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AC-8814H-MC

September 1985

26 pages

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Document:	Micro Fiche Scan Name of device(s) tested: FDP-11 Test description: POWER FATIL DIAG MAINDEC Number or Package Identifier (after SEP 1977): CZKAQHO Fiche Document
Order Number:	AC-8814H-MC
Revision:	000
Pages:	26
Original Filename:	CZKAQH0__PDP-11__POWER_FAIL_DIAG__AH-8815H-MC__1985_gray.pdf

OCR Text

Micro

Fiche

Scan

Name of device(s)

tested:

PDP-11

Test description:
POWER

FAIL

DIAG

MAINDEC Number

Package

Identifier

(after

SEP

1977):

CZKAQHO

Fiche

Document Part Number:

AH-8815H-MC

Fiche preparation date

unknown,

using copyright year:

1985

Image

resolution:

8-bit gray levels,
COPYRIGHT

(C)

max.

quality

for

1972-85 by dlilgliltlall

archiving

©°

-JUL-85
29

[T
w U

®
W

BUINFOVENOUVAWNFOVR IOVBUNFOVR
IR IR WN O ORIV
N- §

Yi1

13:30

PAGE
1

0kl

GE GG

GE I NG N TO T T PO TO NI N 12 2 =0 10 it

i 1t =0 2a.

D55

oz
”o
x>

SEQ 000

IDENTIFICATION
PRODUCT CODE:

AC-8814H-MC

PRODUCT NAME:

CZKAQHO POWER FAIL

DATE RELEASED:
MAINTAINER:

DIAG

JULY 1985

DIAGNOSTIC ENGINEERING

THE INFORMATION IN THIS DOCUMENT IS SUBJECT TO
CHANGE WITHOUT NOTICE AND SHOULD NOT BE CONSTRUED AS A CCMMITMENT BY DIGITAL EQUIPMENT
CORPORATION.
DIGITAL EQUIPMENT CORPORATION
ASSUMES NO RESPONSIBILITY FOR ANY ERRORS
THAT MAY APPEAR IN THIS DOCUMENT.

NO RESPONSIBILITY IS ASSUMED FOR THE USE OR
RELIABILITY OF SOFTWARE ON EQUIPMENT THAT

NOT SUPPLIED BY DIGITAL OR ITS AFFILIATED
COMPANIES.

CORPORATION:

DIGITAL
DEC

PDP
DECUS

UNIBUS
DECTAPE

MASSBUS

.MAIN,

MACY11 30(1046)

CZKAQH.P11

15-JUL-85

15-JUL -85 13:29

13:30

SEQ 0002

PAGE
2

ABSTRACT
THE PDP-11 POWER FAIL DIAGNOSTIC CONSIST OF TWO PARTS, ONE OF
WHICH IS A EXERCISER TEST WHICH CHECK ALL FACETS OF POWER FAIL.
(REF SEC. 5.2)
OPERATOR INTERVENTION IS REQUIRED.
PART TWO IS MADE UP OF SEVERAL SMALL TESTS WHICH ENABLE THE USER
'(l’gE;Rmszlc.E-gflggT THE POWER FAIL MODULE WITH SMALL BASIC ROUTINES.
REQUIREMENTS
D

2:1
PDP-11

(MACHINE MAY HAVE UP TO 28K OF MEMORY)

2.2

STORAGE

2.2.1

THE MAIN BODY OF THE PROGRAM OCCUPIES FROM LOCATION O TO 4750

e.2.2

THE POWER FAIL EXERCISER USES ALL OF MEMORY UP TO THE LOADERS,

FOR A MEMORY VOLATILITY

TEST

LOADING PROCEDURE

5.1
PROCEDURE FOR NORMAL ABSOLUTE TAPES SHOULD BE FOLLOWED.

STARTING PROCEDURE

2444NOTES 444

WHEN RUNNING THIS DIAGNOSTIC THE TERMINAL SHOULD BE POWERED

FROM AN UNSWITCHED POWER OUTLET

(NOT

CONTROLLED BY PROCESSOR ON/OFF

POWER FAIL TYPE OUT MESSAGE MAY NOT BE TYPED IF
AN UNSWITCHED POWER OUTLET.
4.1

SWITCH SETTING
--------------

WHEN THE EXERCISER TEST OR A DIAGNOSTIC TEST IS

STARTED,

SWITCH).

TERMINAL IS NOT POWERED BY

THE PROGRAM WILL DETERMINE IF THE PROCESSOR

HAS A HARDWARE SWITCH REGISTER (SWR).
IF THERE
IS NO HARDWARE SWR, THE PROGRAM WILL USE THE SOF TWARE
SWR LOCATED AT ADDRESS 176.
THE OPERATOR SHOULD SET
UP LOC 176 BEFORE STARTING THE PROGRAM WITH THE

LMAIN,
MACY11 30(1046)
15-JUL-85
15-JUL -85 13:29
CZKAQH.P11

13:30

SEQ 0003

PAGE
3
APPROPRIATE VALUE.

s e
ke ek b et e et e et
s Dt 0 et e et B e e 1 et Bt et et e
T 2 » DODBUUHEUHGIGIKIWWNDDONPO PO T PN 5 =2 2 b et et 1 ot P et
~On

VS UG- OOV NONAWN-OOV® QOGOWPOOOQOUOWPOS

108

NOTE1:

FUNCTION

SET-HALT AT END OF TEST PASS
CLEARED-LOOP ON TEST

SET-DISABLE TTY PRINTING
CLEARED-ENABLE TTY PRINTING

THE EXERCISER AND DIAGNOSTIC TESTS WILL ALWAYS

HALT ON ERROR.

NOTE2:
SINCE THE HARDWARE SWR MAY BE CLEARED ON POWERUP, THE PROGRAM DOES NOT REFERENCE THE HARDWARE SWR
DURING LOOP ON TEST.
THEREFORE, TO CHANGE THE SWITCH
gg:;%NgSng?G THE HARDWARE SWR THE OPERATOR MUST RETHE OPERATOR
MAY CHANGE THE SWITCH SETTINGS FROM THE
TTY.
AFTER STARTING A TEST, THE PROGRAM WILL QUTPUT
AT THE TTY (IF SR14 IS CLEARED) THE FOLLOWING MESSAGE

SHR=XXXXXX

NEW SWR=
THE OPERATOR MAY THEN ENTER UP TO SIX OCTAL DIGITS.

ENTERING MORE THAN SIX DIGITS OR A CHARACTER OTHER
THAN A DIGIT RESULTS IN A REPEAT OF THE PROMPTING

MESSAGE.
CARRIAGE RETURN ENTERS THE UPDATED VALUE.
IF NO DIGITS HAVE BEEN ENTERED, THE SWITCH REGISTER
VALUE REMAINS UNCHANGED.

THE OPERATOR MAY INTERRUPT THE EXERCISER TEST TO CHANGE
THE SWITCH SETTINGS BY TYPING CONTROL-G AT THE TTY.
;IEI'ESSPAggGRM WILL OUTPUUT AT THE TTY THE FOLLOWING

SWR=XXXXXX

NEW SWR=

—— Bt

Guahnnins
s
gu GV OD

SWITCH

THE OPERATOR MAY THEN RESPOND AS DESCRIBED IN THE

PRECEDING PARAGRAPH.

NOTE3:
THE PROGRAM WILL RESPOND TO CONTROL-G ONLY
%;’sfi THE EXERCISER TEST, NOT DURING THE DIAGNOSTIC
4.2

STARTING ADDRESS OR ADDRESSES
B

BEFORE STARTING THE OPERATOR SHOULD REFERENCE THE PROGRAM LISTING
FOR OPERATOR

INSTRUCTIONS FOR EACH TEST.

LMAIN,

MACY11 30(1046)

CZKAQH.P11

15-JUL-85

15-JUL -85 13:29

13:30

SEQ 0004

4
PAGE

4.2.1

EXERCISER TEST
THE STARTING ADDRESS OF THE POWERFAIL EXERCISER
THE EXERCISER TEST IS CALLED TEST S.

4.2.2

LOC.

204 IS THE STARTING ADDRESS FOR TESTING THE PQOWER FAIL TRAP CAPABILITY

LOC.

210 IS THE STARTING ADDRESS FOR TESTING POWER FAIL RE-START CAPABILITY

LOC.

214 IS THE STARTING ADDRESS FOR

LOC.

