 4 <000>1 1
MAXIMUM ADDRESS<00000000>1 17776
WHICH ETABLE DO YOU WISH TO EDIT?
COMMAND, OFF
.ENDR

MACYII 27(732)
DZKMAB,PII

DZ~MA

,ABa
,NLIST

as.AUG.76

13.43

MD,Mc,eND

IEQ 0821

,LIST
ME,BIN,BEQ,LOC
,TITLE DUMA
._COPYRIGHT (C) JANUARY 1976
."DIGITAL EQUIPMENT CORP,
.'MAYNARD, MASS, 81754

101l
1018
(I)

(Il

[II

••• 'PROGRAM BY PERVEZ ZAKI
,.
"THI5 PROGRAM WAS ASSEMBLED USING THE PDp.11 HAINDEC SYSMAC

[I)
[I)
[I)
[I)

24, 1976,
,.IOPACKAGE (MAINDEC-II-DZQAC-CI),MAR
"HALT ON ERROR, LOOP ON TEST, INHIBIT ERROR TYPOUT

[II
[I)
(I)

160000

UI9
1020
1021
1022
1054
1055
1061
10&4
1071
1072

ISWRul60000

"TRAP CATCHER OF. ,+2 AND HALT FOR 8-776 LOCATIONS

000240

1073

1074
1075
1076
1077

PAGE B

000042

SCOPE

aNOP

,SBTTL

ACTII HOOKS

090042
000000

,FOR ACT/XXDP

(II

Jr*·····.····*············.·········.··-··········.··.** •..•...•.

(2)

[II
(I)

[II
[I)
[I)

000046

[II

000052

[I)

1078
1879
1080
1081
10U

000070
000076

,HOOKS REQUIRED BY ACTII
UVPC.,

ee0044
000046
000156
008852
840000
000044
800070
012737
8001100

,-46

,ENDAD
,_52
,WORD
40000
,.'SVPC
000136

000024

MACYII 27(732) 0S-AUG-76
DZKMAB,PII
ACTII HOOKS

DZK~A

1884
1095
1086
1087
1088
1089
1090

000104
000104
0011110
800112

005237
000000
000000

13.43

000120

1114
1117
1118
1119

1120
1121

1122
1123
1124
1125
1126
1127
1128
1129
1118
IIlI

1112
1133
1\34
1135
1136
1117
1138
1139
114.
1141
1142

SEQ .821

.-120

..." -----_._-_.............
"

WRITE MEMORY BACKGAOUND

."
I"
I"

."."
I"

11119

IIIl

,-'S

"OV
HALT

, GET HERE IF AN ILLEGAL TRAP TO LOC, 4 OCCUARED,
ITELL APT FATAL ERROR.e8e
BUSER' INC
"'"SGTY
HALT
,.EPROA" TRAP TO LOC, 4 OCCURRED,
HALT
,IN CASE CONTINUE PRESSED,
,114 AND 116 ARE RESERVED FOA PARITY TRAP VECTORS, SETUP IN
IROUTINE "BEGIN",

1099

1115
1116

.,2)SET LOC,52 TO 48800
., RESTORE PC

PAGE 5-1

1188
1101
11112
1103
1104
1105
1186
1107
1108
11\0
1111
1112

.,I)SET LOC,46 TO ADDRESS or ,ENDAD IN ,8EOP

,-104

000400

1091

18n
109]
1094
1095

PWRDN.

ISAVE PC

000120
010122
000126
000110
000112
000114
000136
00el42
000146
000150
000152

"0401
011700
0101121
020105

000316

01]706

81 2708

WPTMEM. MV
MOV
MOV
CMp
BLO
ATS

R4,RI
PlBUPAT, R0
R0'(RIl+
pl,PS

.SET RI TO LOWEST LOCATION UNDER TEST
,LOAD A0 WITH THE CONTENTS or LOCATION BAKPAT
ISTARTING FROM THE LOWEST LOCATION WRITE THE
,MEMORY TO BACK GROUND PATTERN

,RETURN FROM THE SUBROUTINE

PWRUP.

"IAVR6,SP
,RESTORE STACK POINTER
.PNTHES-BEGIN,Re
.GET THE INDIRECT ADDRESS OF LOCATION TPCRLr
SP,R0
,RELATIVE TO LOCATION or DIAGNOSTIC IN THE CORE
PC, (R8)
.GO TO THE TYPE ROUTINE AND TYPE CR, Lr AND A 'P'

21.

103775
000201

000350
006066

THIS ROUTINE IS USED TO WRITE THE MEMORY BACKGROUND TO
THE VALUE STORED AT LOCATION BAKPAT, THE ROUTINE ASSU"E!
THAT R4 IS POINTING TO THE LOIIEST LOCATION AND R5 TO THE
HIGHEST LOCATION TO BE WRITTEN, THE PROGRAM LEAVES THE
SUBAOUTINE WITH Re CONTAINING THE CONTENTS OF BAKPAT,

060600

MOV
MOV
ADD
JSR
,ASCIZ

004110

'0t120

IPI

.EVEN

ee01H
0"0156
"8016e
100162
eell164
eeeU6

e04110
"'240
'00H0
'''''240
'''H0

000176

881176
80e0ee

START

SERVICE XXDP/ACTIl
sENDAD. J8R
PC,IR8)
Nap
Nap
Nap
BA
RESTRT

IRETURN TO ACTII/XXDP MONITOR

I IF QUICK VERIFY_RESET ELSE NOP
,IF QUICK VEAIFY-CLR '-I ELI! INC II
,IF QUICK VEAIrYaBA ,-4 ELSE Nap
IREPEAT TEST UNDEA ACTII/XXDP

.-1'76

SNREG'

,IIOAD

•,IBUL
••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••
STAIIT AND RESTART ROUTINES

.*•••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••
REiTART AT 281 TO CLEAR APT TABLES

DZ~MA
MACYlI
DZKMAB,PII

1143
1144
1145
1146
1147
1148
1149
1150
1151
1152
1153
1154
1155
1156
1157
115B
1159
1160
1161
1162
1163
1164
1165
1166
1167
116B
1169
1170
1171
1172
1173
(I)
(2)
(I)
(2)

000200
000204
OB0l10
000212
000H6
000220
000224
000226
000232
000234
000240
000246

000250
000254
000260
000262
0~0264

000266
000272
000274

000350
0004\ 2

START.

\8.
000400
000042
000405
006320
046513

026501

012704
012703
012305
012306
010b00
012746
010046

007744
000346

000340

000~02

000024
000044

000276
000024
000200
000044
000276
000276

(Il

(I)
(I)
(I)
(I)
1174
1175
1176

OZKHA

USAVP6,5P
UUIIIT, R3
-(U)

UMAIL, R3

\I
U42
REBTFT
UGTESTN+I
RESTPT
PC,TPCRLF

,SETUP STACK POINTER,
,eLUP THE APT MAILBOx rR<»! ,MAIL TO .DEveT
,CLUR A MAILBOX LOCATION
,OONE?
,BRANCH IF NO
, ACTII MODE?
,BRANCH IF YES
,ARE WE RELOCATED?
,BR IF YES- SINCE TPCRLF IS RELOCATED ALSO.
,PRINT TITLE

IDZKU-BI

UNDPRG, R4
.SAVRS,R)
(R3)+,R5
(R3)t,SP
SP,Fl:0
3340, -(SP)
R0,-(SP)

,LOAD F4 WITH THE ADDRESS or THE END or THE PROGRAM
,CAUSE R3 TO POINT TO THE LOCATION SAVU
,RESTORE R5
,AND RESTORE R6 JUST IN CASE IT IS A RESTART
,PLACE THE SURTING A.DDRESS OF THE TEST IN R0
:SET HIGH PRIORITY FOR RTI
,GO TO 'START"-MAY BE RELOCATED,
,IF RELOCATED SEE LOCATION SAVR6 FOR START,

APT PARAMETER BLOCK

Jr •• · - · · . · •• · . - . _ · · · . · .. · · - . · · · · · · · . - · . · · · · · ... ••••• .. ·.-*******.***
"SAVE CURRENT LOCATION
,1124
, 'SET POWER FAIL TO POINT TO START Of PROGRAM
I,FOR APT START UP
20.
.z44
"POINT TO APT INDIRECT ADDRESS PNTR,
SAPTHDR "POINT TO APT HEADER BLOCK
"RESET LOCATION COUNTER
oX. sx

•ax_.

"**.*** •• ** ••• **.**** ............ **.*******.***.**** •• **.*.* •• ***
,SETUP APT PARAMETER BLOCK AS DEFINED IN THE APT-PDPII DIAGNOSTIC
I INTERFACE SPEC,

(1)

(I)

RESTRT! MOV
MOV
MOV
MOV
MOV
MOV
MOV
RTI

,SB1TL

(I)
(2 )
(I)

(Il
0)

MOV
MOV
CLR
CMP
BNE
T5T8
BNE
T5TB
BMI
JSR
, ABCIZ

J • ******* ***** *** ••• _._ ••• *_ •••••••••••••••• **** •• ***************
,SET LOCATIONS 24 AND 44 AS REQUIRED FOR APT

(I)
(I)

013706
012703
005043
022703
001374
105737
001011
\05737
100406
004767
055104
000102

SEQ 0022

.EVEN

(Il
(I)
(I)

27(732)
e5-AUG·76
PAGE 5-2
11143
START AND RESTART POUTINES

000276
000276
000300
000302
000304
~00306

0003\ 0

000000
000400
000012
0001Sb
000000
000024

000405

05-AUG-76
MACYII 27(732)
III 43
APT PARAMETER BLOCK

$APTHD,
SHIBTSI
5MBADR.
STSTM'
SPASTMI
IUNITM,

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

0
SMHL
10,
110,

"TWO HIGH BITS OF IB BIT MAILBOX ADOR,
, ,ADDRESS OF APT MAILBOX (BITS 0-15)
, I RUN TIM Of LONGEST TEST
"RUN TIME IN SECS, OF I ST PASS ON I UNIT (QUICK VERIfy)
"ADDITIONAL RUN TIME (SECs) OF A PASS fOR EACH ADDITIONAL UNIT
SETEND.SMAIL/2 ,:LENGTH MAILBOX-ETABLE(WORDS)
,IT WILL BE 0 IF THE PROGRAM IS IN THE LOWER

PEhSTESTNtl

PAGE 5-3

SEQ 0023

DZKMAB, P11

1177
117B
1179
IIB0
IIBI
II B2
11 B3
1184
1185
IIB6
II B7
IIB8
\I B9
1190
1191
1192
1193
1194
1195
1196
1197
119B
1199
1200
1201
1202
1203
1204
1205
1206
1207
1208
1209
1210
1211
1212
1213
1214
1215
1216
1217
121B
1219
1220
1221
1222
1223
1224
1225
1226
1227
1228
1229
1210
1231
1232

:CORE, BIT 6 OF THE BYTE WILL BE SET IF THE
,PROGRAM IS IN A RELOCATED STATE AND BIT 5
,WILL BE SET IF PARITY BITS ARE BEING TESTED

,IISAPTHD

000216

.:MMAVA+l

000277

,IITYPENS.l

000300

,THIS BYTE DETERMINES IF THE PROGRAM HAS FOUND
I A PARITY ERROR

SPRERRI

00030.

.=SPFtERRtl

000301

,THIS BYTE IS USED TO DETERMINE IF THE
,PR()GRAM HAS ENCOUNTERED ADDRESS ERROR

S ADERR I

000301

,sSAOERR+l

000302
STRTDI,

000302
000304
000304

.=STRTOJ+2

LOWBNKI
000306

000306

,_LOWBNK+2
,LOWER BYTE OF THIS WORD GIVES THE PASS NUMBER FOR
,THE SPECIFIC TEST WHEREAS THE UPPER BYTE
:HAS BEEN USED BY DIFFERENT TEST FOR DIFFERENT PURPOSES

PASFLGI

,*PASrLG.2

00031.
000310

ENDSTK!
.zENOSTK+2

.00112

,HOLDS BANK UNDER TEST FOR 'TST BNK XX' PRINTOUT,

PBNK!
DECWRD!

000312
000312

000315

,THIS BYTE IS USED TO DnERMINE IF THE
:TlPE OUT OF ERROR HAS BEEN ENABLED OR NOT

TYPENB.

000277

000314

,THIS BYTE IS USED TO DETERMINE IF MEMORY
:MANAGEMENT IS AVAILABLE OR NOT

MMAVAI

000276

,.OECWFtD+2

0003\ 4
000

TYPCNT,

.BYTE

000

SAVKBBI

.BYTE

,THIS BYTE DETERMINES THE NUMBER OF WORDS
,TO BE TYPED
,THIS LOCATION IS USED TO SAVE THE CHARACTER
,HIT BY THE OPERATOR
,ALSO IS USEO AS TEMP IN ROUTINE SGTSIZ.

377

,BACKGROUND PATTERN WRITTEN TO MEMORY,

,EVEN

T~S.

000116

177560
177562
177564
177566
177572
000377

177560
177562
177564
STPB.
177566
SReo
177572
BAKPATI .WORD

000320
000322

300000
000430

SWAPAT, ,WORD
RELBOTI BEGIN.S0

000324
000326

000000
1100090

, J ••••••
,LOCATIONS TO BE MODlrIEa IF LIMITS SET BY OPERATOR
LOWTWO, 0
,IIOLDS BITS 17116
LOW TEST ADDRESS
,HOLDS 8ITS 1510 OF LOW TEST ADDRESS
LOWADDI 0

IKBB_

fTPS'

,HOLDS LOWEST TEST ADDRESS WHEN RELOCATED,

*._.*.••*.* ••••• **.•••••••••••••••••••••••• _•••• *.-••• _.**
or

DZKMA
MACYlI 27(7J2) 0S.AUG-76 IJI43
DZKMAS,PI!
APT PA~AMnEP BLOCK
12Jl
1234
1235
1236
1237
12)8
12J9
1240
1241
1242
1241
1244
1245
1246
1247
1248
1249
1250
1251
1252

PAGE 5-4

SEQ 0024

000310
000Jl2

000000
0J7776

HIGHTWOI
HIGHADDI

000314
000136

000000
017176

SHIH AX I 0
SHAXH I 17776

000140

000000

MAX~E~ I

000342
000J44
000346

000000

SAVMAXI ,WORD
SAVRH ,WO~D
SAVRS' ,WORD

37776

,HOLDS BITS 17116 OF HIGH TEST ADDPESS
IHOLDS BITS 1510 or HIGH TEST ADDRESS

, .... **** .** *••• * *.*****,,****************************************

000350
000352
000354
000356
000360

900~00

900000
000500
000000
000000
000000
00000~

1253

1254
1255
1256
1263
1264
1265

• WORD

IHOLDS BITS 17116 or MAXIMUM AVAILABLE HEMOPY
,HOLDS BITS 1510 OF MAXIMUM AVAILABLE MEMORY
I MAXIMUM CUPRENT VIPTUAL MEMORY UNDER TEST

1* SAVP6 POINTS TO WHERE THE PPOGRAM STARTS EVEN WHEN ~ELOCATED.
BEGIN
,CONTAINS START ADDRESS WHEN RELOCATED ALSO,
• WORD
,MAP or PARITY MOOULES UNDER TEST,
,TEST 6 STORES E~POR INFO HERE
,SAVE SP DURING PARITY ER~OP TRAp,
ISAVE PSw DU~ING PARITY ERPOR TPAP,
,NOTE.PARSP .PARPS ARE NEEDED SINCE THERE IS
115 NOT ENOUGH POOM ON THE STACK (500-452) AND
I SO THE STACK MUST BE RESET IN THE PARERR ROUTINE,
I IN THIS CPUDE FASHION,

SAVR61

PARMAPI 0
SAVLOC I 0
PARSPI 0
PAPPSI 0

,*364-4e0 Is USED AS A STACK AREA BY ERRCHK ~OUTINE FO~ ERROP HISTORY PRINTOUT

DZKMA
MACYII 27C7J2) 05-AUG-76 13143
APT PARAMETER BLOCK
DZK"AS,PII
1267
126S

PAGE 5-5

000400

,*400

,SBTTL

APT MAILBOX-ETABLE

(Il

( 2)
(I)
(I)

000400

(Il

0004~0

0000~0

(I)

000402
000404
000406
0004\ 0
000412
000414
000416
000420
000420
000421
000422
000424

000000
000000
000000
000000
000000
000000
000000

(I)
(I)
(Il
(I)
(I)

(I)
(I)

(I)
(I)
(Il

0)
0)
(I)
0)

9~~426

000
000
000000
000000
000000

(Il
(I)
0)

000430
0~0431

000
000

000432

000000

000434
000435
000436
000440
00044\
000442
000444
000445
000446
000450

000
000
000000
000
000
000000
000
000
000000

(I)
(I)
(I)

(Il
(I)

(I)
(I)
(I)

(I)
(I)

0)
(I)

0)
(I)
(Il

(I)
(I)

1269
1270
1271

,","

(I)

(Il

CIl

JI**··***********************************************************
.EVEN
,MAILI
I,APT MAILBOX
AMSGTY I,MESSAGE TYPE CODE
I"SGTYI ,WORD
ArATAL "FATAL ERROR NUMBER
lFATALI ,WOPD
ATESTN 'ITEST NUMBER
STESTNI ·,WORD
SPASSI ,WORD
APASS
I'PASS COUNT
SDEVCTI .WO~D
ADEVCT , ,DEV ICE COUNT
AUNIT
111/0 UNIT NUMBER
SUNITI ,WORD
IMSGADI .WORD
AMSGAD IIMESSAGE AOOPESS
AMSGLG II MESSAGE LENGTH
8HSGLGI ,WORD
S!TASLE,
IIAPT ENVIPONMENT TABLE
,BYTE
UNV
"ENVIRONMENT BYTE
'ENVI
8ENVMI .BYTE
AENVM
'IENVIRONMENT MODE BITS
SSWREGI ,WOPO
ASWREG I,APT SWITCH REGISTEP
AUSWR
SUSWPI ,WORD
I' USER SWITCHES
SCPUOPI ,WORD
ACPUOP "CPU TYPE, OPTIONS
BITS IS-I I_CPU TYPE
11/04-0I,11/05 8 02,11/20"03,11/40004,11/4580S
11/10a06, PDQ.0?, Q-10
I"
BIT 10'PE~L TIME CLOCK
BIT 9aFLOATING POINT P~OCESSOR
BIT S-MEMORY MANAGEMENT
"I"
AMAMSI 'IHIGH ADDRESS,M,S, BYTE
SMAMSII ,BYTE
,MTYPII ,BYTE
AMTYPI 'IMEM, TYPE,BLK'I
MEM,TYPE BnE
(HIGH BYTE)
900 NaEC COPE_001
I'
300
NSEC
8IPDLAP.002
I"
500 NSEC MOS.003
I"
AMADRI I,HIGH ADDRESS,BLK'I
,MADRil ,WORD
MEM,LAST ADDR,03 BYTES, THIS WORD AND LOW or "TYPE" ABOVE
I"
AMAMS2 "HIGH AODRESS,M,S, BYTE
SMAMS21 ,BYTE
AMTYP2 , ,MEM,T'tPE,BLKU
IMTYP21 ,BYTE
AMADR2 I,MEM,LAGT ADDRESS,BLK'2
SMADR21 ,WORD
AMAMS] "HIGH ADDPESS,M,S,SYTE
SMAMS31 ,BYTE
,MTYP3 I ,BYTE
AMTYP3 , IMEM,TYPE,BLKU
,MADR]I ,WOPD
AMADU "MEM,LAST ADDRESS,BLK,3
AMAMS4 'IHIGH ADDREss,M,B,BYTE
$MAMS41 ,BYTE
AMTYP4 , ,MEM,TYPE,BLK"
'MT'tP41 ,BYTE
AMADM "MEM,LAST ADDRESS,BLK'.
IMADR41 ,WORD
SETENDI
,MEXIT

fl·····*····*·*·**·············*·······*··_····***···.--**
,BBTTL BEGIN or APEA TESTED (+20) WHEN PROGRAM RELOCATES, •...•• *

SEQ 0025

DZ~MA
MACH I
DlK"AS,Plt

1273
1274
1275
1276
1277
1278
1279
1280
1281
1282
1283
1284
1285
1286
1287
1288
1289
1290
1291
1292
1293
1294
1295
1296
1297
1298
1299
1300
1301
1302
1303
1304
1305
1306
1107
1308

(Il

SEQ 0026

2H 732)
0S.AUG.76
\31 H
PAGE 6
BEGIN OF AREA TESTED C.20) WHEN PROGRAM RELOCATES,

000450

177570

000500

000500
910706

000502
000504
000510
000516
000522
00052.
000532
000536
000540
000544
000550
000552

005746
010637
012737
005037
005037
012700
012710
060720
012710
105737
100002
000 I 67

000556
000562
000564
000570
000574
000600
000604
00060.
000610
000614
000616
000620

005737
001402
000167
012704
012700
010037
005001
012124
020127
103774
005741
0100\1

000622
000624

020011
001403

000626
000632

004767
000001

000634
000636
000640

, , *_***. **********
********************** **** .Ij-.*****************olt
177570
,CHANGES TO SWREG IF NO HARDW~RE SWITCH REGISTER

SWR'

PC,SP

,SET UP STACK POINTER TO EQUAL BEGIN ADDRESS

-(SP)
SP, USAVR6
HWRDN".24
tUPPERR

,SAVE Sf FOR FUTURE USE
,PREPARE FOR ANY FUTURE POWER DOWN

000542

T8T
MOV
MOV
eLR
CLR
MOV
MOV
AOD
MOV
TSTB
BPL
JMP

000406

ONEPA!. TST

M0374
007744
000377
000316

JMP
MOV
HOV
MOV
eLR
MOV

eMp

"$PASS
TSTRP
8ETSTK
,ENDPRG ,R4
1377, R0
R0,@'BAKPAT
RI
(RI)+'(R4).
RI,UMAIL

BLO
TST
MOV

R0, (RI)

000350
000070
000300
000314
000\14
005456

000024

000340
000405

BEQ
TSTRPI

281

000400
HI
4S I

-(RIl

I IS THIS THE FIRST PASS?
IBRANCH If YES (TEST TRAP CATCHER ADDRESSES)
, GET THE TEST SIZE
,LOAD R4 WITH THE ADDRESS
THE ENO Of THE PROGRAM

,SAVE fROM 0000 TO BEGIN-30 AT END

,CHECK THE TRAP VECTORS fOR THE
I'S

~EQ

,IS THE OATA OK?
,BRANCH I f YES

JSR

PC,fATERR

,>ERROR* REPORT
:******E~ROP

or PROGRAM rOR NOW

I PREPARE TO TEST THE TPAP VECTORS

,or HOLDING 0'S ,

R0,(RIl
&5

CMP

005304

~nYPCNT

#l14,R0
,PREPARE TO SETUP PARITY TRAP VECTOR
• PARERR .... -6, (R0)
PC,(R0)+
,TO PARERR
1340,(R0)
,AND PSW OF 340
PIREL
,IS THIS CODE RELOCATED?
ONEPAS
,BRANCH IF NO
rSTREL
,THIS CODE IS RELOCATED SO GET TEST SIZE,

CAPABI~ITY

ERROR MESSAGE AND HALT AT FATHLT

NUMBER 1******

(I)

III 2

~00642

11Il

000644
000650
000652
000654
000656
000662
000666
000672
A00676
000700
000702

000300
001370
005701
001365
012701
014441
005701
001375
012700
012710
012740
005777
000404
022626
012737

""0710

105737

1109
11I0
1111
1114
13\5
11I6
1317
III 8
1119
1320
1321
1322
1323
1124
1325
1326

DZKMA
MACYlI
DZK"AB,Plt
1327
1329
1329

000714
"00710

611

8S!
000006
000340
00070.
177552

SETSWRI

2S I

411
000176

000450

581

000420

SWAB
SNE
TST
BN[
MOV
MOV
TST

R0
4$
RI
)$

, I f WE HAVE NOT REACHED THE LOWEST MEMORY LOCATION
ITHEN REPFAT FROM 38

BNE

ISMAIL, RI
-(R4,,-(RIl
RI
8$

MOV
MOV
MDV
TST
BR
CMp
MOV

#340, (R0)
#H,-(R")
@SWR
55
(SP).,(SP).
#5WPEG,@#SWP

I SET UP TI ME OUT TRAP PSW
,AND THE RETURN ADDRESS
,OOES THE SWITCH REGISTER pOINTED BY SWR EXIST
,BRANCH IF YES
,RESTORE THE STACK POINTER
,AND PLACE THE ADDRESS Of THE SWITCH REGISTER
,DESIGNED FOR THE COMPUTERS NOT HAVING HARDWARE
,SWITCH REGISTER AND RUNNING STAND ALONE

TSTB

@#$ENV

;~UNNING

,RESTORE TRAP CATCHER ETC,

16, ~0

UND~R

APT?

