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AH-T017A-MC

July 1982

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Document:	CZKMUA0 KMS-BL KMS11-BL PDP11 DCLT JUL 1982 bw
Order Number:	AH-T017A-MC
Revision:	000
Pages:	207
Original Filename:	CZKMUA0__KMS-BL__KMS11-BL_PDP11_DCLT__AH-T017A-MC__JUL_1982_gray.pdf

OCR Text

KMS11-BL

A H -TO17A-MC
Bl CHE 1 OF 1

PDPL1

CZKMURO-

fan- ¥

JUL 1982

COPYRIGH TS

#aoe v usa

1982

JEREAIE

CZKMUAO KMS11=BL PDP=11 DCLT

CZKMUA.P11

30-MAR-82 09:13

MACY11 30A(1052)
LTITLE

2%07

2208

09:15

30-MAR-82

PAGE 2

CZKMUAO KMS11-BL PDP=11 DCLT

-REM ¢

IDENTIFICATION

PRODUCT CODE:

AC-TO15A-MC

PRODUCT NAME:

CZKMUAO KMS11-BL PDP=11 DCLT

PRODUCT DATE:

MARCH-1982

MAINTAINER:

MERRIMACK DIAGNOSTIC ENGINEERING

AUTHOR:

GLORIA MEREDITH

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

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

THE USE
SUPPLIED

OR
BY

RELIABILITY OF
DIGITAL OR ITS

COPYRIGHT (C) 1980,1981,1982 BY DIGITAL EQUIPMENT CORPORATION
THE FOLLOWING ARE TRADEMARKS OF DIGITAL EQUIPMENT CORPORATION:

DIGITAL
DEC

PDP

DECUS

UNIBUS

DECTAPE

MASSBUS

SEQ 1

CZKMUAD KMS11-BL PDP=11 DCLT

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REVISION HISTORY:

REV

DATE

AUTHOR

REASON

24=MAR-82

G. MEREDITH

ORIGINAL ISSUE Or

KMS11-BL PDP=11 DCLT

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CZKMUAQ kMS11=8BL PDP=11 DC T

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PAGE 4

TABLE OF CONTENTS

GENERAL INFORMATION

0
1 .1
1 .2
1 .3
14
1

«d

PROGRAM ABSTRACT
SYSTEM REQUIREMENTS

RELATED DOCUMENTS AND STANDARDS
DIAGNOSTIC HIERARCHY PREREQUISITES
ASSUMPTIONS = RESTRICTIONS
OPERATING INSTRUCTIONS

2.0

COMMANDS
SWITCHES

2
2
2
2
2

FLAGS

HARDWARE QUESTIONS

DATA COMM. LINK TEST COMMAMDS
.1
.2
«3
.4
.5
.6

ERROR INFORMATION

3.0

TYPES OF ERROR MESSAGES
SPECIFIC ERROR MESSAGES

3. 1
3. 2

3.2.1

;.2.5
2.

commo LINE INTERPRETER ERRORS

DCLT ERR
DEVICE ERRORS

PERFORMANCE AND PROGRESS REPORTS

4.0

PRINTING EVENT LOG
OPERATOR STATUS MESSAGES
PRINTING KMS11 BASE TABLE

Hee

4.1
g

4.3.1
oo
4.3.

5.0

MESSAGE COMMANDS
STATISTICAL COMMANDS
RUN COMMANDS
DEFAULTS
PRINT COMMANDS
MISC COMMANDS

QUICK STARTUP PROCEDURE

2.6

CZKMUA.P11

PRINTING ERROR COUNTER LOCATIONS
PRINTING ENTIRE BASE TABLE
PRINTING SINGLE LOCATION

DEVICE INFORMATION TABLES

SEQ 3

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CZKMUAQ kMS11-BL PDP=11 DCLT

09:13
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MODE AND MESSAGE PESCRIPTIONS

6.0

MODE DESCRIPTIONS
CONOWNS
—

6.1

e
e R

0
0

TRANSMIT MODE
RECEIVE MODE
PASSIVE MODE
ACTIVE MODE
DOW-LINE LOAD MODE
TALK MODE
LISTEN MODE
MAINTENANCE MODE

MESSAGE DESCRIPTIONS

OTHER INFORMATION

7.0

INTERFACING TO AN "‘ITEP'' NODE

VIS W) —

o
0
0
o
e

»
o
s
s
e

wViH W)=

o
o
e.0

W
0
8
o
e

INT RNAL LOOP AT EACH NODE
IT ON ONE NODE-RECEIVE ON THE OTHER
E ACTIVE-THE OTHER NODE PASSIVE
ONE
BOTH NODES ACTIVE
TALK AND LISTEN MODES FOR COMMUNICATIONS

EXAMPLES.OF COMMANDS

NNNNN

TROUBLESHOOTING HINTS
NN

NNNNN

CZKMUA.P11

30-MAR-82 09:15 PAGE 5

MESSAGES COMMANDS
'S‘TATI STICAL COMMANDS
RUN COMMANDS
PRINT COMMANDS
EXIT COMMAND

THINGS TO WATCH OUT FOR

CZKMUAO KMS11=BL PDP=11 DC

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1.0

GENERAL INFORMATION

1.1

PROGRAM ABSTRACT

30-MAR-82 09:15 PAGE 6

THIS DCLT (DATA COMMUNICATION LINK TEST) PROGRAM IS MEANT TO
PROVIDE FIELD SERVICE WITH A TOOL TO MAINTAIN POINT TO POINT
COMMUNICATION LINKS BETWEEN KMS11-8L OR KMS11-8M AND OTHER
DDCMP SUPPORTED STATIONS. THIS DCLT PROGRAM WILL PROVIDE THE
COVERAGE NECESSARY TO DETECT FAILURES OF THE COMPUTER EQUIPMENT,
THE COMMUNICATION LINK, OR THE MODEM.

THIS DIAGNOSTIC HAS BEEN WRITTEN FOR USE WITH THKE DIAGNOSTIC
RUNTIME SERVICES SOFTWARE (SUPERVISOR). THESE SERVICES PROVIDE
THE INTERFACE TO THE OPERATOR AND TO THE SOF TWARE ENVIRONMENT.
THIS PROGRAM CAN BE USED WITH XXDP+, ACT, APT, SLIDE AND PAPER

TAPE. FOR A COMPLETE DESCRIPTION OF THE RUNTIME SERVICES, REFER
TO THE XXDP+ USER'S MANUAL (CHQUS?.SEQ WHERE ? IS REV. LEVEL OF
THE MANUAL). _ THERE IS A BRIEF DESCRIPTION OF
THE RUNTIME SERVICES IN SECTION 2 OF THIS DOCUMENT.
1.2

SYSTEM REQUIREMENTS

IN ORDER TO RUN THE KMS11-BL DCLT PROGRAM, THE FOLLOWING

MINIMUM HARDWARE IS REQUIRED:

- A PDP-11 CPU
= MINIMUM OF 24K WORDS OF MEMORY
= A WORKING, LINE OR REAL-TIME CLOCK
= A CONSOLE TERMINAL
= ANY XXDP+ SUPPORTED LOAD MEDIA

= A KMS11-BL OR KMS11-BM REMOTE SINGLE LINE DDCMP
1.3

RELATED DOCUMENTS AND STANDARDS

= XXDP+ USER'S MANUAL (CHQUS?.SEQ WHERE ? IS THE REV. LEVEL OF
THE MANUAL = *‘C** IS THE CURRENT REV.).

SEQ 5

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DIAGNOSTIC HIERARCY PREREQUISITES

THE GOAL OF THE DATA COMM. LINK TEST PROGRAM IS TO TEST THE
COMMUNICATION LINK AND THEREFORE ASSUMES THAT THE CPU'
g%gfikgés%lg DDCMP DEVICES AT EACH END OF THE LINK HAVE ALREADY

IF NO LINE OR REAL-TIME CLOCK IS FOUND,

BUT ANY OF THE PROGRAMT
DEVICE TIMES OUT.

THE PROGRAM WILL CONTINUE

TIMES THE DEVICEWILL HANG_IF THE

ALSO, THE EVENT LOG WILL CONTAIN A ZERO EVENT

TIME FOR ALL EVENTS LOGGED.

IT IS NOT THE INTENTION OF A DATA COMM. LINK TEST PROGRAM TO
TEST THE DDCVP DEVICES BUT TO TEST THE COMMUNICATION LINK TO

WHICH THEY ARE CONNECTED.

1.5

ASSUMPTIONS = RESTRICTIONS

IT IS ASSUMED THAT THE KMS11 COMMUNICATIONS DEVICE HAS
BEEN TESTED USING THE PREREQUISTE DIAGNOSTICS. THE_OPERATOR
SHOULD HAVE READ THE USER DOCUMENTATION PORTION OF THE LISTING
TO FAMILIARIZE HIMSELF WITH THE COMMANDS AND CAPABILITIES AVAILABLE
UNDER THE DIAGNOSTIC SUPERVISOR AND DCLT.

BECAUSE THE KMS11 SUPPORTS DDCMP OPERATION IN THE FIRMWARE,
THE PDP=11 DCLT PROGRAM IS UNABLE TO CONTROL OR KNOW EXACTLY WHAT
IS BEING TRANSMITTED AT ANY GIVEN TIME. ALL DATA MESSAGES ARE ENCLOSED
IN A DDCMP ENVELOPE AND THERE MAY ALSO BE CONTROL MESSAGES
BECAUSE OF THIS PLEASE BEWARE IF
(AKS, NAKS,....) BEING TRANSMITTED.
IF YOU ARE SCOPING DATA.

CZKMUAD KMS11=BL PDP=11 DCLT

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SEQ 7

PAGE 8

OPERATING INSTRUCTIONS

THIS SECTION CONTAINS A BRIEF DESCRIPTION OF THE RUNTIME SERVICES.
FOR DETAILED INFORMATION, REFER TO THE XXDP+ USER'S MANUAL (CHQUS).
2.1

COMMANDS

THERE ARE ELEVEN LEGAL COMMANDS FOR THE DIAGNOSTIC RUNTIME SERVICES
(SUPERVISOR). THIS SECTION LISTS THE COMMANDS AND GIVES A VERY
BRIEF DESCRIPTION OF THEM. THE XXDP+ USER'S MANUAL HAS MORE DETAILS.
COMMAND

EFFECT

START
RESTART
CONTINUE
PROCEED
EXIT
ADD

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

DROP

PRINT
DISPLAY
FLAGS
ZFLAGS

RETURN TO XXDP+ MONITOR (XXDP+ OPERATION ONLY!)
ACTIVATE A UNIT FOR _TESTING (ALL UNITS ARE
CONSIDERED TO BE _ACTIVE AT START TIME
DEACTIVATE A UNIT

PRINT STATISTICAL INFORMATION (IF IMPLEMENTED

BY THE DIAGNOSTIC = SECTION 4.0)
TYPE A LIST OF ALL DEVICE INFORMATION

TYPE THE STATE OF ALL FLAGS (SEE SECTION 2.3)
CLEAR ALL FLAGS (SEE SECTION 2.3)

A COMMAND CAN BE RECOGNIZED BY THE FIRST THREE CHARACTERS.
YOU MAY, FOR EXAMPLE, TYPE ''STA' INSTEAD OF "'START''.
2.2

SWITCHES

THERE ARE SEVERAL SWITCHES WHICH ARE USED TO MODIFY SUPERVISOR OPERATION.
THESE SWITCHES ARE APPENDED TO THE LEGAL COMMANDS. ALL OF THE LEGAL
o
SWITCHES ARE TABULATED BELOW WITH A BRIEF DESCRIPTION OF EACH,

IN THE DESCRIPTIONS BELOW, A DECIMAL NUMBER IS DESIGNATED BY “DDDDD'’.
SWITCH

EFFECT

JTESTS:LIST

EXECUTE ONLY THOSE TESTS SPECIFI
THE LIST. LIST IS A STRING OF T
NUMBERS, FOR EXAMPLE = /TEST

THIS LIST WILL CAUSE TESTS 1

/FLAGS:FLGS
/EOP:DDDDD
JUNITS:LIST

/PASS : DDDDD

BE RUN. ALL OTHER TESTS WIL
EXECUTE DDDDD PASSES (DDDDD

SET SPECIFIED FLAGS. FLAGS AR
IN SECTION 2.3.
REPORT END OF PASS MESSAGE AFTER
64000
DDDDD PASSES ONLY. (DDDDD = 1 TO
TEST/ADD/DROP ONLY THOSE UNITS SPECIF ;
b

CZKMUA.P11

IN THE LIST. %57 EXAMPLE = /UNITS:0:5:10=12
USE UNITS 0.5,10,11,12 (UNIT NUMBERS = 0-63)

CZKMUAD KMS11=BL PDP-1108C ;

CZKMUA.P11

30-MAR-82

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8
SEQ

30-MAR-82 09:15 PAGE 8-1

EXAMPLE OF SWITCH USAGE:

STAR) /TESTS:1=5/PASS:1000/E0P:100

THE EFFECT_OF THIS COMMAND WILL BE: 1) TESTS 1 THRgUGH 5 WILL BE
EXECUTED, 2) ALL UNITS WILL TESTED 1000 TIMES AND 3) THE END OF

PASSES ONLY.