220 IS THE STARTING ADDRESS FOR TESTING POWER FAIL RE-START CAPABILITY

LOC.

b b B
s b P
et P et 1
B P

VOO

T 0 12 0 2 0 0 1t = ot b e

DIAGNOSTIC TESTS

PROGRAM AND/OR

TEST2,

ALTEST,

THE PROGRAM TITLE IS PRINTED EACH TIME THE EXER-

CISER TEST IS STARTED.
AN END-OF -PASS STATEMENT
IS PRINTED AT THE END OF EACH TEST LOOP.
A POWER FAIL
MESSAGE IS PRINTED AFTER THE POWER OFF -ON SEQUENCE OF
THE EXERCISER TEST.
THE OPERATOR HAS A LARGE PART IN THIS TEST.

IT IS HIS RESPONSI-

REMOVE THE AC

FROM THE POWER CONTROL PANEL BY EITHER TRIPPING THE AC

BREAKER ON THE POWER BUS BOX, OR BY PULLING THE WALL PLUG,
WHICHEVER IS APPROPRIATE.
1IN HOUSE, A POWER INTERRUPTER

MAY ALSO BE USED.

NOTE1: INTERRUPTING POWER BY USING THE FRONT PANEL KEY OR
THE BREAKER SWITCH ON A POWER SUPPLY IS NOT VALID.
THIS
METHOD DEFEATS THE ACTION OF THE LINE FILTER OF THE POWER
CONTROL AND THUS CAN ALLOW NOISE FROM SWITCHING TRANSIENTS
TO ENTER THE SYSTEM,
REFER TO M.A.S.T. FOR MORE INFORMATION ON POWER

FAIL PROCEDURES.

NOTE2:
DO NOT INTERRUPT THE POWER DURING TITLE
PRINT-OUT, WHILE CHANGING THE SWITCH SETTINGS FROM
THE TTY,

OR DURING THE END-OF -PASS PRINT-OQUT OF A DIAG-

NOSTIC TEST.
THE POWER MAY BE INTERRUPTED DURING THE
END-OF -PASS PRINT-OUT OF THE EXERCISER TEST.
NOTE3:

IF THE POWER IS INTERRUPTED DURING THE END-

(USI

TIME OF POWER FAIL.

OPERATOR ACTION

ABILITY TO GENERATE A POWER FAIL CONDITION.
TO CAUSE A VALID POWER FAILURE ON A SYSTEM,

(

SHUT DOWN CAPABILITY OF

230 IS THE STARTING ADDRESS FOR TESTING 2 MILLI SEC.

THESE SIX TESTS ARE REFERRED TO AS TEST1,
ALTST1, TEST3, AND TEST4 RESPECTIVELY.
4.3

(USI

TESTING POWER FAIL RE-START CAPABILITY

LOC 224 IS THE STARTING ADDRESS FOR TESTING 2MILLI SEC.

2 et

om
LSl
OENOVBWAN-OVRIOUVS

IS LOC.200.

MAIN.

MACY11 30(1046)
15-JUL-85
15-JUL -85 13:29
CZKAQH.P11

13:30

SEQ 0005

PAGE
5
CF PASS PRINT-OUT OF THE EXERCISER TEST,

THE POWER FAIL

AND POWER RESTORE ROUTINES WILL BRANCH AROUND THE

CODE_THAT NORMALLY CHECKS THE STACK FOR A PROPER VALUE.

THE POWER FAIL AND POWER RESTORE ROUTINES WILL ALWAYS BE
FULLY EXECUTED WHEN TTY PRINTING IS DISABLED (SR14 SET).
ROUTINE ABSTRACTS

- %
-

——————————————————
-

THIS ROUTINE INCORPORATES A MEMORY VOLATILITY

FOR A POWER FAILURE.

THE ROUTINE FIRST

TEST WHILE WAITING

DETERMINES

THE

AMOUNT

MEMORY ON THE SYSTEM AND THEN FILLS THAT MEMORY WITH A 152525
PATTERN.

THE ROUTINE THEN CHECKS MEMORY FOR

THE CORRECT DATA,

IF A POWER FAILURE OCCURS THE ROUTINE WILL STORE ALL OF THE
ACTIVE REGISTERS AND WAIT FOR 2 MILLISECONDS AND HALT.
THE

ROUTINE ON RESTART RESTORES THE ACTIVE REGISTERS AND WAITS

SEE _THAT NO OTHER POWER FAILURE OCCURS WITHIN A 2 MILLISECOND
PERIOD.
WHEN THE ROUTINE EXITS FROM THE RESTORE IT GOES BACK
TO CHECKING MEMORY.

5.2

DIAGNOSTIC SUBROUTINE ABSTRACTS

e,
e,

--—-—----

IN THIS TEST THE ABILITY OF THE POWER FAIL TO TRAP TO
LOCATION 24 ON POWER DOWN AND POWER UP IS TESTED THE STACK IS
CHECKED FOR THE COPRECT VALUE AND THE STACK POINTER IS TESTED

FOR THE CORRECT CONTENTS.

A HALT OCCURS WHEN POMER IS RESTORED,

CONTINUE TO COMPLETE TEST.

THE OPERATOR MUST DEPRESS

POWER FAIL RE-START CAPABILITY (WAIT:

IN THIS ROUTINE THE ABILITY OF THE POWER FAIL TO TRAP

AND STORE ACTIVE REGISTERS AND RESTART CORRECTLY USING
’AfgeIT INSTRUCTION TO WAIT FOR POWER FAILURE IS TESTED
POWER FAIL RE-START CAPABILITY (B8R.)
IN THIS ROUTINE THE ABILITY OF THE POWER FAIL TO TRAP
AND STORE ACTIVE REGISTERS, AND RESTART CORRECTLY USING
A BR, TO WAlT FOR POMWER FAILURE IS TESTED HERE.
POWER FAIL RE-START CAPABILITY (EMT)

LMAIN,

MACY11 30(1046)

CZKAQH.P11

15-JUL-85

15-JUL-85 13:29

13:30

SEQ 0006

PAGE
6
IN THIS ROUTINE THE ABILITY OF THE POWER FAIL TO TRAP AND
STORE ACTIVE REGISTERS, AND RESTART CORRECTLY USING A EMT TO

WAIT FOR THE POWER FAILURE IS TESTED HERE
TEST 2 MILLISECONDS DOWN TIME
-

IN THIS TEST THE AMOUNT OF TIME THE PROCESSOR HAS TO STORE THE
ACTIVE REGISTERS IS CHECKED THIS

TIME SHOULD EQUAL 2 MILLISECONDS

BEFORE ALL PROCESSOR ACTION MUST BE STOPPED.
TEST 2 MILLISECONDS UP TIME

IN THIS TEST THE POWER FAIL LOCK OUT OF 2 MILLISECONDS DURING

RE-START IS CHECKED.

DURING RESTORE FOR 2 MILLISECONDS THE

PROCESSOR WILL NOT ALLOW A POWER FAIL TRAP TO OCCUR

6.1

REFER
6.2

TO LISTING FOR ALL HALTS AND DESCRIPTIONS

ERROR RECOVERY
IN THE EXERCISER MEMORY VOLATILITY TEST
ABLE HALTS.

THERE ARE TWO RECOVER-

HALT NO.1.

DATA LIGHTS CONTAIN BAD MEMORY LOCATION (DEPRESS

HALT NO.2.

DATA LIGHTS CONTAIN DATA OF BAD MEMORY LOCATION

CONTINUE TO TEST SEE DATA)

(DEPRESS CONTINUE TO TEST NEXT WORD)

RESTRICTIONS
NONE
MISCELLANEOUS

8.1
..............

EACH EXERCISER PASS TAKES APPROXIMATELY 5 SECONDS,
8.2

ACT11 OPERATION
THIS PROGRAM WILL RUN UNDER ACT11.
#sNOTE:

IN QUICK VERIFY MODE THE PROGRAM WILL RUN

AiOH
HACYII

(1046)
-JUL-85

15-JUL-85
13:29

13:30

SEQ 0007

7
PAGE

352

ggT S NOT CHECK ANY OF

THE PO\ERFAIL CIRCUITRY

CAUSE ACT WILL NOT POWER FAIL DURING Qv

327

558

332

;PDP-11 POWER FAIL TEST
iTHIS PROGRAM CONSIST OF SEVERAL TEST THAT INSURE THAT

i
23’

: POWER FAIL IS OPERATING CORRECTLY.
5

:tt‘PROGRAH SUPPORTS SOFTWARE SWITCH REGISTER

‘53

[LOC. 176)s#s

':POUER FAIL TRAPS TO LOCATION 24

i:s

.ABS

‘REPT

.2
HE T

000024
000026

S
;POWER FAIL TRAPPED TO WRONG LOCATION

PFHAND: 0

000000

000072

;ADDRESS OF POWER FAIL HANDLER

;STATUS

HQ'LJR

;POMER FAIL TRAPPED TO WRONG LOCATION

:400 TO 1000 IN MEMORY IS ASSIGNED TO THE STACK

000046

000052

000176
000200

. =46

003340
000052

LOGICAL
.=52

40000

8acie

000200
000167

002530

. 176

SWREG:

MASTER:

JMP

.=200

;SOFTWARE SWITCH REGISTER
TESTS

;COMPLETE TEST OF POMER FAIL

.MAIN.