27(732)
oS.AUG-76
13143
PAGE 6-1
BEGIN Of AREA TFSTEO (+20) WHEN PROGRAM RELOCATES,
001403
012737

000422

BEQ
MOV

00045"

APTSIZ
If S5WREG, ~#SW~

SEQ 0027

,BRANCH I f NO
,SET SWR EQUAL TO APT SWITCH REGISTER,

tHe
\331
1332
,APTSIZ- THIS ROUTINE wILL SEARCH THE APT MEMORY ETABLE AND WHEN
,A NON ZERO TYPE IS FOUND WILL SETUP TO TEST TO GIVEN HIGH ADDRESS,
IF APT DEFINES SIZE THE LOW TEST ADDRES8 MUST000000, (DUE TO ETABLE FORMAT)
,
,FLOW,
IF BLOCK 4 (OR 3,2,Il TYPE NON ZERO THEN GET APT HIGH ADDRESS AND EXIT,
,
ELSE
SEND ERROR .3
,NOTEI THE MEMORY TYPE 18 IGNORED sINCE ALL TESTS ARE RUN REGARDLESS Of MEMORY TYPE,

1111
1334
1335
1336
1337
Ill9
1339
1340
1341
1342
\143
1344
1345
\346
1347
1348
1349
1350
1351
1352
1353
1354

000724
000710
000736
000744
000750

012703
013737
013737
\05737
100021

000340
00033"
000332
000421

000752
000756
000762
000764
000766
000712

012701
162701
105711
001006
020127
101371

000451
000004

""0774
001000

004767
000002

005136

001002
001006
001012

004767
004767
000446

006302
006276

001014
001022

032777
001042

000100

1366
1]67
1368
1369
1370
1371
1372
1373

0U0H

010401

1374

(I)

(Il
1355
1356
1357
1358

1359
1360
1361
1362
1363
1364
1]65

1375
1376
1377

001026

012710

001032

011111

001034
001040

062701

001042
001044

022626

000334
000336

APTSIZ, MOV
MOV
MOV
TSTB
BPL

181

001042

177426

TRYSRI

000276

001050

1057)7

001414

001956
001062

012710
012701

BHl

IPOINT RI TO BLOCK TYPE 4(+4)
,POINT RI TO NEXT BLOCK TYPE,
:IS THE BLOCK TYPE NON ZERO?
,BRANCH I f YES (MEMORY EXISTS)
:ALL APT BLOCK TYPES BEEN CHECKED?
:BRANCH IF NO

JSR

PC,FATERP

:*ERROR* REPORT

(RI)
28
RI,#SMTYPI

r******ERRO~

001070
020000

PC,GETADR
PC, GETADR
TYPSlZ

R4,RI
USdR0)

(RIl'(Rll

:GO SET MAXIMUM APT ADDRESS INTO SMAXM • SHIMAX
:GO SET MAXIMUM APT ADDRESS INTO HIGHADD+HIGHTWO
, TYPE THE SIZE OF MEMORY UNDER TEST

,SETUP RI AND R4 TO THE LOWEST ADDRESS
MEMORY
:8ET UP RETURN ADORESS FROM TIME OUT TRAP TO 45
I WRITE A MEMORY LOCATION INTO ITSELF AND TRAP IF NONEXIS
:ADD 2 TO THE ADDRESS pOINTER
:KEEP ON SIZl~G UP THE MEMORY UNTIL
INXM TRAP (TIME OUT TRAP) IS ENCOUNTERED

ADD
BR

CMp

ERROR MESSAGE AND HALT AT fATHLT

NUMBER 2******

IUSER OEFINED MEMORY TEST BOUNDARIES??
:BRANCH IF YES (DON'T SIZE MEMORY)

BIT
BNE

SLfSIZ, MOV
MOV
2$1
MOV

005770

!lateS4

#4,IH

2S I
JSR
JSR
SRTP8Z1 BR

000002

004767

1379
1380

UMTYP4+4,Rl

SUB
TSTB
SNE

000774

1378

MaV

CMP

000431

,MAXMEM,R3
,POINT R3 TO MAXMEM,
P'HIGHTWO,U$HIMAX
,IN CASE NO SELF SIZING DONE,
:IN CASE NO SELF SIZING DONE,
@OHIGHADO,@#SMAXM
'#8ENVM
,DOES APT ALLOW SELF SIZING?
TRYSR
,BRANCH IF YES

JSR

(SP)., (SPl+
PC,MEMMNG

TSTB

"MMAVA

BEQ

12.

MOV
MOV

U8,(R0)
#20000,RI

I RESTORE THE STACK POINTER
: SERVICE MEMORY MANAGEMENT IF IT 18 AVAILABLE
,AND IF IT HAS TO BE TESTED
,SEE IF MEMORY MANAGEMENT HAS TO BE TESTED
:IF NO HEM, MANG, THEN GO TO 12$
:SET UP THE RETURN ADDRESS FROM TRAP TO
:BEGIN CHECKING MEMORY ABOVE 28K

DZKMA
MACYII 27(732)
0S.AUG.76
13141 PAGE 6-2
DUMAS,PII
BEGIN or AREA TESTED (+20) WHEN PROGRAM RELOCATES,
1191
1392
1383
1384
1385
1386
1397
1398
1389
1390
1191
1392
1393
1394
1395
1196
1397
1398
1399
1400
1401
1402
1403
1404
1405
1406
1407
1409
1409
1410
1411
1412
141l
1414
1415
1416
1417
1418
1419
1420
1421
1422
1423
1424
1425
1426
1427
1428
1429
1430
1411
1432
1433
14]4
14]5
1436

001066
001070
001072

000761
02262.

001076
001100
001104
001106

001001
904767
009764
024341

001110

004767

001114
001116

024343
004767

001122
001124
001126
001130
001134

005743
005043
005043
012720
010403

001136
001142
001146
001152
001156

012701
004767
004767
004767
000055

000124
005400
005546
005302

001160
001164
001170

004767
012703
904767

021701

001174

010401

001176

062704

001202
001204
001206
001212
001214
001216
001220
001226
001230
001232
0012]4
001236

005302
A02374
010437
005021
020104
101775
012737
005723
001004
021300
103002
011363

001242
001246
001250

0047&7
005723
011305

BR
CMP
CMp

BNt
JSR
BR
CMP

12.
PC, UPMM
61
oCR3), -(RI)

006104

JSR

PC,PUTADR

006076

CMP
JSR

-(R3),·IR3)
PC, PUTADR

160000

006106
1281

ISP).,cSP).
#160000, PI

TST
CLR
CLR
TYPSIZ, MOV
MOV

-(R3 )
'IR3 )
o[R3)
.BUSER,IR0).
R4, R3
.LOWTWO,RI
PC, PCRLF
PC,OCTTYP
PC, STYPE
I-I

005534
000330
006130

HOV
JSR
JSR
TYPMEM I JSR
• ASCIZ
.EVEN
JSR
SETSTK, MOV
JSR

000022

4S I

000104

61'
157776

000340

,PAGE ADDRESS REGISTER 6 THEN IT HAS REACHED THE
,MAXIMUM AVAILABLE MEMORY
,IN WHICH CASE GO TO 128
,OTHERWISE GO TO UPDATE MEM, MANG, REGISTERS
,CAUSE Rl TO POINT TO LOCATION IMAXM AND Rl
:TO THE MAXIMUM AVAILABLE MEMORY
,GO TO THE SUBROUTINE TO PLACE THE ADDRESS IN R1
,AT LOCATIONS SMUM AND SHIMAX
,MAKE R3 POINT TO HIGHADD
,PLACE THE ADDRESS IN RI AT LOCATIONS HIGHADD
,AND HIGHTWO
,CLEAR THE LOCATION LOW ADD
,AND LOWTWD
,SET UP VECTOR FOR ANy FUTURE TRAP
'SET R3 TO POINT TO THE LOWEST AVAILABLE MEMORY
,LOCATION
,TYPE CRILF
:TYPE LOW TEST ADDRESSE (LOWTWO.LOWADD)
J

TYPE ",.."

,TYPE HIGHEST TEST ADDRESS (HIGHTWO+HIGHADD)
,MAKE R3 POINT TO THE HIGH ORDER BITS OF TOp ADDRESS
, GET THE BITS 13-17 OF THE TOP ADDRESS
,PLACED IN BITS 0-4 OF R2
'SET Rl TO LOWEST TEST ADDRESS
,APPEND THE ERROR STACK FOR THE MEMORY UNDER
,TEST TO THE END OF THE PROGRAM

ADD

If 1 B"

DEC

~GE

MOV
CLR
CMP
BLOS
MOV
TST
BNE
CMP
BHIS
MOV

R4,~'ENDSTK
:SAVE THE ADDRESS OF THE ENO OF THE ERROR STACK
(RI).
,CLEAR THE ERROR STACK
RI,R4
68
,SET MAXMEM TO MAXIMUM VIRTUAL ADDRESS
#157776,@#MAXMEM
(R3).
,TESTING MEMORY MANAGEMENT?
,BRANCH IF YES IGO SAvE LOADERS AT TOP OF VIRTUAL MEMORY
SAVLDR
[R3),R0
,IS THE VIRTUAL ADDRESS ABOVE 157776?
SAVLDR
,BRANCH IF YES IGO SAVE LOADERS)
(R3),2[R3)
,OTHERWISE MAKE THE CONTENTS OF LOCATION MAXMEM
,EQUAL TO THE MAXIMUM AVAILABLE MEMORY
,AND FALL INTO SAVE LOADERS,

SAVLOR, JSR
TST
MOV

006136

,RESTORE STACK POINTER

,Ir Rl OlD NOT REAO ALL THE LOCATIONs POINTED BY

PC,OCTTYP
,HIGHTWO, R3
PC,SGTSIZ

MOV

000310

SEQ 0020

,IF ONLY

PC,CLRMM
[R3).
[Rl),R5

, DISABLE THE MEMORY "ANAGEMENT UNIT
,MAKE R3 TO POINT TO THE LOCATION MAXMEM
,R5 CO~TAINS THE ADDRESS OF MAXIMUM AVAILABLE MEM,

BEING TESTED DON'T SAVE LOADERS

DZKMA
MACYII 27(732)
~5.AUG-76
13,43 PAGE 6-3
DZKMAB,PII
BEGIN or AREA TESTED (+20) .HEN PROGRAM RELOCATES,
1437
1438
1439
1440
1441
1442
1443
1444
1445
1446
1447
1448
1449
1450
1451
1452
1453
1454
1455
1456
1457
1458
1459
1460
1461
1462
1463
1464

II)
III
1465
1466
1467
1468
1469
1470
1471
1472
1473
1474
1475
1476
1477
I47B
1479
14B0
14B1
1482
1483
1484

III
II)
14B5
1486
1487
1488

001252
001256

020527
103416

017776

001260
901264
901270
091272
001300
001302
001306
001110
001312
001114
001316

162705
005737
0~ 1406
023737
001402
162705
012524
020513
101775
012323

000276
000042

001320
001324
001330
001332
001336

010537
0047&7
005745
012703
005723

001340
001342

001003
021327

001346
00\350
001356
001360
001364

103411
032777
001003
004767
000003

001366
001372
901374
001376
901492
001404
001406

000167
02042]
103002
016304
005721
001003
021305

001410
001412
001414
001420
001422
001426
001432
001434

101001
011305
105737
100014
011704
020527
103402
012705

001440
001442
001444
001450

020405
103403
004767
000004

001452
901456
001460

012703

000042

CMP
BLO
3$,

000046

005674
28,
4S,

0U421

000324

157776
177072

2$'

004552

,ONLY TESTING 4K MAX?
,BRANCH IF YES IDON'T SAVE LOADERS)
.276,R5
@#42
21
U42, ~#46
21

'<1502,*2>,R5
(R5)., (R4).
R5, (R3)
2$
IR3).'(R3l+
R4,IR3).
R5,etSAVR5
PC,CLRMM
-IR5)
tLOWTWO,R3
(R3)+

BNE
CMp

BLO
BIT
BNE
JSR

4$
Wl0000, ~SWR

IR1),'157776

31
PC,FATERR

lS,
4S'

JMP
CMP

SHIS
177776
68,

000405

all

000322
017776
017776
91'
0044&6

MOV
TST
BNE
CMP
BHI
HOV
TSTB
BPL
MOV
CMP
BLO
MOV
CMP
BLO
JSR

900002

10U

MOV
MOV
MEMT8TI ADD

,SAVE THE CONTENTS OF LOCATION MAXMEM IN BAVMAX
,AND THE CONTENTS OF R4 AT SAVR4
,SAVE HIGHEST VIRTUAL ADDRESS+2
,GO TO OISABLE MEMORY MANAGEMENT UNIT
,SET R5 BACK TO HIGHEST VIRTUAL ADDRESS
,PREPARE TO LOAD R4 AND R5 WITH THE MEMOU BOUNDRIES
,IF THE BITS 16,17 OF THE LOWEST LOCATION UNDER
,TEST ARE NON ZERO
:THEN GO TO 2.
,IF THE LOWEST LOCATION UNDER TEST IS HIGHER THAN
,157776 THEN GO TO TEST MEMORY MANAGEMENT
,IS MEMORY MANAGEMENT SELECTED?
,YES ALL IS WELL
'"ERROR. REPORT ERROR MESSAGE ANO HALT AT rATHLT

TSTMM
R4'(R3)+

,GO TO TEST MEMORY MANAGEMENT

·2IR3),R4

,ADJUST R4 TO POINT TO THE LOWEST LOCATION UNDER TEST
,IF BITS 16-17
HIGHEST LOCATION TO BE TESTED
:ARE NON ZERO THEN GO TO a5
,OTHERWISE SEE Ir THE HIGHEST LOCATION TO BE
:TESTED IS HIGHER THAN 157776
,IF SO THEN GO TO 8,
,MODIFY R5
,ARE WE RELOCATED,?
I BRANCH IF NO
,SET BOTTO~ TEST ADDRESS WHEN RELOCATED,
,ARE WE RELOCATED IN BANK 07
,BRANCH IF YES
,ELSE SET HIGH MEMDRY UNDER TESTs4K

IR1)'
U
IR3),R5

(R3),RS
UR!L

19'

URELBOT,M
R5"17776

#17776, R5
M.RS

108
PC.YATERR

,IS LOW LIMIT LOWER THAN HIGH LIMIT?
,BRANCH IF YES
,.ERROR. REPORT ERROR MESSAGE AND HALT AT rATHLT

I******ERROR NUMBER 4******

4
000342

,PREPARE TO SAVE 300 SYTES OF THE LOADERS
,IS THE PROGRAM RUNNING UNDER ACT OR UDP
,IF NOT THEN GO TO 2$
,ARE WE RUNNING UNDER XXDP CHAIN MODE?
,BRANCH IF NO
,SAVE 1500, WORDS FOR XXDP CHAIN MODE
,SAVE LOADER

r******ERROR NUMBER 3******

]

001526

011343
062713

TSTREL, MOV
TSTSIZ\ JSR
TST
18,
HOV
TST

000346
006054

010000

SUB
TST
BEQ
CMP
BEQ
SUB
MOV
CMP
BLOS
MOV
MOV

SEQ 0029

UAVMAX,R3
IR1).-IR])

n, (R3)

,RESTORE THE CONTENTS
MAXM!M
,MAKE THE CONTENTS OF MAXMEM • MAXIMUM AVAILABLE
,MEMORY .2

DUMA
MACYI t 27(7)2) • S.AUG-76 U.U PAGE 6-4
DZKMAB,PtI
BEGIN OF A~EA TESTED (+28) WHEN PROGRAM nLOCATES,
\489

1490
1491
1492
149)
1494
1495
1496
1497
1498
1499

15110
1501
15112
1583
1584
1505
15116

881464

TST

•• 5725

t5~1

1522
1521
1524
1525
1526
1527
1528
1529
I5l0
1511
1532
I5H

15)4
1535
15]6
15)7
15Je

15]9
1548
1541
1542
\SU

1544

,AND SET RS-MAX MEMO~Y+2

,CLEAR MEMORY UNDER TEST
880081
806886

1101466
881472
881476
881500
'01502
801504
.1115116
801512
8111514
1181516
1101522

812702
884767
'18580
8115848
0280114
18U75
812713
812212
8.8ll2
817702
842782

.81526
801532

ee5837
118217

.00306
900484

'815]6
e81540
"01542
"01546

8te4111
.10246
81278)
"84767

88el76
085446

CLRMEMI MOV
JSR
MOV
CL~
281
C~P

BHI
MOV
MOV
SWAB
MOV
BIC

.00116
176726
177760

1507

1508
1509
1510
1511
1512
1St)
1514
1515
1516
1517
15\8
1519
t52"

(RU •

lEO Bel •

II,R2
PC,PARITY
RS,R8
-(Re)
R0,R4

,SET R2 TO ENABLE PARITY MODULE CODE,
,ENABLE PA~ITY IF WANTED AND AVAILABLE,
,BEGIN CLEA~ING THE MEMORY FROM THE TOP
,UNTIL THE BOTTOM IS REACHED

,BAKPAT,R2
(R2)+, (R2)
(R21
fSWR,R2
1177768,R2

,WRITE SWAPPED BAKPAT IN LOCATION SWUU
,LOAD R2 WITH THE OPTIONS STORED AT UWREG
,ONLY LEAVE THE LOWER 4 BITS 8F ,SWREG IN R2 TO GO TO
,THE TEST • SPECIFIED [DEFAULT IS TEa"1I1

,ENTER HERE FROM TSTSCP ROUTINE AT END OF SUB TEST

LOOPI

MOV
MOV
MOV

R4,RI
R2,-(SPI
U76,R3

JS~

PC,PUTAO~

oCR])
PC,'GTSn

810488

MOV

R4, .. "

.18481
"Iun
012682
.0un

MOV
MOV
"OV
ASL
ADD
ADD

R4,RI
R4,U
(SPI.,R2
R2
PC,R2
TBL-,(R2),PC

881560
.81562
ee1564
801566

0.1688
801682
801684
1101686
1181610
801612
8016\4
881616
801620
801622
001624

"PASFLG
U,'''TESTN

JSR

8057U
"04767

118157~

CLR
MOV8

TST

881552
"81554

801572
801574

CONTI

085544

068782

066287

088182
0118114
808434
888544
,,81812
8~1I22

801270
"81424
.111646
8112174
.82246

80118"4

TBLI

TSTe-TBL
TSTI-TBL
TSTl-TBL
TSU-TBL
TSU·TBL
TST5-TBL
TST6-TBL
TST7-TBL
TSTI8-TaL
TSTtI-TRL
TSTI2·TBL

,INIT SUB TEST PASS FLAG,
'SET UP .TESTN WITH THE TEST NUMBER GOING
ITO BE EXECUTED
,LOAD RI WITH THE LOWEST LOCATION UNDER TEST
,SAVE R2 ON THE STACK
IPOINT R] TO SCRATCH STACK
,GO TO GENERATE 18 BIT ADDRESS OUT or THE ADDRESS
,STORED IN RI AND STORE IT IN LOCATIONS (R])
,AND (U-21
,CAUSE R] TO POINT TO THE HIGH ORDER 8ITS OF THE
,II BIT ADDRESS
, PLACE BITS 1]-17 or THE ADDRESS IN BITS
,"-4 OF R2
'PLACE THE ADDRESS or THE LOWEST LOCATION UNDER
,TEST IN Ril
,IN RI
,AND IN U
,RESTORE R2
,GO TO THE TEST •
ISTOREO IN BITS 11-] or SWITCH REGISTER
,RELATIVE ADDRESS or TEST
IRELATIVE ADDRESS or TEST
I RELATIVE ADDRESS OF TEST
,RELATIVE AODUS5 OF TEST
IRELATIVE ADDRESS or TEST
IRnUIVE ADDRESS OF TEST
I RELATIVE ADDRESS OF TEST
,RELlTIVE ADDRESS or TEST
I RELATIVE ADDRESS OF TEST
IRELATIVE ADDRESS or TEST
,RELATIVE ADDRESS OF TEST

8
I
2
1

4
5
6
7
!0
II

DZKMA
MACYII 27(7J2) 0S.AUG-76 1]14] PAGE 6-S
DZKMAB,PII
BEGIN OF AREA TESTED (+28) wHEN PROGRAM RELOCATES,
1545
1546
1547
1548
1549
1558
1551

801626
881U0

"82528
80U46

TSTIl-TBL
RELOC·TBL

SEQ01lJ1
,RELATIVE ADDRESS OF TEST' I]
,RELATIVE ADDRESS or ROUTINE '~ELOC'

,RS IS POINTING TO THE TOP or THE MEMORY TO BE TESTEO.2
,R4 , R0 ARE POINTING TO THE LOWEST ADDRESS OF MEMORY TO BE TESTED

DZKMA
MACYII 27(732) 0S-AUC-76
DZKMAB,PII
SCOPE ROUTINE
1556
1557
1558
1559
1560
1561
1562
1563
1564
1565
1566
1567
1568
1569
1570
1571
1572
157l
1574
1575
1576
1577
1578
1579
1580
1581
1582
1583

13.43

PAGE 6-6

"
"
"
"
"

.,,.,001632
001636
001640

105737
001002
004767

000420
006020

TSTSCP. TSTR
BNE
JSR

UaENV
CNTSCP
PC.CHECKC

001644

113702

000404

CNTSCP. MOVB

"STESTN. R2

001650
001654
001662
001664

005237
032777
Bal401
000000

000410
002~00

176566

INC
BIT
BEQ
SWHALT. HALT

9UDEVCT
12000. ~SWR
TSTGO

001666
001674
001676
001700

032777
001320
105202
000712

040000

176554

TSTGO.

J , *******.* •••

.>TEST 0

() )
(4)

( 4)

.*(1 )

(4)

.*(2)
"

(4 )

.,."

(4)

(4 )
C4)
( 4)
C4)

,"" (3)

001702
001706
001710
001714

105737
00140)
004767
000005

000404

001716
001722
001724
001726
001730
001732
001734
001736

012703
010401
0103\0
020001
001417
005711
001430
02031 I

177777

001740
001742

001004
012767

001750
001752
001752

000403

001760
001762
001766
001710
001772
001774

010046
105237
000407
020311
001411
012767

002002
002004
902006
002012
002014

010846
010300
004767
000000
012600

003566

002016
002022

913706
062701

000350
029090

012767

140000,~SWR

LOOP
R2
CONT

004222

1$'

000007

TEST FOR PROPER BANK SELECTION
THIS TEST ASSUMES THAT THE MEMORY IS IN A STATE

OY ALL 0' SAND R0 HAS THE ADDRESS OF THE LOWEST

LOCATION UNDER TEST
IT CHECKS FOR PROPER BANK SELECTION BY WRITING
1'5 IN A LOCATION AND CHECKING FOR 0'5 IN THE SAME
LOCATIONS or OTHER 4K BANKS or THE MEMORY
(I.E. LOCATIONS LIKE 7766 AND 27766 ETC.]
THIS TEST ALSO CHECKS TO SEE THAT NONE OF THE NON EXISTING BANK RESPOND WHEN THEY ARE ADDRESSED

,* ••

28.

000006

**.*.**** •• ************.***4** .-•••••••• _._ ..........

000042

000032

3 ..

MOV
MOV
MOV
CMP
BEQ
TST
BEQ
CMp

U 77777. R)
M.RI
R3.(RB)
R0.RI
4.
(RI)
58

R3.(RI)

BNE
MOV

10.

MOV

17.12.

MOV
INCB
BR
CMP

R0,-CSP)
U.ADERR
lIS
R3. (RI)

8EQ

MOV

110.12.

MOV
MOV
JSR
,WORD
HOV

R0. -CSP)
R),R0
PC,ERROR

MOV
ADD

"SAVR6.SP
120000, RI

16.12.

10 ••

000301

411

000010

rt)

1619
1620
1621
1622
1623
1624
1625
1626
1627
1628
1629
1630
1631
16)2
1633

,GO TO CONT AND CONTINUE EXECUTING THE NEXT TEST

SEQ 0033

(t)

161)
1614
1615
1616
1617
1618

rIS THE PROGRAM GOING TO LOOP ON TEST
rIF SO THEN GO TO THE STARTING or THE SAME TUT

r , •• _** ............ _.......................... - •••••••••••••••••••••••
,CHECK rOR PROPER TEST SEQUENCE
TSTB
T5T0.
"STESTN
BEQ
.+10
PC. SEQERR
JSR
,>ERROR" REPORT ERROR MESSAGE AND HALT AT FATHLT
5
*•• ERROR NUMBER 5** ••••

(3)

1599
1600
1601
1602
1603
1604
1605
1606
1607
1608
1609
1610
(I)
1611
1612
(I)

BIT
BNE
INCB
BR

,ARE WE RUNNING UNDER APT?
,IF SO THEN GO TO CNTSCP
,TEST FOR CONTROL-C AND IF TYPED GO
,PRINT ERROR HISTORY AND HALT AT FATHLT,
,PLACE THE TEST NUMBER IN THE LOWER BYTE OF R2
,SINCE THERE ARE LESS THAN 377 TESTS UPPER BYTE
,or R2 WILL BE 0
,TELL APT WE ARE STILL RUNNING OKAY
,IS THE PROGRAM GOING TO HALT AFTER EACH TEST?
r IF NOT THEN GO TO 2$
rHALT AT END OF TEST SWITCH SET,

05-AUG-76 13143 PAGE 6-7
TEST FOR PROPER BANK SELECTION

1596

It)
(I)

PROGRAM COMES TO THIS ROUTINE AFTER COMPLETION or EACH TEST AND
IF CNTRL.C TYPED GOTO ERROR HISTORY TYPE ROUTINE,
IF SR- 2000 (BITI0) THEN HALT
IF SR= 40000 (BITI4) THEN LOOP ON TEST DEFINED BY SR BITS'3.0>
ELSE CONTINUE TO NEXT TEST,

,>
"

DZKMA
MACYII 27(732)
DZKMA8,PII
T0

(2 )
1597
1599

SCOPE ROUTINE

11$1
1281

(SP).,R0

,RI Q ADDRESS OF LOWEST LOCATION OF MEMORY UNDER TEST
,SET ALL THE BITS AT (R0)
115 R0 POINTING TO THE SAME MEMORY LOCATION AS RI
,IN WHICH CASE CHECK FOR ALL 1'5 AT (R1)
10THERWISE CHECK (RI) FOR ALL 0'5
,IF RI IS NOT EQUAL TO R0 AND (RI)
,DOES NOT CONTAIN ALL 0'S THEN
,CHECK TO SEE IF (R0) • (RI)
,_ERROR. SETUP ERROR NO. IN 128
J******E~ROR NUMBER .6******
I>ERROR* SETUP ERROR NO, IN 12.