PASS MESSAGES WILL BE PRINTED AFTER EACH 10

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

YOU MAY,

BELOW IS A TABLE THAT SPECIFIES WHICH SWITCHES CAN BE USED BY EACH
COMMAND.

START
CONT INUE

TESTS

PASS

FLAGS

EOP

UNITS
¥

D
ADD

X
B

DISPLAY

CZKMUAC KMS11-BL PDP=11 ocu

CZKMUA.P11

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2.3

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PAGE 9

FLAGS

FLAGS ARE USED TO SET UP CERTAIN OPERATIONAL PARAMETERS SUCH AS
LOOPING ON ERROR. ALL FLAGS ARE CLEARED AT STARTUP AND REMAIN
CLEARED UNTIL EXPLICITLY SET USING THE FLAGS SWITCH. FLAGS
ARE ALSO CLEARED AFTER A START COMMAND UNLESS SET USING THE
FLAG SWITCH. THE ZFLAGS COMMAND MAY ALSO BE USED TO CLEAR
ALL FLAGS. WITH THE EXCEPTION OF THE START AND ZFLAGS COMMANDS,
NO COMMANDS AFFECT THE STATE OF THE FLAGS; THEY REMAIN SET OR

CLEARED AS SPECIFIED BY THE LAST FLAG SWITCH.
FLAG

EFFECT

HOE

HALT ON ERROR = CONTROL IS RETURNED TO

LOE
IER*

LOOP ON ERROR
INHIBIT ALL ERROR REPORTS

IBE*

IXE*

PRI
PNT
BOE
UAM
ISR

IDR

RUNTIME SERVICES COMMAND MODE

INHIBIT ALL ERROR REPORTS EXCEPT

FIRST LEVEL (FIRST LEVEL CONTAINS
TEST AND UNIT)
ERROR TYPE, NUMBER

INHIBIT EXTENDED efiaoa REPORTS (THOSE

CALLED BY PRINTX MACRO'S)

omecr MESSAGES TO LINE PRINTER
PRINT,TEST NUMBER AS TEST EXECUTES
ERROR
'aeu.
UNATTENDED MODE (NO MANUAL INTERVENTION)

INHIBIT STATISTICAL REPORTS (DOES NOT
APPLY TO DIAGNOSTICS WHICH DO NOT SUPPORT
STATISTICAL REPORTING)

INHIBIT PROGRAM DROPPING OF UNITS

ADR

EXECUTE AUTODROP CODE

EVL

execure EVALUATION (ON DIAGNOSTICS WHICH

LOT

LOOP ON TEST

HAVE EVALUATION SUPPORT)

*ERROR MESSAGES ARE DESCRIBED IN SECTION 3.1
SEE THE XXDP+ USER'S MANUAL FOR MORE DETAILS ON FLAGS. YOU MAY
SPECIFY MORE THAN ONE FLAG WITH THE FLAG SWITCH. FOR EXAMPLE,
T CAUSE THE PROGRAN TO_LOOP ON ERROR, INHIBIT ERROR REPORTS
AND TYPE A "BELLTM ON ERROR, YOU MAY USE THE FOLLOWING STRING:
/FLAGS:LOE: IER:BOE

SEQ 9

CZKMUAD KMS11 -BL PDP=11 DCLT
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PAGE 10

HARDWARE QUESTIONS

WHEN A DIAGNOSTIC IS STARTED, THE RUNTIME SERVICES WILL PROMPT

THE USER FOR HARDWARE INFORMATION BY TYPING “'CHANGE HW (L) |&

AFTER A START COMMAND UNLESS THE HARDWARE
YOU MUST ANSWER
‘PRELOADED'' USING THE SETUP UTILITY (SEE
BEEN
HAS
INFORMATION
USER'S MANUAL). WHEN YOU ANSWER THIS
XXDP+
THE
OF
6
CHAPTER
RUNTIME SERVICES WILL ASK FOR THE NUMBER
THE
''Y'',
A
WITH
QUESTION
OF UNITS (IN DECIMAL).

THE KMS11-8L DCLT PROGRAM WILL NOT USE MORE THAN ONE UNIT.
THE HARDWARE INFORMATION REQUESTED WILL BE:
# UNITS (D) ? 1<(R>

UNIT 0
FULL DUPLEX OPERATION :

KMS11 CSR ADDRESS : (0) 164100 ?
INTERRUPT VECTOR ADDRESS: (0) 400
5 ?
INTERRUPT PRIORITY : (00

SEQ 10

CZKMUAD KMS11=BL PDP="1 DCLT

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SE@ N

PAGE 11

DATA COMM. LINK TEST COMMANDS

THE *DCLT>'* COMMAND LEVEL FOLLOWS THE ANSWERING OF THE HARDWARE P-TABLE
?lle’S,;}glr!gé THESE COMMANDS CAN BE TYPED WHEN THE 'DCLT> (A) ?'' PROMPT
MESSAGE COMMANDS AVAILABLE:

YOU ONLY HAVE TO TYPE ENOUGH CHARACTERS TO UNIQUELY SPECIFY A COMMAND.
THE COMMAND LINE IS INTERPRETED FROM LEFT TO RIGHT.

THEREFORE,

IF A QUALIFIER ON THE COMMAND LINE IS RELATED OR EFFECTS A QUALIFIER
TO THE LEFT ON THE COMMAND LINE, THE QUALIFIER FARTHEREST TO THE RIGHT
TAKES PRECEDENCE SINCE IT 1S INTERPRETED LAST. (I.E. IF /CHECK.....
.../NOCHECK APPEAR ON THE SAME LINE, NOCHECK WILL BE INDICATED IN THE

PARAMETERS WORD.)

REFER TO SECTION 6.0 FOR A DESCRIPTION OF THE DIFFERENT MODES OF
OPERATION AND THE TYPES OF MESSAGES AVAILABLE.

CZKMUAO KMS11-BL PDP=11 DCLT
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PAGE 12

2.5.1 MESSAGE COMMANDS
DESCRIPTION

COMMAND
CLEAR

EXPECTLIST

ZEROES THE EXPECTLIST_(000°'S)

CLEAR

TRANSMITLIST

ZEROES TRANSMITLIST (C220°'S)

SET

EXPECTMSG=TYPE/QUAL

DEFINE A MESSAGE TO BE PUT ON
THE EXPECTED LIST

WHERE:

AND THEN PUTS DEFAULT ITEP MSG
IN SO NOT REALLY EMPTY
AND THEN PUTS DEFAULT ITEP MSG
IN SO NOT REALLY EMPTY

°‘‘TYPE' IS:
=ONES
=2EROES
=1ALT
=0ALT
=]TEP
=CCITT
=ALPHA

=""A=2,0~9,SPACES OR TABS IN QUOTES'
WHERE THE OPTIONAL 'QUAL" .S:

/SIZE=NNN

MAKE THE MESSAGE 'NNN'* BYTES

/COPY=NN

COPY THIS MESSAGE INTO THE
BUFFER 'NN'* TIMES (DEFAULT

LONG. (DEFAULT VALUE IS
SIZE OF MESSAGE SPEC'D BY
OPERATOR OR DEFAULTS.)

IS 0 = PUT THE MESSAGE IN
ONLY ONCE)

NOTE: SET'S ADD *SSAGES TO THE LIST IN THE ORDER THEY'RE
IS A DECIMAL NUMBER. THE FIRST SET
DEF INE
OVEMITES THE DEFAULT ITEP MESSAGE PLACED THERE BY
INITIALIZATION OR A "'CLEAR'*

COMMAND.

SEE SECTION 6.2 FOR A DESCRIPTION OF THE PRE-DEFINED
MESSAGES THAT ARE AVAILABLE. (ZEROS,ONES ...)
SET

EXPECTLIST=TRANSMITLIST

MAKES A COPY OF THE TRANSMIT

SET

TRANSMITMSG=TYPE/QUAL

DEFINE A MESSAGE TO BE PUT ON
TRANSMIT LIST
THE
(SEE DESCRIPT FOR SET EXP)

EXPECTLIST

LISTS THE MESSAGE SIZE AND TYPE

TRANSMITLIST

LISTS THE MESSAGE SIZE AND TYPE

LIST IN THE EXPECT LIST.

IN THE
FOR THE MESSAGES
EXPECT LIST

SEQ 12

CZKMUAO kMS11-BL PDP=11 DC%;
30-MAR-82 09:
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PAGE 12-1
FOR THE MESSAGES IN THE
TRANSMIT LIST

SEQ 13

CZKHJAO KMSi1=BL_PDP=11 8(:*;

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30-MAR-82

30-MAR-82 09:15 PAGE 13

MACY11 30A(1052)

2.5.2 STATISTICAL COMMANDS
COMMAND

DESCRIPTION

TAKES THE OPERATOR TO THE
REPORT LE VEL. FROM HERE
YOU CAN EXAMINE THE EVENT
LOG OR BASE TABLE.

DUMP

PRINTS THE CONTENTS OF THE
MEMORY LOCATIONS BETWEEN

SSSSSS-EEEEEE/B

OCTAL ADRESSES, SSSSS5" AND

WHERE "/B" IS OPYIWL
DEFAULT IS PRINT WORDS

*/8'" CAUSES PRINT BYTES

WHERE *'§SSSSSTM* IS
THE sm.n ADDRESS AND
'-EEEEE' IS THE END ADDRESS.

IF "*-EEEEEE'' IS NOT SPECIFIED
THEN THE CONTENTS OF *'$SSSSSTM
IS PRINTED IN WORD FORMAT.

NOTE: THE DUMP COMMAND IS USEFUL FOR EXAMINING
MESSAGE DATA.

STARTING ADDRESSES CAN

BE FOUND BY LOOKING IN THE EVENT LOG.