MACY11 30(1046)

CZKAGQH.P11
381
382
383
384
385
386

387
388

000204
000210
000214
000220
000224
000230

389

390
391
392
393
394

g;g

15-JUL-85

15-JUL-85 13:29
000167
000167
000167
000167
000167
000167

000006
000000

13:30

000570
000676
001166
001342
001606
002136

START1:
START2:
STR2A:
STR2B:
START3:
START4:

000234

JMP
JMP
JMP
JMP
JMP
JMP

SP=g6
LIGHTS=%0

177776

SEQ 0008

PAGE
8
TEST1
TEST2
ALTEST
ALTST1
TEST3
TEST4

;ENTER TEST 1 (TEST TRAP CAPABILITY)
;ENTER _TEST2 (TEST RE-START CAPABILITY)
;TEST RE-START USING BR. INSTRUCTION
;:TEST RE-START USING EMT INSTRUCTION
;ENTER TEST3 (TEST FOR 2 MILLISECONDS TIME) DOWN TIME

.g#x%a TEST4 (TEST FOR TWO MILLISECONDS) UP TIME

;DATA LIGHTS
;LOCATION OF STATUS REGISTER
;LOCATION OF PC
:EMULATOR TRAP LOCATION

STATUS=177776

000007
000030
000007
000234

PC=%7
EMTRP=30
MFPT=000007
SWRG=.

177570

.MORD

001000

.=1000

177570

gg;

;BASIC POMWER FAIL TEST
H

399

;TEST1 IS A ROUTINE USED TO THE POWER FAIL'S ABILITY

:8?

;70 TRAP TO LOCATION 24.
H

402

;OPERATOR INSTRUCTIONS
H

405
406

001000
001004

012706
004767

001000
003056

TEST1:

MOV
JSR

#1000,
PC,

408

001014

012706

001000

LPTST1:

MOV

#1000,
SP

407

409

410
411
:ig
414
415
416
417

:{g

420

421

422

423
424
425

001010

001020

001026
001034
001036

004767

012767

052767
000001
000000

001040
001046
001050

026727
001401
000000

177730

001052
001060

026727
001401

177720

012700
012706
004767

000210
001000
003042

001062

001064
001070
001074

000000

001100
001102

004726
005767

429

001110

000000

a3y
432
433

:gg

001036

000357

176776

176742

JSR

MOV

BIS
WAIT
TESTiH: HALT

PC,

UPDATE

#TEST1H, PFHAND

#357,STATUS

;SET UP STACK
:SET UP SWR POINTER
;UPDATE SWR
sSET UP STACK
;SET UP POINTER
:SET _STATUS BITS
;WAIT FOR POWER FAIL OPERATOR SHOULD TURN OFF HERE
;POWER FAIL HALTS HERE ON WAY DOWN

426
427

428

003174

SP
SETSMWR

001106

002342

001036

;TEST1 CHECK - CHECK IF STACK WAS DECREMENTED AND
;STATUS WAS SET UP.
774,0TEST1H
TEST1CH:
CMP
;CHECK PC AND SP (LOCATION)
BEQ
. +4
sARE THEY EQUAL

HALT1:

000357

HALT

cHP

HALT2:

BEQ

776, 4357
.8

MOV
MOV
JSR

#START2,LIGHTS
#1000, SP
PC.
PRINT

BGE

LPTST1

HALT

MSG3
TST

177070

HALT

SWREG

;ERROR! PROCESSOR FAILED TO TRAP
;LOCATION 774 SHOULD CONTAIN #TEST1H IN STACK
S\TlegTTHE STATUS STORED CORRECTLY
;

;ERROR THE STATUS BEFORE THE TRAP WAS NOT STORED
;SET UP LIGHTS WITH ADDRESS
:SET UP STACK
:END-OF -PASS MSG

:IY.(ENSJP ON TEST?

:NORHAL HALT NO ERRORS

;TEST ROUTINE TO CHECK RE-START CAPABILITY
;USING THE WAIT INSTRUCTION

;OPERATOR MUST SET HALT SWITCH TO ENABLE POSITION
H

001000
002744
003062
000357
000005
001212
001000
152525

TEST2:

176642

LPTST2:

176654

MOV
MOV

MOV
MOV
MOV
MOV
MOV
MOV
WAIT
JSR
MSG4

002742

TS7T

176770

BGE
HALT

#1000,
SP
PC.
SETSWR
PC,
UPDATE
#357,STATUS
&5 ,PFHAND
+2
#TEST2A, PFHAND
SP
#1000,
152525,
%0
%0,%1

.SET UP STACK

SKWR POINTER
SWR

:SET UP CONDITION CODES

UP POWER FAIL CODES

=SET UP POINTER TO STORE ROUTINE
UP STACK POINTER
:SET UP FAST MEMORY

s1,%2
52,43

%3 ,%4
%4
, %5

PC.

SWREG

;:WAIT FOR POWER FAIL TRAP
:END-OF -PASS MSG
:LOgP ON TEST?

LPTST2

;NORMAL TEST HALT NO ERRORS
;OPERATOR MUST TURN POWER OFF HERE
;ROUTINE TO STORE _ACTIVE REG.
TEST2A: CMP
€774,5P
:IS STACK CORRECT

000774
002600
001232

MOV
JSR
JSR
MOV
MOV

012706
004767
004767
012767

001112
001116

SEQ 0009

PAGE 9

437
438
439
440
441
442
443
444
445
446
447

13:30

MACY11 30(1046)
15 -JUL-85
.MAIN,
LS 13:29
CZKAQH.P11
15-JU-8

176572

BEQ
MOV
MOV
HALT3E: HALT
TEST28: MOV
MOV
MOV
MOV
MOV
cMP
BEQ

000760
001264

176540

001310
000005
002516

176530
TEST2D: MOV
176524 MOV
MOV

HALTAE:

MOV

HALT

TEST28
SP,SAVE
#HALT3E
, PFHAND

%0, -(SP)

;:CONTENTS OF STACK SAVED.
:STACK CONTAINS WRONG ADDR
:STORE REG O
:STORE REG 1
:STORE REG 2

%2, -(SP)
#3,-(SP)
%4, -(SP)
#5,-(SP)
2760,SP
TEST20

:STORE REG 3
;STORE REG 4

:STORE REG RE STACK
:IS STACK CORRECT

:THE STACK IS WRONG
:WAIT FOR RESTART
OTESTZCH PFHAND :SET UP NEW POINTER
05, PFHAND +2
SHALT4E
, PFHAND

SP,SAVE

sALL ACTIVE REG.

:OPERATOR MUST TURN POWER ON HERE

STORED. WAIT FOR RESTART.

;ROUTINE TO RE-STORE ACTIVE REGISTER AFTER RE-START.

016706
022726
001401
000000
022726
001401
000000
022726
001401
000000
022726

002510
152525
152525

152525

TEST2CH:
HALTSE:
HALT6E:

HALT7E:

CMP
BEQ

HALT

MOV

SAVE, SP

#152525,(SP)+
.+4

cMP
BEQ

#152525,(SP)+
.+4

CMP
BEQ
HALT
cMP

#152525,(SP)+
.+4

HALT

#152525,(SP)«

;TEST
sTEST
:SAVE
;:TEST
:TEST
;SAVE
s TEST
:TEST
;SAVE
;TEST

SAVE REG FOR FAST MEMORY
FAST MEMORY %5

REG IN ERROR
SAVE REG FOR FAST MEMORY
FAST MEMORY w4
REG _IN ERROR
SAVE REG FOR FAST MEMORY
FAST MEMORY %3
REG_IN ERROR
SAVE REG. FOR FAST MEMORY

MACY11 30(1046)
15-JUL-85
.MAIN.
15-JUL-85 13:29
CZKAQH.P11
493

494

495
496
497
498
499

~on

500
501
502
503

001350
001352

001401
000000
022726
001401
000000
022726
001401
000000
022706
001401
000000
000002

13:30

HALTBE:

152525

HALT9E:

152525

HALT10E:

000774

SEQ 0010

PAGE 10

HALT11E:

BEQ
HALT
CMP
BEQ

HALT

cMP
BEQ
BEQ
RTI

.+4

#152525,(SP)+
.+4

#152525,(SP)+
4

HALT

:TEST
:SAVE
: TEST
s TEST

FAST_MEMORY %2
REG IN ERROR
SAVE REG. FOR FAST MEMORY
FAST MEMORY %1

:SAVE REG_IN ERROR
;:TEST FAST MEMORY %0

:SAVE REG. IN ERROR
;TEST STACK FOR CORRECT ADDR.
:STACK SHOULD HAVE 2 WORDS.