,. __ * •• ERROR NUMBER

.,***.*.

,SAVE R0 0N STACK
rAN ADDRESSING ERROR IS SUSPECTED
,CHECK (RI) rOR ALL I'S

,.ERROR* SETUP ERROR NO, IN 12.
• •• _* •• ERROR NUMBER .10*****.
,SAVE R0 ON STACK
,GO TO THE ERROR SUBROUTINE
,ERROR NUMBER TO BE REPORTED WILL BE PLACED HERE
,RESTORE R0

902016

020105

CMP

RI,R5

002030

103736

BLO

,RESTORE THE STACK POINTER
,CAUSE RI TO POINT TO THE SAME CHIP
,LOCATION IN THE NEXT 4K BANK or MEMORY
IBY ADDING I TO THE 14TH BIT OF ADDRESS IN RI
,COMPARE RI WITH THE HIGHEST MEMORY
,LOCATION WHICH IS STORED IN RS
,IF RI LESS THAN RS THEN REPEAT THE TEST rROM 2.

0929)2

105737

TST8

UUNVM

,HAS APT INHIBITED SIZING?

000421

581

MACYII 21(113)
DUMAS,PII
T9

DUMA

1634
1635

IU6
1637
1638
1639
1649
1641
1642
1643

1644
1645
1646
1647
1648
CII
III
1649
1658
1651
1652
1653
1654
1655
1656
1657
1658
1659
1660
1661
1662

812036

IJiU PAGE 6-8
TEST rop PROPER BANK SELECTION

05-Aua-16

882046

IB0410
832777
1111024

geete"

002050

neIJ7

00U40

8e2"54
802056
1102062
.02866
082872
.02874
002100
802102
0.2104
002110

103768
1112702
.12712
812742
.61712
.20127

880086
000H0
177722

811111
004767
eee811

"04026

802112
0"2116

812722

80""06

B921148

81011
BIT
BNE

176402

157776

181084

885012

6$1

U8B,8SWR

III, .. MAXMEM

BLO
MOV
MOV
MOV
ADD
CMP
BHI
MOV
JSR
II

CRIl ,cRll
Pc,rATERR

ISEE IF RI HAS CROSSED 28K BOUNDRY OF VIRTUAL ADDRESS
I IN WHICH CASE GO TO U
ITRY TO WRITE TO NON.EXISTENT MEMORY CSHOULD TRAPI
,*I:RROR* REPORT ERROR MESSAGE AND HALT AT FATHLT
I.** •• *ERROR NUMBER 11.*••*.

MOV
CLR
CLR

u,cnl.

IRESTORE TRAP VECTOR

ADO

n8ee0,R0

,CAUSE R" TO POINT TO THE SAME CHIP
,LOCATION IN THE NEXT 4K MEMORY BANK
,BY ADDING I TO THE 14TH BIT OF ADDRESS IN R"
,COMPARE R8 WITH THE HIGHEST MEMORY
,LOCATION WHICH IS STORED IN RS.
IIF R8 LESS THEN REPEAT THE TEST

",112
U4e,CR2)

n.·.·6,·CII21
PC, (112)
RI,tl57176
6S

[RU
CR'I

00212"
992122

062700

002126

020085

CMp

R8,AS

802130
002132

103614
800637

BLO
BR

TSTSCP

028888

ENDBI

IBRANCH IF YES CDON'T TEST NON-EXISTENT MEIIORY)
,HAS USER INHIBITED SIZING?
,BRANCH IF YES CDON'T TEST NON-EXISTENT MEMORY)

CMP

8U818

DUMA
MlCVII 27(7321
DZKMAB,PII
TI

811

SEQ eU4

,IS RI LOWER THAN THE MAXIMUM AVAILABLE
,MEMORY 7
,IF SO THEN GO TO 58
IMAKE R2 POINT TO TRAP VECTOR+2 FOR NXM
,SET P8W TO 34"
ISET UP RETURN ADDRESS FROM TRAP TO 58

SEQ 0035

05.AUG·76 \lIU PAGE 6-9
CHECK 01/00 LINES

., ••••• *•••••••••••••••••••••••••••••••••••••••••••••••••••••••••

1668
01
(4)

1*111

(4)

I·

CHECK 01100 LINES
THIS TEST CHECKS THE OATIIDATO LINES BY SHIFTING
A I IN THE WORD DIRECTION

C~PB

1I, .. nESTN

BEQ

,+18
PC,SEOERR

01
(21
1669
1670
1671
1672
II)

II)
1673
1674
1675
Ib7b
1677
I67B
II)

(II
1679
I6B0
1681
1682
1683

1684
1615
1686
1687
1688
1689
169.
1691
1692

I.TEST I

122717

008001

002142
1102144
002150

"01403
804767
008012

003766

0allS2
002156
802160
802162
882164
882166
802172

012788
810802
rieBlI
828011
8fUel
884767
808813

002174
802176
"02200

8"5702
B81406
806388

0004"4

TSTII

JSII

888801

lSI
281
3$1

003486

411

PC,ERROR

,* ••••• ERROR NUMBER 1] ••••••

TST
BEQ
ASL

R2
58
R8

IARE WE SHIFTING. A 8 IN DATA DIRECTION?
,IF SO THEN GO TO 51
,SHIFT THE I BROUGHT IN AT \I IN
IDATA DIRECTION
,IF THE I HAS NOT BEEN SHIFTED THRU
ITHE 16 DATA BITS THEN REPEAT FROM 2.
,INITIATE SHIFTING or 8 IN DATA DIRECTION

181166

BCC

885802
812708
B.0762

CLR
MOV
BR

R2
U71776,Re
28

8e2214
002216
e8222.

8.8261
886100
In7S7

SEC
ROL
BCs

RB
2.

0"2222

062781

ADD

,20000,RI

.8U26
011223.
'02232

82"185
181750
"00737

CMP
8LO
BR

RI,R5

5'1
"2088e

ENDII

I*ERROR* REPORT ERROR MESSAGE AND HALT AT FATHLT

, •••••• ERROR NUMBER 12 ••••••

II,R0
R0,R2
Re'(RII
R0,cRI)

802204
8022"6
802212

177776

,CHECK FOR PROPER TEST SEQUENCE

MOV
MOV
MOV
CMP
BEQ
JSR
13

882202

1693

1694
1695
1696
1697
1698
1699

" •• *••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••

002134

END0

,SET nal
IMOV I AT LOCATIO~ CRI)
,COMPARE RI WITH THE CONTENTS OF LOCATION CRII
I*ERROR* REPORT ER«OR MESSAGE

,SET C BIT
ISHIFT A e 16 TIMES IN DATA DIRECTION
IIF THE 8 HAS NOT BEEN SHIFTED !HRU
ITHE 16 DATA BITS THEN REPEAT FROM 2.
10THERWISE GO TO THE NEXT BANK OF
14K MEMORY AND REPEAT THE TEST

DZKMA
MACYII 27(73JI
DZKMAB,PII
T2

0S.AUG.76 13.43 PAGE 6-10
TEST MEMO~Y rOR HOLDING DATA AND BYTE SELECTION

r , *** * ........... *** .. ** *** * .. ** ** .............. ************ ** ***.* .... *......................
,OTEST 2
TEST MEMORY FOR HOLDING DATA AND BYTE SELECTION
THIS TEST CHECKS THE MEMORY ro~ THE CAPABILITY
'*( 1)
or HOLDING I'S AND 0'S BY W~ITING A BACKG~OUND
or BAKPAT AND READING IT
MEMORY IS WRITTEN USING A BYTE AT A TIME
'*( 21
",.(3)
STEPS 1 , 2 ARE REPEATED WITH A SWAPPED BACKG~OUND PATTE~N

1708
(3)

( 41
(4 )
(4 )

( 41
(4 )

(3 )
(2 )

1109
1710
1711
(I)

SEQ Bel6

002234

122731

000002

002242
002244
002250

001403
004161

003666

002252
002256
002260
002264
002266

013700
110021
113121
020105

002210

020041

002212
002274
002300
002304
002306
002310
002312
002l\6
002322
002326

001416
062101
123141
001402
120041
001002
105231
042701
004161
000015

002330
002332
002334
002340

020104
101356
000331
001144

002342

00013 3

000404

f ,

*.* ........... ** *** ........... * ..... ** ..... ,CHECK
** ***** *** .. ****.* .. *•• *............. *
FOR PROPER TEST SEQUENCE

TST2'

CMPe
eEQ
JSR
14

~00014

12,@'STESTN
,+10

PC,SEQERR

,.ER~OR'

REPORT ERROR MESSAGE AND HALT AT FATHLT

,*****.ERROR NUMBER 14******

(I)

1112
1113
1714
1115
111.
1117
1118
1719
1720
1721
1122
1121
1724
1125

1126
1121
1128
(I)

000316

\$,

~00317

1~3711

2S,
000002
000311

000301
000001
003252

411
65 ,

MOV
Move
Move
CMP
BLO

UBAKPAT,R0
R0,(Rl).

CMP

R0,-(RIl

BEQ
ADO
CMpB
BEQ
CMPB
BNE
INCB
BIC
JSR
15

~IBAKPAT.I,(Rl).,WRITE

THE MEMORY WITH THE WORD STORED IN BAKPAT

Rl.R5
11
,TEST THE MEMORY TO SEE IF IT CONTAINS
,THE WORD STORED IN BAKPAT

12, Rl
UBAKPAT+l,-(Rl) ,CHECK FOR BYTE SELECTION PROBLEM
U

R0. -(Rl)
6$

"HOERR
#1,F!1

PC, ERROR

,AGAIN CHECK FOR BYTE SELECTION PROBLEM
'PREPARE TO INFORM THAT IT Is ADDRESSING ERROR
,MAKE THE ADDRESS IN Rl EVEN
,.ERROR> REPORT ERROR MESSAGE
J .. *****ERROR

NUMBER 15******

(1)

1129
1130
1131
1732
1133
1734
1135
1136
1131

861
~00316

END21

(4)
(3)

1169

THIS TEST CHECKS FOR DUAL ADDRESSING PROBLEMS BY WRITING
BACK GROUND OF BAKPAT.
STARTING FROM THE LOWEST LOCATION IN THE BANK THE TEST WRITES
LOCATION WITH SWAPPED BAKPAT
,>0)
READS THE MEMORY FOR PROPER CONTENTS
SHIFTS
A I ALONG THE ADDRESS OIRECTION AND REPEATS STEPS 1-]
" (4)
,>(5 )
REPEATS STEP 1-4 FOR EACH 4K BANK
,,**************************.******************************* •• ***
,CHECK FOR PROPER TEST SEQUENCE
CMPB
1l.~4STESTN
TST3I
BEQ
.+10
,>ERROR. REPORT ERROR MESSAGE AND HALT AT FATHLT
JSR
PC. SEQERR
16
J ******£RROR NUMBER 16 .... ****

(4 )
(' )

1710
1171
1172
1173
1714

SEQ 0031

,.(
" 2)

( 4)

1761
1169

"(ll

(4 )
( 4)

1165
1166

ENOl

,r·-···**·_*·
__ ··"'*········**··*········_*······*·***·*******
...•
,>TEST 3
DUAL ADDRESS TEST A

(4)

(Il
1752
1153
1154
1755
1156
1757
1758
1159
1760
1161
17b2
1163
1764

UBAKPAT

002344
002352
002354

122131

000003

~00404

0~140]

00236~

004161
000016

002362
002364

005003
004131

002370
002372
002374
002376
002400
002402
002404

005002
050302
020204
103465
020205
103077
000312

002406
002410
002412
002414
002416
002420
002422
002424
002426

005001
050301
020104
103445
020105

003556

CLR
JSR

R3
PC,9#WRTMEM

CLR
BIS
CMP
BLO
CMP
BHIS
SWAB

R2
R3.R2
R2,R4
16S
R2,RS
20$
(R2)

020102
001431
020011

CLR
BIS
CMP
BLO
CMP
BHIS
CMP
BEQ
CMP

Rl
R3, Rl
Rl,R4
12.
Rl,RS
15S
Rl. R2
10.
R0,(RI)

002430
002432

001431
012161

BEQ
HOV

12.
111,22.

002440
002442
002444

010046
000316
022611

MOV
SWAB
CMP

R0,-(SP)
(SP)
(SP)., (RlI

002446

001003

BNE

002450

012767

000020

MOV

.20,22.

002456
002462
002464
002466
902472
002474

105237
010046
010200
004767
808000
Bl2600

000301

INCB
MOV
MOV
JSR

"UOERR
R0,-(SPI
R2,R0
PC, ERROR

2$1

0~0120

48.

6$1

1S1

1~3053

000017

000032

(I)

1715
1716
1717
1778
1779
1180
1181
1782
1783

881

000014

(11

1784
1785
1786
1187
1788
1199

,KEEP ON TESTING THE MEMORY UNTIL
IRI EQUALS THE LOWEST ADDRESS
,CHANGE THE DATA PATTERN
,IF THE DATA PATTERN DOES NOT HAVE LOW
, BYTE -0 THEN FALL THRU

05-AUG-76 1l.43 PAGE 6-11
DUAL ADD~ESS TEST A

1149
(3 )
( 4)

(ll

Pt,R4
21

,THE TEST LEAVES BAKPAT LOCATION THE SAME AS IT WAS IN THE BEGINNING

DZKMA
MACYlI 21(732)
DZKMAB,PII
13

( 2J
1150
1151

CMP
BHI
SWAB
BEQ

9$1

003106
22.,

.WORD

MOV

(SP).,R0

, WRITE MEMORY WITH THE BACKGROUND STORED
,AT LOCATION BAKPAT
,MAKE R2 POINT TO THE MEMORY BANK POINTED BY R3
,IF R2 IS LESS THAN R4
,THEN DO NOTHING
,IF R2 IS HIGHER THAN THE HIGHEST LOCATION TO BE
,TESTED THEN EXIT THE TEST
,OTHERWISE WRITE THE COMpLEMENT OF BAKPAT IN
,THE LOCATION POINTED BY R2
,IF RI IS pOINTING TO A LOCATION LOWER THAN R4
,THEN GO TO 12.
,CHECK THE MEMORY FOR CORRECT DATA
,IF RI IS NOT. TO R2 THEN (RI) SHOULD HAVE
,THE SAME WORD AS BAKpAT
,IN WHICH CASE GO BACK TO 12$
"ERROR. SETUP ERROR NO, IN 22S
.******ERROR NUMBER .17******
,PLACE R0 ON THE STACK
IIF (Rl) IS NOT. R0 THEN SEE IF IT IS SAME
,AS A SWAPPED R0
,IF NOT THEN A SUSPECTED Dun ADDRESSING PROBLEM
IFOR THE BITS THAT ARE DIFFERENT IN R0 AND (RI)
,OTHERWISE THERE IS DUAL ADDRESSING FOR THE
,ENTIR! WORD
,.ERROR. SETUP ERROR NO, IN 22.
,******ERROR NUMBER '20******
,ADDRESSING PROBLEM IS DETECTED
,SAVE R0
,SET R0aGOOD ADDRESS FOR ERROR REPORT
,GO TO THE ERROR SUBROUTINE
,ERROR NUMBER TO BE REPORTED WILL BE PLACED HER!
,RESTORE R0

DZKMA
MACYlI 27(132)
DZK"AS,PII
T3
1790
1791
1792
1793
1794
1795
1796
1797
1798
(II
1799
IB00
1801
1802
1803
I B04
1805
1806
1807
1808
1809
1810
1811
1812
18\3
1814
1815
1816

002476
002500
002504
002506
002510
002512

010011
020037
001411
000407

002514
002516

001404
012767

002524
002526
002530
002532
002534
002536
002540
902542
enS46
002550
002552

000145
000300
040301
005701
001001
005201
006UI
020127
103720
0003\ 2
040J02

002554
002556
002560
002562
002564

005702
001001
005202
006102
020227

t9t7

002570
002572
002574

103700
060203
020337

002600
002602
002606

103673
000337
001656

002610

000654

18 I 8
I B 19
1820
1821
1822
1823
1824
1825

SWAB
CMP

~0. (RI)
R0.USAKPAT
12'
lit
R0
R0. (Rll

BEQ
MOV

118
.21.22.

BR
SWAB
BIC
TST
BNE
INC
ROL
CMp
BLO
SWAB
BIC

B$
R0
R3. RI
RI
13$
RI
Rl
RI.n00R0
7.
(R2)

020000

TST
BNE
INC
ROL
CMP

R2
18.
R2
R2
R2. _ 20000

000340

BLO
ADD
CMP

Fl3,Il.MAXMEM

BLO
SWAB
BEQ

TST3

EN02

MOV
CMF
BEQ

000316

0003M

1081

020011

000021

177746

• RESTORE (P II
, I f THE CONTROL CAME HERE YROM 155-2 THEN
,RETURN TO 118
,MAKE R0 SAME AS SWAPPED BAKPAT
, I f Rl • R2 THEN (RII SHOULD CONTAIN A WORD
I EQUAL TO SWAPPED R0
lIN WHICH CASE GO BACK TO liS
,*ERROR* SETUP ERROR NO, IN 22S

,******ERROP NUMBER .21******

DZKMA
MACYI 1 27C 732)
DZKMAB,PII
T4

IU'
12$.

138.
020000
15$'
16"

19$'

000316

205.

END3I

Fll, P:2

6$
R2. R3

,AND GO TO 8,
,RESTORE R0 TO BAKPAT
,TAKE OUT THE BANK ADDRESS FROM THE ADDRESS IN PI
, I f RI IS 0 THEN PLACE A I IN Rl
.OTHERWISE GO TO 13$
,IF RI IS LESS THAN A 4K BOUNORY
,THEN REPEAT FROM 7.
,RESTORE (R2) TO BAKPAT
,TAKE OUT THE BANK ADDRESS FROM THE ADDRESS
,STORED IN R2
,IF R2 • 0 THEN MOVE A I TO R2
,OTHERWISE GO TO 19S
'SHIFT A ONE IN THE ADDRESS WORD
,IS THE ADDRESS IN R2 MORE THAN THE BOUNDRY
,Of 4K
, I f NOT THEN GO TO 6$
,OTHERWISE MAKE R3 POINT TO THE NEXT 4K BANK
,IY R3 IS POINTING TO A BANK THAT 15 LOWER
~ THAN MAXMEM
,THEN REPEAT FROM 4S

~'BAKPAT

,REPEAT THE TEST WITH SWAPPED BAKPAT ONLY I f
,THE LOWER BYTE OF BAKPAT IS 0

SEQ 0039

05-AUG-76
13143 PAGE 6-13
DUAL ADDRESS TEST B

J.***************************************************************

1832
(3 )
(4 )
(4 )
(4 )

,oTEST 4

DUAL ADDRESS TEST B
THIS TEST CHECKS FOR OUAL ADORESSING BY WRITING
AND READING THE ADDRESS IN THE LOCATION AND THEN
WRITING AND RUDING ADDR.SS COMPLEMENT

CMPB
BEQ
JSR

14." STESTN
.+10
PC.SEQERR

,>( I)

(3)

(2 )
1833
1834
(I)

SEQ 0038

0S-AUG-76
13.43 PAGE 6-12
DUAL ADD~E5S TEST A

002612
00262.
002622
002626

122737
001403
004767
000022

002630
002632
0026)4
002636
002640
002642
002644
002646

005~03

010100
005703
001401
005100
010021
020105
103771

002650
002652
002654

020041
001405
105237

002660
002664

004767
000023

002666
002670
002674
002676
002700
002H2
002704
002706
002714
002716

0Ul00
162700
005703
001401
005100
020104
101361
112737
005103
001345

002720

000733

000004

000404

,,***************************************************************
"

TST4,

003310

,CHECK FOR PROPER TEST SEQUENCE

,.ERROR* REPORT ERROR MESSAGE AND HALT AT YATHLT
J *****.ERFl:OR

NUMBEFl 22*****.

(t)

1835
1836
1837
I B38
1839
U40
1841
1842
1843
1844
1845
1846
1847
1848
(t)
(1)

1849
1850
1851
1852
1853
IB54

1855
1856
1857
1959
1859
1960
1861

IS.

2S.

38,
000301
002714

4$,
000002

5 ••
000001

000306

END4.

CLR
MOV
TST
BEQ
COM
MOV
CMp
BLO

R3
IH,R0
R3
2S
R0
R0. (RII.
RI. R5
II

CMP
BEQ
INCe

R0. -(RI)

JSR
23

PC. ERROR

HOY
SUB
TST
BEQ
COM
CMP
BHI
Move
COM
BNE

Rl,R0
'2,R0

, I f R3 IS NOT 0 THEN STORE THE ADDRESS
.IN THE LOCATION
,OTHERWISE STORE COMPLEMENT
,OF THE ADDRESS
,UNTIL THE HIGHEST MEMORY LOCATION IS REACHED
,CHECK THE LOCATION FOR THE CORRECT CONTENTS

U
P#SADERR

,THIS IS PROBABLY ADDRESS PROBLEM RATHER THAN
,BIT PROBLEM
,*ERRORo REPORT ERROR MESSAGE

J******ERROR NUMBER 23*****.

5$
R0

.CHECK THAT THE ADDRESS IS STORED AT
,LOCATION IF Rl IS NOT 0
,OTHERWISE CHECK YOR
,ADDRESS COMPLEMENT

Rl,R4
3S
#I ••• PASFLG
R3
1$
END3

.SET PASFLG rOR ERROR REPORT,
.COMPLEMENT THE CONTENTS or R3
,REPEAT TST3 IF R3. Is NON 0. ENABLING ADDRESS
,COMPLEMENT TO BE WRITTEN AND READ. OTHERWISE FALL THRU

DZKMA
MACYlI 27(732)
DZKMAB,PII
T5

eS.AUG-76
Il.U PAGE 6-14
MARCHING I'S AND 0'S

SEQ 0040

" •••• _•• *.*.****._-.**.* •••

1976

.oTEST 5

,*CI )

(4)
( 4)
(4 )
(4 )
( 4)
(4 )
(4 )

",0(2 )

",'0)
"
,.(4)
"
,>(5)

(4 )

( 4)

(4)
( 2)
1977
1978
1 B79
(Il

002722

122737

000005

002710
002732
002736

001403
004767
000024

003200

1880
I q81
1892
1983
1884

002740

904737

000120

002744
002746

(Il

002754

920041
001403
004767
000025

002756
002760
002762
002764
002766
002772

000300
010011
021100
001403
004767
000026

002774

000300

002776

001023

(Il

0~2750

000404

-***********

( 4)

-.* .... *•• _**.*.* •• ** ••••

MARCHING I'S AND 0'S
THIS TEST WRITES A BACK GROUND
THE WORD STORED
AT BAKPAT.
READS EVERY LOCATION FOR CORRECT DATA. SWAPS BYTES
AT THE LOCATION AND PROCEEDS IN MAX, TO MIN
DIRECTION OF MEMORY LOCATIONS.
READS EVERY LOCATION FOR SWAPPED BAKPAT PATTERN
WRITES BAKPAT BACKGROUND IN THE LOCATION AND PROCEEDS
IN MIN, TO MAX. DIRECTION
REPEATS STEP 2 GOING IN MIN, TO MAX, DIRECTION
REPEATS STEP 3 GOING IN MAX, TO MIN, DIRECTION

ft._ .... ** **

J , .. ** .. 'It ** .. ** ** .. ** ** ..............
*........ ** .. ** "' ....
**.** _* ........
CMPB
.5,3UTESTN
,CHECK FOR PROPER TEST SEQUENCE
TSTS'
BEQ
JSR
24

, t10
PC,SEQERR

IS,

JSR

PC'~'WRTMEM

28'

CMP
BEQ
JSR
25

R0, -( RI)

002624

PC, ERROR

,.ERROR> REPORT ERROR MESSAGE AND HALT AT FATHLT

, ••• *•• ERROR NUMBER 24* •••• *

THE
,GO TO WRITE THE MEMORY WITH A BACKGROUND
,WORD STORED IN BUPAT
,READ THE CONTENTS OF LOCATION POINTED BY RI
,TO SEE IF IT HAS THE SAME VALUE AS R0
,*ERROR* REPORT ERROR MESSAGE

J******ERROR NUMBER 25******

(I)
1 BB5
1886
IB87
1889
1889

(I)

3$,

002606

SWAB
MOY
CMP
BEQ
JSR
26

R0
R0'(RI)
(RIl.R0

SWAB

BNE

,SWAP THE BYTES AT (RI)
,READ (RIl FOR CORRECT VALUE

4S
PC, ERROR

,*ERROR* REPORT ERROR MESSAGE

r******ERROR NUMBER 26******

(I)

1990
I B91
I B92
I B93
1894
1895
1896
1897
1898
1899
1900
1901
1902
.903
1904
1905
1906
1907
1908
1909
1910
1911

(I)
(I)

1915
1916
1917
1918
1919
1920
1921
.922
1923
1924
1925
1926
1927
1929
1929
1930
1931
1932
1933
19]4
1935
1936
1937
1939
1939

,SWAP THE BYTES OF THE REGISTER
,CONTAINING BACKGROUND PATTERN
,IF THE LOWER BYTE OF THE REGISTER
,IS NOT 0 THEN THE PROGRAM IS READING
,THE MEMORY TO CONNIN A BACK GROUND

,BAKPAT AND WRITING THE SWAPPED WORD
: IN WHICH CASE GO TO 9$
003000

005703

003002
003004
001010

001023
062701
020105

003012
003014

103006
020011

DZKMA
MACYlI 27(732)
DZKMAB. PI!
T5
1912
1913
1914

4$,

000002

5$,

TST

68 ,

BNE
ADD
CMp

PI,RS

BHIS
CMp

BS
R0, (RI)

7$,

13143 PAGE 6-15
05-AUG-76
MARCHING 1'5 AND 0'S

003016

001757

003020
003024

004767
000027

001026
003030
003034
003036

0~0753

105237
000300
001742

003040
003042
003044

005103
910401
000763

003046
003050

005703
001351

9$.