SEQ 14

CZKMUAO KMS11-BL PDP-‘\ 1 g(fl

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PAGE 14

2.5.3 RUN COMMAND
COMMAND

DESCRIPTION

RUN MODE=MTYPE/QUAL

STARTS DCLT EXECUTING IN THE
MODE SPECIFIED

NOTE: MODE=ACTIVE IS NOT DEFAUL; A MODE=MTYPE MUST BE TYPED
e====

EACH TIME A RUN IS TYPE

WHERE THE 'MTYPE'' IS ANY ONE OF THE FOLLOWING:
(FORCES /NOECHO ,NO LOOPING)
=ACTIVE
(FORCES NO LOOPING)
=PASSIVE
(FORCES /NOECHO ,NO LOOPING)
=RECEIVE

=LISTEN
=TRANSMIT

(FORCES /NOECHO ,NO LOOPING, /NOCHECK)
(FORCES /NOECHO ,NO LOOPING, /NOCHECK)

=DOWNLINELOAD

(FORCES /NOECHO ,NO LOOPING, /NOCHECK,

=TALK

(FORCES /NOECHO .NO LOOPING, /NOCHECK)

(FORCING NO LOOPING MEANS IT MUST BE
A QUALIFIER ANY TIME ITS
SP ECIFIED AS
DESIRED, THERE IS NO DEFAULT)

AND OPTIONAL ‘QUAL'' IS ANY COMBINATION OF THE FOLLOWING:
ENABLES/DISABLES CHECKING OF RECEIVED

/CHECK/NOCHECK

DATA AGAINST THE EXPECTED DATA

NOTE: IF BOTH NODES IN ACTIVE AND °‘/NOCHECK'' IS USED,
weee= END=OF-PASS IS DEFINED AS RECEIVING 1 MESSAGE

LIST. UITH NO DATA
AND COMPLETING THE TRANSMIT
TO KNOW HOW
DCLT
FOR
CHECKING, THERE IS NO WAY

MANY MESSAGES IT SHOULD EXPECT TO RECEIVE.
/STATUS/NNSTATUS

ENABLES/DISABLES PRINTING OF PROGRAM
STATUS MESSAGES TO THE OPERATOR

/ECHO/NOECHO

ENABLES/DISABLES THE RETRANSMISSION OF
THE DATA RECEIVED IN PASSIVE MODE.
(IGNORED IN MODES OTHER THAN PASSIVE)

/MODEM/NOMODEM

EMBLESID]SABLES THE REPORTING OF MODEM STATUS
INTERRUPT CHANGES.

NOTE: THIS SUITCN CAUSES NO ACTION IN THIS DCLT
PROGRAM BU{ INCLWED BECAUSE IT IS USED
IN OTHER DCL

/LOOP=LTYPE

SPECIFIES WHETHER

MAINTENANCE LOOPBACK IS

BEING USED.
(1
IN KDiES OTHER _THAN ACT!VE)

MUST BE SPECIFIED EACH TIME ELSE NO
USED.
LOOP IS

CZKMUAO KMS11-BL PDP=11 8(%
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SEQ 16 .

PAGE 14~1

"LTYPE'" IS:
=INTERNALTTL

SPECIFIES MER OF ITERATIONS TO MKE BEFORE

/PASS=NN

END-OF-PASS.

OF 1
VALUE
DEFAULT

uuL ae USED ON ANY RUN THAT, A /PASS=N
NO]ApDED TO THE 'RUN ..."* COMMAND.
"=1"" IS TYPED, THEN THE PROGRAM
RUN uumA “C IS TYPED.
xr A

NOTE:

e====

2.5.4

SEE_SECTION 6.1 FOR A DESCRIPTION

QOF THE 'RUN MODES'’ AND 'LOOP MODES"’

DEFAULTS

IF NO "'SET'S'' THEN THE DEFAULT IS SAME AS IF TYPED:
SET TRANSMITMSG=ITEP/SI1ZE=58/COPY=
SET EXPECTMSG=ITEP/S12E=58/COPY=0

THE DEFAULT COPV AND SIZE FU EACH OF THE MESSAGE TYPES:
= /SI1ZE=64/COPY=0
ONES
ERCES = /SIZE= /CWY*O
LT = /SIZE= /corns
1ALT = /SI12E=64/COPY=

CCITT - /SIIES“/COPYSS

ALPHA = /S12E=65/COPY=
ITEP = /SIZE=5 /COPY=0

OPER. SPEC'D = /SIZE=LENGTH=OF=-TEXT~TYPED-BETWEEN-QUOTES/COPY=0

FOR THE RUN COMMAND THE DEFAULTS ARE:

RUN MODE=ACTIVE/NOSTATUS/CHECK/NOECHO/PASS=1

NOTE: MODE=ACTIVE IS NOT DEFAULT, A MODE=MTYPE MUST BE TYPED
e====

EACH TIME A RUN IS TYPED

IF _THE DCLT PROGRAM IS RUN IN UNATTENDED MODE (UAM FLAG=1 M CMI'ED)
THE DEFAULTS ARE AS IF THESE SETUP AND RUN COMMANDS WERE

TYPED:

SET TRANS=ITEP
SET EXPECT=ITEP

RUN MODE=ACTIVE/LOOP=INTERNAL/NOSTAT/CHECK/PASS=1
OTHER NOTES:

“¢

ALWAYS RETURNS YOU TO "DR>" (THE SUPERVISOR)

*RUBOUT**

DELETE LAST CHAR. TYPED IN COMMAND STRING

<CR>

IS SEEN AS A COMMAND TERMINATOR

E
CZKMUAD KMS11
CZKMUA.P11

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MACY11 30A(1052)

-82 OS:H
2.5.5

30-MAR-82

09:15

PAGE 14-2

THE PRINT COMMAND TAKES YOU A LEVEL BELOW DCLT> CALLED REPORT.
THE COMMANDS AVAILABLE IN RPT> ARE ...

DESCRIPTION

COMMAND

OR ?
HELP

PRINT HELP INFORMATION FOR RPT>

L0G

PRINTS THE DCLT EVENT LOG.

BASE/FULL

PRINTS ENTIRE BASE TABLE.

BASE/ERROR

PRINTS ONLY ERROR COUNTERS IN
BASE TABLE.

BASE/OFFSET=NNN

PRINTS SINGLE LOCATION IN BASE
TABLE AS SPECIFIED BY OFFSET.

EXIT

RETURNS YOU TO THE LEVEL THAT
YOU ENTERED FROM. (DCLT> OR DR>)

2.5.6 MISC COMMANDS
COMMAND

DESCRIPTION

EXIT

FROM THE DCLT> LEVEL RETURNS YOU

HELP OR ?

PRINTS HELP INFORMATION.

TO DR>.

CZKMO KMS11-BL PDP=11 DCLT

CZKMUA

30-MAR-82 09:13

MACY11 30A(1052)

30-MAR-82 09:15 PAGE 15

2.5 QUICK START=UP PROCEDURE

(XXDP+)

TO START=UP THIS PROGRAM:
1. BOOT XXDP+

GIVE THE DATE AND ANSWER THE LSI AND 50HZ (IF THERE
IS A CLOCK) QUESTIONS

3. TYPE 'R NAME'', WHERE NAME IS THE NAME OF THE BIN OR BIC
FILE FOR THIS PROGRAM

4. TYPE ''START"

S. ANSWER THE ''CHANGE HW'' QUESTION WITH '‘Yv*’
ANSWER ALL THE HARDWARE QUESTIONS.

THAT CAN DCLT CAN USE IS ALWAYS '9''.

THE NUMBER OF UNITS

WHEN YOU FOLLOW THIS PROCEDURE YOU WILL B USING ONLY THE

DEFAULTS FOR FLAGS.

THESE DEFAULTS ARE DESCRIBED IN SECTION 2.3.

7. AFTER THE 'DCLT> (A) ?'' PROMPT, TYPE
"RUN MOD=ACTIVE<CR>"’

WHEN YOU FOLLOW THIS PROCEDURE YOU WILL BE USING THE D FAUL'I’ TRANSHIT
55
AND EXPECTED MESSAGES. THE DEFAULT PASS COUNT AND ‘R

ARE ALSO BEING USED.

THESE DEFAULTS ARE DESCRIBED IN SECTIW

5.3.

CZKHJAO KMS11-BL PDP=11 DCLT

30-MAR-82 09:13

MACY11 30A(1052)

30-MAR-82

09:15

PAGE 16

3.0 ERROR INFORMATION

3.1 TYPES OF ERROR MFSSAGES

THERE ARE_THREE LEVELS OF ERROR MESSAGES THAT MAY BE ISSUED BY
MESSAGES
A DIAGNOSTIC: GENERAL, BASIC AND EXTENDED. = GENERAL ERROR

ARE ALWAYS PRINTED UNLESS THE

'‘IER'* FLAG IS SET (SECTION 2.

THE GENERAL ERROR MESSAGE IS OF THE FORM:

NAME

TYPE

NUMBER

ERROR MESSAGE

ON UNIT NUMBER

TST NUMBER PC:XXXXXX

+WHERE; M = DIAGNOSTIC NAME

= ERROR TYPE (SYS FATAL, DEV FATAL, HARD OR SOFT)
TYPE

NUMBER = ERROR ME

UNIT NUMBER = 0 = N (N IS LAST UNIT IN PTABLE)
TST NUMBER = TEST ND SUBTEST WHERE ERROR OCCURRED
PC:XXXXXX = ADDRESS OF ERROR MESSAGE CALL

BASIC ERROR MESSAGES ARE MESSAGES THAT CONTAIN SOME ADDITIONAL
INFORMATION ABOUTTHE ERROR. THESE ARE ALWAYS PRINTED UNLESS
HE TERTM OR “IBE" FLAGS ARE SET (SECTION2.3). THESE MESSAGES
ARE PRINTED AFTER THE ASSOCIATED GENERAL MESSAGE.

EXTENDED ERROR MESSAGES CONTAIN SUPPLEMENTARY ERROR INFORMATION
SUCH AS REGISTER CONTENTS OR 60OD/BAD DATA. THESE ARE ALWAYS
PRINTED UNLESS THE “IER'’, ““IBE'' OR “IXE'' FLAGS ARE SET (SEFTInw 2.3),

THESE MESSAGES ARE PRINTED AFTER THE ASSOCIATED GENERAL ERROR

MESSAGE AND ANY ASSOCIATED BASIC ERROR MESSAGES.

3.2 SPECIFIC ERROR MESSAGES

3.2.1 COMMAND LINE INTERPRETER ERRORS:

ERROR MESSAGE :

KEANING

?2ILL CMD-BAD SYNTX?

A_COMMAND WITH AN ILLEGAL CHAR WAS

2INCMPLTE CMD?

Aos;oum PART OF A COMMAND WAS LEFT

INUM TOO BIG?

THE VALUE or A NUMERI C smns
&4 ;

78AD RADIX?

A "8" OR "9 WAS TYPED WHEN AN OCTAL

TYPED = RETYPE THE COMMAND. THE
VALID COMMANDS
THEIR SYNTAX ARE
SHOWN IN SECTION 2.5.

C
OR 177

535
&MG?
6 BITS).
ocm..

STRING m\swgcm PROBABLY OCCURRED

WHEN TYPING

DUMPTM* COMMAND WHERE

OCTAL ADDIESSES ARE EXPECTED.

30~-MAR-82

CLT

09:13

MACY11 30A(1052)

SEQ 20

PAGE 16-1

09:15

?"L00P'* VALID ONLY IN ACTIVE?

THE */LOOP=,.'" SWITCH WAS TYPE

2"ECHO'* VALID ONLY IN PASSIVE?