0714.59
. *

HALT

:STACK HAS WRONG ADDR.
;RETURN FROM TRAP

s TEST ROUTINE TO CHECK RE-START CAPABILITY
sUSING THE BR.

INSTRUCTION

wviauawx
NP2t ot e e et bt 3 s e

OVRNOVMBWN-=O

;OPERATOR MUST SET HALT SWITCH TO ENABLE POSITION
001000
002450
002566
000357
000005
001470
001000

ALTEST:

176346
176370
176360

002464

MOV
JSR

LPALT:

JSR
MOV

REALST:

176512

:SET UP
:UPDATE
;SET UP
:SET UP
:SET UP
;SET UP

PC,

:END-OF -PASS MSG

SWREG
LPALT

:STORE ROUTINE FOR ALTEST

ALT2:

000774

002322
001510

176314

001450

177254

001530

176274

002266
001554
000005
002244
000002

176260
176254

ALT2X:

CMP

#774,SP

ALT2A
SP,SAVE
QALT2X , PFHAND

ALT2A:

CMP

ALT2AX:

HALT
MOV

SP,SAVE
@ALT2C, PFHAND
#5,PFHAND
+2

ALT2C:

MOV

, SP
SAVE

ALT2B:

;SET UP STACK
SWR POINTER
SWR
CONDITION CODES
POWER FAIL CODES
POWER DOWN POINTER
STACK

#1000,
SP
PC,
SETSWR
PC,
UPDATE
#357,STATUS
¢S ,PFHAND
+2
#ALT2,PFHAND
#1000,SP

OREALST,774
ALT2B
OALT2AX, PFHAND

#2,(SP)

sWAIT FOR POWER FAIL

sl?ggP ON TEST?
:

;:NORMAL TEST HALT NO ERRORS

sHAS STACK BEEN PUSHED TWICE
:YES STACK CORRECT
:SAVE STACK TO INTERAGATE
:SET UP ERROR POINTER
;STACK WAS PUSHED »>2¢
;DOES STACK CONTAIN CORRECT ADDRESS
sSTACK CONTAIN LOC BR.
;:LOCATION 774 INCORRECT
:SAVE STACK
:SET UP RESTART POINTER
:END OF STORE ROUTINE
sRE-SET STACK
:SET NEW RETURN ADDRESS
;RETURN TO LOC (BR.)»1

MACY11 30(1046)
15-JUL-85
.MAIN,
15-JUL-85 13:29
CZKAQGH.P11

13: 30

549
550

SEQ 0011

PAGE 11

:TEST ROUTINE TO_ CHECK RESTMT CAPABILITY
sUSING (HE EMULATOR TRAP FOR
A WAIT
sC77.A10R MUST SET HALT SWITCH TO ENABLE POSITION
:
i

001000
002270

ALTST1:

000357
000005
001674

176166
176210
176200

004016
000005

176172
176166

002166
002260

176152

MOV
JSR

JSR

€1000,
.

PC,

LPALT1: MOV#357,STATUS

EMTMT:
ALTST2:

MOV
MOV
MOV
MOV
MOV
527

MOV

JSR
ST

176306

B8GE

HALT

SP
SETSWR

UPDATE

;UPDATE SWR

;SET UP CONDITION CODES

5 ,PFHAND +2
@ALT3A,PFHAND
SP
#1000,
OLRTI,EMTRP
05 ,EMTRP«2
022

SAVE7 ,EMTRP

PC,

:SET UP STACK
;SET UP SWR POINTER

SWREG

LPALT1

:SET UP POWER FAIL CODES
;SET UP POWER DOWN POINTER
:SET UP EMT TRAP
;EMULATOR TRAP

:END-OF -PASS MSG
;:LOOP ON TEST?

;:NORMAL HALT NO ERRORS

: YES

sROUTINE TO STORE ACTIVE REGISTERS

;POWER DOWN
016767

002140
176120

012767
022706

001414
022706
001411

176072
176066
176050
176044

ALT3A:

ALT3B:

MOV

MOV
cHP
BEQ

BEQ
MOV

MOV

ALT3BX: HALT
ALT3C:
MOV

EMTRP,SAVE7

:SAVE EMULATOR TRAP

#770,SP

;HAS STACK BEEN PUSHED 4 TIMES

QALT3BX,PFHAND

;SET UP POWER FAIL POINTER

SP, SAVE

:SAVE STACK

@ALT3X,EMTRP
#774,SP
ALT3C

ALT3C

SALTSD,PFHAND

:SET UP ERROR HALT
sHAS STACK BEEN PUSHED TWICE

sSTACK INCORRECT (STACK PUSHED LESS THAN 2 OR MORE THAN
;SET UP RE-START POINTER

MOV
#5,PFHAND «2
sSET UP NEW STATUS
MOV
SP,SAVE
HALT
;:END OF STORE ROUTINE
;ROUTINE TO TEST POWER UP SEQUENCE
:

ALT3D:

002030
000774
000770

001772

176744

ALT3E:

SAVE, SP

;RESTORE STACK

cHP

2774 5P

iWAS STACK PUSHED ONLY TWICE

CHP

#770,SP

:ARE WE DOING AN EMT

BEQ

BEQ
MOV

002010
004016

MOV

HALT
CMP

BEQ
MOV

HALT

Ausiz

ALT3E
SP,SAVE

#LRTI,770

ALTST2
(SP),SAVE

;

sSTACK IN SAVE REG.
s STACK INCORRECT
;:DOES STACK CONTAIN CORRECT INFO

sYES EXIT

:STACK CONTAINS WRONG ADDRESS

SEQ 0012

LMAIN.
MACY11 30(
CZKAQH.PL1
15-JUL -85 13:
:
:
3

ALT3X:

002034

;EMT ACTIVE INSTEAD OF POWER FAIL ON POWER DOWN

;EMT ACTIVE ON RESTART INSTEAD OF POWER FAIL

;

sROUTINE TO CHECK TWO MILLISECOND STORE TIME
sAVERAGE INSTRUCTION TIME
sROUTINE WAITS FOR SHUT DOWN IN EMT LOOP

fests:

2064
002072

627

002110

BGE

HALT

#1000,

PC,
SETSWR
PC.
uvone
#1000,
SP
#TEST3SA, PFHAND
#5.PFHAND
+2
PC.
PRINT

:SET UP STACK
:SET UP SWR POINTER
sUPDATE SWR
:SET UP STACK
:SET UP POWER FAIL STORE POINTER
:SET _UP STATUS
sWAIT FOR INTERRUPT
:END-OF -PASS MSG

SWREG

:LCE)OP ON TEST?

LPTST3

:NORMAL TEST HALT NO ERRORS
:LOOP ON TEST
;RESTART PROGRAM
;OPERATOR MUST TURN POWER OFF AND ON HERE

g
8

(Z
18]

JSR
JSR
LPTSTS: MOV
MOV
MOV
WAIT
JSR

MSG7
15T

002100
002102

3335FEECREEIIEERE2222a.a’.‘
(3

175740
175734

mov

175672
175666

175660
175654

000010

sJEST FOR 2 MILLISECONDS OF AVERAGE INSTRUCTION TIME
;TIME OF LOOP 57.4 MICROSECONDS
TEST3A: CMP
&774,5P
:IS STACK CORRECT
BEQ
TEST38
sSTACKER IS CORRECT
MOV
SP,SAVE
sCONTENTS OF STACK IN SAVE REG.
MOV
S#HALT12E ,PFHAND ;SETUP ERROR HALTY
MOV
#0,PFHAND
-2
:SETUP STATUS WORD
HALT12E:HALT
;WAIT FOR RE-START
TEST3B: MOV
OLRTI EMTRP
:SET UP EMULATOR TRAP
MOV
#S,.EMTRP .2
sSET UP EMULATOR STATUS
SAVE?7
CLR
:SET COUNT TC ZERO
MOV
8910, -(SP)
:SAVE ILLEGAL INSTRUCTION
a8012,-(SP)
MOV
;TRAP VECTOR

30%:

MOV
CLR

SORION1 ,8010
0

MOV
MOV

(SP)+, 8012
(SP)+,8010

MFPT

cHP
BEQ

TIMLOP: EMT+0

175564
175560
001564
001556

cHP
BEQ
MOV
MOV

HALT13E:HALT
TEST3D: ADD

cHP

#5.RO
TIMLOQ

;00001

:00001
;00001

iCLEAR RO

;00001

:RESTORE

;00001

1GO TO ROUTINE roa ORION

;100001

:WHAT KIND OF CPU?