003052

020104

10$1

003054
003062
003064

101333
105237
000300
001753

003066

000714

0030~6

10S

.2,Rl

,R3 WAS 0 WHEN THE PROGRAM ENTERED
,THIS TEST, AND IT IS NOT ALTERED UNTIL PASf'LG.]
,IF R3 EQUAL 0 THEN THE PROGRAM IS
,READING/WRITING MIN, TO MAX, OTHERWISE
,IT IS GOING IN MAX, TO MIN. DIRECTION
,IF R3 IS NOT CLEAR THEN GO TO 10S
,OTHERWISE ADO 2 TO THE CONTENTS
RI
,COMPARE RI WITH THE MAX, MEMORY LOCATION TO
,BE TESTED
,IF RI>R5 THEN GO TO as OTHERWISE
,READ (RI) FOR THE CORRECT DATA

002554

000306

8$ ,

000306

ENDS'

SEQ 0041

BEQ

JSR
27

PC, ERROR

BR
INce
SWAB
BEQ

lS
UPASFLG
R0

COM
MOV
BR

R3
R4,RI
7.

TST
BNE

, WRITE COMPLEMENT OF THE DATA fOUND AT (RI)
,AND REPEAT UNTIL RI ) R5
,>ERROR. REPORT ERROR MESSAGE
J*4****E~~OR NUMBE~

CMP

Rl,R4

BHI
INCB
SWAB
BEQ

28
"PASFLG
R0

END4

27 ••• ***

,Ir THE LOWER BYTE OF R0 IS ALL 0'5
,THEN BEGIN READING BAKPAT SWAPPED WRITING BAKPAT
,AND READING BAKPAT GOING rROM MAX, TO MIN,[PASFLGs4l
,OTHERWISE CLEAR R0
,PUT THE LOWEST TESTING ADDRESS IN RI
,AND BEGIN READING 0'5, WRITING 1'5 AND
,READING 1'5 IN MIN, TO MAX, DIRECTION [PASFLG'3l
,IF R3 IS NON 0, I,E, PASFLG'3
,THEN READ BAKPAT, WRITE
,SWAPPED BAKPAT AND READ SWAPPED BAKPAT
,IN MIN, TO MAX, DIRECTION
,OTHERWISE TEST IS PROCEEDING IN MAX, TO
,MIN, DIRECTION,
,KEEP ON LOOPING UNTIL RI"R4
,IF R0 SWAPPED HAS LOWER BYTEo0
,THEN READ BAKPAT SWApPED. WRITE BAKPAT,
,AND READ BAKPAT GOING FROM MIN, TO MAX,

DUMA.

MACH I

DZKMU,PI!

27(7)2)

0S-AUC·76

13.43

PAGE 6.16

1956

J , .........

,>TEST 6

(4)
(4)

*'* *tao.* *...............
*.** .. ** *' *••• ** ** ... ** ***** ..... 4o'" *** ***.** ..
CELLS' VOLATILITY TEST
,*(1)
.*(2)

(4)
( 4)
C4)
( 4)
C4)
( 4)

",*(3)

,"
,*(4)
,*(5)

,*
,.,*(6)

C4)
( 41
(4)

( 4)

(4)
0)
(2)
1957
1958
1959
1960
OJ

SEQ 0042

CELLS' VOLATILITY TEST

'*
003070

122737

000006

003076
003100
003104

001403
004767
000030

003032

0UI06

004737

000120

00]112
003116
003120
003122
003124
003126
003132

005037
91040l
B10401
020011
001401
004767
000031

000306

003134
003140
003142

062701
020105
103767
132737
001002
105237

000404

THIS TEST WRITES THE MEMORY WITH A BACX GROUND or BAKPAT
WITH PASrLGa0 THE TEST READS THE MEMORY FOR BAKPAT
AND THEN INCREMENTS PASrLG
IT THEN READS/SWAPS BYTES/WRITES A LOCATION X FOR
OVER 2 MSEC AND THEN READS THE MEMORY FOR BAKPAT
REPEATS STEP 3 WITH XaX+4K UNTIL END or MEMORY IS ENCOUNTERED
IT THEN INCREMENTS PASFLG AND WRITES THE MEMORY TO
BAKPAT AND WITH PASrLG.2 IT READS MEMORY FOR ALL
SWAPPED BAKPAT AFTER WHICH PASFLG IS INCREMENTED TO 3
REPEATS STEPS 3 AND 4 READING THE MEMORY FOR SWAPPED
BAKPAT INSTEAD OF BAKPAT,

,,****************************************************.*.*.*.**.*
CMPB
,CHECK FOR PROPER TEST SEQUENCE
16, "STESTN
T516'
BEQ
JSR
30

PC,UCERR

"ERROR> REPORT ERROR MESSAGE AND HALT AT FATHLT
r******ERROR NUMBER 30******

JSR

PC,@'WRTMEM

CLR
MOV
MOV
CMP
BEQ
JSR
31

UPASFLG

:GO TO WRITE THE MEMORY WITH A BACKGROUND OF THE
,WORD STORED AT LOCATION BAKPAT

.+10

(1)

1961
1962
1963
1964
1965
1966
1967
1969
(Il

RPT6.
IS.
28.

H.
002446

J:l4, roll

R4,RI
R0'(RI)

,SET R]
,AND RI TO THE STARTING ADDRESS or MEMORY UNDER TEST
,CHECK CRI) FOR CORRECT DATA

PC, ERROR

"ERROR> REPORT ERROR MESSAGE
:******ERROR NUMBER 31******

ADD
CMP
eLO
BITB
BNE
INCB

.2,RI
RI,RS

,INCREMENT RI BY 2
,SEE Ir RI HAS REACHED THE MAX, or MEMORY

CMP
SHIS
MOV
SWAB
DEC
BNE
MOV
ADD

R3, RS
78
U7776,R2
(R3)
R2
68
Rl , @lSAVLOC
120000,R3

(I)

1969
1970
1971
1972
1973
1974
1975
1976
1977
1976
1979
1980
1991
1982
1963
1964
1985
1996
1997
1989
1999
1990
1991

003144

003152
003154
003160
003162
003164
00]170
003172
003174
003\ 76
003202
003206
003210
003214
003220
003222

020305
103012
012702
000313
005302

000001

4$.

000306

000306
581
037776
681

0~1375

010337
062703

000354
020000

# I, PlPASFLG
5a
UPASFLG

,CHECK TO SEE IF PASFLG.0 OR 2
,IN WHICH CASE INCREMENT PASFLG COUNTER BY 1
,SEE IF R3 HAS REACHED THE MAX. or THE MEMORY
,WRITE INTO I LOC rOR >2MS CABOUT 100MS)

,SAVE LOCATION WRITTEN FOR 2MS FOR ERROR REPORT,

,BY ADDING I TO THE 14TH ADDRESS BIT CAUSE
,R3 TO POINT TO A LOCATION IN THE NEXT
: 4K BANK OF MEMORY

000744
105237
000137
001732
000721

DZKMA
MACYII 27(732)
DZKMAB,PII
T6
1992

000002

000306
000316

751
END6'

BP
INCB
SWAB
BEQ
BR

0S-AUG-76 13,43 PAGE 6-17
CELLS' VOLATILITY TEST

2S
UPASFLG
~'BAKPAT

RPT6
ENDS

: MAKE PASFLG.2
,IF BAKPAT IS NOT BEING SWAPPED FOR THE 2ND
'THEN GO BACK TO THE LOCATION RPT6

SEQ 0043

DUMA
MACYlI 2717331
T7
DZKMAB.PII

05·AUG·76 Uln PAGE 6-\8
sHIFTING DIAGONAL

,,.TEST
................................................................
7
SHIrTING DIAGONAL

2804
(31
(41
(41
( 41
C41

28U
2006
2087
CII
(I)
2BeB
2Be9
2010
2811
2e12
28U
2114
2015
2e16
2017
2118
2019
2820
2821
2022
20n
2024
2025
2026
2021
202a
2129
2e)0
21131
2032
28n
2014
2035
2036
2en
2ua
2039
CI)

CMPB

." U$TEBTN

BEQ
JBR

.+IB

,OC21
,oC31
"(4)

,.,0(5)

(4)

(2)

THIS TEST N~ITES THE MEMORY WITH A BACKGROUND OF BAKPAT
IT W~IT!8 A DIAGONAL or SWAPPED BlKPAT TH~OUGH EACH MEMO~Y BANK
THE M!MO~Y FOR CO~~ECT DATA
SHIFTS THE DIAGONAL AND REPEATS STEP 3 UNTIL THE
DIAGONAL HAS BEEN SHIFTED 64 TIMES
WRITES A BACKGROUND OF SWAPPED BAKPAT, A DIAGONAL OF
BAKPAT AND REPEATS FROM STEP 3

,Oil )

C41
C41
C41
0)

IEQ 8844

803n4

122737

senn

00\481

e0l234
88n40

e8B007

8114767
e88U2

002676

803242
eU246

885037
Ilun

ee0386
eeU84

881252
0e3254
003260
1103262
003264
883266

elU82
852782
1185722

e8321e

1103n

000302

003214

01Hel

0ABl04

00UI0
110UI4
IIU306
80U10
811U14
80H20
80))22
081126
0UB0

1113700
828103
1101010
1162103
eJ278)
001482
1162103
aenu
1l27J7

e00316

0BnJ6
111))40

081001
el0011

0e3342

e28011

eUH4
003346
103352

0014eJ
,e4767
10eeB

01US4
00))60
110Hn
8eU64
0une

062781
821182
103746
"52n
1052n

0BB404

~EADS

" ...............................................................

TST"

PC,StOERR

211

e17176

nU82

1113081
lue582
411

61.

000082
001H 76
000200
000001

e00106

all

lee.

12 ..
082226

CLR
MOV

.. PUrLG

RJ, PlLOWBNK

MOV
Bla
TST
CMP
8H15
MOV

RJ,U
U7776,R2
CR2).

MOV

RJ, .. STRTDI

RS,R2
48

R5,R2

MOV

ULOWBNK,RI

MOV
CMP
8NE
ADD
8IT
8EQ
ADD
SWAB
8IT8

UBAKPAT,R0
RI,RJ
10,
n,R3

8NE
MOV

12.

CMP

R0, CRI)

BEQ

14.

J5~

U76,RJ
BI

nee,R3
pe
II , "PA5FLG

~0,

CRI)

pe,E~ROR

,CHECK FOR PROPER TEBT SEQUENCE
,0ER~0~. ~EPO~T E~~O~

MESSAGE AND HALT AT FATHLT

,•• ** •• E~~OR NUMBER 32 ••••••

,LOWBNK CONTAINS ADD~E5S OF THE LOWEST LOCATION
,IN THE 4K BANK THAT CAN BE TESTED
CONTAINS THE ADD~ESS OF THE TOP OF THE BANK
,ADD 2 TO ~2

,~2

,IF R2 18 G~EATER THAN R5 THEN GO TO 4.
,NOW R2 CONTAINS THE ADDRESS OF THE HIGHEST LOCATION
,THAT CAN 8E TESTED
,LOAD STPTDI WITH THE STA~TING ADD~ESS OF THE
,DIAGONAL
,RI IS NOW POINTING TO THE LOWEST LOCATION IN THE 4K
,BANK
,STORE THE CONTENTS OF 8AKPAT IN RII
,1& ~I POINTING TO A LOCATION IN THE DIAGONAL
,IF NOT THEN GO TO 18.
.THE FOLLOWING CODE Is UsED TO PLACE THE
'ADO~ESS or THE NEXT LOCATION IN THE, DIAGONAL
,IN ~3

,,DIAGONAL WILL CONTAIN SWAPPED

8ACKG~OUND PATTE~N

,CONTENTS OF LOCATION PASrLG WILL 8E EVEN IF THE
,MEMORY IS BEING WRITTEN AND IT WILL BE ODD
,IF IT IS ONLY 8EING READ
,IF IT IS BEING ~EAD ONLY THEN GO TO 12.
,OTHE~WISE WRITE THE MEMORY WITH THE CONTENTS
,OF Re
,CHECK THE LOCATION POINTED BY RI TO CONTUN
,Pi\OPER DATA
,IF IT IS OK THEN GO TO 14.
,.ER~OR* ~EPORT E~~OR MESSAGE
J •••• **E~ROR NUMBER )1 ••• **.

(I)

2040
2e41
2042
20U
2044

DZKMA
MACYII 21(732)
DZKMAB.PII
T7
2045
2846
2047
2048
2049
2058
2051
2852
2051
2054
2855
2056
2057
2058
2059
2161
2061
2062
2061

003374
803400
1101486
103410
0U4I2
1101414
003416
803422
001424

1113701
112737
""1310
00572)
nun
1030B!
105117
100322
813703

801410
""3434

1100H7
001715

08]416

01leA02

1411

000410
0001116

1611

ADD
CMP
BLO
INC
INCB

n,RI
RI,R2
6S

... DEVCT
"PUFLG

.5-AUG-76 IJ.4J PAGE 6-\9
SHIrTING DIAGONAL
800302
000001

ee"306

000306
800384

181.

00e3l6

MOV
BITS
B"E
T5T
eMP
SMIS
TSTB
SPL
MOV

SEQ 0045
"STRTDI,R3
U,UPASFLG
4$

CRl).
RJ,R2
I ..
8tPUFLG
U

ULOWBNK,R3

SWAB
SEQ

810201

MOV

R2,~3

003440

820205

CMP

n,R5

003442

103677
888666

BLO
BR

28
END6

003444

,CAUSE RI TO POINT TO THE NEXT MEMORY LOCATION
,15 IT THE END or THE BANK,
,If NOT THEN GO TO 6'
,TELL APT wE A~E STIL RUNNING OKAY

END"

JlBAKPAT

,LOAD R3 WITH T"E STARTING ADD~ESS or THE DIAGONAL
,HAS THE READ or THE MEMORY BEEN DONE ?
• IF NOT THEN GO TO ..
,ADD 2 TO T"E STARTING ADD~ESS OF THE DIAGONAL
,AND UNLESS THE END or THE BANK IS ~EACHED

,OR THE DIAGONAL HAS BEEN ROTATED 64 TIMES
,REPEAT FROM 48
,HAKE ~l POINT TO THE LOWEST LOCATION IN TH!
,tN THE BANK UNDER TEST
,AND IF THE TEST HAS NOT BEEN PE~fORM!D WIT" THE
,SWAPPED BACK GROUND PATTERN THEN GO TO 48
,MAKE THE PRESENT "IG" BOUNDRY AS THE NEXT
,LOW BOUNDRY
,UNLESS THE P~E5ENT HIGH BOUNDRY IS ALSO TH!
,"IGH BOUNDRY fOR TME MEMO~Y UNDE~ TEST

DZKMA
MACYlI 2717321
DUMAS,PII
Tla

9S-AUG.76 1].4] PAGE 6-20
~EAD RECOVEPY GALLOPING TEST THPOUGH EVERY 64TH CELL

SEQ 9046

,r·*'··""'·'·'·"'*""""·""*""'-'·"'·'··"·'
•••••••••••
PEAD RECOVERY GALLOPING TEST THROUGH EVERY 64TH CELL

2891
01

•• TEST 19

(4)

CI)
,.••,OC21
,.,00)

C41
C41
(4)
C41
C41
C41
(4)
C41
C41
(4)

,o(4)

,0(5)

,0(6)
,0

,.,0(8)

,>(7)

(4)

C41
(4)
(4)
(4)
(4)

,.(9)

,*!l91

,* 1\)
,.,.C
,.,*CI2)
,.

(4)

C41
C41
(4)

C41
(4)
(4)
01
(21
2992
209]
2094
!I)

(II
2095
2096
2097
2098
2999
2190
2191
2102
2103
2104
2105
2106
2187
2108
2109
2110
2111
21\2
21\]
2114
21\5
CII
CII

,.(Il)

993446

122737

000010

000404

'.1 •••••••••••••••••••••••••••••••••••••••* •••••••••••••• ,._ •••••

TSTI0.

CMPB

.10 •••• TESTN

BEQ
J5R

.+10

903454
003456
1103462

001403
004767
0000]4

002454

003464
003466

010402
052702

017776

PPTI0.

00]472
003476
003500
903502
003504
803586
903510

062702
121205
101491
018502
005046
810280
0\]740

800002

GALLOP. ADD
CMP
BLOS
MOV
211
CLR
MOV
411
MOV

003514
803516
00]520

1128003

003522

023710

003526
0035]0
0035]2
0035]6
803542

0014\0
010081
013700
804767
900l1]5

""0316

lell74

61,

910301

THIS TEST WRITES THE MEMORY WITH A SACK GROUNO PATTERN
STORED AT LOCATION SAKPAT
TEST SEGINS AT LOWEST LOCATION SEING TESTED
CLETS NAME IT 'A')
LETS NAME THE 1ST LOCATION IN THE ROW/COLUMN UNDER TEST AS'S',
SWAPS SYTES FOR LOCATION 'A',
READS -A-, READS -S'S' • 'S'+200 (MAKES 'S'.64TH CELL I,E. 200TH OCTAL
LOCATION rROM THE PPESENT LOCATION OF '8')
REPEATS STEPS 5 AND 6 UNTIL 'B' IS GREATER THAN THE
END OF THE 4K BANK 0' THE MEMORY IN WHICH 'A' 15 RESIDING
A • A+2
REPEATS STEPS ]_8 UNTILL 'A' REACHES THE END or THE BANK
GOES TO THE NEXT 4K BANK OF MEMORY AND PEPEATS STEPS
]-9 UNTIL THE ENO OF THE MEMORY
AFTER EXECUTING THE TEST BYTES ARE SWAPPED AT
LOCATION BAKPAT AND STEPS 1-10 ARE REPEATED
IN THIS TEST P0 15 POINTING TO LOCATION 'A'. RI TO
LOCATION 'B', R2 TO THE END OF THE 4K BANK IN WHICH THE
TEST 15 TAKING PLACE AND R] TO THE LOWEST LOCATION IN THE
COLUMN/ROW CONTAINING 'A' AND 'B'
MOST OF THE CODE USED BY THIS TEST IS ALsO USED BY TEST II

000316
902036

PC.SEQERR

,CHECK FOR PPOPER TEST SEQUENCE

,.ERROR* REPORT ERROP MESSAGE AND HALT AT FATHLT

, •• *•• *ERRO~ NUMBER 34.'*.*.

MOV
BIS

,SET R2 TO THE LOWEST MEMORY UNDER TEST
,MAKE R2 POINT TO THE HIGHEST LOCATION IN THE 4K
;BANK FOP WHICH GALLOpING WILL BE PERFOMED
,INCREMENT P2 BY 2
,IF THE HIGH BOUNDRY OF THE TEST IS HIGHER THAN

J2,R2
P2.R5
21
R5.R2
-CSP)
R2,R0
UBAKPAT,-CR0)

CMP
BHI
MOV

CMP

UBAKPAT. CR9)

BEO
HOV
MOV
JSR
35

R0.R]
RI.PI

R0.RI
UBAKPAT.R0
PC. ERPOP

,THE MAXIMUM ALLOWED ADDPESS THEN ADJUST R2
,WRITE THE MEMORY UNDER TEST WITH A BACKGROUND OF
,BAKPAT
,R] AND RI ARE POINTING TO THE LOWEST LOCATION THAT
,CAN BE TESTED IN THIS BLOCK
,BErOPE STARTING THE GALLOPING TEST FOR LOCATION
, CR0) CHECK IT
,CONTINUE IF OK
,OTHEPWISE PREPARE TO REPORT THE EPROR
,.ERROR- REPORT ERROR MESSAGE
, •••••• ERROR NUMBER 35**.'.'

MACYlI 27(732)
DUMA
DZKMAB,PII
TI0

05-AUG-76 \lIU PAGE 6.21
pEAO PECOVERY GALLOPING TEST THROUGH EVERY 64TH CELL

003544
0U546

010011

MOV
MOV

R0. CRI)
RI.R0

003550
003552

100110
011011

SWAB
BIT

CR01
CR0). CRI)

003554

120001

CMp

R0.PI

003556
00J560
003564
00]566
003570
00]574
003600

001412
0211 )7
001407
010046
01 )700
004767
000036

99)602
00]604
003610
903612
003614
003616
003622
"03626

012600
0219]7
801412
U0146
010001
01370e
804767
0000H

8036]0
0036]2
003634
11036]6
883644
0e3646
09)652
911]656
00366111
803662

110011
110100
012601
122737
801492
.62781
.62781
020192
10]734
0een0

093664
003672
.03674
003676
ee3792
00]711J4
003706
89)710
08]712
.03716
.113120
003724
1103726
111113730
•• 17n
0037]6
111113742
81113744

122737
901407
005723
062716
105716
10.0n
161693
.0511116
832780
8010n
1185237
128002
113674
162603
"')]7
100337
•• 1660
.18283

""3746

U9205

2116
2117
2118
21 t9
2120
2121
2122
2123
2124
2125
2126
2127
2128
2129
!I)

B1010~

II.

I"'''

BEQ
CMP
BEQ
MOV
MOV

000]16
000316
002000

JS~

128

SEQ 11047

,RESTORE THE CONTENTS OF CRI)
,RESTORE R0
,CHECK TO SEE THAT NONE OF THE BITS SET
,IN (P9) ARE SET IN (RI) ANO VICE VERSA
,THE ONLY EXCEPTION TO THIS WILL BE WHEN R0-RI

CPII.~'BAKPAT

,CHECK THAT CRI) HAS BAKPAT IN IT

12.
R0.-(SP)
UBAKPAT.R0
PC,ERROR

,SAVE R0 ON STACK
,PLACE THE PATTERN WORD IN R0
,_ERROR_ REPORT ERROP MESSAGE

CSPl+,R0
CR0).USWAPAT
14$

,RESTOPE R0
,CHECK THAT CR0) HAS SWAPPED BAKPAT IN IT

J*.* ••• ERRO~ NUMBER ]'*****.

(I)

2139
2131
2112
21l]
2114
2115
21)6
CII
CI)
2137
2U8
2119
2\40
2141
2142
2143
2144
2145
2146
2147
2148
2149
2150
2151
2152
2153

2154
2155
2156
2157
2158
2159
2160
2161
2162
2163

2164
2165
2166
2167

000320

1211

000]20
001752

00001!

000404

000176
01110002

000011

14 ••
16"

000404

000802

0001n

1711

000410
1881
000n9
91110316

HOV
CMp
BEQ
MOV
HOV
MOV
JSR
]7
MOV
MOV
MOV
CMPB
BEQ
ADD
ADD
CMp
BLO
SWAB

~I,-CSP)

p9,RI
USWAPAT,R9
PC,ERROR

,SAVE RI ON THE STAC~
,MAKE RI POINT TO THE FAILING LOCATION
,LOAO RS WITH THE EXPECTED RESULT IN (~I)
,0ERROR_ REPORT ERROR ~ESSAGE
, •••••• tRROR NUMBER 37 ••••••

~0.cRIl
~1.R0

,RECOVER CRI) rROM TH! ERROR
'~ESTORE R0
,AND RESTORE RI
,IS THE PROG~AM EXECUTING TEST • I!
IIF SO THEN GO TO 16'

n,R!

,MAKE RI POINT TO THE NEXT ADJACENT CELL
,AND IF RI HAS NOT REACHED THE END or THE BOUNDRY
,THEN REPEAT FROM 101
'~ESTORE THE LOCATION FOR WHICH THE GALLOPING TEST
,WAS BEING PERFORMED
,IS 1T TEST II ,
, IF SO THEN GO TO 178
,OTHEPWISE INCREMENT R] BY 2
,FOP EVERY ROW/COLUMN TESTED ADD 2

CSPl+,RI
tll,.,nESTN
16C
1176,RI
RI,R2
IU
(R8).