THE '“/ECHO'* SWITCH WAS TYPED IN A

UN COMMAND BUT
TO ACTIVE. MAINTENANCE LOOP
P(c)filBLE IF THE MODE OF OPERA

—_—

CZKMUAOD kMS11-BL PDP=11

CZKMUA.P11

30-MAR-82

BUT THE MODE WAS NOT SET

RUN_COMMAND

TO PASSIVE. ECHOING OF RECEIVED DATA
IS ONLY POSSIBLE IF THE MODE OF
OPERATION IS PASSIVE.

2ILL CHR= ''A=Z,0-9,SP,TAB'' ONLY? A CHARACTER TYPED WITHIN QUOTES WHEN

THE CONTENTS OF A
TR Ylgfil}O DEE{:E
A
MESSAGE WAS NOT
A-2,0-9,SPACE OR TAB''. RETYPE THE

vlfuONLY THESE CHMARACTERS

aeweeu QUOTES.
7"'SIZE=0"" NOT VALID?

A MESSAGE ZERO BYTES LONG CAN NOT BE

BUILT. RETYPE THE COMMAND WITH A
/SIZE=NNN'', _IF NO '/SIZE="" IS TYPED
A DEFAULT Si?E WILL BE USED.

?TRANSMIT AND EXPECT LIST MUST BE IDENTICAL FOR LOOP?

IF RUN COMMAND WITH *‘/LOOP/CH'' IS TYPED
TRANSMIT AND EXPECT LISTS MUST BE
EQUAL. IF THEY ARE NOT THIS ERROR WILL
BE DISPLAYED. USE 'SE E=T' COMMAND.

3.2.2 DCLT ERROR MESSAGES:

BAD CLOCK = PROGRAM WILL HANG ON_‘‘TIMEOUT''!!

THIS MEANS THAT EITHER NO_CLOCK WAS
ON THE SYSTEM OR _THE ONE THAT WAS FOUND
plb 'QT INTERRUPT WHEN ASKED TO DO A

ue nosm um STII.I. RUN
OF
THE PROGRAM
THAT TIMES futomcs
g THE omcs TIMES OUT.
wu m
VENT LOG WILL CONTAIN A

mo eveut TIME FOR ALL EVENTS LOGGED.
MAX. CHAR. MSG COUNT EXCEEDED - M5G. NOT BUILT !!
THIS MEANS THAT THE TRANSMIT OR EXPECT
CAN BE
BUFFER IS FULL. NO MORE MESSAGES
ADDED TO THAT BUFFER.

BUFFER FULL = MSG. NOT BUILT !!

THIS MEANS THAT THE LAST MESSAGE YOU

ogC%T
CZKMUAO kMS11-BL PDP=11
30-MAR-82
CZKMUA.P

MACY11 30A(1052)

30-MAR-82

09:15

PAGE 16-2

TRIED TO ADD TO EITHER THE TRANSMIT OR
EXPECT BUFFER CAUSED THE TOTAL NUMBER
OF MESSAGES TO BE EXCEEDED. NO MORE
MESSAGES CAN BE _ADDED TO THAT BUFFER.
THE LIMIT IS DETERMINED BY THE SIZE OF
THE MESSAGE POINTER TABLE.

CHAR. COUNT EXCEEDS BUFF LIMIT = MSG TRUNCATED
THIS MEANS THAT THE LAST MESSAGE YOU
TRIED TO ADD TO THE TRANSMIT OR EXPECT
BUFFER CAUSED THE TOTAL CHAR. COUNT
FOR THAT BUFFER TO EXCEED THE LIMIT,
THE MESSAGE WAS TRUNCATED TO COMPLETELY
FILL THE BUFFER. NO MORE MESSAGES CAN
BE ADDED TO THAT BUFFER.

3.2.3 DEVICE ERROR MESSAGES
DATA COMPARISON DATA ERROR

BYTE # IN MSG=XXX

EXPTD=YYY

RECVD=111

XXX= OFFSET OF THAT BYTE FROM THE START
OF THE COMPARE OR EXPECT MESSAGE.
YYY= THE CONTENTS OF THAT BYTE IN THE
EXPECTED MESSAGE

222= THE CONTENTS OF THAT BYTE IN THE
RECEIVED MESSAGE

UP TO FIVE OF THESE ERRORS WILL BE

PRINTED PER MESSAGE COMPARED. OMLY
THE FIRST FIVE MISMATCHES WILL BE
IMIVIDUALLV REPORTED, BUT TOTAL

NUMBER OF MISTMATCHES IS REPORTED

BY ANOTHER ERROR.

PRINY}NG THE EVENT LOG AND USING THE
DCLT "DUMP'’ COMMAND WILL ALLOW YOU TO
FIND THE ADDRESS OF THE MESSAGE AND
EXAMINE IT.
DATA COMPARISON DATA ERROR

TOTAL MISMATCHES IN MSG = NNN

DATA COMPARISON LENGTH ERROR

COMPARE COUNT= XXX

RECEIVE COUNT= 222

XXX= %g 82' BYTES IN THE COMPARE

2221= NUMBER OF BYTES IN THE RECEIVED
MESSAGE

Pt
.

J
CZKMUAD KMS11
CZKMUA.PTN

m-nogcgi;
-82

09:

MACY11 30A(1052)

30-MAR-82

09:15

PAGE 16-3

THIS MEANS THAT THE MESSAGE RECEIVED
WAS A D'FFENT I.ENGTH THEN THE MESSAGE
THAT WAS EXPECTED.

L i i addd]

* NOTE *
LA

<« IN THE FOLLOWING ERROR DESCRIPTIONS XXXXX
REFEg's’E E? PE‘E OCTAL CONTENTS OF TIiE DEVICE REGISTERS

TIME OUT WAITING FOR Rbs TO CLEAR
SEL
SELO
XXXXXX

XXXXXX

THIS MEANS THAT A SOFTWARE TIMER EXPIRED BEFORE
(T)'F‘E DEVICE CLEARED RDI IN RESPONSE TO THE DROPPING
RQI.

NOTE: PROGRAM RESETS TIMER AND WAITS AGAIN
SO AN EFFECTIVE LOOP ON ERROR IS SETUP.
TIME OUT WAITING FOR Rbi TO SET
SEL
SELO
XXXXXX

XXXXXX

THIS MEANS THAT A SOFTWARE TIMER EXPIRED BEFORE
THE DEVICE CAUSED AN INTERRUPT IN RESPONSE TO THE

PROGRAM SETING NG RQ _RQI.

NOTE: PROGRAM RESETS TIMER AND WAITS AGAIN
SO AN EFFECTIVE LOOP ON ERROR IS SETUP.
TIME OUT WAITING FOR RUN TO SET
SEL2
SELO
XXXXXX

THIS MEANS THAT A SOFTWARE TIMER EXPIRED BEFORE

THE DEVICE SET THE RUN BIT IN RESPONSE TO THE
PROGRAM SETING MASTER CLEAR.
TE: PROGRAM RESETS TIMER AND ISSUES ANOTHER
MSTER CLEAR AND WAITS AGAIN SO AN EFFECITVE
%
W IS SETUP,
Ml
OULD INDICATE WRONG ADDRESS FOR
KMS11 HAS GlVEN IN HATOWARE P TABLE.

TIME OUT WAITING FOR OUTPUT INTERRUPT

SELO

SEL2

THIS MEANS THAT A
%l E
THE DEVICE SET OUTPUT }N ERRUPT IN

PROGRAM REQUESTI
NOTE: PROGRAM RESET

SEQ 22

CZKMUAO KkMS11

CZKMUA.PI

PDP-11°8C%T
-82

09:13

MACY11 30A(1052)

30-MAR-82 09:15 PAGE 16-4

IN RX OR TX MODE AND THE OTHER IS STIL LB EING
SET UP, IGNORE THIS ERROR IF PROGRAM ( ONTINUES

WITHOUT FURTHER ERRORS.

INPUT INTERRUPT WHEN EXPECTING OUTPUT
SEL2
SELO
XXXXXX

XXXXXX

THIS WILL HAPPEN IF THE DEVICE IS BAD. IT MEANS
THAT AFTER THE PROGRAM HAS ISSUED ALL INPUT REQUESTS
AN INPUT INTERRUPT
TO THE DEVICE, THE DEVICE ISSUES
ILLEGAL QUTPUT_INTERRUPT
SEL6
SEL2
XXXXXX

XXXXXX

THIS HAPPENS WHEN THE DEVICE ISSUES AN OUTPUT INTERRUPT
UITHWY SETTING "RDOTM. IF THIS HAPPENS THE DEVICE IS BAD.
CONTROL OUT INSTEAD OF BA=-CC OUT
SEL6
SEL2
XXXXXX

XXXXXX

MMM

WHERE 'MMMMM'’ IS ONE OF THE FOLLOWING MESSAGES
THAT RESULT FROM INTERPRETING THE REGISTER CONTENTS
FOR YOU:

PROCEDURE ERROR/HALT
NON EXIST MEM

DDCMP START REC
DISCMCT
LOST DAT

DDCMP MINT REC
ERRW
ov
TIME OU

DATA CHECK

THIS ERROR OCCURS WHEN THE DEVICE SETS CONTROL OUT
;2“1:'0“1’?7! ERROR CONTIDION. THE PROGRAM EXPECTS A
TX BUFF COMPLETED
AND SHOULD BE RX
SEL6
SEL‘

THIS ERROR OCCURS WHEN THE THE DEVICE HAS
A BACC OUT WITH TX COMPLETED
AND THE PROGRAM
WAS EXPECTING A RX COMPLETED.
RX BUFF COMPLETED NDESDGQLD BE TX
SEL4
XXXXXX

THIS ERROR OCCURS WHEN THE THE DEVICE HAS
CMHED AND THE PROGRAM
A BACC OUT WITH RX
WAS EXPECTING A TX COMPLETED.

SEQ 23

CZKMUAO KMS11=BL PDP=11 DCLT

CZKMUA.P11

30-MAR-82 09:13

MACY11 30A(1052)

30-MAR-82 09:15 PAGE 16~5

WHERE 'XXXXX'' IS THE OCTAL CONTENTS OF THAT
DEVICE REGISTER.

DOWN LINE LOAD ABORTED

THIS ERROR CAN ONLY OCCUR IN A NODE THAT
IS A DLL 'HOST'' WHEN IT HAPPENS IT ALSO
PRINTS ONE OF THE FOLLWING QUALIFERS:
TX NOT COMPLETE

HOST DEVICE DID NOT GIVE BACC OUT TX
THIS SHOULD NOT HAPPEN BECAUSE DEVICE
DOES NOT NEED AN ACK FOR MAINT MESGS.

RX NOT COMPLETE
CC_OUT RX
HOST DEVICE DID NOT GI
DOES NOT
LLITE
THIS CAN HAPPEN IF SATELLI

SEND THE SEC BOOT REQUEST MESSAGE.

SEC REQ WORD1

HOST RECEIVED A MESSAGE FROM SATELLITE
BUT MESSAGE WAS NOT 1ST WORD OF SEC BOOT REQ.

SEC REQ WORD2
FROM SA
MESSAGE
HOST RECEIVED A MESSAGE
BUT MESSAGE WAS NOT 2ND WORD OF

ITE

CALLED FROM PC. XXXXXX

THIS MESSAGE OCCURS WITH OTHER ERROR MESAGES
TO INDICATE PC OF CALLING ROUTINE.

SEQ 24

CZKMUAO KMS11=BL PDP=11 gC%s
30-MAR-82
CZKMUA.P1

MACY11 30A(1052)

30-MAR-82 09:15

PAGE 17

4.0 PERFORMANCE AND PROGRESS REPORTS

o
PASSTM
DCLT USES IT*S OWN, METHOD FOR DETERNINING AN END OF
PASSES
DELT
OF
OF PASS''. THE NUMBER
A 'DCLT END
WHICH IS CALLED

SWITCH ON THE DCLT
BY THE. /PASS=XXX''
0 B RUN IS SPECIFIED
OF "DCLT ERRORSTM IS REPORTED
TOTAL NUMBER
THE

RUN COMMAND.