:TRAP VECTOR
:IF RO=S,IT IS
J

;00001
;00001

;EMT TRAP (EMT LOOP=57.4 MICROSEC)
9774 ,5P
;IS STACK CORRECT AFTER EMT
TEST3D
sSTACK CORRECT CONTINUE
SHAL T13E , PFHAND ;SETUP ERROR HALT

90 ,PFHAND
2
#1,SAVE?

@35. ,SAVE?

SETIP STATUS

slMIT FOR RE-START
;+1 COUNT
;HAS LOOP TAKEN 2 MILLISECONDS

MAIN. MACY11 30(1046) 13:29
1S5-JUL-85 13:30 PAGE 13

SEQ

15-JUL-85

CZKAGH.P11

001356
0%7
010667
000000
104000
022706
001407

002364
001524

175530

000774

012767
012767

002326
000000

175504
175500

062767

000001

001504

000000

022767 000232 001476
001356
012767
0
7

002364
001444

BNE
Mov
MOV
HALT
TIMLOQ: EMT+0
cHP
BEQ
MOV
MOV

HALT3Q:HALT

TEST3Q: ADD

CcHP

BNE
MOV
MOV

175450

HALT

000002

TIMLOP
sTIME LESS THAN 2 MILLISECONDS
#TEST3CH,PFHAND ;SET POWER FAIL POINTER
SP,SAVE
sSAVE _STACK
:ROUTINE COMPLETE
:EMT _TRAP (EMT LOOP=13.0 MICROSEC):DDOOL
9774 ,SP
+IS STACK CORRECT AFTER EMT
;00001
TEST3Q
sSTACK CORRECT, CONTINUE
300001
OHALT3Q,PFHAND
€0 ,PFHAND
+2

;SETUP ERROR HALT
sSETW STATUS

:00001
:00001

#1,SAVE7

s+1 COUNT

;00001

sWAIT FOR RESTART

0154 . ,SAVE?

sHAS LOOP TAKEN 2 MILLISECONDS

TIMLOQ
sTIME LESS THAN 2 MILLISECS
OTEST3CH,PFHAND ;SET POWER FAIL POINTER
SP,SAVE
sSAVE STACK
sROUTINE COMPLETE

ORION1: RTI
3

sPROGRAM RESTART ROUTINE

002364

002370

016706

000002

001434

TEST3CH:

::‘

4
]

MOV

SAVE,SP ;RESTORE STACK

sRETURN TO TEST3

:
3

§=

690

{ROUTINE TO TEST FOR2 MILLISECONDS OF AVERAGE INSTRUCTION TIE

6
634

ITHE GPERATOR MUST TURN POMER OFF AND ON
i VIGOROUSLY

69
6

:3;
6
6

sACTIVE TIME BEFORE NEXT POWERLOW FLAG.
1ENT LOOP TAKES 56 MICROSECOND

372 012706 001000
76

004767

001464

700

004767
012706

013767

001602
001000

004767

001506

70
7

707

37§

012767
1

002444

TEST4: MOV

#1000,

JSR
LPTST4: MOV

PC.
UPDATE
#1000,SP

JSR

002446 175404

175400

67 175534

MOV

MOV
WAIT

TESTAE: JSR

sumec

0774, 5P
resua

716

HALT14E :HALT

000000

PC.

HALT

fESTaA: WP
8EQ
MOV

MOV
-

SET U SR POINTER

;UPDATESWR
iSET UP STACK

95,PFHAND+2

LPTST4

022706 000774
s2 goleil
010667 001344

1SET UP STACK

SETSuR

OTEST4A,PFHAND :SET POINTER TO HALT

8GE

?
n

714 002460 012767 002474 175336
715 002466 013767 000005 175332

PC,

1SET UP STATUS
IWAIT FOR POWER FAIL

;END-OF -PASS

mh.sem
T
31

;LOOP ON TEST?
| YES

iHALT TEST OVER HO ERRORS
;IS STACK CORRECT
sSTACK IN SAVE REG
sSTACK DID NOT CONTAIN 774

;00001

:00001

:00001
;00001
;00001

;00001

0013

LMAIN,

MACYLi 30(1046)

CZKAQM.P11

1S5-JUL-85

15-JUL-85 13:29

717

002476

01;767

002520

719

002512

010667

001306

718

'71 g

002504

002516

012767

000000

000005

13:30

175320

175314

724

728
729
730
7

00
00
00

7
735
736
737

2
002572
002576
005602

738
739
740

741

00
00

002562
2

604
002606
002612

002614

742

002622

744
745
746
747
748

002632
2640
002646
002650
002654

751

002660

755

002676

757

743

;gg

752
753
754

756

758
759
760
761
;gg
764
765
766
767
768
769
770
771

MOV

HALT

STESTACH
, PFHAND ;SET UP RE-START POINTER

&5 ,PFHAND+2
SP,SAVE

;SET UP STATUS

002520

732
72‘

MOV

sROUTINE TO TEST FOR 2 MILLISECONDS UP TIME (AVERAGE INSTRUCTION TIME)

725

726
727

TEST4B: MOV

?’Zg

SEQ 0014

PAGE 14

002630

002656

002662
002666
002670

012767

002654

7
013746
013746
012737

001276
000010
12
002732

012637
C12637
022700
001426

000012
000010
000005

012767
016706

004016
001264

104001
022706
001407

000774

012767

000000

062767
022767
001356
000167
000000

000001
000044

012767
000001

002656

TEST4CH:MOV

000010

CLR
MOV
MOV
MOV

SAVE7
@910, -(SP)
an12,-(SP)
S40RION2,a3¢10

MOV
MOV
cMP
BEQ

(SP)+,a#12
(SP)+,a#10
#5,R0
QPTIME

BEQ

#774,5P
TEST4D

MOV

00 ,PFHAND+2

TEST4AD: ADD
CMP
BNE
JMP
HALT1SE:HALT

#1,SAVE?7
#36.,SAVE7
UPTIME
TEST4E

175274

104001

175202

001202
001174

177554

WAIT

OHALT1SE,PFHAND ;SET UP HALT IF TRAP OCCURS BEFORE 2 MILL ISECONDS

HLRTI EMTRP
SAVE,SP

QPTIME: EMT.1

000774
002730

175126

002706

062767

000001

001126

002730
002732

000000
000002

000232
177500

cMP
BEQ
MOV

001120

TEST4Q:

;ZERO SAVE 7
:SAVE ILLEGAL INSTRUCTION
;TRAP VECTOR
:

;00001
;00001
;00001

: RESTORE
;TRAP VECTOR
;IF RO=S, IT IS JU-11
;GO TO ROUTINE FOR ORION

;00001
100001
;00001
;00001

;CLEAR RO
;WHAT KIND OF CPU

;EMT TRAP (LOOP=56 MICROSEC)
;TEST STACK
:STACK IS CORRECT CONTINUE

:SET UP STATUS

;+1 COUNTER
;HAS LOOP TAKEN 2 MILLISECONDS
sNOT YET 2 MILLISECONDS
o
; THE POWER HAS BEEN UP FOR 2 MILLISECONDS
;WE DID NOT HAVE 2 MILLISECONDS OF POWER OK
;STACK INCORRECT AFTER EMULATOR TRAP

sEMT TRAP (LOOP=13.0 MICROSECS)

IDD°°1

;DD001

:TEST STACK
;STACK IS CORRECT, CONTINUE
;SET UP ERROR HALT

#0, PFHAND +2

;SET UP STATUS

ADD

#1,SAVE7

:+1 COUNTER

WAIT

CMHP
BNE
JMP

;DD001
;00001

;WAIT FOR POWER FAIL

MOV

HALT4Q:HALT
ORION2: RTI
:

;SET UP EMULATOR TRAP
sRESTORE STACK

#HALT16E,PFHAND ;SET UP ERROR HALT

HALT16E:HALT

175i22

022767
001356
000167

MOV

175176

000000

002714
002722
002724

CLR
MFPT

UPTIME: EMT.1

012767

002704

MOV
MOV

20%:

000000

022706
001407
012767

175276

#154. ,SAVE7
QPTIME
TEST4E

;WAIT FOR POWER FAIL

;HAS LOOP TAKEN 2 MILLISECS
sNOT YET
;2 MILLISECS UP!