CMPB
BEQ
TST
ADD
TSTB
BPL
SUB
CLR
BIT
BNE
INC
CMP
BLO
SUB
SWAB
SWAB
BEQ
HOV

'II ... STESTN
17,
CR3l+
n,(sP)
CSP)
171
CSP).R3
(SP)
tl77.R0
188
."DEVCT
R0,R2

eMP

R2.R5

(SPl+.R3
"SNAPU
UBAKPAT
28

U,R3

,UNTIL CSP) IS 200
,SUBTRACT 200 FROM R3
,AT A 64TH CALL BOUNDRY?
,BRANCH Ir NO
, TELL APT WE ARE STILL RUNNING
,IF R0 HAS NOT REACHED THE ENO OF THE BOUNDRY
,THEN REPEAT 'ROM 6.
, RESTO RE SP AND R)
,IF THE LOWER BYTE or BAKPAT IS 0 THEN ~EPEAT FROM 2'
,OTHERWISE MAKE THE PRESENT HIGH BOUNDRY AS THE
,NEXT LOW BOUNDRY

DUMA
MACYII 27(7321
DZKMAB,PII
TIB
2168
2169
2178
2171
2172
2173
2174
2175
2176
2177
2178
2179

OS-AUG."
IHU PAGE 6-22
READ RECOVERY GALLOPING TEST THROUGH EVERY 64TH CELL

e9]758

881410

883152
IIIll56

012702
811Ba5

817776

eel760
8el766
e9]771
013172

122737
1181421
118U6
1111624

101011

DZKMA
MACYII 27(7321
DZJMAB,PII
Til

808404
ENDIII

2218
2219
2228
2221
2222
2221
2224

CMPB
BEQ
BR
BR

'II • .,UESTN
RPTII
RPTII
END7

,IF PREVIOUS HIGH BOUNDRY WAS THE END or THE
,TEST BOUNDRY THEN EXIT THE TEST
,WAS IT A 4K BOUNDRY ,
,IF NOT THEN WE WERE PERFORMING TEST II WITH LONG
,GALLOPING TEST DISABLED
,IF IT 18 TEST. II THEN GO TO REPEAT TEST 11
,OTHERWISE REPEAT TEST II

SEQ 8149

Jt········.·.···.·.·······
••··· •• •···•·· •• ·•·•·•····· •..•.•...•..
READ UCOVERY LONG GALLOPING/FAST GALLOPING TEST
,>111
,>(21

,·C31
,>(41
,*(51
,*(61
,>(71

,.,.
,.,.
,.

,>(11

,>
,>

(4)

(II
2212
22U
2214
2215
2216
2217

117776.R2
RPTII

,.TEST II

III
(41
C41
C41
C41
C41
(41
C41
(41
C41
(41
(41
C41
(41
(41
(41
(41
C41
C41

(Il

ENDU

15-AUG-76 13143 PAGE 6-23
READ RECOVERY LONG GALLOPING/FAST GALLOPING TEST

nee

(4)
(41
(41
C41
(41
(41
01
(2)
2289
2218
2211

BEg
BIT
BNE

,*(91
,>(11)
,>
,.

,.(11 1

8el774

1227ll

11."011

1141n
184.14
1111.1118

IIUel
1114767
1 . .040

182126

1111.012

1114.2

111411\4
884028
11141122
1104026
1.48n
ell4"36

1115777
11111.4
184767
. . 6187

"5777

174412

1148.8

852702

101176

1'4044

811612

0"0414

012548

l"Inl

11161l

THIS TEST WRITES MEMORY WITH BAKPAT
THE TEST BEGINS AT THE LOWEST LOCATION BEING TESTED
(LETS NAME IT 'B'I
'A'_'B' [MOVE THE ADDRESS OF 'B' TO THE POINTER FOR LOCATION 'A'I
SWAPS BYTES FOR LOCATION 'A'

'A', READS -8-8-.-8-+2

~EAOS

IF GALLOPING OPTION BIT AT .aWREG IS HIGH THEN STEPS 4 AND 5
ARE REPEATED UNTIL 'B' REACHES THE HIGHEST MEMORY LOCATION
OF THE 4K BANK IN WHICH 'A' IS RESIDING. THEN 'A' IS
DECREMENTED BY 2 AND AFTER MAKING 'B' TO POINT TO THE LOWEST
LOCATION
THE 4K MEMORY BANK CONTAINING 'A' STEPS 1.4.5 AND
6 ARE REPEATED UNTIL 'A' EQUALS THE END OF THE ENTIRE MEMORY
IF GALLOPING OPTION BIT IS NOT HIGH THEN STEPS 4 AND 5 ARE
REPEATED UNTIL 'B' IS POINTING TO A CELL IN THE NEXT COLUMN
I ' SEQUENTIAL CELLs LIE ALONG THE ROW. 011 THE NEXT ROW
IF SEQUENTIAL CELLS LIE ALONG THE COLUMN. AT WHICH TIME
STEPS 2.3.4.5 AND 7 ARE REPEATED UNTIL THE END OF THE MEMORY
TEST IS REPEATED rOR THE OPPOSITE BACKGROUND DATA
IN THI8 TEST R8 POINTS TO LOCATION ·A·. RI TO LOCATION
·B'. R2 TO THE HIGHEST LOCATION AND Rl TO THE LOWEIT
LOCATION IN A 64/4K CELL BOUNDRY
MOST OF THE CODE USED BY TEST 10 IS ALSO usED BY THIs TEST

JJ ••••••• - •• _ ••••••• _. __ ••••••••••••••••••••••••• _ •••••••••••••••
TSTI!' CMPB
tll . . . . TESTN
,CHECK FOR PROPER TEST IEQUENCE

1744]1

RPTII ,

BEQ
JSR
48

PC.SEQERR

,.ERROII. REPORT ERROR MESUGE AND HALT AT 'lTHLT
, . . . . . dIlROR NUMBER 41 ••••••

MOV

R4.R2

TSTB
BPL
JSR

,MAKE R2 TO POINT TO THE LOWEST LOCATION
,UNDER TEST
,LONG GALLOP ENABLED?
,BRANCH IF NO
,TYPE "GLp·

TSTB
BMI

taWR
RPTII
PC.PNTMES
IGLP/
UWR
RPTI"

BIS

.176.R2

GALLOP

,lScn

SEQ .e48

.+18

,LONG GALLOPING ENABLED'
,BRANCH lr YES
,TO Rnll
,OTHERWISE SET THE LOW ORDER BITS or THE ADDRESS
,TO GET THE HIGH BOUNDRY
, PERFORM GALLOPING TEST

DlltMA
RlCYl1 27(732)
DZKMAB,PII
Tl2

1lI4J PAGE 6.24
WORST CASE TESTING ro~ COli! MEMon

.,**
•••••••••••••••••••••••••••••••••••
*••••••••••••••• ,.* ••••••CASE TESTING
CORE MEMORY
,oun 12

2247
Il)

)
,.,0(1
,.,.
,.,.,0(2)
'oU)
,.

(4)
(4)
(4)

(4)
(41
(4)

(4)
(4)

(41

(4)
(4)
(4)
(41
(4)

(I)

(I)
2250
2251
2252
225J
2254
2255
2256
2257
2258

2259
2260
2261
2262
2263
2264
2265
2266
2267
226B
2269
2270
U7I

11114046
884054
804856
8114062

122737
e01tU
984767
011111141

999912

11114964
094070
1104074
&04102

012702
9127U
112H7
11\0401

90110"1
111194110
00011111

994\94

11137011

0011H6

(I)
(I)

2293
2294
2295
2296
2297
229B
(II
CI)
2299
Hilil

Bel

23112
2)1IJ
2104
2lllS
2106
H07
2308
H09
23111
2311
2112
2111
2314
2315
2316
2H7
2318
2119
2328
2J2I

1322
2323
2324
2325

2126
2327
2328

900494

•••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••
,CHECK FOR PROPER TEST SEQUENCE
CMPS
112, .. .,ESTN

TSTUI

9021154

11983116

18,
281

HOV
MOV
MOVB
MOV

U,R2
Hge,n
1I,_tpASFLG
U,RI
UBAKPAT,RII
R2,RI

1194112
11114114
0114\ Ib
01141211

11111004
UUIII
001494
00511111

611

MOV
BIT
8NE
BIT
BEQ
COM

11114122
084124

11011402
nU1l1

881

BR
BIT

12.
n,RI

8114126
ell 41 111
884U6

1181774
132H7
11811101

1211

BEG
BlTB
BNE

e1l411~

00l1li82

11111011
n0011
1101403
1184767
00e042

804154
l1li4160
004\62
0114\64
8114166
004170
1104174

012746
111151l1li
1105111
11201111
001404
1104767
110111143

11&4176
11042110
804202
1104204
1104296
8114214
ellUI6

111111111
111I5Hb
ellU6b <
1185726
122H7 IIOIIIIIIJ
881412
0627111 111111002

884222
1104224
004226
11114212
81142411
11114242

128105
11IJ727
11I52J7
122H7
0111720
1627111

884246
8114250
084252

828184
0127112

e311111111

804256
1104262
ell427e
8114272
8114274
184110
0114182
1184104
IIIIUte

1852J7
12J127
In7el
181084
012782
8116383
1188674
8115137
185H7
""1654

0011197
eellJII6

"'4316

unls

111111625

000J06

n,RI
12.
RII

n,.IPASFLG

14.

,0ERROR. REPORT ERROR MESSAGE AND HALT AT rATHLT
I*** ••• ERROR NUMBER 41 ••••••
,PREPARE TO TAKE THE EXCLUSIVE OR OF ADDRESS BITS I
,AND 8
,INITIALIZE THE COUNTER FOR THE SUBTEST
,PLACE THE STARTING ADDRESS OF MEMORY UNDER
,TEST IN RI
,CHECK TO SEE IF ADDRESS BIT STORED IN R2 IS SET
IIF IT IS sET THEN GO TO ..
,CHECK TO SEE IF ADDRESS BIT POINTED BY R3 IS SET
,IF IT IS NOT SET THEN GO TO 12.
,COME HERE ONLY I' EXCLUSIVE OR OF ADDRESS BITS
,POINTED BY R2 , POINTED BY Rl • I IN WHICH
,CASE PREPARE TO WRITE THE LOCATION
,WITH A COMPLEMENT OF LOCATIONS NOT MEETING
,THIS CONDITION
AND
,COME HERE IF ADDRESS BIT pOINTED BY R2 15
,CHECK ADDRESS 8IT POINTED BY R3
,IF ADDRESS BIT POINTED BY PJ IS 0 THEN GO TO 61
,IS IT 2ND OR lRD PASS 0' THE SUITEST 1
, IF SO THEN READ THE ~EMORY

SEQ 0051

95.AUG-76 11143 PAGE 23
WORST CASE TESTING rop CORE MEMORY

804140
1104142
1104144
004146
0114152

IIIIHI4

411

Ue2l1t

DUMA
MACYII 2717121
DUMAB,PII
TI2
2289
2290
2291
2292

,+19
PC,SEQERR

,0(6)

(4)

(2)
224'
2249

BEQ
JSR

(4)

FO~

,.,0(7)
,.1*(8)
,.,0

,*(5)

(4)

WO~ST

STARTING FROM THE LOWEST LOCATION UNDER TEST THE MEMORY
IS WRITTEN WITH A BACKGROUND OF BAKPAT, HOWEVER LOCATIONS
HAVING ADDRESS SUCH THAT EXCLUSIVE OR OF ADDRESS BITS 1 ,
I • 1 ARE NUTTEN TO A VALUE OF SNAPPED BAKPAT
STARTING FROM THE LOWEST LOCATION THE MEMORY IS CHECKED
TO CONTAIN THE CORRECT DATA AS EXPLAINED IN STEPS 1 , 4,
UNTILL THE HIGHEST LOCATION UNDER TEST IS REACHED
READ EACH LOCATION FOR THE CORRECT CONTENT
COMPLEMENT THE LOCATION AND READ IT, COMPLEMENT THE LOCATION
BACK TO ITS ORIGINAL VALUE AND READ IT AGAIN
STARTING FROM THE HIGHEST LOCATION UNDER TEST REPEAT STEPS
1 , 4 UNTIL THE LOWEST LOCATION UNDER TEST IS REACHED
~EPEAT STEPS 1-5, HOWEVER THIS TIME LOCATIONS WITH XOR
OF ADDRESS BITS' , 11 -I ARE WRITTEN TO SWAPPED BAKPAT
REPEAT STEPS 1-5, HOWEVER THIS TIME LOCATIONS WITH XOR
or ADDRESS BITS J , 9 _I ARE WRITTEN TO SWAPPED BAKPAT
REPEAT BTEPS 1-7 WITH A BACKGROUNO OF SWAPPED BAKPAT AND
THE LOCATIONS TO BE WRITTEN TO SWAPPED BAKPAT WRITTEN TO
BAKPlT,

,*(4)

(4)
(4)

aEoelSe

as-Aua·a

1481
001426

MOV
CMp
BEQ
JSR

RII'(RI)
RII,(RII
16.
PC,ERROR

0001102

1681
1811

0111404

MOV
COM
COM
CMP
BEQ
JSR

00UII6
011110112

000J1I6

11110106

00011112

211"

lIell0n

11981110
800316
81111316

2211

12,-(SP)
(RI)
RII, (RII
19.
PC, ERROR

MOV
DEC
BNE
TST
CMPB
BEQ
ADD

R0'(RI)
(SP)
188
CSP).
n,UPASFLG
20.
n,RI

CMP
BLO
INCB
CMPB
BEQ
SUB

<RI,RS

CMp
SHIS
MOV

RI,R4

INCB
CNPB
BLO
BHI
MOV
ASL
BR
COM
TSTB

UPASFLG+I
"PASFLG,n

BEQ

ENDUI

,*ERROR* REPORT EPROR MESSAGE

,*** •• *E~RO~ NUMBER 42***-**

19',

,OTHERWISE WRITE THE MEMORY BFORE READING IT
,READ THE MEMORY FOR CORRECT CONTENTS

"PUFLG
I2,UPASFLG
2.
n,RI
41

Ullll08,R2

It
22$

III1,U

R3
U

UBUPAT
PUAXPAT
TST12
ENDlll

,REAO THE MEMORY AGAIN
,*ERROR* REPORT ERROR MESSAGE
,******ERROR NUMBER 43*****.
,RESTORE THE LOCATION (RI)
,EXECUTE THE CODE FROM I BS TWICE
,RESTORE THE STACK POINTER
,IS IT THE 3RD PASS OF THE SUB TEST
,IF SO THEN GO TO 28.
,IN 'IRST 2 PASSES THE PROGRAM PROCEEDS IN
,MIN, TO MAX, DIRECTION
,HAVE WE REACHED THE MAX, ADDRESS UNDER TEST
,I' NOT THEN REPEAT FROM 4$
,IF IT IS THE 2ND PASS OF THE SUB TEST
,THEN REPEAT FROM 2.
,OTHERWISE EXECUTE THE TEST IN MAX. TO MIN.
,DIRECTION
,HAVE WE REACHED THE MIN, ADORESS UNDER TEST
, IF NOT THEN REPEAT FROM ..
,PREPARE TO CHECK THE MEMORY WITH THE XOR OF
,ADDRESS BIT5 , AND lJ
,THE SUB TEST HAs CHECKED THE XOR ONE KIND
,HAS TWO XOR COMBINATIONS BEEN CHECKED 7
,IF NOT THEN GO TO II
,IF ALL THREE HAVE BEEN CHECKED THEN GO TO 22'
,If IT IS THE 2ND XOR COMBINATION THEN CHECK
,rOR ADDRESS BITS l , ,
IIF THE TEST WAS NOT PERFORMED WITH THE SWAPPED
,BAKPAT THEN RE-EXECUTE THE TEST

DZKMA
MACYI! 27(732)
DZKMAB,PII
TI3

05.AUG-76 Il,H PAGE 23-1
WRITE RECOVERY TEST

2359
( 4)

Ct)
(4)
( 4)

( 4)
(4 )
(4 )

,*
,*

(4 J
( 41
( 4)

( 4)
( 4)
( 4)
( 4)
( 4)

(4)
( 4)
( 4)
( 4)
(4)

( 4)
( 4)
( 4)
( 4)

•*

( 4)

TO TEST 13.

( 4)
( 4)
0)

004320
004326
004330
004334

000013

4, THESE STEPS ARE REPEATED FOR EACH BANK UNDER TEST,

,,**********************.*****************************.*.*.******
T5TI31 CMPB
U3,USTESTN
,CHECK FOR PROPER TEST SEQUENCE

122737
901403
004767
000044

001602

004336

012702

010247

004342

012700

177667

004346
004350
004352
004354
004356
004360
004362
004364
004366
004372
004374
004376

010546
010446
900241
006005
006004
160405
006005
103002
062716
012604
012605
010403

004400

000405

DZKMA
MACYII 27(7]2)
OZKMAB.P! I
TI3

05-AUG·76 1],43 PAGE 23-2
WRITE RECOVERY TEST

000002
]0$'

042703

017776

105737
100504
020305
103102

000405

004420

020527
103002
010501
000405

020000

004426
004430
004432
004434
004440

810301
042701
062701

017776
020000

004444

020137
101065

000340

0~4450

004452
004460

132737
001101

000001

004462
004464
004466
004472

020304
103430
105737
001002

000307

004474
004500
994502
904504
004506
004510
004512
004514
004520

012713
020213
001421
01004b
010146
010301
010200
004767
000045

2422
2423
2424
2425
2426
2427
2428
2429
2430
2431
(I)

004522
904524
004526

012601
012600
105737

904532
904534
004536
004542

2432

004544

000664

243]
2434

004546

862703

24\1

2412
2413
2414
2415
2416
2417
241B
2419
2420
2421
0)

SEQ

B+Ul

JSR
44

PC,SEQERR

,.ERROR' REPORT ERROR MESSAGE AND HALT AT FATHLT
:******ERROP NUMBEf:I 44******

,PLACE THE OP CODE OF INSTRUCTION MOV R2,-(PCl
r IN R2.
,PLACE THE COMPLEMENT OF THE INSTRUCTION
,JMP (R0l IN R0
,INSURE LOWEST TEST ADDRESS TO END or 4K SEGMENT IS MULTIPLE OF 2
,SINCE THE TEST STORES 'MOV R2,-(PC) IN 1/2 AND 177667 IN THE OTHER 1/2
lSI

281

004406
004412
004414
004416
~~4424

~00404

29$1

004402

H83
2384
2]85
H86
23B7
HBB
23B9
2390
2391
2]92
2393
2394
2]95
2396
2397
2398
2399
2400
2401
2402
2403
2404
2405
2406
2407
2408
2409
2410

MOV

,10247,R2

MOV

U77667,R0

MOV
MOV
CLC
ROR
ROR
SUB
ROR
BCC
ADD
MOV
MOV
MOV

R5, -(SP)
R4,-(SP)

,SAVE R5
,STORE LOWEST ADDRESS ON STACK

RS
R4

,00 SAME FOR LOWEST ADDRESS

Fl:4,R5

RS
30'
#2,(SP)
(SPlt.R4
(SP)+,P5

R4, R]
2BS

,MAKE POSITIVE BYTE COUNT OF HIGH ADDRESS
,GET DIFFERENCE OF LOWEST ADDRESS AND HIGHEST
,IF DIFFERENCE IS ODD THEN R4 IS AT LOWEST ADDRESS
,BRANCH IF R4 IS AT LOWEST TEST ADDRESS,
,INCREASE LOWEST TEST ADDRESS BY 2
,RESTORE R4 (POSSIBLY INCREASED BY 2 FROM ENTRY)
,RESTORE HIGHEST TEST ADDRESS
,PLACE THE LOWEST LOCATION UNDER TEST
,IN R3
,LEAVE LOW BITS OF R3 ALONE FIRST TIME IN CASE BANK 0

SEQ 0053

U7776,R3
,CAUSE R] TO POINT TO THE LOWEST LOCATION
BIC
,IN THE 4K BANK UNDER TEST
UREL
,ARE WE RELOCATED?
TSTB
8MI
,BRANCH IF YES-TEST BANK0 ONLY145
CMP
R3, R5
,IF R3 IS HIGHER THAN THE HIGHE5T LOCATION
2B$I
,UNDER TEST THEN EXIT
BHIS
145
,IF RS LESS THAN 20000 THEN WE ARE TESTING BANKe RELOCATED IN BANK0
RS, #20000
,IS HIGHEST TEST ADDRESS BELOW 4K?
CMP
,BRANCH IF NO
BHI5
31$
,SET RI TO HIGHEST TEST ADDRESS IN BANK0
MOV
RS, PI
SR
32.

3S1

,SET PI TO LOWEST CURRENT TEST ADDRESS
,CLEAR LOW ORDER ADDRESS BITS
,CAUSE RI TO POINT TO THE HIGHEST LOCATION+2
,OF THE 4K BANK BEING POINTED BY R3
,IF PI I S HIGHER THAN MAX. OF THE
,MEMOPY+2 ALTHOUGH R3 15 LESS THAN R5
,THEN TNE HIGHEST LOCATION UNDER
,TEST IS NOT IN A 4K BANK EXIT

31$'

MOV
BIC
AOD

R3, RI
#17776,RI
,20000,RI

]211

CMP
BHI

RI,@lMAXMEM
148

BITB
aNE

11,@IPASFLG
16$

I IS THE LOWEST BIT OF LOCATION PASFLG
,SET? IN WHICH CASE BACK GROUND HAS
,ALREADY BEEN WRITTEN AND WRITE RECOVERY
,TEST IS BEING PERFORMED

CMp
BLO
TSTB
8NE

R3,R4
BS
UPASFLG+I
6$

MOV
CMP
BEQ
MOV
MOV
MOV
MOV
JaR

U0247.cR3l
R2, (R3)
BS
Re,-(SP)
RI,-(SP)
R3,RI
R2,R0
PC, ERROR

,OTHERWISE WRITE THE BACKGROUND
,DEFINED AT STEP ],
,15 THE TEST JUST DOING READ, I.E.
,IS THE PAsFLG+1 LOCATION NON ZERO? IF SO
,THEN GO TO 6.
,WRITE THE LOCATION WITH THE OP CODE FOR MOV R2,-(PCl
,READ (R31 TO CONTAIN CORRECT DATA

000306

451

010247
6$1

001060

,SAVE R0
,AND RI ON THE STACK
,SET R0a GOOO DATA FOR ERROR PRINTOUT
,.ERROR' REPORT ERROR MESSAGE
r******ERROR NUMBER 45******

(Il

0052

rr*********·_****·*·*********************************************
,UEBT 13
WRITE RECOVERY TEST
"
THIS TEBT DIFFERS FROM 0-12 IN THAT IT CONSISTS or A SMALL TEST PROGRAM
,.
ACTUALLY RUNNING IN THE 4K BANK UNDER TEST,
,.
THE PROGRAM IS SELF MODIFYING AND MAY BE DIFFICULT TO DEBUG,
"
TO AID IN THE DEBUG, BEFORE A A BANK IS ENTERED "TST13 BANK XX"
"
IS TYPED. THIS WILL ALLOW THE USER TO AT LEAST SEE WHICH MEMORY
BANK FAILED,
THE TEST CONSISTS OF 1/2 or THE BANK STORED WITH 'MOV R2,-(PCl"
,.
AND THE OTHER 1/2 CONTAINING "177667", '177667' IS THE COMPLEMENT
,.
OF "JMP (R0l" INSTRUCTION,
,"
R2 CONTAINS 'COM -CRIl' INSTRUCTION ON ENTRY TO THE BANK AND RI CONTAINS
"
THE HIGHEST TEST ADDRESS IN THAT BANK. THE HIGHEST TEST ADDRESS IS
"
USUALLY ON 4K BOUNDARIES. WHEN TESTING BANK 0 RELOCATED, HOWEVER
,.
RI CONTAINS THE FIRST FR.EE TEST ADDRESS BELOW THE DIAGNOSTIC,
,.
IF YOU UNDERSTAND THIS 50 FAR THE REST IS EASY.
'"
THE TEST EXECUTION IS AS FOLLOWS'
"
I, THE 'MOV R2,-(PCl' INSTRUCTION EXECUTES STORING
,.
THE CONTENTS or R2 IN THE ADDRESS IT VACATED (DUE TO -(PCl.
,.
2. SINCE R2 CONTAINS A "COM -(RIl" INSTRUCTION IT COMPLEMENTS
"
THE HIGHEST ADDRESS UNDER TEST. THIS ADDRESS CONTAINED
,.
'177667" 50 AFTER THE COM -(Rll IT EQUALS 110
,.
CLEVERLY THIS IS THE "JMP (R0l' INSTRUCTION,
3, THIS SEQUENCE CONTINUES UNTIL THE 'MOV R2"(PCl INSTRUCTIONS
,.
REACH THE MIDDLE OF THE TEST BANK, THEN THE "JMP (R0l" INSTRUCTION IS
"
AND EXECUTED, R0 CONTAINED THE RETURN ADDRESS BACK

Il)

(2)
2360
2361
tI)
(I)
2362
2J63
2364
2365
2366
2367
2368
2369
2370
2371
2372
2373
2374
2375
2376
2377
2378
2379
2380
2]81
HB2

SEQ

000306

MOV
MOV
T5TB

001005

BNE

010200
004767
000046

001036

MOV
JSR

000002

831

(SPI.,RI
(SPl+,R0
UPASFLG

,RESTORE Rl
,AND RO
,IF PAsFLG IS 0 AND THE MEMORY DOES NOT HAVE
,THE PROPER DATA THEN WE DON'T WkNT TO GO AND
,EXECUTE THE INSTRUCTIONS STORED IN MEMORY UNDER
,TEST
,BRANCH IF PASFLG NOT -0

R2.R9
ISAVE FOR ERROR REPORT
PC,ERROR
,.ERROR. REPORT ERROR MESSAGE
,****.*!~ROR NUMBER 46******

ENDU

,ABORT TST 13,

ADO

n,R]

,INCREMENT R3 8Y

DZltMA
MACYlI 27(712)
DUMAB,PlI
Til

1.4564
.114566
e04572
le4574

162711
8211185
11]'14
82118]
18]4115
11157]7
ellillU
8127\1

804610
8e46112
""4"4
8"46111

1128"11
lil14"l
tl4767
ee.847

2.5'
2451
2452
245]
2454
2455
2456
2457
2458
2459
2460
2461
2462
2463
2464
2465
2466
2467
2468
2469
2470
2471
2472

1104612
8114614

e2UIII
103722

,,"4616
8114622

86270]
1118667

02811""

8114624

1227]7

e00""1

.84612

2474
2475
2476
2477
2478
2479
2480
2481
2482
2UJ
2...
2485
2486

24J5

2416
24]7
2418
24]9
2440
2441
2442
2441
2444
2445
2449
II)
II)

104552
lIe4556
1114560

IIS-AUG.76 IUU PAGE 2Jo]
WPITE ~ECOVEPY TEST

11114562

11111111112

""elIl7
177667
101,
11""7711

2494
2495

2496
2497
2498
2499
25811
2501

CMP
BEO
JSR

RII'(Rll
12.
PC,ERROR

I2S

1211

CMP
BLO

Rl,RI
U

,HAS STORING THE 177667 REACHED WHERE "MOV R2."IPC) IS?
,BRANCH IF YES DON'T DESTROY THE MOV R2,-(PC) IS,
,IS THE THE READ ONLY CHECK PASS?
,BRANCH IF YES
,WRITE THE LOCATION WITH THE COMPLEMENT or THE
,OP CODE JMP (RII)
,READ RI TO CONTAIN CORRECT DATA
,-ERROR. REPORT ERROR MESSAGE
, •••••• !RROR NUMBER 47 ••••••
,IF WE HAVE NOT REACHED THE MIDDLE OF 41< BANK
,THEN REPEAT FROM 41

ADD
BR

CMPB

II, '''ASrLG

eel 440

BEQ

24.