GMEN T

NUFBER OF DCLT PASSES"

ARE COMPLETED.

4.1 PRINTING OF EVENT LOG

SIGNIFICANT EVENTS OR CHECK-POINTS WILL BE LOGGED IN

[CIRCULAR QUEVE STORAGE AREA CALLED THE EVENTLOG, THE LAST
ON, THE OPERATORS
EVENTS ARE KEPT QGGEDAND CAN BELISTED
(DIAGNOSTIC SUPERVISOR)
"DR>
THE
T
A
COMMAND
A_'PRINTL'
CONSOLE BY,GIVING
RPT> LEVEL. NOW
THE
TO
YOU
TAKE
WILL
THIS
LEVEL.
DELT>"* (DCLT)
'LAST=IN
A
IN
PRINTED
ARE
EVENTS
THE
COMMAND.
Q1vE THE *L.0G"°
FIRST-OUT**

ORDER.

EVENT TIME IS TYPED OUT AS MMM:SS:TT (LIKE 254:36:07) WHERE MMM,SS,TT

REPRESENT THE NUMBER OF MINUTES, SECONDS, CLOCK TICKS SINCE THE LAST
SHOULD BE NOTED THAT THE TIMES ARE
START OR RESTART. %T

RELATIVE SINCE WHILE

THE PROCESSOR IS MING AT FRIM!T! 7

THE CLOCK CAN'T INTERRUPT TO KEEP_TIME.

Tfl S

T SHOULD ALSO BE NOTED THAT THERE ARE
RELATIVE MINUTES SO ‘‘TIME'' WILL WRAP TO

800605 AVAL! E T0 ;YME
AFTER 256:59:5

1S FETCHING DCLT COMMAND

l LE THE

CASi

RATOR.

A START OR RESTART COMAAND AT THE “DR>" LEVEL INITJALIZES THE EVENT
LEVEL
_THEREFORE [T IS WISE 10 DO A 'PRINTTM AT THE
LG,
OR 'RESTAR
KEFORE GIVING A 'START'"
THE TYPES OF EVENTS KEPT IN THE EVENT LOG ARE:
TRANSMIT MESSAGE QUEUED:

EVENT TIME,

ADDRESS OF 1ST BYTE OF MESSAGE

TOTAL NO. OF BYTES, MODEM STATUS AT THAT TIME.

TRANSMIT MESSAGE COMPLETED:

NT TIME,
;ve

ADDRESS OF 1ST BYTE OF MESSAGE

OF BYTES, MODEM STATUS AT THAT TIME.
of.
RECEIVE gve oueueo
TIME, ADDRESS OF 1ST BYTE OF MESSAGE
uo OF ov TES, MODEM STATUS AT THAT TIME.
OMPLETED:
RECEIVE mssac;
; u! ADDRESS OF 1ST BYTE OF MESSAGE
oOF a S, MODEM STATUS AT THAT TIME.

DATA commson
§o
eT mt ADDRESS OF 1ST BYTE OF mum MSG.

&Gmss IN RCV. MSG.., TOTAL NO. OF BYFES

nA ERROR:
DATA camnfso
VENT fll! ADDRESS OF 1ST BYTE OF RECEIVED MSG.,
OTAL NO. OF BYTES IN RCV. MSG., TOTAL NO. OF

MACY11 30A(1052)

CZKMUAO KMS11-BL PDP-11 DCH

CZKMA P

30-MAR-8

SEQ 26

30-MAR-82 09:15 PAGE 17-1

COMPARISON FAILURES
DATA commson LENGTH ERROR:

EVENT TIME,

ADDRESS OF 1ST BYTE OF RECEIVED MSG.

TOTAL NO. OF BYTES IN RCV. MSG., TOTAL NO. OF BYTES

IN EXPECT MSG.
DEVICE INIT mn SETUP:

E s TIME, MODE OF OPERATION, TYPE OF MAINTENANCE

ot e . "DCLT'" PASS COUNT, 'RUN" PARAMETERS
evsm TIME,

DEVICE ERROR MESSAGE, CONTENTS OF TWO

REGISTERS RELATING TO THE ERROR.

END OF PASS:
T:

EVENT TIME

T'* PASS coum
"o;n

C
NO. OF 'NOBUFF*S'*(NO. OF

"DCLT'* ERROR COUNT,

~0UTS WITH THE

NO-BUFFER ssr SINCE THE usr DCLT RUN® COMMAND.)

NOTE:

IF THE NODES ON THE LINK ARE SIMILAR WITH

RESPECT TO CONSOLE, SPEED AND SETU®,

NUMBER

THE

*NOBUFFS'* SHOULD BE NEAR’ ZERO.

4.2 OPERATOR STATUS MESSAGES

THE '/STATUS

mosmus" QUALIFIERS FOR m DCLT ‘RUN'' COMMAND

ENABLES/DISABLES THE PRINTING OF PROGRAM STATUS MESSAGES TO THE

oremoa. THESEnessAets ARE INTENDED TO TELL THE OPERATOR WHAT
THAT
THE DCLT PROGRAM IS CURRENTLY DOING. BELOW ARE THE MESSAGES

MIGHT ae PRINTED AND THEIR MEANING:
MESSAGE

MEANING

TM@Q

DEVICE IS ABOUT START TRANSMITING A MESSAGE

RXQ

DEVICE HAS QUEUED SPACE TO RECEIVE/ COMPLETED RECEIVE

CMP

ABOUT 72 DO DATA CHECKING OF RECYD VS. EXPTD DATA
LENGTH ERROR OCCURRED DURING DATA
DATA ERROR OCCURRED DURING DATA WM

TTMXC

ERR
INI
MSC

CMD

EoP

TRANSMISSION OF MESSAGE COMPLETED

DEVICE ERROR HAS OCCURRED
DEVICE ABOUT TO BE INITIALIZED
ABNORMAL MODEM STA
C
END OF PASS

4.3 PRINTING OF KMS11 BASE TABLE

b&,fist
g
"?
1
'*...g,;';gm
T

NYIEMSEYH.E

"iVSEfoemsi

4.3.1 PRINTING ERROR I.OCAUM

B
CZKMUAO KMS11 L_PDP=11 8Cfl
0
30-MAR-82
CZKMUA.P1N

30-MAR-82

MACY11 30A(1052)

T0 PRINT ERROR

LOCATIONS,

COUNTER

09:15

PAGE 17-2

INPUT 'msmanon"

LOCATIONS BASE+3..BASE+12 WILL BE DISPLAYED
THE BASE ADDRESS IN THIS PROGRAM IS ALWAYS 17370.
EXAMPLE :
RPT> (A) ? B/E

DESCRIPTION

%ggTION

CONTENTS
004

NAKS=MSG NO BUFFERS CUMUL

171.02

007

REPS RECD CUMUL

4.3.2 PRINTING ENTIRE BASE TABLE

TO PRINT THE ENTIRE BASE TABLE, INPUT 'BASE/FULL'.

200 BYTES WILL BE DISPLAYED.

4.3.3 PRINTING SINGLE LOCATION

TO EXAMINE A SINGLE LOCATIM. mT "BASE/OFFSET=NNN'",
7. IF THE OFFSET VALUE IS
NNN IS A OCTAL NUMBER BETWEEN
NOT WITHIN THIS RANGE AN ERROR MESSAGE WILL BE PRINTED.
EXAMPLE :

RPT> (A) ? B/0=3

ngATlW
17373

CONTENTS..
006

RPT> (A) ?

DESCRIPTION

NTLR = NAKS..RCVD NO BUFFERS

L PDP=11 Dc%g
-82 09:

MACY11 30AC1052)

30-MAR-82 09:15 PAGE 18

5.0 DEVICE INFORMATION TABLES

THE DEFAUI.T. HARDWARE P=TABLE. THE VALUES AND
S
A "‘TEMPLATE'' FOR CREATING ACTUAL P-TABLE
E ARE USEDAS
E DEFAULT VALUES PROVIDED FOR THE OPERATOR.
RIES AND TH
CTION 2.4 FOR AN EXAMPLE OF THE HARDWARE QUESTIONS.

NUMBERS IN BRACKETS ( I.E. [10)) INDICATES THE OFFSET OF THE
UORD INTO THE HARDUARE TABLE. THE OFFSETS MUST MATCH THE P-TABLE
PARAMETER CODING _SECTION WHERE THE
OFFSETS USED IN THEHAR
"'GET PARAMETER"' CALLS ARE USED TO FILL THE P-TABLE.

WORD
WORD
.WORD

WORD

16‘0100
4 08

FULI. oa HM.F DUPLEX FLAG (BITO=1 IF FULL)
CTOR
INTERRUP

INTERRUPT moam (5)

6.0 MODE AND MESSAGE DESCRIPTIONS

BECAUSE THE KMS11 SUPPORTS DDCMP OPERATION IN
TO
RAM
IS UNABLE
FIRMWARE, THE PDP11 DCLT PROG

6.1 MODE DESCRIPTIONS
P)fl-‘

CZKMUAO KMS11
CZKMUA.P11

L
OR KNOW
TRO

EXACTLV WHAT ‘1S BEING TRANSMITTED OR RECEIVED AT ANY GIVEN TIME.E
ALL DATA MESSAGES ARE ENCLOSED IN A DDCMP ENVELOPE AND THEREFOR
S(E’C‘E?%D*s““s (ACKS,NAKS...) ARE ALSO BEINGTRANSMITTED AND
6.1.1 TRANSMIT MODE

A LIST OF MESSAGES IS TRANSMITTED WITHOUT EXPECTING ANY DATA
TO BE RECEIVED.

6.1.2 RECEIVE MODE

SPACE 1S QUEUED FOR, THE DEVICE TO RECEI
NUMBER OF
AFTER RECEIVING AN *EXPE
OF TEXPEC
LIST
A
AGAINST
Cil BE COMPARED
ENABLED.
IS
IF DATA=CHECKING
6.1.3 PASSIVE MODE

EVERY TIME A MESSAGE IS RECEIVED, A

DATA CHECKING CAN BE DONE ON THE lECfi

IS TRANSMITT
'
DA{A.I

MESSAGE

CZKMUAO kMS11-BL PDP=11 8(%;
-82 09:

ENABLES/DISABLES THE RETRANSMISSION OF THE DATA RECEIVED.
6.1.4 ACTIVE MODE

A LIST OF MESSAGES }S TRMSH}TTED AND HESSAGES ME RECEIVED.
THE DATA RECEIVED
NUMBER OF MESSA
AFTER RECEIVING AN "EXPECT

A IJST OF 'EXPECT 10 RECEI MESSAGES
AGAINST
COMPARED
BE
CAN
ENABLED,
IS
KING
IF _DATA=CHEC

NOTE: IF BOTH ENDS OF THE LINK ARE IN ACTIVE MDE. THEN THE
LINK MUST BE A FULL DUPLEX LINK!