H
3
3
H
;MEMORY POWER ON/OFF TEST
;LOAD MEMORY WITH SET DATA PATTERN
; THEN COMPARE DATA FOR BIT DROP OUT OR BIT PICK UP
;RE-ENTER COMPARE ROUTINE IF POWER FAIL OCCURS

;00001
;DD001
;00001
;:0D001

;00001

;DDOOI.
;00001
;:DD001

;0D001
;DD001

:30

.MAIN.
CZKAQH, P11

SEQ 0015

PAGE 15

sROUTINE TO DETERMINE THE AMOUNT OF MEMORY
sROUTINE TESTS FOR A MAX OF 28K
3

TESTS:

MOV

JSR

MSG1

175010
175004

001000
000772

LPTSTS:

JSR
JSR
CLR
CLR
MOV

EXMST:

TST

TREMST:

TST

000042
000744
000736
000724
174702
174676
174706
FILDAT:

CMDX :
CMDAT:

MOV

MOV
CMP

#1000,
PC.

SP
PRINT

:SET UP STACK
;OUTPUT TITLE

PC,
PC,
TEMPST
PINFLG

SETSWR
UPDATE

;SET UP SWR POINTER
;UPDATE SWR
:CLEAR TEMP. STORAGE
;:CLEAR PWR INT FLAG
;SET UP FOR BUS TRAP
:LOCK UP PRIORITY LEVELS

.4
#TREMST
#340,6
SP
#1000,
SAVE
8SAVE
#4000, SAVE
#160000, SAVE
EXMST
aeq2
.+20
#LOGICAL ,a#42
.+10
#3000, SAVE
#500,SAVE
SAVE ,HLIMIT
#6,4
HLT.6
#TESTSA, PFHAND
SP
#1000,
OLLIMIT,
%2
€152525,(2)+
HLIMIT,
%2
FILDAT

#LLIMIT,
%2
HLIMIT,
%2
ACTMOD

:SET UP TEST FOR 8K
s TEST MEMORY FOR AVAILABILITY
:SET UP TEST FOR NEXT 1K
;TEST FOR_BUS TRAP ERROR
s TEST NEXT 4K BLOCK

;SET UP FOR LAST AVAILABLE BANK
;LAST AVAILABLE MEMORY ADDRESS
;RESTORE TRAP HALT POINTER
;:RESTORE HALT.
:SET UP POINTER
:SET UP STACK
;LOW MEMORY LIMIT
;:LOAD DATA INTO MEMORY

:COMPARE FOR LAST MEMEORY LOCATION
;LOAD NEXT LOCATION
:SETUP FOR COMPARE
;TEST FOR LAST ADDRESS
H

:TEST THE TTY BUFFER
:FOR A CONTRCL-G
105737

177560

013705
042705
122705

177562

100020

001401
000410
016767
042767
004767
105767
100016
032767
001026
012767
004767

177600
000007

1/4772
040000
000776
000576

001772

040000
000001
000672

174762

404 :

MOV

50%:

1578

N TKS
504
S0TKB,
w5
#177600,
7,
%5
404
50¢
TEMSWR
SWREG,
#40000, SWREG

:CHAR IN BUFFER?

iNO

SSTORE CHAR

;STRIP 8TH BIT

;CONTROL -G?

; YES

:NO
:SAVE SWREG
;ENABLE TTY PRINTING
;UPDATE SWR
;PWR FAIL OCCURRED?

PC,
TEMPST

UPDAT1

174742

#40000,

SWREG

:NO
;TE; PRINTING DISABLED?

001740

1,
PC,

PINFLG
PRINT

:SET PWR INT FLAG
;OUTPUT PWR FAIL MSG

EOP

CKACT

.MAIN,
MACY1l 30(1046)
15-JUL-85
CZKAGH.P11
15-JUL -85 13:29
829
830

831
832
833
834
835
836
837
838

003250
003252

004052
005067

13:30

001726

003256
003262
003270
003272
003300
003304
003306
003312

005067
032767
001010
012767
004767
004674
005067
013700

841
842
843
844
845
846
847
848
849
850
851
852
853
854
855
856
857
858

003324
003326
003330
003334
003336
003340
003342
003344
003346
003350
003354
003360
003364
003366
003372
003400
003404
003412

002013
000000
005767
001407
000005
004710
C00240
000240
000240
000137
000167
022722
001667
010267
162767
016700
012767

861
862

003414
003420

017700
000000

865
866
867
868
869
870
871
872
873
874
875

003424
003426
003430
003434
003436
003442
003444
003450
003456
003464

010046
010246
005767
001053
022706
001411
010667
012767
012767

000770

000354
003464
000005

174346
174342

877
878
879
A80
881
882
883
884

003474
003502
003510
003516
003522
003524
003530
003532

012767
012767
012767
005067
104002
022706
001406
010667

012767

0v4006

174330

839
840

g:i

876

003316
003320

003422

003466

001004
005767

000540
040000
000001
000636

174706
001704

001672
000042
174652

000456

000200
177406
152525
000434
000002
000422
003412

000426
174412

000650

001550

000770
000266

MSG
CLR
CLR
EOP:
BIT
BNE
MOV
JSR
MSG2
CLR
CKACT:
MOV
BNE
ST
BGE
HALT
AUTO:
TST
BEQ
RESET
LOGICAL
: JSR
NOP
NOP
NOP
JMP
LOC:
JMP
ACTMOD: CMP
BEQ
MOV
SuB
MOV
MOV
HALT18E :HALT

;CLEAR PWR INT FLAG

PINFLG
TEMPST
#40000,

SWREG

#1,
PC,

PINFLG
PRINT

CKACT

PINFLG
a042,%0
AUTO

SWREG
LoC

FLAG

:TTY PRINTING DISABLED?

;:YES

sSET PWR INT FLAG
;:END-OF -PASS MSG

;:CLEAR PWR INT FLAG
:

;BR IN AUTO MODE
;LOOP ON TEST?

; YES
;HALT TEST OVER NO ERRORS

Loc

%7,(0)

84200

LPTSTS
#152525,(2)+
CMDAT

%2,SAVEL
#2,SAVE1

SAVE1,LIGHTS
9HALT18E,PFHAND

:TEST DATA
;COMPARE NEXT WORD
;ADDRESS OF ERROR+2
s SUBTRACT TO CALCULATE CORRECT ADDRESS
;:DATA ERROR IN THIS ADDRESS
sSET UP POWER FAIL TRAP FOR ERROR
;LOC DATA LIGHTS CONTAINS BAD DATA

sFAILING ADDRESS IN DATA LIGHTS
@SAVE1,LIGHTS
CONAD:
MOV
:PUT DATA IN DISPLAY LIGHTS
HALT19E:HALT
:BAD DATA
CMDAT
CONAC:
BR
; COMPARE NEXT WORD
;ENTER THIS ROUTINE WHEN POWER FAIL OCCURRS
;STORE ALL ACTIVE REGISTERS THEN HALT;
LIGHTS, -(SP)
TESTS5A: MOV
:SAVE LIGHTS

000406

000005
004016
000005
000320

SEQ 0016

PAGE 16

174324
174320
174314

MOV
TS7
BNE
CHP
BEQ
MOV
MOV
MOV
HALT20E:HALT
TESTSE:

MOV

MOV
MOV
MOV
CLR
MASTIM: EMT
CHP
BEQ
MOV

%2, -(SP)
PINFLG

BR1
#770,SP
TESTSE

SP, SAVE
@HAL T20E , PFHAND
05 ,PFHAND+2

OHALT21E ,PFHAND
&5 ,PFHAND
+»2
OLRTI,EMTRP
@S ,EMTRP+2
SAVE7
+2
#770,SP
XTIME
SP,SAVE

s SAVE MEMORY ADDRESS

;sgg FAIL DURING PRINTOUT?
H

;IS STACK CORRECT
:STACK CORRECT
: STACK SAVED
:SET_UP STATUS

sWAIT FOR RE-START

sSET UP FOR 2 MILLISECOND DOWN TIME ERROR
;AVERAGE INSRUCTION TIME
:SET UP EMULATOR TRAP

;CLEAR COUNT REGISTER
sEXECUTE EMT
:$ésSTACK CORRECT AFTER TRAP
:

MACY11 30(1046)
15-JUL-85
CZKAQH.P11
15-JUL-85 13:29
.MAIN,

003536
003544

13:30

SEQ 0017

PAGE 17

012767
000000

003544

174260

#HALT22E ,PFHAND

062767

000001
000027

000266
000260

#1,SAVE7
#23. ,SAVE7

003622
000005
000220
000234
000232
000230

174232
174226

MASTIM
#TESTSCH, PFHAND
#5 ,PFHAND+2
SP,SAVE
%3,
SAVES
%4,
SAVE9

%5,

;NO SET UP ERROR TRAP STACK NOT CORRECT
;STACK SHOULD EQUAL 770 (SAVE REG.
;CONTAINS CONTENTS OF STACK)
;ADD TO TIME COUNT

;IS TIME OK

;:YES SETUP RESTART ADDRESS
;SAVE STACK

:SAVE REGISTERS

SAVE10

sRESTORE ACTIVE REGISTERS AND RETURN FROM INTERRUPT
H
:

TESTSCH: MOV

174140

174130
174124
000124

001
012767
010667
000000

MOV
MOV
MOV
T1ST
BNE
CMP
BEQ
MO v
HALT23E :HALT
UPXTIM: MOV
MOV

EMTUP:

174072

CLR
EMT
ADD
CMP
BEQ
MOV
MOV

HALT25E :HALT.