884634

IU6Ja

BLO

ENDI2

084636

1851J7

1108107

COMB

UPAsrLG+1

1104642
1104644

ell I 241
e12782

005141

BNE
MOV

28
,5141,R2

110465"
ell4654

0127l1li
8611700

17774"

MOV
AOD

IIU-,-6,RII
PC,RIl

804656
804662

1115217
008631

000)06

158.

INce
BR

UPAanG
2.

884664
.04672
804674
e84700
11114702
804106
084114

U2777
0"1017
105737
801014

1611

BIT
BNE
TSTB
BNE
JSR
,Ascn

.211.taWR
188
.. 42
188
PC,PNTMES
/TSTU BANK/

,HAS THE PRINTOUTS BEEN SUPRESSED ?
,IF SO THEN GO TO 188
,IS THE PROGRAM RUNNING UNDER ACT?
,BRANCH IF YES
, TYPE THE BANK UNDER TEST

,EVEN
JSF
JU

PC, GETBNK
PC.8TPDEC

,GET BAN~ NO, UNDER TEST INTO DECWRD FOR PRINT,
,TYPE BANK NO. UNDER TEST

,,"4722
0114726

ee4761

851524
840502
884722
0"4167
'04167

DUMA
MACYII 271H2)
DUMAB,PII
Til
2491
2492
2493

RI.Rl
III,
PlPASFLG+1
Ill,
1177667,IRI)

,OECREMENT RI BY 2
,WRITE THE BACKGROUND DEFINED AT 8TEP 4.

,RETURN HERE ArtER PROGUM RUN IN BANK UNDER TEST

2488

2489
2490

n,RI
RI.R5

SUB
CMP
BHIS
CMP
BLO
TSTB
BNE
MOV

Ill.

IIIIIlll6

1411

247)

2487

SEQ 0054

11047]2

lelllU

804734
88n4e
8114744

1851]7
812780
900744

8e80211

173556

8"0042
011166"
1Il1l524
"45516

0211061

"""

"02476
,,111662

uee811,R3

,OTHERWISE GO TO THE NEXT 4K BANK
,THE PROGRAM CONTROL COMES HERE AS FOLLOWS

PROGRAM HAS JUST COMPLETED A
,,,1.PASrLG-8,
WRITE/READ CYCLE FOR THE BACK GROUND
AND WANTS TO BEGIN THE WRITE RECOVERY TEST
PROGRAM HAS JUST COMPLETED
,,,2-PASrLG-I,
THE WRITE RECOVERY TEST AND WANTS TO
READ MEMORY FOR CORRECT DATA
PROGRAM HAS CORRECTLY READ THE
,,1-PASFLGa2.
MEMORy AND WANTS TO GO THE NEXT TEST,
,ENTER HERE wITH PASFLG=0, ON THE FIRST ENTRY
,ENABLE READ ONLY rOR THE MEMORY ANO ON THE SECOND
,ENTRY DISABLE READ ONLY
,PLACE THE OP CODE FOR INSTRUCTION COM o(RI)
lIN R2
,PLACE THE RETURN ADDRESS IN Re AS UI
,THUS WHEN THE REAO RECOVERY TEST REACHES
,THE MIDDLE OF THE 4K MEMORY THEN THE
,INSTRUCTION EXECUTED WILL BE JMP (RIl)
,BRANCHINGING THE PROGRAM TO 131
,INCREMENT PASYLG BY I,

05-AUG-76 1J,4] PAGE 2]-4
WRITE RECOVERY TEST

01l"307
0110110

SEQ ""55

188.

JMP

IR3)

24"

COMB
MOV
8R

UPA8YLG+1
11I0,R0
15S

,T8T\3 EXITS VIA ENDU.

,BEGIN EXECUTING MOV R2,-(PC) ,COM -(RI) SEQUENCE IN TES

,PLACE THE OP CODE FOR JMP (R0) IN Re
, READ THE MEMORY rOR CORRECT DATA AFTER
,INCREMEMTING PASYLG TO 2

DZKMA

MACYII 27(732)
0S-AUG-76
13143
PARITY OF RELOCATE?

PACE 23-5

SEQ 0056

DZKMAB,Pll
25~6

2507
2508
2509
2510
2511
2512
2513
2514
2515
2516
2517
2518
2519
2520
2521
2522
2523
2524
2525
2526
2527
2528
2529
2530
2531
2532
2533
2514
2535
2536
2537
2538
2539
2540
2541
2542
254]
2544
2545
2546
2547
2548
2549
2550
2551
2552
255 J
2554
2555
2556
2557
2558
2559
2560
2561

DZKMA

004746
004754
004760

012737
105737
001065

000377
000276

000316

004762
004770
004772
004776
005000

032777
001046
105737
100420
112737

001000

173460

RELDC I

000405
000200

000405

MOV
TSTB
BNE

t377,UBAKPAT
"MMAVA
CONTMM

BIT
BNE
TSTB
BMI
MOVB

11000,@SWR
CKDONE
UREL
RELOER
#200,UREL

,IS THE MEMORY MANAGEMENT BEING TESTED 1
,Ir SO THEN GO TO CONTMM AND CONTINUE TESTING
,MEMORY MANAGEMENT
,RELOCATION WANTED?
,BRANCH IF NO
,IF THE PROGRAM HAS ALREADY BEEN RELOCATED THEN ALSO
, PLACE THE PROGRAM BACK IN LOWER CORE
,OTHERWISE PREPARE TO RELOCATE

,RELOCATE THE DIAGNOSTIC TO HIGHEST AVAILABLE MEMORY

005006
005012

004767
042522

001554
047514

JSR
PC,PNTMES
,ASCIZ IRELOCI

000103

,TYPE "RELOC"

.EVEN
005020

013705

005024
005026
005032
005014

014445
020427
101374
000165

000340

28.
000430
000050

MOV

UMAXMEM, R5

MOV
CMp
BHI
JMP

·eR4),-eR5)
Ft, .BEGIN.50
2$
50eR5)

,PREPARE TO LOAD THE PROGRAM IN THE HIGHEST
,AVAILABLE MEMORY
,RELOCATE THE PROGRAM
,NEITHER RELOCATE NOR TEST LOCATIONS LOWER THAN BEGIN.50

,"RELOCATE THE DIAGNOSTIC BACK TO LOWER MEMORY

000346
000405

RELOER. MOV
TSTB
SPL

U5AVR5,R5
UREL
CKDONE

,RESTORE R5
, IS DIAGNOSTIC IN RELOCATED STATE?
,BRANCH IF NO

000430

,BEGIN-50,R4
(RS)., (R4H
R5, ~'MAXMEM
2$

:PREPARE TO RELOCATE THE PROGRAM TO LOWER CORE

000405
000346
000500
000350
005112

HOV
HOV
CMP
BLO
CLRB
MOV
MOV
MOV
CKDONE. J"P

105737
00107 J
004767

000315

LOWER.

001714

TSTMH.

005124
005130
005132
005134
005140
005144

105737
001462
000402
004767
012703
004767

000276

005150

012704

020000

MOV

120000,R4

005154

020237

172342

CMp

R2,",! 72342

005040
005044
005050

013705
105737
100016

005052
005056
005060
005064
005066
005072
005076
005102
005106

012704
Bl2524
020537
103774
105037
010537
012706

005112
005116
005120

01~637

000137

211

000340

002052
000324
002160

05-AUG-76
13143
MACYII 27(732)
pARITY OR RELOCATE?

~'REL

R5, USAVR5
'BEGIN,SP
SP, USAVR6
ULDWER

:SAVE R5

TSTB
SNE
JSR

USAVKBB
STPSTK
PC, MEMMNG

TSTB
BEQ
BR
CONTMM. JSR
SCNTMM. HOV
JSR

UMMAVA
END PAS
SCNTMM
PC, UPMM
ILOWTWO, P3
PC, GETSn

: HERE DUE TO ·C TYPED?
,BRANCH I f YES (TYPE ERROR STACK)
, SET THE REGISTERS IF THE MEMORY MANAGEMENT
,IS AVAILABLE
,IS MEM, MANAG, AVAILABLE
,BRANCH IF NO
,BEGIN TESTING ABOVE 28K
,GO TO UPDATE MEM, MANAG, REGISTERS
,MAKE R3 POINT TO THE LOCATION LOWTWO
, LOAD BITS 6-10 OF R2 WITH THE BITS 13-17
,OF THE LOWEST ADDRESS UNDER TEST
,MAKE R4 POINT TO THE LOWEST LOCATION IN THE BANK
,POINTED BY PAGE ADDRESS REGISTER I (PARI)
,IS THE CONTENT OF Ra LOWER THAN THE CONTENT

,RESET STACK TO LOWER MEMORY
,"BEGIN" USES THIS TO RESET THE STACK,
,TRANSFER THE PROGRAM CONTROL TO THE LOWER CORE

PAC. 23-6

SEQ 0057

DZKMAB.P' t
2562
2563
2564

005160
005162

103405
050104

005164
005170
005174

162702
004767
004767

000200
001650
002130

005200
005204
005206
005212
00521.
005220

004767
010005
004767
004767
010013
000167

000020

BLO
BIS

Fl1,R-4

SUB
JSR
JSR

1200, R2
PC, MHREG
PC,GETSn

JSP
MOV
JSR
JSR
MOV
JMP

PC, MAXADR
Ft0,P.5
PC,GETSIZ
PC, MAXADR
P0.cR3)
CLRMEM

25b5
2566
2567
2568

28.

25b9
2570
2571
2572
2573
2574
2575
2576
2577
2578
2579
2580
2581
2582
2583
2584
2585
2586
2587
2588
2589
2590
2591
2592
2593
2594
2595
2596
2597
2598
2599
26~0

2601

002116
000006
174242

,PARI?
,IF SO THEN GO 21
,SUBROUTINE GETSIZ LOADED RI WITH BITS 0-12
,OF LOW ADD WHICH HAVE NOW BEEN LOADED IN R4
, SET HEM, MANAG, REGISTERS
,PLACE BITS 13-17 OF HIGHEST LOCATION TO BE TESTED
,IN BITS 6-10 OF R2, 1160000 IN R0 AND BITS 0-12
,OF LOCATION HIGHADD IN RI
GET THE ADDRESS Of MAX. MEM, UNDER TEST
, PREPARE TO SET UP LOCATION MAXMEM
, GET THE MAXIMUM ADDRESS OF AVAILABLE MEMORY
,AND STORE INTO "MAXMEM"
,GO TEST A 24K SLICE ABOVE 28K,

,MAXADR • SUBROUTINE TO GET CURRENT 24K SLICE OF MEMORY ADDRESSES ABOVE 28K,
, REGISTERS,
,Ph ON ENTRY. 1160000 AND ON EXIT.HIGHEST VIRTUAL AODR, UNDER TEST
LOW OROEP 12 BITS OF VIRTUAL TEST ADDRESS
,R2. PAR BLOCK NO, CURRENTLY UNDER TEST,

ua.

005224
005226

010046
012700

005232
005236
005240
005242
005244
005250

162716
050116
020240
001410
020027
101370

0~5252

~05720

005254
005256
005260
005264
005266
005272

021002
003006
012716
012600
062700
000207

005274

022626

172356
020000

172340

157776
000002

MAXADR, MOV
R0,-(SP)
,PUT MAXIMUM AVAILABLE ADDRESS ON STACK
MOV
,R0oPAR7 UNIBUS ADDRESS
H72356,R0
,uBEGIN LOOP TO fIND PAR ADDRESS UNDER TEST
120000,CsP)
2$.
SUB
,DECREMENT VIRTUAL ADDRESS BY 4K
BIS
RI.cSP)
,SET BITS 11.0 TO MAXIMUM VIRTUAL TEST ADDRESS
CMp
,DOES CURRENT PAP" TEST SLOCK NO,?
R2, 'CR0)
SEQ
,BRANCH IF YES
3.
CMP
R0,1172340
,ARE WE AT PAR0?
SHI
,NO KEEP TRYING
2.
J*fEND LOOP TO FIND PAR ADDRESS UNDER TEST
(R0).
TST
,SET TO PAR CURRENT
CMP
(R01. R2 ,IS THE PAR BLOCK uNDER TEST GTR THAN ALLOWED?
BCT
,BRANCH IF YES CFALL INTO ENDPAS)
44
MOV
1157776, CSP)
,EXIT WITH MAXADRa 28K SEGMENT TEST SIZE
MOV
(SPl.,R0
,SET R0 TO MAXIMUM VIRTUAL TEST ADDRESS
lSI
ADD
#2,R0
,MAKE MAXIMUM MEMORY.2
,AND EXIT MAXADR ROUTINE
RTS
PC

26~2

2603
26~4

411

C"P

CSP) • .cSP).

,FIXUP STACK
,AND fALL THRU TO ENDpAS,

DUMA

MACHI 27(732) 0S.AUG.16
\3.43 PAGE 23-7
TYPE ROUTINE FOP EPROR STACK

SEC 0058

DZKMAB,Pt!

..... gH._. ___ ._ •••.. __

2609

," TYPE ROUTINE rOR ERROR STACK

26\0

,*,"

261 I
2612
2613
2614
2615
2616
2617

~~*.~~

,*
005276
005304

2619

005306

032777
001055
012746

000020

2619

173144

177777

ENDPASI BIT
BNE
STP5Trl MOV

THIS ROUTINE IS USED TO DETERMINE IF TYPE OUT Dr THE ERROR STACK
rOR ONLY THE FAILING BITS IS REQUIRED OR NOT

.20,@SWR
SEOP
.-I,-(SP)

2620

2621

005312

912701

007744

MOV

2623
2624

005316

000376

2625
2626
2627
2628

2629

005324
005330
005332
0053)6
005340

012703
005216
0201 ]7
103043
112702
105302

002766

TJPSTK, MOV
INC
CMp
BHIS
MOVS
RETSTK, DEca
BLT

2630
2611
2632
2633

005342
005344
005346

020227

TSTS
BEQ
CMp

103404
101026

BLO
BHI

.ENDPRG,RI

2622

005322

000310
000022

105721
001774

2634
2635
2636

005352

2637
2639
2639

005354

005364

004767
000404
010237

001012

2641
2642

000312

2$,

2643
2644
2645

005370
005374
005400
005404
005406

004767
011637
0047&7
005043
114113

001214
000312
001210

JSR
rAILNMI MOV
JSR
CLR
MOVB

2640

2646
2647
2648

005356
005362

2649

005410

2650

005412

2651
2652

005414
005420

105021
005043
105237
004761

000314
001330

005424

012703

0~0376

005430
005432
005436

000742

2653
2654

2655
2656
2657

DZKM~

004767
000756

JSR
BR
MOV

CLRB
CLR
INCB
JSR

000762

PARFLI

MACYlI 27(732) 05-AUG-76
END or PASS

13143

MOV
BR
JSR
BR

,ARE WE GOING TO TYPE THE ERROR STACK AND END or PASS?
,Ir NOT THEN GO TO SEOP
,THE PROGRAM HAS REACHED THE END AND ERROR
,STACK AND END or PASS WILL BE TYPED OUT
,PLACE THE STAnING ADDRESS or THE ERROR STACK
,rOR 0 TO 4K MEMORY IN RI

B76,R3
(SP)

RI, UENDSTK
UOP

,IF WE HAVE GONE THRU THE ENTIRE
IHAS THE END OF THE ERROR STACK BEEN REACHED
,THEN GO TO TYPE END OF PASS

'lS.,R2

,Ir ALL 16 BITS or THIS BANK HAVE BEEN CHECKED,
,BEEN CHECKED rOR ERROR THEN SEE IF THERE
,IS ANY MORE 4K MEMORY BANK
(RI).
,OTHERWISE CHECK THE BYTE STORED AT (RI)
RETSTK
,Ir IT IS 0 WE WILL NOT TypE IT
,IS THE POINTER POINTING TO ERROR STACK BYTE
R2,1I16,
,MEANT FOR COL~ECTING ADDRESS FAILURES FOR
,THE SPECIFIC MEMORY BANK
,IF NOT THEN GO TO TypE BIT NUMBER
2$
PARFL
,Ir IT IS POINTING TO THE STACK LOCATION INTENDED
ITO COLLECT PARITY FAILURES THEN GO TO PARFL
PC, TPADER
,OTHERWISE TYPE "ADDRESS ERROR'
FAILNM
R2, UDECWRD
,PREP~RE TO TYPE THE NUMBER or THE FAILING BIT
,IN DECIMAL
,GO
TO HPE THE eIT NUMBER IN DECIMAL
PC, TYPDEC
(SP)' ~'DECWRD
,PREPARE TO TYPE THE pAGE NUMBER
PC, STPDEC
,IN DECIMAL
-CR3)
·(Rll,(R3)
,PREPARE TO PRINTOUT THE NUMBER OF TIMES THIS
,FAILURE OCCURED
(RI).
,CLEAR THE ERROR STACK
R2
TYPSTK

-(R3)
UTYPCNT
PC, RPTOCT
U76,R3
RETSTK
PC,TPPRER
FAILNM

,ENABLE THE TYPE OUT OF I WORDS
, TYPE THE 4K BANK AND THE NUMBER OF TIMES
:THIS FAILURE WAS SEEN
,RESET SCRATCH STACK FOR EACH BIT PRINTED,
, TYPE "PAR ERR'

PAGE 23-8

SEQ 0059

DZK.AB,~II

2662
2663
2664
2665

END Of PASS
..............................

,"
'*

2666
2667

,*
'"

2668

26&9

2670
2671
2672
2674

005440
005442

2675

005446

2676
2677
2678
2679

005452

2680

005470

269 I

005474
005502

2673

005454
005460
005466

2692

2683
2684

005510

005002
004767
105737
Bal046
005237
032777
001015
004767
047105
051523
905510
013737

CLR
JSR
TSTB
BNE
INC
BIT
BNE
TYPEOP' JSR
,ASCIZ

SEOPI
002036
000315
000406
000040

172762

001064
020104
021440

040520
000

000406
001072
000042

000312

,EVEN
MOV
JSR
HOV
BEQ
JSR
RESET

TYPE "END PASS" AND DISABLE PARITY,
ALSO SERVICE ACTII,
AND EVERY CONSECUTIVE PASSES UNLESS BIT 4 OF SSWREG IS HIGH

R2
PC, PARITY
USAVKBB
CTLC
@#$PASS
i 40,@SWR
ACTII
PC, TPCRLF
lEND PASS #I

,SET R2' PARITY MODULE DISABLE CODE
:GO DISABLE PARITY MODULES IF SELECTED,
,CONTROL.C TYPED?
:BRANCH IF YES-RESTORE LOADERS AND HALT,INCREMENT PASS COUNT
,'END PASS 'XX' PRINTOUT WANTED?
,BRANCH IF NO
, TYPE CR, LF, AND 'END PASS .,

,GET PASS COUNT
,TYPE IT
:GET THE MONITOR ADDRESS
,IF NONE
sDOAGN
,RESTORE XXDP MONITOR
PC,PLODER
,RETURN TO ACTII MONITOR,
'''PASS, UDECWRD
PC,STPDEC

005516
005522
005526
005530
005534

004761
013700
001405

004767
000005

000012

2692
2693

005536

000137

000156

2694

005542

000137

000250

SDOAGN, JMP

URESTRT

:REPEAT TEST IF NOT UNDER ACTII/XXDP

005546
005552
005556
005560
005564
005566

904767
01)704
014445
029437
101374
009207

001632
000344

RLODER, JSR
MOV
HI
MOV
CMP
BHI
RTS

PC,CLRMM
UsAVR4,R4
-CR4), .CRS)
R4'_'ENDSTK

,STOP MEMORY MANAGEMENT SO CAN RESTORE LOADERS
'RESTORE R4 WITH SAVR4
,RESTORE LOADERS

2685

2696
2697
2688
2689
2690

2691

2695
2696

2697
2699
2699
2700

2701
2702

270B

,.42,R0

SERVICE XXDP/ACTII
JMP
@UENDAD

,JUMP TO ACT SERVICE

,RETURN FROM RLODER CALL

,CONTROL CHANDLER

2703
2704
2705
2706
2707

ACTllI

005570
005574

004767
000167

177752
000402

CTLCI

J5R
JMp

PC,R~ODER

APTHLT

,RESTORE ABS LOADER
,IY NOT APT HALT AT FATHLT

DZKMA

MACHI 27(732)
0S.AUC.76
13143
ERROR HANDLING ROUTINE

PAGE 23-9

DUMAB,PI!
2713
2714

ERROR HANDLING ROUTINE
........................................