6.1.5 DOWN=-LINE=-LOAD

THE "HOST*' OR_ORIGINATING STATION REQUESTS THE “SATELLITE'' OR
BOOT STATION TO ENTER WOP MODE. THE SATELLITE THEN SENDS 4
CONDARY BOOT REQUEST MESSAGE'. THE, HOST " THEN CHECKS THE,,

REQUEST
RECE IVED MESSAGE 10 SEF_THAT IT is A "'SECONDARY BOOT
ADDRESS

THEN THE HOST SENDS A MEWORY LOAD WITH TRANSFER
THAT CONTAINS_TAAGE DATA 10 BE LOADED BY THE SATELLITE'S
/MES12 STARTING AT LOC. 0. THIS IMAGE DATA WILL CONTAIN A
Y
NOS01

=LOAD WAS SUCESSFUL.
SAYING oow-une,
CODE_THAT PRINTS A MESSAGE
THE BOOTING PROCESS OVERWRITES PART OF THE 'VECTOR'® AREA SO THE DCLT
PROGRAM MUST BE RELOADED IN THE '‘SATELLITE'* SYSTEM.
THE SATELL]TE UILL ENIER MOP MODE ONLY IF THE PASSWORD WORD
pS MATCHES THAT SET IN ITS PASSWORD SWITCH PACK.
SUPPLIED
CONDARY BOOT MESSAGE'', IS THE DEVICE TYPE CODE
INCLUDED lN T

THAT IS DECIPHERED AND INCLUDED IN AN IDENTIFICATION MESSAGE.

NOTE: KMS11 DEVICES CANNOT BE DOWN=-LINE-LOADED.
EXAMPLE DOWNLINE LOAD;

DCLT>R M=D

SATTELITE PASSWORD = NNN

:NNN = OCTAL # BETWEEN 0-376

SECONDARY BOOT REQ FROM XXX 6ev1re TYPE = YY

~ROmOSNO | <

30-MAR-82 09:15 PAGE 18-1

MACY11 30A(1052)

SISz rno

CZKMUA.P1

SEQ 29

CZKMUAOD KMS11-BL PDP-"ogCfl

CZKMUA.PT

30-MAR-8

MACY11 30A(1052)

30-MAR-82 09:15 PAGE 18-2

SEQ 30

CZKMUAO KMS11-BL PDP-" DCH

CZKMUA.P11

MACY11 30A(1052)

30-MAR-82 09:15 PAGE 19

6.1.6 TALK MODE

vEND OF THE LINK TRANSMITS OPERATOR-TYPED MESSAGES

NODE GOES
THE WHOSE
POINT,
AT THAT
TYPED
ISTEXIT
MESSAGE
WL'USTEN" nooe.
FIRST
MESSAGE
A
IS
MESSAGETM
N
A
INTO
FIRST FOUR CHARACTERS
FOUR CHARACTERSARE X, SINCE ONLY_THE
CHARACTERS CAN BE ADDED SO THAT A MESSAGE
MORE

MAY BE SENT AND THE MODE SWITCHED ALL AT ONCE.

FOR EXAMPLE:

TLK> EXIT ALL OF THIS LINE IS SENT THEN MODE SWTICHED
6.1.7 LISTEN MODE

TEN'" END OF THE LINK PRINTS ALLOF THE MESSAGES
CONSOLE. IF THE MESSAGE
ICE ON THE OPERATOR'S

S AN EXIT" MESSAGE,

THEN THE *NODE ENTERS “TALK"' MODEs.

S A MESSAGE WHOSE FIRST FOUR CHARACTERS ARE ‘EXIT"'.

6.1.8

MAINTENANCE 'LOOP'* MODE

REMEMBER THAT THE WHENEVER A "RUN'' COMMAND IS TYPED, YHE DEFAULT IS
NO LOOPBACK AND THAT LOW ME MUST BE SPECIFIED BY

"/I.WS!NT" IF LOOP MODEIS DESIRED,

LOOP MODE IS VALID ONLY IF ME MODE TO RUN IS ACTIVE !

INTERNALTTL

THE ‘LU LOOP'* BIT IS SET SO THAT THE UNIT'S

SERIAL LI'E OUT IS LOOPED BACK TO THE SERIAL
LINE IN AT THE TTL LEVEL BEFORE LEVEL
CONVERSION.

ogc*;
CZKMUAO KMS11-BL PDP-‘II
30-MAR-8
CZKMUA.P11

MACY11 30A(1052)

30-MAR-82

SEQ 32

PAGE 20

09:15

THE FOLLOWING TABLE SUMMARIZES THE MODES THAT CAN BE RUN TOGETHER
gnsuogugugcflmmocm IS RUNNING ON TWO PROCESSORS (ONE AT EACH

ISTAT gu
i*HOST""
'mx
ILISTEN
i TRANSM] T
RECEIVE
IPASSIVE

IACTIVE
'ooumen.w

-o

e o e

- - -

3
STATION B
'/LOOP"* ALLOVED? "REMOTE'* NODE
NO
NO
NO
NO
NO

YES
NO

PASSIVE

DUPLEX

ustsm RECEIVE
TALK*, TRANSMIT
RECEIVE+, LISTEN
TRANSMIT#, TALK
ACTIVE®*
ACTIVE®
PASSIVE*
-

!
:

HALF OR FULL!
HALF OR FULL'
HALF OR FULL'
HALF OR FULL!
mr OR FULL!
ULL
:
mr OR FULL!
-

WALF_FORCED!i

«= MOST LIKELY TO BE IN THAT MODE

6.2 MESSAGE DESCRIPTIONS

NAME

DESCRIPTION

ZEROES
ONES
1ALT
OALT
cCITT

OF ALL
MESSAGE

ITEP

ALPHA

sl
J
0°S (
9%”%%%%9....,
1
(1”1”1“1“1”1”1“9
?'s
ALL
OF
MESSAGE
MESSAGE OF ALTERNATING 1°'S (10101 1g
,10101010.....
SSAGE
TING
0'S
(0101010
omo
LSCITEL 312811 (VS. 31 BITS) TEST PATTERN

PROGRAM' S ;m»" ME SSAGE um )
m;mggw :Es'rw

LAZY ooc.<1s><15><oot793”m17m9>?"
~NUMERICS (OR FUT
LMNOPQRSTUVWXYZ/[\

m" (AMPERSAND) {i’
+ -.of?s'zsc 89: <s>rmcmeuux
J)*_%§

*A-2,0-9,SPACES, TABS"’

THESE ARE THAT THE CHARACTERS THAT CAN
D BETWEEN QUOTATION MARKS ('“.."'%
|

A UNIQUE MESSAGE.
AN OPERATOR SPECIFIED MESSAGE.)

CZKMUAD KMS11
CZKMUA.PT

PDP-"osC“
-82

09:

MACY11 30A(1052)

30-MAR-82

09:15

PAGE 21

7.0 OTHER INFORMATION

7.1 INTERFACING TO AN "ITEP' NODE
WHEN DCLT IS USED TO lNTERFACE TO AN ITEP NODE.
THE TABLE BELOW APPLIES:

ITEP NODE

DCLT NODE

ONE-WAY-0UT
ONE-WAY=IN
INTERNAL LOOP
EXTERNAL LOOP

RECEIVE OR LISTEN
TRANSMIT OR TALK
ACTIVE
ACTIVE OR PASSIVE

NOTE: WHEN mtenn%ns T0 ITEP iF THE RX BUFFER ON THE
ITEP SIDE IS ONLY 10 BYTES LARGER THAN THE TX BUFFER YOU
HAVE SELECTED, SO BE SURE TO SET THE TX BUFFER ON THE DCLT

NODE ACCORDINGLY.

HEN ITEP IS IN A MODE THAT IT IS EXPECTING TO BE TRANSMITTED
SOFT_ERROR 'BASE TABLE ERR COUNTS NON-ZEROTM' WILL OCCUR.

mis IS DUZ TO THE SPEED DIFFERENCES IN THE SOF TWARE.

WHEN DCLT 1S INLISTEN WODE THE RX BUFFER 1S ONLY
THE DCLT NODE
EFORE DO NOT SEND

hce. S FRon THE ITEP NODE OR A ‘LOST DATA' ERROR WILL
&ep

BE SURE ITEP NODE WAS INCORPERATED PATCH FROM DEPO# MD=11-DZDMO-A1
ITEP NODE SHOULD ALWAYS BE RUN WITH SW &4 = TO 0

7.2 TROUBLESHOOTING MINTS

lsaf"{'fi FAULTS.
LISTED BELOW ARE SOME SETUPS THMAT COULD BE USED FOR
THE ONLY SDCYCM*UStD!......
ARE BY NO MEANS
THESE
VERY FLEXIBLE TOOL! THIS SE {S MEANT TO
A
BE
70
MEANT
IS
DCLT
T !M
GIVE SOMEONE NOT TO) FAMILIAR WITH DCLT A PLACE

REMEMBER THAT THE PR N"N" N SYATUS MESSAGES AND PRINTING OF THE
ORMATION ABOUT THE SEQUENCE OF
EVENT LOG CAN PROVID E
L fl ME BEMAVING.
DEVICE AND
EVENTS AND HOW THE
*‘/NOCHE CK**
D.
MESSAGE
)
AS RECEIVING
FiNED
oo
2 CME
NO DMA
usm
pa
gl
C*Ckl'fi flf
IECEIVE.
EXPECT%
.?1
MANY MESSAGE

NOTE: IF BOTH ”ES IN_ACT

&m‘%flfll;sl,m%gsg
7.2.1

SEQ 34

30-MAR-82 09:15 PAGE 21-1

MACY11 30A(1052)

INTERNAL LOOP AT EACH NODE

RUN EACH END OF THE LINK IN ACTIVE MODE WITH LOOP=INTERNAL.
TRANSMIT TWO OR THREE MESSAGES UITH NO DATA CHECKING.
STATUS PRINTING COULD BE TURNED OFF IF ON, BUT SEEING THE SEQUENCE
OF EVENTS MIGHT BE INFORMATIVE.

A POSSIBLE COMMMAND SEQUENCE IS:
CE
cT

SE_T=ONES/S=20/(C=2

R M=A/L0=1/NOCH/STAT

WHAT THE ABOVE COMMAND SEQUENCE MEANS:

C " AND THE C T INITIALIZES THE EXPE
HE

csz
tsones/sszw
THE 3"SEMESSAGES.
LIST",
"TRANSHIT
THE
AND
UIST
MESSAGES
THE
CONTAIN
TO
LIST
TRANSMIT
THE
SETS

S8YTES IN LENGTH.
CONTAIN DATA OF ALL ONES AND EACH ONE IS
THE 'R M=A/LO=I/NOCW/STAT" SETS THE WODE TO RUN IN TO B
ACTIVE AND LOOP TYPE TO BE_INTERNAL TTL. THE PROGRAM WILL
NGT'BE CHECKING DATA SO THERE WAS NO NEED 10 SET UP AN
EXPECT LIST. THE PROGRAM WILL BE PRINTING STATUS MESSAGES.

WHAT YOU SHOULD SEE AFTER ENTERING THE RUN COMMAND
IF THINGS ARE RUNNING CORRECTLY :
INI RXQ TXQ Rg TXC TXQ RXQ TXC

TXQ RXQ TXC E

MODE=ACTIVE/LOOP=INTERNAL/PASS=00000

’LD> (A

/STATUS/NOCHE CK/NOE CHO/NOMODEM

RECEIVE. ANY ERRORS REPORTED WILL PROBABLY BE DUE TO INCORRECT
TY DEVICE, CHECK ADDRESSES
VICE ADDRESSES BEING USED OR A
gé;‘llc DISPLAY'* AND RUN THE PREREQUISITE DIAGNOSTICS FOR THE COMM.

NOW TRY RUNNING EACH NODE THE SAME WAY WITH DATA CHECKING ENABLED.
A POSSIBLE COMMMAND SEQUENCE IS:

:tHI:/LO'IIWFASOS
WHAT THIS SEQUENCE MEANS:

Bt
THE EXPECT
HAVE ALL

el
A ONTAINSP
e;

smounontzomt éAcu INLENGTHs um.