022767

000074

CNTEMT:

BR2:
003424

177777

000200

CMP
BNE
MOV

174042
174036
000014

SAVE, SP
#3
SAVES,
%4
SAVE9,
SAVE10, %5

PINFLG
BR2
#770,SP

UPXTIM
#HALT23E ,PFHAND
OHAL
T24E , PFHAND
&5 ,PFHAND
+2
SgVE?
*

&1,SAVE?
#770,SP

CNTEMT

OHAL T25E , PFHAND
SP,SAVE
#35.,SAVE?

EMTUP
(SP)s %2
(SP)+,LIGHTS
#TESTSA,PFHAND
#5,PFHAND
+2
@177777 ,FLAG
#200, TEMPST

000016

HALT21E:HALT
HALT24E :HALT
i

;RESTORE STACK
:RESTORE REGISTERS
:$E§ FAIL DURING PRINTOUT?
H

:IS STACK CORRECT

;SET UP FOR STACK ERROR TRAP
:SET UP FOR 2 MILLISECOND UP TIME ERROR

;:CLEAR COUNT REGISTER
;EXECUTE EMULATOR TRAP
: INCREMENT EMULATOR TRAP COUNT
IIE STACK CORRECT AFTER EMT
;

YES

;STACK NOT CORRECT(SET UP ERROR HALT)
sSTACK DID NOT = 770(SAVE REGISTER
sCONTAINS COWTENTS OF STACK
:HAS POWER BEEN UP 2 MILLISECONDS

;NO EXECUTE NEXT EMT
;YES TIME OK
sREST ARE ACTIVE REGISTER

;:RETURN FROM POWER FAIL TRAP

:SET POWER FAIL FLAG

;WE DID NOT HAVE TWO MILLISECONDS TO STORE ACTIVE REG.
;POWER WAS NOT ACTIVE FOR TWO MILLISECONDS

LMAIN.

MACY11 30(1046)

CZKAQH.P11
921

942

15-JUL-85

15-JUL -85 13:29

13:30
3

000240

NOP=240

000000

HLT:

943

004012

945
946
:‘QZ

004016
004020
004022

000002
017500
000000

950
951
952
953
954
955

004024
004026
004030
004032
004034
004036

000000
000004
000000
000200
000000
000000

SAVE :
SAVE1:
SAVE2:
SAVE3:
SAVE4:
SAVES:

957
958
959
?’gg

004042
004044
004046
004050

000000
000000
C00000
000000

SAVE7:
O
SAVES:
O
SAVE9:
O
SAVE1O0: O

944

949

004014

962

963
964
965
966
967
968

004052
004060

971
972
973

004066
004072
004076

:_6’3

177777

004126
004132

004140

983
984
985
986
987
988
989
990
991
992
993
994
995
996

004142
004150
004152
004160
004162
004164
004166
004172
004174
004200
004202
004206
004210
004216

032767
001014
023727
001410
011603
011303
105737
100375
112337
001372
062716
000207
016767
032767

335

004120
004122

SAVE6:

000006
000004
004112
174124

979
980

977
978

004104
004110
004112

; WORK REGISTERS

053520
046111

004066

HALT

LRTI:
RTI
HLIMIT: 17500
TEMPST: O

005015
040506

013746
013746
012737
005777
000404
012767
022626
012637
012637
017767
000207

974
975
976

FLAG:177777

000000

177560
177562
177564
177566

SEQ 0018

PAGE 18

000176

020122
000

000004
174114

000004
000006
174076

174036

040000

174026

000042

003340

MSG:

SETSWR: MOV
MOV
MOV
1$:

PRINT:

177566

173762
040000

RETURN:
000762
173752

.ASCIZ

<15><12> .PUR FAIL.

.EVEN

4%:

000002

TKS=177560
TKB=177562
TPS=177564
TPB=177566

2%:

177564

0
4
O
O
O
O

UPDATE:
UPDAT1:

15T
BR
MOV

CMP
MOV
MOV
MOV
RTS

BIT
BNE
CMP
BEQ
MOV
MOV
7578
BPL
MOvB
BNE
ADD
RTS
MOV
BIT

a®6, -(SP)

;SAVE CURRENT VECTOR

ae4, -(SP)
014,304

sSET UP TIMEOUT VECTOR

;BR IF NO TIMEOUT OCCURS

BSHRG

:TRY TO REFERENCE HARDWARE SWR

#SHREG, SWRG
(SP)e+,(5P)e
(SP)., 304
(SP)+,.306

;POINT TO SOFTWARE SWR
;RESTORE STACK
;RESTORE TIMEOUT VECTOR

ggunc.

SWREG

;SAVE SWR AT LOC 176

#40000,

SWREG

;SR14 SET?

RETURN
8042,

RETURN
(sP),
(%3),

86TPS

#LOGICAL

%3
%3

(#3)+,

a¢TPB

a2,

(sP)

PC
SWREG,

#40000,

TEMSWR
SWREG

;YES -DISABLE PRINTING
sUNDER ACT?

;:YES
;ADDRESS OF MSG AFTER JSR

;ADDRESS OF FIRST CHAR OF MSG

;BUFFER READY?
;NO-LOOP

;YES-PUT MSG CHAR INTO BUFFER
;CONTINUE IF

CHAR WAS NOT O

sSET UP RETURN

;:RETURN TO TEST
;STORE SWR VALUE

;TTY PRINTING DISABLED?

MACY11 30(1046)
15-JUL-85
.MAIN.
CZKAQH.P11
15-JUL -85 13:29
001016
023727
001412
004767
005134
004767

000042

13:30

SEQ 0019

PAGE 19
BNE
cMP
BEQ
JSR

003340

177700

MSG9

JSR
JSR
MSG10
JSR
RTS

000014

177666

000102

90$
aes2,
90¢

#LOGICAL

;:YES-RETURN TO TEST
;UNDER ACT?
;YES-RETURN TO TEST

PC,

PC,
PC.

OUTPUT
PRINT

;PRINT CURRENT SWR VALUE

PC,
PC

INPUT

:UPDATE OR SAVE SWR
:

:PRINT CURRENT SWR
+AT THE TTY
005160

OUTPUT:

000702

8%:

177770

005174

#TABLE,
TEMSWR,

(%4),

%4
(%4)

ROTATE

#177770,
(%4)+
#60,
#TABLE+14,
104
ROTATE, (%4)

:FOINT TO TABLE
:MOVE SAVED SWR TO TABLE
; SAVE CURRENT VALUE
(%4)
; CONVERT ONE ASCII CHAR
;POINT TO NEXT LOC IN TABLE

+IF 6TH DIGIT-

:BR
;POINT TO NEXT CHAR

(%4)

177564

10$:

177566
005160
12%:

(%4)
84
aeTPS
104
-(%4),
aeTPB
OTABLE, %4
12¢
10$
PC

;:PRINTER READY?
H

;OUTPUT CHAR IN TABLE
;OUTPUT ALL CHAR IN TABLE

:CONTINUE
:
:

;UPDATE OR SAVE SWR
:

000606

INPUT:

005160
177560

145

177562
177564
177566
177600
000015

16%:

CNTR
USWREG
@TABLE, =4
80TKS
(%4)

;CLEAR CHARACTER COUNTER
;CLEAR LAST UPDATED SWR
:POINT TO TABLE
sCHAR IN BUFFER?
NO

:PUT CHAR IN TABLE

;PRINTER READY?
:NO
;ECHO INPUT
(%4)
;STRIP 8TH BIT
:segRIAGE RETURN?
H

s ILLEGAL CHAR?