2715
2716

2717

2719
2719
2720
2721
2722
2723
2724
2725
2726
2727
2728

2729

005600
005606

~17637

~05610

010346
el0046

005612
005614
005620
005624

010103
004167
013703
'10337

005630
005632
005636
005642
005644
005650
005654
005656
005660
005662
005666
005670
005674
005676
005702
005704
005710
005712
005714

010346
012703
013743
005043
113713
016643
011143
010043
005043
016313
040013
046100
050013
912700
060700
062700
005116
002374
005726

035716
005722
005726
005730
005732
005736
005740

105037
105737
001007
105720
105737
00100l
105720
005713
100015
122710
001401

000000

000402

ERROR'

IS,

,"
'"

PROGRAM COMES HERE EACH TIME AN ERROR IS ENCOUNTERED THIS
ROUTINE TYPES OUT THE ERROR MESSAGE IN THE FORHAT GIVEN EARLIER

MOV
MOV
MOV

@(SP).USFATAL
R3.-(SP)
R0.-(SP)

,LOAD THE LOCATION $FATAL WITH THE ERROR NUMBER
,SAVE Rl
,AND R0 ON THE STACK

,SETUP BANK NO. IN FATAL rOR APT

001604
000312
000403

MOV
JSR
MOV
MOVS

RI. R3
PC .GETBN~
UPBNK. R3
Pl.@!lFATAL.1

MOV
MOV
MOV
eLR
Move
MOV
MOV
MOV
CLR
MOV
BIC
BIC
BIS
MOV
ADD
ADD
DEC
BGE
TST

R3.-(SP)
JTEMPORARILY STORE Rl
1l76.R3
J MAKE R3 AS THE STACK POINTER
UPASrLG. -(U)
,OUTPUT THE WORe STORED AT
.(Rl)
USFATAL. (R3)
,PUT ERROR NO, ON ERROP STACK
,PLACE THE RETURN PC AT (R3)
6(SPl"(R3)
(RI). -( R3)
,PLACE BAD DATA.
R0.-(R3)
,AND GOOD DATA ON THE STACK
'(Rl)
4CRl),cR3)
,TAKE THE
R0. (R3)
,EXCLUsIVE OR OF GOOD AND BAD DATA
4(R3)'R0
,TO FIND THE BITS THAT fAILED
R0.eR3)
,AND PLACE IT ON THE STACK
,ENDPRG-,-24 •• R0,THIS CODE BRINGs THE RELATIVE ADDRESS
PC.R0
,OF TH~ STARTING OF THE ERROR STACK
'18"R0
,FOR THE SPECIFIC 4K BANK
(SP)

,GET VIRTUAL ADDRESS UNDER TEST FOR GETBNK
,GET BANK NO, UNDER TEST INTO PBNK
,GET BANK UNDER TEST
JSTORE FAILING BANK NO, rOR APT

2730

2711
2712
2733
2734
2735
2736
2737
2738
2739
2740

2741
2742
2743
2744
2745

2746
2747
2748
2749
2730

2751
2752
2753
2754

2755
2756
2757
2758
2759
2760

2761
2762
2763
2764

2765
2766
2767
2768

005742
005744
005746
005752
005754
005756
005762
005764
005772

000376
000)06

261
000402
000006

000004
000004

611

000277
000300
000301

000377

105210
122710
901404
032771

000001
172456

001902

05.AUG.76
DZKMA
MACYlI 27(732)
13143
DZKMAB,PII
ERROR HANDLING ROUTINE
2769
2770
2771
2772
277 3
2774
2775
2776
2777
2778
2779
2780
2781
2782
2783
2784
2785
2786
2787
2788
2789
2790
2791
2792
2793
2794
2795
2796
2797
2798
2799
2800
2801
2802
2803
2904
2805
2906
2907
2908
2809
2810
2911
2912
2913
2814
2915
2816
2817
2818
2919
2920
2821
2922
2823

005774
006000

105237
105737

0~6004

0~14I1

006006
006012
006014
006020
036022
006026
006030
006032
006034
006036

004767
000411
105737
001403
004767
000403
105720
006313
001342
112737

000006

006044

004767

006050

004767

006054
006060
006062
00b064
006072
006100

005037
012600
012603
105737
001404
012737
000443

006102
006104

010246
005777

906110

100405

006112

904767

001546

006116
006122

105737
001401

000042

006124

000000

006126
006130
006134

012602
062716
000207

006136
006136
006142
006150

904767
051105
000043

~0&070

ERRTYP I CLFB
lSI
TSTB
BNE
TSTB
TST8
SNE
TSTB
2SJ
TST
BPL
3$,
CMPB
SEQ
INCB
511
CMPB
BEQ
SIT
BNf

@#TYPENB
USPRERR
l$

(R0).
@HADEAR

38
(R0).
(R3 )

H
1l77oCR0)

56
(R0)
UoCR0)

7S
# 400, 9SWR

~nYPENB

USPRERR
6$
PC, TPPRER
8S
"IADERR
6$
PC. TPADEFR
88
(F0)'
(F3 )
2'
#6.UTYPCNT

001150

JSR

PC. PUTADR

000622

JSR

PC,TYPERR

000300

CLR
MOV
MOV
FNDERR, TSTB
BEQ
MOV
BR

'UPRERR
(SP) •• R0
(SP)',R3
".ENV
2.

000406
000301
000346
68,

000001

8$ ,

10$'

000420
000400

28,
172340

MOV
TST

J1.~ISMSGTY

FATHLT
R2.-(SP)
@SWR

BMI
4G
,CHECK FOR CONTROL-C KEY

000002

000416
047522

920122

,DISABLE ANY TYPE OUT
, I f THIS 15 PARITY PROBLEM
,THEN GO TO lS
,OTHEFWISE INCREMENT THE EFROR STACK POINTER BY I
,IF THIS IS ADDRESSING PROBLEM
,THEN GO TO 38
,INCREMENT THE POINTER R0 BY
,IS BIT 15 0F (R3) SET?
,IF NOT THEN GO TO U
,OTHEFWISE SEE IF THIs ERROR HAS OCCURED 377 TIMES
,IF so DON'T BUMp ERROR COUNT
,INCREMENT THE ERROR COUNTER Bl I
,MORE THAN 1 EFROR OCCURRED ON THIS BIT?
,BRANCH IF NO
,STOP ERROF PRINTOUT AFTER I WANTED?
,BFANCH IF YES (DON'T TYPE ERROR)

SEQ 0061

INCB
TSTB
BEQ
JSR
6R
TST6
6EQ
JSR
BR
TST8
ASL
BNE
MOVB

48 ,

000314

,RESTORE THE STACK POINTEF

PAGE 23-10

7$,

000277
000300

6'(SP).

,ENABLE THE TYPE OUT ROUTINE
,PARITY ERROR?
,BRANCH IF NO
,ELSE TYPE 'PAR EPR"
,AND DON'T TEST INDIVIDUAL BIT FAILURES.
,ADDRESS ERFOR?
,BRANCH IF NO

,P'RINT "ADP EPR"
,POINT TO NEXT ENTRY IN ERROR STACK
I IS THERE STILL AN ERROR BIT SET IN ERROR.
,BR IF YES • KEEP FILLING ERROR STACK
,TELL TYPOCT TO TYPE 6 WORDS OF ERROR STACK.
,THE STACK POINTED BY R3
,GO TO THE SUBROUTINE TO PLACE THE ADDRESS IN RI
,AT LOCATIONS (R3) ANn (R3-2)
,TYPE ERROR STACK (7 WORDS)
ICLEAR ADDRESS/PARITY
,RESTORE R0
lAND R3
,APE WE RUNNING UNDER
,IF NOT THEN TEST FOR
,OTHERWISE INFORM THE
,GOTO FATHLT AND WAIT

ERROR FLAGS

APT?
HALT
APT
FOR APT,

,SAVE R2 TEMP
,DOES THE OPERATOR REaUIRE THE PROGRAM TO HALT
,ON ERROR
,IF SO THEN HALT ON ERROR

JSR

PC.CHECKC

7$,

T5TB
BEQ

U42
6.

,IF CONTI<OL-C TIP ED THEN PRINT ERROR HISTORY
,AND HALT AT FATHLT,
IARE WE RUNNING UNDER ACT?
,BRANCH IF NO

4$,

HALT

MOV
ADD
RTS

(SP)+.R2
n. (SP)
PC

JPROGRAM HAS HALTED ON ERROR. RI IS POINTING
,TO A LOCATION WHICH sHOULD HAVE CONTAINED
,THE WORD STORED IN R0
,RESTORE R2
,RESTORE THE RETURN ADDRESS
,RETURN FROM THE SUBROUTINE

FATERRJ
SEaERRI JSR
,ASCI!

PC. TPCRLr
/ERROR 1/

,TYPE 'ERROR . '

USP) .... FATAL
.. TYPCNT
tl76.R3
U8rATAL."CR3)

,LOAD THE LOCATION HAUL WITH THE ERROR NUMBER
,TELL $TPNUM TO TYPE I WORD
,'TPNUM USES Rl AS STACK
,PUT ERROR NO, ON STACK

,EVEN
006152
006160
006164
006170

017637
105237
812703
013743

000000

0003\4
000176
000402

000402

MOV
INCe
MOV
HOV

DZ~MA

MACYII 27(732)
0S-AUG-76
13143
DZKMAB,PII
ERROR HANDLING MUTINE
2824

006174

2925

0~6176

2826

006202
006206
006210
006212

2927
2828
2829
2830
2931

005743
00t767
105737

TST
JSR
TSTB
BNE
FATHLTI HALT
J"P

000562
000420

APTHLT I

~~\326

009000
000137

PAGE 23-11

000250

SEQ 0062
-IR3)
PC,FATY?

,STPNUM REQUIRES THIS
,TYPE ERROR NO,
IRUNNING UNDER APT?
FNDERR
,BRANCH I f YES
:fATAL ERROR OR ·C HALT,
"RESTRT
IRESTART T5T BUT DON'T CLEAR PASS COUNT
,IN CASE ·C RESTART.
~j'ENV

2932
, PARERR
,
PARITY TRAP HANDLER
,COME HERE FROM A TRAP TO 114,
I
THIS ROUTINE SEARCHES THE AVAILABLE PARITY MODULES AND IF ONE
,HAS A PARITY ERROR BIT SET THE GET THE PARITY ERROR ADDRESS
,AND CALL THE "ERROR" ROUTINE TO PRINT ERROR MESSAGE,
,IF NO PARITY ERROR BITS CAN BE rOUND A FATAL ERROR Is DONE,

2833
28]4
2835
2836
2837
2838
2839
2840
2841

IREGISTER US AGE,
,R0. HOLDS PARITY MODULE ADDRESSES
,RIB GETS ERROR ADDRESS FOR "ERROR' CALL,

2842
284)

2844
2845
2846
2847
2848
2849
2850

2851
2852
2853
2854

2855
2856
2857
2858
2859
2860
2861
2862
2963
2964
2865
2866
2867
2869
2869
2870
2871
2872
2873

(I)

006216
006222
006226

012637
011637
013706

000J56
000360
000350

006232
006236
006242
006246

010067
010167
013701
012700

000132
000130
000352
172100

006252
006254
006256
006260
006262
006264
006266
006270
006274
006276
006302
006304
006310
006312
0063\ 4
0063\6
006320
006322
006326
006332
006336

005701
001442
000241
006001
103005
005710
100406
020027
002032
062700
000766
042710
011001
006101
006101

006340
000344
006350
006354

016700
016701
013746
013746

PAPERR I

t7 2136
000002

100000

3S,

0~6101

006101
042701
105237
004767
000050

000777
000300
177242

(SP)+,~#PARSP

MOV
MOV
MOV

(SP)' UPARPS
JOSAVR6,SP

MOV
MOV
MOV
MOV

R0,SAVR0
RI, SAVRI
UPARMAP, RI
1172100,R0

TST
SEQ
CLC
POR
BCC
TST
BMI
CMP
BGE
ADO
SR
SIC
MOV
ROL
ROL
ROL
ROL
SIC
INCB
JSR
50

:SHIFT PARITY MAP BIT INTO C BIT,
RI
,BRANCH IF THIS PARITY MOOULE NOT AVAILABLE,
28
(R0)
:PARITY MODULE ERROR sIT SET?
,BRANCH IF YES -CALL "ERROR" ROUTINE
38
R0,II72136
,DONE ALL PARITY MODULES?
,BR IF YES- GO TO fATAL ERROR CALL4S
.2,R0
,POINT TO NEXT PARITY ADDRESS
,AND KEEP TRYING
1$
1100000, (R0)
,CLEAR PARITY ERROR BIT,
,GET PARITY MODULE CSR
(R0"RI
,SHIFT ERROR ADDRESS BITS 11-5 INTO 15.9
RI
RI
RI
RI
.777,RI ,SAVE ERROR ADDRESS ONLY
,TELL "ERROR" PARITY ERROR CALL,
~'$PRERR
PC, ERROR
,-ERROR> REPORT ERROR MESSAGE
J ******ERROFI NUM8EP 50******

MOV
MOV
MOV
MOV

SAVR0, Re
SAVRI, RI
@'PARPS,-(SP)
P'PARSP, -(SP)

,SET PARSP TO RETURN ADDRESS
,SAVE PSW FOR RETURN
,AND RESET THE SP SINCE NOT ENOUGH STACK ROOM
,TO COMPLETE THE ERROR SERVICE ROUTINE,
,SAVE R0 DURING PARITY SERVICE
:SAVE RI DURING PARITY SERVICE
,GET PARITY AVAILABLE MAP
,R0" FIRST PARITY ADDRESS,
,ANY PARITY MODULES AVAILABLE?
,BP IF NO -FATAL ERROR-

(I)

2874
2875
2976
2877

000024
000022
0~0360

000356

05.AUG.76
DZKMA
13143
MACYlI 27(732)
ERROR HANDLING ROUTINE
DZKMAB,PII
2878
2879
2880
2881

0e6360

PAGE 23-12

~0~002

(Il

006362
006362

004767

!I)

0~6366

~00051

006370
006372

"0000~

000000

006374
006400
006402
006406
006414

105737
001406
004767
042101
000122

006416

000207

006420
006424
006426
006432
006440

105737
001406
004767
040520
000122

006442

000207

,RESTORE R0
,RESTORE RI
:SET RETURN PSW ON STACK
:AND SET RETURN ADDRESS ON STACK

SEQ 0063
: RETURN TO TEST WHERE PARITY TRAP OCCURRED,

RTI

,COME HERE IF NO PARITY ERROR FLAG FOUND SET
461
PC, FATERR
JSR
:*ERROR* REPORT ERROR MESSAGE AND HALT AT FATHLT
51
:******ERROR NUMBER 51******

177550

0)
28a2
2883
2884
2885
2886
2887
2889
2889
2890
2891
2892
2893
2894
2895
2896
2897
2898
2899
2900
2901

JFl0+Rl ARE SAVED HERE FOR PARITY TRAP DUE TO INSUFFICIENT
,STACK SPACE BETWEEN 500.450.
,SAVE R0 DURING PARITY TRAP SERVICE
SAVR01
0
,SAVE RI DURING PARITY TRAP SERVICE
SAVRII
0

000277
000160
020122

051105

TPADER 1 TSTB
SEQ
JSR
,ASC I Z

lSI
000277
000134
020122

051105

.EVEN
RTS

TPPRERI TSTB
SEQ
JSR
.A5CIZ

I SI

,EVEN
RTS

UTYPENB

IS
PC, PNTMES
I ADR ERRI

,TYPE ERROR?
,BRANCH IF NO
, TYPE CR, LF AND "ADp ER"

PC
flTYPENB

IS
PC,PNTME5
IPAR ERR I

,ERROR PRINTOUTS ALLOWED?
,BRANCH I f NO
:GO TO TYPE CR, LF AND "PAR

ERR"

DZKMA
MACYII 21(132) 8S-AUG-16
DZKMA8,PII
TYPE OUT ROUTINE

r;:

2986
2901
a8e
2989
2910
2911
2912
2913
2914
2915
2916
2911
2918
2919
2920
2921
2922
292)
2924
2925
2926
2921
2928
2929
29]0
29]1
2912
29H
29]4
29]5
2916
2931
2918
29]9
2940
2941
2942
294]
2944
2945
2946
2941
2948
29.9
2950
2951
2952
295J

1]14]

PAGE 2]-1]

I· TYPE OUT ROUTINE
I·
I·
THIS ROUTINE IS USED BY THE PROGRAM TO TYPE OUT ANY CHARACTER
I"
I"

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

086444
806446
006452
806454
1106456
e86460
1186462
006464
886ne
086472
816414
006500
011UII2
806504
086586
006512
006516
1106528

8U146
816681
105121
8ell16
80"412
110146
010046
816601
112100
1101403
004161
000713
012600
085201
042701
010166
812601
0118416

886522
11065]11
11065]2
0065]6
11865411
801>544

tl21l7
801005
1057]7
100315
1100]1
1180404

800048

886546
006552

171106
11011

806556

804767
805e15
e86556
008207

e86560
086564

004761
8007]5

171162

8116566
006574
006516
006604
006686

032771
'''1l2]
1237]1
801717
008764

DZKMA
MACYII
DZKMAB,PII

21(7)2)

MOV
MOV
TST8
8NE
SR
STYPEI MOV
MOV
MOV
MOVB
2.,
BEQ
JSR
BR
MOV
4'1
RETTYPI INC
BIC
MOV
MOV
BR
NOTYPI

008002

411

000084
000012

000001
008082

800421

171564

STPCHRI BITS
BN!
TSTB
BPL
MOVB
8R
481

281

171566

PCRLFI

JSR
,Ascn

RI.-ISP)
2ISP)'RI
(RII+

IIF THIS TYPE OUT HAS BEEN SUPRESSED THEN
I PREPARE TO RETURN

RETTYP
RI.-(SP)
R8. -ISP)
4ISP).RI
IRI) •• R0

Pc.npCHR
2.
(SPI+.R0
RI
II.RI
RI.2ISP)
ISP) •• RI
UTYP

,SAVE RI
,AND P0 ON THE STACK
,PLACE THE ADDRESS OF MESSAGE TO 8E TYPED IN RI
,PLACE THE 8YTE TO BE TYPED IN R8
,IF IT IS END OF MESSAGE THEN GO TO .8
,OTHERWISE GO TO TYPE THE CONTENTS OF R0
,RESTORE R0
ICAUSE RI TO
,POINT TO EVEN ADDRESS
,MODIFY THE RETURN ADDRESS
'RESTORE Rl
I AND RETURN VIA RTS PC

'UTPS
21
R0.UITPB
EXTYP

,HAVE TYPE OUTS BEEN DISABLED?
,IF SO THEN RETUpN FROM THE SUBROUTINE
,MUT HERE
,UNTIL THE PRINTEP IS READY
,LOAD DATA TO BE TYPED INTO DATA REG,
,RETUPN

PC.ITYPE
<15><12>

,CR/LF

140. USENVM
U

.EVEN

EXTYP'

000020

171654

~0e1l42

11011046

NTS

,RETURN

TPCRLFI JSR
8R

PC.PCPLF
ITYPE

,TYPE CP/LF
,NOW GO TO TYPE THE REST OF THE MESSAGE

PNTMESI BIT
8NE
CMP8

t2e.PSWR
NOTYP
.. 42 .... 6
NOTYP
TPCRLF

,PRINTOUTS ALLOWED?
,BRANCH IF NO
,RUNNING UNDER ACT II?
,BRANCH IF YES -NOT PPINTOUT,SEND CP/LF AND TYPE MESSAGE,

BEQ
BR

115-AUG-16 IlIU PAGE 2]-14
ROUTINE TO TYPE OUT A DECIMAL NUMBEP

295e
2959
2960
2961
3962
2963

SEQ 0065

I" ROUTINE TO TYPE OUT A DECIMAL NUMBER

," .... -.•........••••........•..•.•..•
,.,"
THIS ROUTIN! IS USED TO CONVERT THE CONTENTS or LOCATION
I·

2964

2965
2966
2961
2968
2969
2970
2911
2912
291]
2974
2915
2916
2971
2918
2979
2980
298\
2982
2983
2984
2985

SEQ 88U

DECWRO TO DECIMAL NUMBEPS AND TYPE THEN FOLLOWING ] SPACE8

006610

8114167

1711]2

TYPDECI J8P

PC.PCRLF

00661 4
806616

885046
811746

000112

ITPDECI CLR
MOV

-(SP)
UDECWRD.-(SP)

006622
906626

162716
002483

0001112

211

11066]0
0066]4
01166]6
006642
086646
11116652
006656
886662

'85266
,00772
.62716

8118002

112667
.52716
112667
004767

01111812
11118860
11811020
000060
800007
171572

006666

020040

el0040

1106614

,8U07

052116

4$1

f11001160

SUB
BLT
INC
BR
ADD
BIS
MOVB
BIS
MOVB
JSR

110 .. (SP)
2ISP)

110,.eSP)
t60.ISP)
(5PI+.61-2
t60.eSP)
(SPI+.68-]
PC.tTYPE

,Ascn
,EVEN
681

~T5

00/
PC

,TYPE CR/LF
,GET THE WORD THAT HAS TO BE CONVERTED TO A
,DECIMAL NUMBEP
,IF THE NUMBER IN ISP) WAS LESS THAN 10. THEN
,GO TO ..
10THEPWlSE ADD I TO THE LOCATION STORING te·s DIGIT
,AND RETURN TO U
,MAKE THE CONTENTS OF ISP) A DECIMAL NUM8ER
,PLACE THE I'S DIGIT TO BE TYPED
,MAKE THE CONTENTS OF ISP) A DECIMAL NUMBER
,PLACE THE 10'S DIGIT TO BE TYPED
IGO TO TYPE THE NUMBER IN DECIMAL FOLLOWED BY
,I SPACES
I RETURN FROM THE SUBROUTINE

DZKM~

MACYII 27(712l

OIINIB,P!1

05.AUG-76

13143

ocrAL rIPE our ~OU'INE

SEQ 0066

PAGE 23-15

2990

2991
2992
3993

,"
,"
,"
,"
","
,","
,"
,"

2996
2997

2990
2999
3000
3001
3091
]003
3004
3005
3006
3007
3008
3009
3010
3011
]012
30\3
3014
3015
3016
3017
3018
3019
3020
3021
3022
3023
3024
3025
3026

3027
3028
)029
3030
3031
3032
3033
30)4
3035
3036
3037

3038
3039

3040
3041
3042

006676
006704
006706
006712
006716

3086
3007

(Il

032777

006720

001054
004767
004767
000447
012123

006722
006724
006730
006734
006736
006740
006742
006744
006746
006750
006752
006754
006760

012113
105237
052743
1061 !3
103376
00500"
106113
006100
106113
006100
000405
004767
020040

006764
006766

005000
012723
000241
006113
006100

006712

006774
006776
007000
007004
007010
007012
007014
007016
007020
007022
007026
007030
007034
007036

DZKMA
MACYII
DZKMAB Q P11
3047
3048
3049
3050
3051
3052
3053
3054
3055
305&
3057
3058
3059
3060
3061
3062
3063
3064
3065
3066
3067
3068
3069
3070
1071
3072
1073
3074
3075
3076
3077
3079
3079
3080
100 I
3082
3083
3084
J085

OCT~L

TYPE OUT ROUTINE

2994
2995

032700
004767
005000
006113
006100
006113

020000

171544

177634
000012

000314
000004

000006

000060
177512

00610~

1053&3
001361
105337
001347
000207

177776

M0314

THIS ROUTINE IS USEO TO TYPE OUT THE OCTU VALUES
CONTROL SHOULD COME TO THIS ROUTINE WITH U POINTING TO
THE LOW ORDER BITS (I,E, BITS 0-15l OF THE ADDRESS TO
BE TYPED WHERE AS R3-2 SHOULD CONTAIN THE HIGH ORDER BITS
(I,E, BITS 16 , 17l, CONTENTS OF LOCATION R3-1 AND R0 ARE
DESTROYED BY THIS SUBROUTINE
TO THE NUMBER OF WORDS THAT HAVE
BYTE TYPCNT SHOULD BE
TO BE TYPED,

BIT

.20000,~SWR

BNE
JSR
JSR
BR
OCTTYP, MOV

OCTXT
PC,PCRLF
PC, TYPOCT
OCTXT
(Rll.,(U).

MOV
INCB
TYPOCTI BIS
ROLB
211
BCC
CLR
ROLB
ROL
ROLB
ROL
SR
RPTOCT I JSR
,ASC I Z
.EVEN
FATYP,
CLR
STPNUM, MOV
48,
CLC
ROL
ROL
BIS
JSR
Cl.R
ROL
ROL
FOL
ROL
OECB
BNE
DECB
SNE
OCTxrl
RTS

(RIl+.!Rll
"TYPCNT
14,·(Rll
( R3l

TYPERRI

R0
( R3l
R0
( R3l
R0
STPNUM
PC, GTYPE
I
I
R0
'6.!R3l+
(R3l
Re
#6121, R0
PC, STPCHR
R0
( R3l
R0
(R3)
R0
-2(R3l
4$
hTYPCNT
RPTOCT
PC

,GET BITS 17

& 16 INTO R0

TYPE 3 SPACES

,ENABU THE TYPE OUT OF 6

OCT~L

DIGITS

,PLACE THE CARRY FROM (R3l IN R0
,OR THE CONTENTS OF R0 WITH AN ASCII
, TYPE THE OCTAL NUMBER STOREO IN R0

,PLACE THE

C~RRY

FROM (R3l IN Ra

,PLACE THE CARRY FROM (R3) IN R0
,IF WE HAVEN'T TYPED THE 6 OCTAL DIGITS
,THEN REPEAT FROM 45
,IF ALL THE WORDS REQUIRED HAVE NOT BEEN
,TYPED THEN REPEAT FROM RPTOCT

SEC 0067

ROUTINE TO SET UP MEMORY MANAGEMENT REGISTERS
• __ .................... .,..IIIt ...................................... ", .......... _ ...... __ ... "" ...