J
CZKMUAOD KMS11
CZKMUA.PT1

PDP-‘l‘logtfl
-82

09:

MACY11 30A(1052)

30-MAR-82

09:15

PAGE 21-2
ON
OF Tw0

ADDITI
LLS THE PROGRAM
r;
SulTen
St R
TO CHECK THE RE CEIVED DATA AGAINST THE TLXPECTED LIST .

THE RUN COMMANDIS THE

SANE WITH THE

SWITCH TELLS THE PROGRAM TO RUN 3 PASSES BEFORE

RETURNING TO THE DCLT> PROMPT.

T YOU SHOULD SEE AFTER ENTERING THE RUN COMMAND
IF THINGS ARE RUNNING CORRECT

INI RXQ TXQ RXQ TXC TXQ RXQ TXC

TXQ TXC CMP CMP CMP EOP RXQ TXQ
RXQ TXC TXQ RXQ TXC TXQ TXC CMP
CMP CMP EOP RXQ TXQ RXQ TXC TxQ
RXQ TXC TXQ TXC CMP CMP CMP EOP

MODE=ACTIVE/LOOP=INTERNAL /PASS=00000

/STATUS/CHECK/NOECHO/NOMODEM

IFA CABLE TURNAROUND CONNECTOR IS AILABLEhPUT IT ON }ME END OF

IN ACTIVE MODE WITH NO LOOP.
THE CABLE JUST BEFORE TTHE MODEM AND RUN
POSSIBLE COMMAND SEQUENCE IS:
R M=A/CH/PAS=3
WHAT THIS SEQUENCE MEANS:

THIS SEQUENCE HWAS THE °'‘/LO=I'' REMOVED. THIS INFORMS
THE DEVICE TO ACT AS IF IT WAS RECEIVING FROM ANOTHER
WHAT YOU SHOULD SEE AFTER ENTERING THE RUN COMMAND
IF THINGS ARE RUNNING CORRECTLY :
INI RXQ TXQ TXC RXQ TX@ TXC IXO
TXQ TXC CMP CMP CMP EOP RXQ TXQ
TTMXC RXQ TXQ TXC RXQ TXQ TXC CMP
CMP EOP RXQ TXQ TXC RXQ TxQ
CMP
EoP
TXC RXQ TXQ TXC CMP CWP
S
MODE=ACTIVE/PA
S/
CK/NOE CHO/NOMODEM
CHEATU
/ST
DCLT> (A) ?

CZKMUAO KMS11

CZKMUA.P11

PDP=11 SC%
-82 09:

7.2.2

MACY11 30A(1052)

SEQ 36

30-MAR-82 09:15 PAGE 22

TRANSMIT ON ONE NODE RECEIVE ON THE OTHER

NOW TRY TRANSMIITING FROM ONE END AND RECEIVING ON THE
OTHER, MAYBE WITH NO DATA CHECKING AT FIRST TO ESTABLISH
IF THE LINK 1S WORKING. POSSIBLE COMMAND SEQUENCES ARE:
NODE A

NODE B

SE Tt‘lALT/StZSO

R M=R/NOCH/PAS=3

R M=TR/PAS=3

WHAT THIS SEQUENCE MEANS:

ME *'C E ' AND ‘C T" xmmuze, BOTH THE

amsnn mo sxmr LISTS.THE

''SE T=1ALT/S=250

SETS THE TRANSMIT %s ON nooe A ro BE 1 MESSAGE
DATAOF ALTERNATING
"BYTES AND
R n-mms-s SETS THE RUN noo
ONES mo ZEROS,
WITH A LENGTH OF 2

uoos, T0 BE rmsm

AND THE PASS COUNT IS SET TO

R M=R/NOCH/PAS=3'* SETS THE RUN MODE OF nooe 8
ro BE RECEIVE, NO DATA CHECKING IS TO BE DONE,AND

THE PASS COUNT IS SET TO THREE.

WHAT YOU SHOULD SEE AFTER ENTERING THE RUN COMMAND
IF THINGS ARE RUNNING CORRECTLY :
FOR NODE A:

INI TXQ TXC EOP TXQ TXC EOP TXxQ

TXC EOP

T/PASS=00000
MODE=TRANSM]

DCLT> (A)

E
CHO/NOMODEM
S/NOCH
/STATUCK/NOE

FOR NODE B:

INI RXQ EOP RXQ EOP RXQ
MODE=RECEIVE/PASS=
CHE
CK/NOE CHO/NOMODEM
/STATUS/NO
?
DCLT> (A)

NOW TRY DOING DATA CHECKING ON THE MESSAGE(S) BEING
TRANSMITTED. POSSIBLE COMMAND SEQUENCES ARE:
R M=TR/PAS=3

SE E=1ALT/S$=230
R M=R/CH/PAS=

MUST
250"TLINE
o3 -1&1(5
THE
10
'€
:
t
ec m NODE
sox
' 10
i

WHAT THIS

SEQUENCE
ME

i IHE L

ENABLES DATA CHECKING

L
CZKMUAOD KMS11 -8& PDP-11 8(%;
-82 09:
3
CZKMUA.P11

MACY11 30A(1052)

30-MAR-82

09:15

SEQ 37

PAGE 22-1

WHAT YOU SHOULD SEE AFTER ENTERING THE RUN COMMAND IF THINGS
ARE RUNNING CORRECTLY:

NODE A: IS THE SAME AS ABOVE.
NODE B:

INI _RXQ CMP EOP RXO
MODE=RECE IVE/PASS=

MP EOP RXQ CMP EOP
0

CHE
CK/NOE CHO/NOMODEM
/STATUS/
DCLT> (A)?

NOW RUN THRU THE SEQUENCE AGAIN WITH NODE A RECEIVING
AND NODE B TRANMITTING TO CHECK OUT THE OPPOSITE
DIRECTION OF DATA FLOW.

7.2.3

ONE NODE ACTIVE THE OTHER NODE PASSIVE

NOW TRY MING ONE NODE IN ACTIVE MODE WHILE THE OTHER
END RUNSIN PASSIVE. DATA CHECKING SHOULD BE TURNED OFF
IF THE fiSSAGE LISTS ARE NOT THE SAME.
POSSIBLE COMMAND SEQUENCES ARE:

NODE A

NODE B

:SE T=1AL7/S=20/C=2

SE_T=CCITT/S=10/(C=2

R M=ACT/NOCH/PAS=3

R M=P/NOCH/PAS=

WHAT THIS SEQUENCE MEANS:

THE EXECUTION OF THIS SEMNCE CAUSES fl! FG.LWIN?
A. THE TRANSMIT MEXPEC
ON NODE
TO HAPPENGS
THIN

LISTS ARE ININAI.{ ED THEN THE TRANSMIT I.l i

BYTES EACH. TNE DATA USED IN THE
TO 3 MESSAGES OF
P.TEl'll. THEN NODE h
THE CCITT
IS
MESSAGES
TRANSMIT

HE P
ET T
PRINTED IF THE PREV!M

1
# YOU ARE RUNNING FROM
0 ADD A "/STA TO THE RUN COMMAND LINE.

WSH" AND EXPECT LISTS ARE ;NTIALIZED
LIST IS SET TO 3 MESSAGE
'?
l" {ACH.'i DA!A roa EACH MESSAGE IS ALTERNATING
N PASSIVE MODE WITH
HE NODE

MTA CKCKI“ DlSMtED “ flf PAS

COUNT SET TO 3.

T YOU SHOULD SEE AFTER ENYERI" THE RUN COMMAND
IF THINGS ARE RUNNING CORRECTL
FOR NODE A:

INI RXQ TXQ TXC TXQ RXQ@ TXC TxQ
RXQ TXC EOP RXQ TXQ RXC TXC TxQ

PDP-HogC%;
CZKMUAD KMS11-BL

CZKMUA.P11

MACYT1 30A(1052)

09:15

30-MAR-82

PAGE 22-2

RXQ TXC TXQ RXQ TXC EOP RXQ TXQ
RXQ TXC TXQ RXQ TXC TXQ Rx@ TXC

HODEMCTIVE/PASS!OOOOO
CHE
CK/NOE CHO/NOMODEM
/STATUS/NO

DCLT> (A)

FOR NODE B:

INI RXQ TXQ TXC RXQ TXQ TXC RXQ
TXQ TXC EOP RXQ TXQ TXC RXQ TXQ
TXC EO® RXQ TXQ TXC RXQ TXQ@ TXC

RXQ TXQ TXC EOP

MIDE=PASSIVE/PASS=00000

DCLT> (A

E
CHO/NOMODEM
S/NOCH
/STATUCK/NOE

NOW USE DATA CHECKING WITH THE "EXPECT MESSAGE LISTS'' SET
UP APPROPRIATELY. ANOTHER VARIATION IS TO HAVE LARGE SIZE
MESSAGES ON ONC SIDE WITH SMALL MESSAGES ON THE OTHER.

THEN REVERSE THE SETUP SO THAT THE NODE RUNNING IN ACTIVE
IS RUNNING IN FASSIVE AND VICE VERSA.
7.2.4 BOTH NODES ACTIVE

NOW BOTH NODES CAN BE RUN_IN ACTIVE WITH DATA CHECKING ON.
STATUS PRINTING COULD BE TURNED OFF IF YOU'RE NOT INTERESTED
IN THEM.

NODE A

¢§
1‘c"c‘x%%l%a
St :T=ALPHA/S=
E-Ones/S=21
E=1TEP/S=31

R M=A/CH/NOST/PAS=3

¢§
SE Exceirtyss

SE ;tALPMISt

SE T=ONES/se
T=1TEP/S= 1

R M=A/CH/NOST/PAS=3

WHAT THIS “'}f"‘
uf
msmr LIST

10 BE

IG
Lfi,‘n
'ig;
g 1
11
BYTES
L

s"s*,w:gm
b Contals
T oo azz‘%mfi.

SEQ 38

CZKMUAD KMS11

CZKMUA.P1

PDP-‘HogCH
-2

09:

MACY11 30A(1052)

30-MAR-82 09:15 PAGE 22-3

NODE B HAS THE SAME MESSAGES EXCEPT THAT THE
TRANSMIT MESSAGE LIST IS THE EXPECT MESSAGE LIST
VICE VERSA.
AND

BOTH NODES ARE RUN IN THE ACTIVE MODE WITH
DATA CHECKING AND PASS COUNT EQUAL TO THREE.
ou suouu SEE AFTER emmns THE RUN COMMAND

noomctivems-ooooo cmoecm/wen
mosmus/cus

DCLT> (A)

A VARIATION THAT CAN BE USED ISFOR ONE END TO SEND A LOT OF
E'O A FEW LARGE MESSAGES.
§
SMI. MESSAGES AND THE OTHER TO
OF SYNC BUT THIS IS NOT
OUT
BE
WILL
POINT
ME;N-PASS“
THE

7.2.5 TALK AND LISTEN MODES FOR COMMUNICATING

TALK AND LISTEN MODES ARE USEFUL IF THE OPERATORS WISH TO COMMUNICATE
WITH EACH Oflfl. JUST SETUP A TIME THAT EACH WILL GO TO THEIR MODE,
SIBLE COMMAND
EN, AND SEND MESSAGES CVER THE LINK.
;eLKkls
R M=TA/NOST
TLK>

R M=LIS/NOST
LIS>
7.3 EXAMPLES OF COMMANDS

|
_

THIS SECTION WILL

EXACTLY WHAT TO

SHOW A SAMPLING OF COMMANDS AND

EXPECT FROM THEM.