122714
002452

:YES

s ILLEGAL CHAR?
;YES

MACY11l 30(1046)
15-JUL-85
.MAIN,
15-JUL-85 13:29
CZKAQH.P11

1053

004452
004460

022767

000006

13:30

000516

96,

000002
000504

20%:

000474

005160
000060
000454
000452
000446

SEQ 0020

PAGE 20

26%:

224
82,
CNTR
14¢
\%4)
CNTR
244
6TABLE,
960,
(%4).,
CNTR
CNTR
28

000434

USWREG

000426

USWREG

000420

USWREG
264
USWREG,

000412

173412

28%:

000406

173402

244%:

177340

22%:

177554

PC
TEMSWR,
PC
PC,

INPUT

CNTR
B4

(%4)
USWREG

SWREG
SWREG
PRINT

;7TH DIGIT?
, YES

;POINT TO NEXT TABLE LOC
; INCREMENT CHARACTER COUNTER
;sCONTINUE
;CLEAR CR FROM TABLE
sIF NO DIGITS WERE INPUT;GO SAVE OLD SWR VALUE
;POINT TQO TABLE
;STRIP ASCII BITS
;CREATE UPDATED SWR VALUE
;DECREMENT CHARACTER COUNTER
;LAST CHAR INPUT?
s YES
;:NO-ROTATE DIGITS

: CONTINUE
sMOVE NEW VALUE TO 0OC 176
:RETURN
;:RESTORE OLD SWR VALUE
:RETURN
:REPEAT PROMPTING MSG
i

;BEGIN THIS ROUTINE AGAIN
:

055103
050040
043040

040513
053517
044501

MSG1:

050104
047520
040506
040511
044524

020104
051501

051105
020122
043117
006523

LASCII<15><12>/CZKAQH POWER FAIL/
.ASCIZ<15><12>/PDP-11 POWER FAIL DIAGNOSTIC/<15><12>

MSG2:

.ASCIZ<15><12>/EXERCISER END OF PASS/<15><12>

MACY11 30(1046)

15-JUL-85 13:29

004754

005015

e e 1

052123
020104

MSG3:

.ASCIZ<15><12>/TEST1 END OF PASS/<15><12>

042524

052123

MSG4:

.ASCIZ<15><12>/TEST2 END OF PASS/<15><12>

042524

MSGS:

.ASCIZ<15><12>/ALTEST END OF PASS/<15><12>

0000

006

046101

005{60

005160
005174

006523
042524

052123

MSG7:

.ASCIZ<15><12>/TEST3 END OF PASS/<15><12>

052123

MSG8:

.ASCIZ<15><12>/TEST4 END OF PASS/<15><12>

053523

036522

MSG9:

.ASCIZ<15><12>/SWR=/

005012
053523

042516
036522

MSG10:

.ASCIZ<15><12><12>/NEW SWR=/

TABLE:

.EVEN
.=.+14

-4

000012

042524

000012

3
b4

.ASCIZ<15><12>/ALTST1 END OF PASS/<15><12>

000000

14
005150

005015
000
015
020127

MSG6:

005015

052114

005015
020063

000

040412

134

0050

005060
005066

005031

W
N
o
n

0 10 0 0 e

1t 2 b ok ot 8 s 3 e (d P

0 8 e e e e e e

b Bd s

e B e e

b e e e b b e e i

005015

PAGE 21

042524
047105

005015
020061

13:30

004726
004734

1101
110§
et et e

CZKAGH.P11

Gl ORI
= e Pt et e s s ot
npfln»awwnflnnnnw»nps
glfl: G
OVRENOVBWUNFOVR IO VAWN-O 383838

15-JUL-85

g
3

L.MAIN.

SEQ 0021

15-JUL-85
MAIN.
MACY11 301046 )
15-JUL-8S 13:
CZKAQH.P11
ACT

003360

ALTSTL
ALTSTZ
CALT2
(ALT2A
ALT2AX
ALT28

001566
001650
001470
001512
001
001532

|ALTEX

001510

ACTEST 001406

ALT2C

ALT3A
ALTS8
ALT38X

001674
001724
001744

001746
001770

BR1
BR2

3564
003750

KACT
T
X
NTEMT
NTR
ONAC

CONAD

CROSS REFERENCE TABLE

FILDAT
FLAG =

HALTL
HALT10
HALT11
HALT1Z
HALT1S
HALT14
HALT1S
HALT16
HALT18
HALT19
HALT2
HALT20
HALT21
HALT22

HALT23
HALT24
HALT2S
HALTSE
HALTSQ
HALTAE
HALT4G
HALTSE

-- USER SYMBOLS

852#
602

587¢

g
008530

008312
003144
003140
003740
005176
003422

8384
863
1056+

3414

=
EMTRP
003706
EMTUP
001644
EMTWT
EXMST

SEQ 0022

PAGE 23

ALT
ALT

A
AUTO

13:30

567+

003262

003012

003126
008012

001050
001372
001402
002140
002246
002474
002654
002656
003412
003420
001062
003464
004006
003544

003664
004010
0087
001232
002326
001264
002730
001322

1059

9434

1064=

577

1065
5782+

11334
641#

642

726%

878#

879+

MAIN. MACY11 30(1046) 15-JUL-85 13:30 PAGE 24

CZKAGH.P11
HALTGE
HALT7E
HALTBE
HALT9E

| MLIMIT
HLT
INPUT
LLINIT

LOGICA
LPALT
LPALTL
LPTSTL
LPTST2
LPTSTS
LPTST4
LPTSTS
LRT

15-JUL-85 13:29

001332
001342
001352
001362

004920
004014
004364
206

7978
799
1005
802

208
944~
1037¢
806

003340
001422
001602
001014
001126
002052
002406
002766
004016

374
5130
5590
3080
4400
619¢
699¢
783¢
563

793
S21
571
428
454
626
706
851
601

846¢

985

99¢

641

726

878

890
648

733

003354

MASTER
000
TIM 003522
MFPT
=
7

MSG

MSGLO

004052
004610
005143

MSG
MSG4
MSGS
MSG6
nsG?

004674
004726
004754
005002
005031
005060

MSG9

134

ORION1

IONe

PUT
PFHAND

IME

ALST
ROTATE
SAVE

4880
4910
4940
4970

005106

= 000240

841

3800
8816
3920

829
778
1004
836
426
452
519
569
624

1096
11016
11050
1109¢
11130
11170

9420

6770

646

004264
000024

1002
3540

10116
409+

662»
754+

668+
755#

002660

001450
004202
005202
004024

731

S37s

7626

441s

S517¢

531

759

1018
475+
683
893»
855+

1135¢
482
713+
903
856

004030

952¢&

8964+

953¢
95446

9450

11270

7519

004032
004034

8510

561+

737

9460

1080
1137¢

560+

00‘0§g

0040

807

1125¢

362

002732

SAVEL

SAVE
SAVE4

9670
10860
1079

11216

1013+
460+
675+
884»
854s

SAVE10

844

704

1001

5E8 o023

CROSS REFERENCE TABLE -- USER SYMBOLS

906

669+
800+

442+

583+
674+
857+

46le

471+

473+

474

700+
873+

701+
874»

714»
876#

715+
877=

S84+

587+

588+

620

Sl4s

621+

717
885#

S515¢

5294

S33s

725
892»

741»
911

6382+

639+

983¢

599+
795

718+
891+

S36e

656+

657+

1000

1003

1078

603s
796+

637+
797

663
872+

7422
913

9934

960¢

528
719+
921s
861

535+
727
9504
951¢

539
786+

585+
787

589+
788+

594
789

MACY11 30(1046)
15-JUL-85
15-JUL-85 13:29
CZKAQH.P11
.MAIN,

SAVE6
SAVE7

004040
004042
004044
004046
004066

000204
000210
000224

177;16

000214
000220
000176

9564
567
888+
894+
895+
406

SEQ 0024

13:30 PAGE 25
CROSS REFERENCE TABLE -- USER SYMBOLS

S577s
889

643+
915+
958¢
959¢
511

659+
917s

660
924

671=
957¢

672

7282

557

617

697

779

9714

440%

513e

559+«

520

570
1074«

625
1076+

705

820

1039
931+
1076

1061
9474

11310

995¢

453
976=

1029
831s
1012

996
980

11340

416

6830

673
1042
1040
1028+
1026

1045+
1043

512

558

618

698

780

1068+

1070+

1072+

1074

1132¢

744+

745

757«

758

880+

821+

825

832

840

976

LMAIN.

MACY11 30(1046)

15-JUL -85

003546

883
349¢

15-JUL-85 13:29

CZKAQH.P11

X?I'E

. ABS.

005210

ERRORS DETECTED:
ZK

490

888¢
354
493

SEQ 0025

PAGE 26

CROSS REFERENCE TABLE
360

496

373¢

499

375¢
502

-- USER SYMBOLS
377¢
517

379¢
566

393
792

395¢
794

417

9634

421

1130¢

484

1131¢

487

000
o

CZKAU/CH'/S&/& TOC=CZKAQH.P11
12 .4 SECM

RUN- TI’! llTIO: 3674=8.7
CORE USED:

(18 PAGES)

EIE—

= 005210

13:30