007040
007044

012702
105037

001400
000276

007050
007056

010000

007064
007070
007074
007100

032777
001441
012700
012720
012710
005037
105237

007104
"07110
007112
007116
007120
007124
007126
001\ 32
007136
007142
007146
007150
007154
007156
007162

012701
005021
062702
010221
020121
103772
012711
012701
012721
020127
101773
005237
005010
012740
000207

007164
007166
007172
007200

022626
004767
04751&
000
007202
004767
000052

007202
007206

27(732)
0S-AUG·76
13143
PAGE 23-16
SUBROUTINE FOR MEMORY MANAGEMENT

,."
,-,"
,.,"

~07060

,ERROR PRINTOUT WANTEO?
,BRANCH IF NO
,TYPE CRILF
,TYPE OCTAL NO,
,RETURN VIA RT5 PC
,PLACE THE HIGH ORDER BITS ~T LOCATION POINTED
,BY R3
,AND NOW PLACE THE LOW OROER BITS
,ENABLE THE TYPE OUT OF ONE OCTAL WORD

Ol
]088
3009

007210

090761

3090
]091

907212
007216

91 )702
000712

MEMMNG, MOV
MMREGI
CLRB
171372

BIT
BEQ
MOV
MOV
MOV
eLR
lNCB

000004
007164
000340
177572
000276

172340

eLF
ADO
MOV
CMP
eLO
MOV
MOV
MOV
4$1
CMp
BLOS
INC
SRETMMI CLR
MOV
RETMM,
RTS

000200

28 I

172356
007600
172300
077406
172316
177572
000104

NOMMI
177366
046440

043516

176730

PROGRAM CONTROL COMES HERE TO OETERMINE IF THE MEMORY MANAGEMENT
IS AVAILABLE OR NOT, INO IF IT IS AVAILABLE THEN WHETHER
THE MEMORY ABOVE 28K IS REQUIRED TO BE TESTED OR NOT,

#I400,R2
~.MMAVA

110000,@SWF
RETMM

.4, R0
INOMM, (R0l'
040, (R0l
"SR0
"MMIVA
1172340,RI
(Rll'
1200,R2
R2,(RIl.
RI,1172356

UPMMI

,SETUP

PARI·P~R6

2S
17600, (RI)
1172300,RI
177406, (Rll.
RI, U 72316

,PAR7 IS POINTING TO THE 110 PAGE
,SETUP POR0-PDR7

48
USR0
(R0l
IBUSER,-(R01
PC

,ENABLE MEM, MANAG,
,RESTORE TIME OUT TRAp VECTOR FOR ANY FUTURE TRAP

CMP
JSR
,ASCll

(SPl., (SPl.
PC,TPCRLF
INa MNGI

,RESTORE STACK POINTER
,TYPE "NO MEMORY MANAGEMENT MESSAGE

,EVEN
JSR

PC,FATERR

'*ERROR* REPORT

ERROR MESSAGE AND HALT AT FATHLT

r******ERROR NUMBER 52******

172354

,CLEAR THE BYTE THAT IS SUPPOSED TO INDICATE
'TH~T MEM, MANAG, IS AVAILABLE FOR TESTING
,HAS THE OpERATOR ASKED TO CHECK MEMORY MANAG,
,IF NOT THEN RETURN FROM THE SUBROUTINE
rPREPARF. TO SETUp TIME OUT VECTOR
,RETURN AODFESS TO NOMM
,AND WITH A PSW OF 340
,TRY TO REACH MEM, MANAG, SR0
,IF IT IS AVAILABLE THEN SET MEM, MANAG, IVAILABLE
,BYTE
,RI IS POINTING TO PAR0
,PAR0 WILL POINT TO BANK

$RETMM

MOV
BR

U172154,R2
MMREG

,PREPARE TO UPDATE MEMORY MANAG, REGISTERS

RESTORE TIME OUT TRAP VECTOR

DZ~MA
MACYII
DZKMAB. PII

''(732)
05.AUG.76
13,43
I B SIT ADOPESS GENERATOR

PAGE 23-17

3096
3097
1098
1099

,. 16 BIT ADD~E58 GENERATOR

r" ........................................................ ...
I"
I'

3100
3101
lI02
3103
3104
3105
110b
3107
110B
1109

3110
3111
1112

3113
l114
1I15

3116
3117

1llS
1119
3120
] 121
Jl22

3111
3114
3115
1I16

3117
31lB

SEQ 0068

THIS SUBROUTINE IS USED TO PLACE THE ADDRESS STOPED IN PI

IN THE LOCATION POINTED BY Pl. THE ADDPESS IN RI IS CONVERTED
TO AN 19 BIT ADDRESS ONLY I f MEM, MANAG, IS AVILABLE IN WHICH

CASE THE HIGH ORDEP BITS Of THE ADDRESS ARE PLACED IN LOCATION
POINTED BY R3-2

"
1·

007210
0~7224

007226
007232
007234
0072]6
0072 4 2
007244
007250
007252
007254
007260
007262
007266
007270
007272
007274
007276
007 ]00
007302
007304
007306

00506 ]
01011 ]
105737
001425
010146
042701
04011 ]
052701
006001
10337.
062701
011101
052701
006101
103376
00610\
006143
006101
006\11
050111
012601
000207

177776

.2(R3)

017777

PUTADR, CLR
MOV
TST8
SEQ
MOV
SIC

PI.(Pl)

004000

SIC
BIS
ROR
BCC
ADD
MOV
BIS
ROL

PI
2&

000176

21,
172340
010000
4$,

bS,

PldP3)
@.MMAVA

6a
RI. -(SP)
117777. PI
#4000.RI
.172140,RI

(PIl ,RI

,PLACE THE ADDPESS STOPED IN RI IN LOCATION (R3)
,IS THE MEM, MANAG, AVAILABLE 1
,IF NOT THEN RUURN fROM THE SUBROUTINE
,SAVE PI
,CLEAR BITS 0-12 OF THE ADDRESS IN RI
,LEAVE BITS 0-12
THE ADDRESS IN (R]l
,PREPARE TO sHIFT RI BY 12 PLACES

,GET THE NUMBER OF PAR IN RI
,GET THE ADDRESS Of PAR IN RI
,LOAD PI WITH THE CONTENTS OF PAR

*10000, P!

Bec

ROL
POL
ROL
ROL

BIB

RldR3)

MOV
PTS

(SP1+.RI
PC

.( R3l
RI
(R3) +

,PLACE THE ADDRESS BITS 1].17 IN BITS 11-15 OF RI
,PLACE BIT 17 IN LOCATION POINTED BY R]-2
,PLACE BIT 16 Of THE ADDRESS
,PLACE BITS 13-15 OF THE ADDRESS IN LOCATION
: RESTORE RI
,RETURN FROM THE SUBROUTINE

(Rl)

] 1]2

liB
3134

1I37

,"
"

11 ]8

11 ]9

"
,"
,"
,.

lB6

1140
]141
]141

314]
JIB
3145

007310

3146

007314

016143
005043

007]16
007322

116113
000207

3147
lI48

3149

GET ADDRESS FROM THE APT MAILBOX

1* ........... "" ....................................................... ...

1135

DZKMA
MACYl1
DZKMAB,PlI

GETADR, MOV

177777
2$,

THIS SUBROUTINE IS USED TO GET ADDRESS FROM APT MAILBOX AND
PLACE IT IN THE LOCATION USED BY THE PROGRA~ TO DEFINE THE
MEMORY BOUNDFIES 1
PROGRAM CONTROL SHOULD COME TO THIS SUBROUTINE wITH RI POINT.
ING TO THE MEMORY TYPE IN THE APT MAILBOX AND R3 pOINTING TO
THE LOCATION+2 "HERE tHE LOW ORDER BITS OF THE ADDRESS HAVE
TO BE ?!.ACED

C!.R

1(RIl.-(R3l
• (R3)

MOVS

-I(Rl) ,cR3)

Rrs

,PLACE THE LOW ORDER BITS Of THE ADDRESS
,CLEAR THE LOCATION WHERE THE HIGH ORDER BITS
,HAVE TO BE PLACW
'PLACE BITS 16 , 17
,RETURN rROM THE SUBROUTINE

27(732)
05-AUG.7.
1],43
PAGE 2]-18
CONVERT 18 BIT ADDRESS TO THE PAR fORM

SEQ 0069

3154
3155
]156
1157
3158
JI 59
3160
31bl
3162
316 J
3164
3165

," CONVERT 18 BIT ADDRESS TO THE PAR fORM

"
'"
"
,"

THIS SUBROUTINE IS USED
LOCATIONS POINTED BY R3
IN A PAR, THE RESULT IS
0-12 Of THE ADDRESS AND

INca

@'SAVKBB

0~7324

105237

.00315

SGTSIZ,

TO CONVEPT 18 BIT ADDRESS STORED IN
AND R3+2 TO THE fOP" IT WILL BE STORED
LEfT IN R2, PI IS LOADED WITH BITS
R0 WITH 160e00

,PREPARE TO pLACE ADDRESS BITS

13-17 IN BITs

,0-4 OF P2

lIb6
3167
3168
3169
3170
3171
3172

3173
3174
3175
3176

1177
3178

1179
31 B0

]IBI
]182
]183
1184

007330
007)]2
007334
007340
007344
A07146
007350
007352
007356
007 ]60
007.l64
007370
007372
007374
007400
007402

.,230,
011 ]02
042102
052702
006001
006002
103375
105737
001405
1050]7
052702
000765
012301
012100
040001
000207

000315
000315

000100

GETSIZ, MOV
MOV
SIC
2$,
BIS
48,
ROR
ROR
SCC
TSTB
BEQ
CLPB
BIS
8R

681
16000.

MOV
MOV
BIC
RTS

(R])+.RI
(R] l. R2
U7777.R2
1f:40,Fl:2

,LOAD R2 WITH THE LOw ORDER BITS
,CLEAR ADDRESS BITS 0-12

or THE ADDRESS

RI
R2
4$
USAVReB
68
@'SAVKBB

,ROTATE PI

AND R2 7 TIMES

#100,P2

48
(P] l +. RI

,PLACE THE LOW ORDER ADDRESS BITS IN RI

#160000. R0
R0. RI
PC

,LEAVE BITS 0-12 or THE ADORESS IN RI
,RETURN fROM THE SUBRORNE

]188
]189
] 190

," SUBROUTINE TO DISABLE MEMORY MANAGEMENT

3191

3192

"
"

THIS SUBROUTINE IS CALLED TO DISABLE THE MEMORY MANAGEMENT
UNIT

TSTB
BEC
etR
CLRB
RTS

UMMAVA
IS
USR0
UMMAVA
PC

I · ........................................................... "' ......................... ...

]193
3194
l\ 95
3196

]197
Jl9B
3199
3200
3201
3202
]203
3204
3205
]206
3201

320B
3209
1210

3211
3212

007404
007410
007412
007416
007422

,05737
001404
005037
105037
.0.207

000176

CLRMH,

177572
000276

IS,

,WAS THE MEMORY MANAGEMENT ENABLED 1
,IF NOT THEN GO TO IS
,DISABLE THE MEMORY MANAGEMENT
,AND DO NOT ATTEMPT TO TEST MEM, MANAG,
,RETURN FROM THE SUBROUTINE

"
GET BANK NO, UNDER TEST
,
CALLEO BY ERPTYP AND TSTI3 TO GET BANK NO, UNDER TEST INTO PBNK,
,REGISTERS
,RA.POINTER TO PAR UNDER TEST
,R3.VIRTUAL ADDRESS ON ENTRY
,Re.R) ARE RESTORED ON EXIT,
007424
.07426
007430
007434

010046
010346
042703
052703

017777
.,0000

GETBNK, MOV
MOV
SIC
BIS

Re.-(SP)

P3. -(SP)
117777, R3

.U000.Pl

,SAVE pe
ISAVE R]
,SAVE ONLY VIRTUAL BANK BITS
,SETUP Rl SHIFT BIT

DZK~A
MACYII 27(7J21 BS-AUG.76 1)14) PAGE 2).19
DZKMAB,PII
SUBROUTINE TO DISABLE MEMORY MANAGEMENT

)213
3214
3215
32t6
3217

007440
007442
807444
007446
001452

809141
006003
10U76
1115737
001407

007U4
007456
007462
007464
007466

1106l0J

lSI

1100276

CLC
ROR
BCC
TSTB
BEQ

SEQ 01170

R3
\I

UMMAVA
2e

,SHIFT A BANK BIT
,UNTIL IN BITS <210> OF P3
,MEMORY MANAGEMtNT UNDEP TEST?
,NO EXIT

32t9

32\9
3220
3221

3222
1223
3224
3225

3226
l227
3n8

3229

"07470

887472
007476
007500
007502

l230
3211
l232
l211

062711l
81 \l00
006380
00U80
110011]
0Ull7

,GET PAR ADDRESS AND PHYSICAL BANK NO,
ASL
Rl
,MAK! R3 PAR ADDRESS OFFSET,
ADD
.172340,R3
,MAKE FULL PAR ADDRESS.
MOV
(R]I,R0
,GET PAR CONTENTS
ASL
R0
SWAB
R0
,SHIFT BANK BITS TO BITS <7'0>
MOVB
R0,R3
,SET R3 TO PHYSICAL BANK NO,
211
MOV
R],a'PBNK
,STORE PHYSICAL SANK NO,
MOV
(SPh,R3
,RESTOR! Rl
MOV
(SP)+,R0
,RESTORE R0
RTS
PC
,RETURN TO CALLER

172340

000312

812603

012600
000207

,,, PARITY ENABLEIDISABLE ROUTINE
THIS POUTINE ENABLES OR DISABLES PARITY MODULES AND PRINTS ASSOCIATED MEASSAGES,
,,
IF PARITY AVAILABLE THEN BITI) OF "REL" IS SET AND "PAR"ITY IS PPINTED,
THE BACKGROUND TEST PATTERN (LOC, BAKPAT) IS SETo]76
,,REGISTERALSOUSAGE,

1214

3235
l216
3217
3238

3n9
3240

POINTS TO BUS TIMEOUT TPAP VECTOP (LDC, 41
,Ria HOLDS PARITY MODULE UNIBUS ADDPESS,
,R2. ON ENTRY HOLDS ENABLEIDISABLE CODE ,
,
IF P2.0 THEN DISABLE
,
IF R2.1 THEN ENABLE
,R3a SCRATCH TO SETUP LOC, PARMAP WITH A MAP OF PARITY MODULES PRESENT,

,PII.

3241

l242
3143
3244
3245

3246

,CALL IS
,
MOV
,
JSR

3247
3248
3149

II,R2
,ENABLE CODE
PC, PARITY

]250
3251

]252
3253

3254
3255
3256
3257
3258
3259

3260
]261
3262
326)

3264
3265
3266

3267
3268

00751H
007512

el2777
801460

0041100

AnSI4
007520
007524
enS26
007532
007536
007542
1007544
007550
007552
007554
007556
007562
007564

012700
012710
8607\0
0850]7
812701
012703

1/100004
000122

170736

01111152
172140
100000

lSI

211

0\0241

050])7

PARITY, lilT
SEQ

0110]52

0110241
B3600J
IU172

MOV
MOV
ADD
CLR
MOV
MOV
MOV
illS

,PARITY TEST WANTED?
,BRANCH IF NO
,sa-,-6, (R01
PC, (R0)
UPARMAP
1172140,RI
11011000,Al
R2,-(RII
R3, UPARMAP

".RII

,POINT R0 TO BUS TIMEOUT ADDRESS,
,SET RETURN FROM TIMEOUT TRAP TO 5.
,tN THE CURRENT BANK,
,CLEAR PARITY MAP HOLDER,
,SET PI TO LAST PARITY MODULE ADDRESS.2
:SET P3 TO PAPMAP AVAILABLE CODE BEGIN,
:ENABLE A PARITY MODULE. TRAP IF NOT AVAILABLE,
:NO TRAP TO 5S, SO SET PARITY AVAILABLE,

R3
21
tIIUSER, (R01
R2

,SETUP NEXT PARMAP BIT
,BRANCH IF NOT DONE ALL P.RITY ADDRESSES,
,RESET BUS TIMEOUT TRAP VECTOR
,IS THIS A DISABLE CALL?
,BRANCH IF YES (EXITI

CLC

lS,

ROR
RCC

MOV
TST
IIEQ

01271 II
005712

8014)]

DZKMA
MACYII 27(7321 f1I5-AUG-76 13,43 PAGE 23-211
OZKMAB,PII
SUBROUTINE TO DISABLE MEMORY MANAGEMENT
007566
007572
007574
007600
007606

3274

007610

Itl

0076\4

0057)7
001011
004767
047516
000
0076\0
004767
000053

007616
1107624

1527)7
1112737

000040
AII0176

000405
0"'0116

807632
007636
007644

004767

176722
1144522

054524

3269
3270
3271

3272
3273

000352
\76760
050040

051101

176322

SEQ 0071
UPARMAP

TST
8NE
JSR
,ASCI!

PC,TPCRLF
INO PARI

,EVEN
JSR

PC,FATERR

I*ERROP" REPORT ERROR MESSAGE AND HALT AT 'ATHLT
: •• ****ENROR NUMBER 53 •• ****

BI6B
MOV

140,UREL
1376,UUKPAT

JSR
,ASCn

PC,TPCRLF
IPARTTy!

,SET PARITY UNDER TEST FLAG
,SET SACKGROUND PATTEpN Tn
,WORST CASE PARITY CODE,
,PPTNT "TST PARITY"

,EVEN
BR

EXITC

,WERE ANY PARITY MODULES FOUND?
,BRANCH IF YES
,PRINT "NO PAR"

(I)

]275
3276
3277

3278
3279

3280
3281
3282
3283

3284
3285

O07646

04052~

4$1

00~

007646
000405

,AND EXIT VIA RTS PC

,GET HERE IF PARITY ADDRESS TIMED OUT TO LDC,

DUMA

MACYI I 2717]2) 0S.AUG.76 1314] PAGE U
SUBROUTINE TO DISABLE MEMORY MANAGEMENT

SEQ 0072

DZ~MAB,PII

)296
3297
)298
)299
)]~0

H01
3302
H0)

007650
097652

022626
000737

007654
007662
PA7662

000207

142737

511
000040

000405

611
EXITC,
HI

CMP
SR

(SPI., (SP).

IRESET STACK FROM TRAP
,KEEP TRYING PARITY ADDRESES,

BICB

U0,UREL

,CLEAR PARITY TESTING FLAG

RTS

,RETURN TO CALLER

H~.

))05
H06
3307
U08
))09
HI0
HII
HI1

,,CHECKC THIS ROUTINE CHECKS IF CONTROL-C WAS TYPED AT THE END OF EACH
,TEST OR IN THE ERPOR TYPE ROUTINE,
,IF CONTROL_C TYPED THE PROGRAM IS RETURNED TO LOWER MEMORY IF IT WAS
,RELOCATF.D AND THE ERROR HISTORY IS PRINTED OUT,
,FJNALLY IT HALTS AT FATHLT,

007664
007670
007674
007676
007702
007706
007712
007714
007720
007714

H\3

HI4
))IS
))16
HI7
HI8
)1I9
H20
3321
3322
3323
3324
33?5
3331
3333
3334
)335
H36
3337
13H

105037
105737

000)15
177560

CHECKC, CLRB
TSTB
BPI.
MOVB
BIC
C"PB
BNE
MOVB
JSR
,ABCtz
,EVEN

1~0J72

0077)0

113702
042702
122702
001)6 )
110237
004767
041536
007730
000167

007744

007744
000090

177562
000200
000003
000115
1766)4
000
175104

J~P

ENDPRG. 0

ERRORS DETECTED.

IlI4l
001012
000104

BRTPSZ
BUSER
CHECKC

0~7664

005\06
001466
007404
00\644
001526
005114
005570
0003\2
005276
007744
008310
002\32
002232
001772
0043\6
002)42
002610
002720
00)066
00)222
003444
805600
E~RDR
ERRTYP 005716
007662
EXITC
EXTYP
006556
FAILNM 005)74
FATERR 006\36
FATHLT 006210
006764
FATYP
FNDEPR 006064
GALLOP 0el472
GETADR 0073\0
GETBNK 007424
GETSIZ 807330
HIGHAD 000332
HIGHTW 000330
LOOP
001536
LOW ADD 00"326
LOWBNK 080384
005112
LOWER
LOWTWO 000324
M
008280
NAUDR 005224
MAXMEM 008348
MEMMNG 087040
MEMTST 001460
MMAVA
008276
MMREG
807044
• 808054
N

C~DONE

CLRMEM
CLRMM
CNTSCP
CONT
CONTMM
CTLC
DECWRD
ENDPAS
ENDPRG
ENOSTK
END0
ENOl
ENDI0
EHDI2
END2
END3
END4
END5
END6
END7

,GO RETURN PROGRAM TO LOWER CORE IF RELOCATED,

RELOER

,THIS BEGINS THE STORAGE FOR THE ERROR HISTORY
'STACK,FOR EACH 4K BANK 18, BYTES ARE SAVED,
'ALSO THE ABSOLUTE LOADER AND xxoP CODE IS SAVED
.AFTER THE ERROR STACK,
,YOR 4K MEMORY SIZE THEN PROGRAM.774h22.7776

.END

DZK~A
MACYII 27(7321 0S-AUG-76
OZKMAB.PII
SYMBOL TABLE

··C·

rCI

._1744

000001

ABAsr • 000000
ACDWI • 000000
ACDW2 • 000001\
ACPUOh 0011000
1'05572
ACTII
ADDW0 • 000~00
AODWI • 000000
AODWU= 000000
ADDWI \0 000000
ADDWI2= 000000
ADDWUo 000000
ADDWI4_ 000~0~
ADDWI5- 00000~
ADDW2 _ 000000
ADDW) - 000000
ADDW. II 00000Q1
ADDW5 • 000000
ADDW6 - 000000
ADDW7 - 00000~
ADDW8 • 900000
ADDW9 • 000000
ADEVCT. 000000
ADEVM _ 000000
AENV
000000
lENVM • 000000
AFATAL. 000000
A~ADRI. 000000
AMADR2= 000000
AMADPla 000000
A"ADR4- 000000
A~AMS\o 000000
AMAMS2- 000000
AMAHn. 080000
AMA"S" 000000
AM8GADa 000000
AMSGLG. 80e00~
A~8GTY= 008000
AMTYPI. 1180000
AHTYP2· 800000
AMTYp)a 800000
AHTYP .. 00000011
APASS • 800000
APRIOR_ 00"000
APTH~T
806202
APTSIZ 000724
UNREGs 0001180
ATESTNa 00'088
AUNIT • 808000
AUSWR • 000000
AVECTla 000000
AVECn_ '00000
BUPAT 80"316

UUVKBB
,INIT CONTROL-C FLAG.
,ANY CHAR, TYPED?
ttTKS
,BR IF NO-EXIT VIA RTS pcEXITC
flUBB,R2
,GET THE CHAR TYPED,
1200, R2 ,CLEAR THE PARITY BIT,
n,R2
,IS IT CONTROL-C?
,BRANCH IF NO .EXIT VIA RTS PC.
!KITC
R2,USAVKBB
,ELSE STORE THE CHAR, FOR USE AS A FLAG,
PC,TPCRLF
,PRINT

PAGE )4

SEQ A073
006444
NOTYP
OCTTYP 006720
OCTXT
007036
ONEPAS 000556
PARERP 006216
0054)2
PARFL
PARITY 007504
PARMAP 000352
PARPS
000)60
PARSP
000356
PASYLG 800306
PBNK
000l! 2
PC
='008007
PCRLF
006546
PNTMES e86S66
PUTADR 007220
PWPDN
000078
800136
PWRUP
• 000405
REI.
RELBOT 008322
RELOC
004746
RELOER 005040
R!STRT 000250
PUMM
007162
RETSTK 00S)36
RETTYP 006504
RLODER 005546
RPTOCT 006754
003466
RPTI0
RPTII
004Al2
003\06
RPT6
R0
.'000000
.U08001
RI
R2
."O0002
R]
.'0000el
R4
·'000004
.\800005
RS
SAVKBB 000315
SAVLDR 001242
SAVLOC 000354
BAVMAX 800)42
SAVR8
006378
006372
SAVPl
000344
SlVR4
SAVR5
000]46
SAVR6
0~03S0
SCOPE a 808240
S!QERR 006136
SETSTK 001164
SETSNR 000656
BLrSn 801024
.'000086
SP

000280
START
STRTOI 000302
SWlPAT 00e120
SWHALT 001664
0004511
SWR
SWREG
0110176
SW\I • 00401111
TBL
001U0
TKS
= 17756O
TPADER 006374
TPCRLF 006560
TPPRER 006420
T~YSR
001014
TSTGO
001666
TSTMM
005120
TSTREL 001320
TSTRP
000570
TSTSCP 00\6)2
TSTSIZ 00132.
TST0
001792
TSTI
002\34
00)446
TSTI0
T8TII
0U774
TSTI2
004046
004320
TSTU
TST2
002234
002344
TST3
TST4
0026\2
002722
T5T5
TST6
003070
081224
TST7
TYPCN! 808314
TYPDEC 006610
TYPEN! 008277
TyPEOP 805470
TYPERR 006676
TYPMEM 801182
TYPOCT 806730
TYPSIZ 001130
TYPSTK 005316
uPMM
007212
WRTMEM 000120
"08801
81
IADERR 000301
,APTHD 800276
teNTNM 0051411
.CPUOP 800426
'DEVCT 808410
.DOAGN 005542
IENDAD 088156
,ENV
800420
atHVN
80e421

UTABL 000420
S£TENO 000450
GFATAL 000402
'GTBtz 007324
IHD
= 008002
'HIBTS 000276
8HIMAX O00334
UBB
177562
SMADRI 8084)2
IMADR2 000436
IMADR) 800442
IMADR4 000446
SMAIL
000400
IMAMSI 0084)0
SMAMS2 008434
SMAMSl 000440
IMAMS4 800444
800)36
SMAXN
,MBADR 008180
SMSGAD 8804\4
'MSGLG 0004\6
,MSGTY 800400
'MTYPI O00431
IMTYP2 008435
IMTYP) 880441
,HTYP4 000445
SNWTST" 808001
008406
'PASS
'PASTM 08el84
SPRERR 08n80
IRETNH 007154
UVPC • 80e844
UWR
000ee8
UWREG 880422
lTESTN 00048.
ITN
• 0e8014
fTPB
177566
fTPCHR 006522
fTPDEC 806614
fTPNUM 806766
.TPS a 177564
npSTK 00U",
0803e2
fT8TM
lTyPE
006460
eUNIT
80"412
,UNITM 800]86
IUSNR
8011424
808162
8Z
liZ
807734
UM
888280
,$X
881276
a 887746

·
·
··•
•

DZKMA
MACYII 37(732) eS.AUG.'6
DZKMAB,PII
SYM80~ TA8LE

DEfAULT GLOBALS GENERATED I
*DZKMA8,DZKMAB_DZKM18,PII
RUN.TIMEI 25 26 ,8 8ECONDS
RUN.TIME RATIOI le4/S4-I,9
CORE USED I 12K (23 PACES)

13143

PAGE 34-1

SEQ

e074