7.3.1 EXAMPLES OF MESSAGES COMMANDS
THE CLEAR COMMANDS .

wiL
mli

7 TRANSMIT AND
'll N,‘l(
BYTES. THE DATA OF

EXPECT LIST
THE MESSAGE WILL

IF MS! CMS“FMMD"‘WCM

mas.ost‘:s'tmw;;, fi uutmumum IS

th
';03

gllAii?!!’!fl LIST COMMAND SUCH AS:
'§

SEQ 39

CZKMUAO KMS11-BL PDP-11 DCL;

CZKMUA.PT1

30-MAR-82

MACY11 30A(1052)

30-MAR-82 09:15 PAGE 22-4

AND FOLLOHEg IT WITH A SHOW EXPECT LIST COMMAND
SH

WHAT YOU WOULD SEE IS

MSG:
MSG:
MSG:
MSG:

TYPE=ALPHA/SIZE=35
TYPE=ALPHA/SIZE=35
TYPE=ALPHA/SIZE=35
TYPE=ALPHA/SIZE=35
HODESACTIVE/PASS=0000

DCLT> (A) ?

EM
US/
CK/NOE CHO/NOMOD
TAT
NOSCHE

SEQ 40

CZKMUAO kMS11-BL PDP=11 Oscfi
30-MAR-82
CZKMUA.P

MACY11 30A(1052)

30-MAR-82 09:15 PAGE 23

7.3.2 EXAMPLES STATISTICAL COMMANDS
IF YOU TVPEpA HELP COMMMAND
HEL

WHAT YOU WILL SEE IS
DCLT CMDS:

%EQ'T‘ OR SHOW EXPECTLIST OR TRANSMITLIST
EXIT

DUMP START=END/B

SET EXPECTMSG OR TRANSMITMSG=TYPE/SIZE=N OR /COPY=N

T,ALPHA
EP,CCIT
'm OALT,IT
z’zmé=Z,SP,
“%Sé"OR-u.;"
'
QUOTES
IN
9
TAB,0=
SPCD=A
"OPR

M,
PASS=N
RUN MODE=MTYP/LOOP=LTYP/CHECK ,STATUS ,ECHO,MODE
S,DOWN
,TAL,LI
ACT,PAS
AN.REC,
MTYP=TR
,REM/
LTYP=INT,CAB,LOC
DCLT> (A

THE SAME WILL HAPPEN IF YOU USE THE ?
THE DUMP_COMMAND maouxe THIS
DUM 41260-413

TH&%OUILL DUMP THE DATA FROM ADDRESSES 41260 TO
IN THE FOLLOWING MANNER

2};38

(1)8:;3 000167 177772 021122 012112 006312 006312 006312

7 Tou 5 g e,0,7

WHAT YOU

192 00 D3R 4R

7.3.3 EXAMPLES RUN COMMMANDS

YOU CAN FIND SEVERAL EKW%ES OF THE RUN COMMMAND IN THE
TROUBLE SHOOTING HINTS SECTION BUT HERE ARE SOME OTHERS.
IF YOU WERE TO EXECUTE THE RUN COMMAND
R M=TR/NOST/CH/PAS=6

WHAT WOULD MAPPEN IS AFTER & PASSES THE PROGRAM WOULD RETURN
TO THE DCLT PROMPT AND PRINT
MODE=TRANSM] T/PASS=00000
DEM
CHO/NOMO/
CHE CK/NOETUS
/NOSTA
DLLT> (A)

IF YOU WERE

TO EXECUTE THE RUN COMMAND

M=A/L0=1/ST/CH/PAS=3

WHAT YOU WOULD SEE

(IF USING DEFAULT TRANSMIT AND EXPECT

CZKMUAO KMS11-BL PDP-flogCfl

CZKMUA.PT

30-MAR-8

MACY11 30A(1052)

30-MAR-82 09:15 PAGE 23-1

MESSAGES) IS

INI RXQ TXQ TXC CMP EOP RXQ TXQ
TXC CMP_EOP RXQ TXQ TXC CMP EOP

MODE=ACTIVE/LOOP=INTERNAL/PASS=0000
DCLT> (A)

EM
S/
CK/NOE CHO/NOMOD
CHEATU
/ST

IF YOU IgETTHE EXIT COMMAND
WHAT YOU WOULD SEE IS
C2CLK_EOP
0 CUMLATIVE ERRORS
DR>

7.3.4 EXAMPLES PRINT COMMANDS

THE PRINT COMMMAND CAN l§ USED FROM THE SUPERVISOR (DR>)
(DC%T LEVEI.. ONCE _YOU ARE AT THAT
LEVEL OR THE DCLY
HE PROMPT RPT>
LEVEL YOU WILL KNOW
AFTER TYPING PRI FOR EITMER TNE THE DLCT> OR DR PROMP'S
TYPE ‘W'’ OR
RPT> (A) ?

''2'° FOR HELP!

HERE ARE SOME EXAMPLES OF RPT> LEVEL COMMANDS
THE HELP OR ? COMMAND
HELP
?
PRODUCES THE FOLLOWING:

DCLT REPORT CMDS:
LOG = PRINT DCLT EVENT LOG
EXIT = EXIT IEM LEVEL

TIS MES SAGE
= PRINT
HELP

'?‘flt
E
= PMNT
BASE/FULL
PRINT SJNGL LOCATION
=
=NNN
BASE/OFFSET
BASE/ERROR

RPT> (A)

? LOG

THE LOG COMMAND PRODUCES THE FOLLOWING
> SCbT swut
:01:

ENTRY 333333333333 3333333332333333>>>
SPA

gv E‘CMF- 212
ADDR OF MS
DCP l{1 soo t:
PSR
MODEM STATUS: t;

> 8‘87 iVi“ ;g f“fg;A)))))))))))))))))))))))))))))))

DCD"g ‘! SM m
i zfia STATUS: fl!Dgl

CZKMUAO KMS11-BL PDP=11 DCH

CZKMUA.P1

-82 09:

MACY11 30A(1052)

30-MAR-82 09:15 PAGE 23-2

THIS GOES ON FOR 45 EVENTS lF THE MODE
T_MANY
HAD
PREVIOUSLY EXECUTED
YOU EXIT FROM EVENT LOG PRINTING 8y
TYPING A CONTROL C.

7.3.5

EXAMPLE EXIT COMMAND

THE EXIT COMMAND WORKS LIKE THIS. IF YOU
ENTERED THE REPORT LEVEL FROM THE SUPERVISOR
(DR>) THEN TYPING

EXIT

WILL RETURN YOU TO THE SUPERVISOR.
DR>

IF_YOU ENTERED REPORT FROM THE DCLT LEVEL

THEN TYPING

EXIT

WILL RETURN YOU TO THE DCLT LEVEL.
DCLT>

7.4 THINGS TO WATCH OUT FOR

IF_YOU ARE RUNNING DCLT ON SYSTEMS THAT HAVE CONSOLES

WITH DIFFERENT SPEEDS YOU WILL BE UNABLE TO USE THE
PRINT STATUS FEATURE IN CERTAIN MODES. THE RULE IS
IF IT DOESNT WORK WITH STATUS PRINTING RUN THE MODE
WITH NOSTATUS.

WITH THE ECHO SWITCH
IF YOU ARE USING PASSIVE
TO RE m THE TRANSMIT
THEN YOU WILL PROBABLY HAVE

usr ON THE SIDE WITH THE

ECHO SWI

THE REASON IS

T THE TRANSMIT
LIST GETS OVER umisn VITH THE
WHEN USING THE ECHO SWITCH.

uecsm LIST

CZKMUAD KMS11

CZKMUA.PT

PDP=11

;&MR-SZ 08%;

41%

SEQ 44

30-MAR-82 09:15 PAGE 23-3
PROGRAM HEADER
BGNMOD

purpuary

002000

: THE PROGRAM HEADER IS THE INTERFACE BETWEEN
: THE DIAGNOSTIC PROGRAM AND THE SUPERVISOR.

Ahm ~a
s
S

sEBSS

G178

MACY11 30A(1052)
.SBTTL

%)
%)
%)
%)
6)

@
(5)

%)
(S)

POINTER BGNRPT,BGNAU,BGNDY

002000

HEADER

%
101

%)
(5)
%)
(5)
%)
(5)
%)

000000
003410
066266

%)
(5)
%)
(S)
%)
(5)
%)

LASCI1 72/
LASCII /Kk/
LASCII /W/
2v/
LASCII
.BYTE

1
1
1)
aso

060

(5)
%)
(5)
(%)
(5)
%)
(5)
(g)
(5)

LASCII1 /¢C/

(5)

(CZKMU,A,0,1800.,0,#PR107

000000
002130

000000
046552
000000

000000
000000
000000
002124

LSREV::

LSDEPO::
LSUNIT::

LASCII

LASCI1

70/

WORD
.WORD
LSHPCP::
WORD

LSTIML::

LSSPCP::

LSHPTP::
LSSPTP::
LSLADP::
LSSTA::

L$CO::
LSDTYP::
LSAPT::
LSDTP::

O
1800.
LSHARD

WORD

LSHVW

WORD

LSLAST

WORD

MNORD
MWORD

O
O

MNORD
WORD

O
LSDISPATCH

30504€

PDP-‘l‘logC%;
-82

09:

MACY11 30A(1052)

30-MAR-82

PROGRAM HEADER

SEQ 45

PAGE 23-4

000340

#PR107

000000

0
CSREVISION
CSEDIT

00
00

s3]
0s03 806000

012230

LSOVTYP

Fad T+

S-+

228828

— e ot md
d d b wd D D b d b b =D b d D Ve
e ol ) ot =R ok mm

LSLUN::

LSDESP::
LSLOAD::
LSETP::

LSICP::
LSCCP::
LSACP::

$888888°8888888

000000

LSDUT::

-+T

vvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvv

o o,

o HSwnibswnesswne AA&AQ&&AAAAAAAAAAQA%&flflfiflfiflflfiflflflflflflfiflflflfl
VIS VS VS VS VS VWS VS VS VWS VS VS VS VSIS BnS IS nSsneswne w

CZKMUAO KMST1
CZKMUA.P11

09:15

LSPRT::
LSTEST::
LSDLY::

LSHIME::

LSRPT
0

LSAU
LSOV
0

LSDESC
ESLOAD
0

LSINIT
LSCLEAN
LSAUTO

LSPROT

CZKMUAD KMS11-BL

CZKMUA.P11

PDP=11
ogfl
§3'-‘nn-uz

.SBTTL

DISPATCH TABLE

: IT 1S USED BY THE SUPERVISOR TO DISPATCH TO EACH TEST.

4251

4255

30-MAR-82 09:15 PAGE 23-5

: THE DISPATCH TABLE CONTAINS THE STARTING ADDRESS OF EACH TEST.

4250

(g)

SEQ 46

DISPATCH TABLE
++

ll: 23
%)
(3)

MACY11 30A(1052)

0021

122
1

126

000001

035570

DISPATCH 1

.WORD
LSDISPATCH: :

.WORD

MACYT? 33#188)

+SBTTL

PD:;?OgCH

she

DEFAULT HARDWARE P-TABLE

‘TEMPLATE'® FOR BUILDING THE P-TABLES.

: AND IS USED AS
BGNMW

DFPTBL
LSMHW::
DFPTBL::

&~ zzzg

BRBDBPENAAANY

30-MAR-82

HARDWARE P-TABL

SEQ 47

PAGE 23-6

s THE DEFMlfiT HARDWARE P-TABLE CMTAINS DE'M.I.T VAL?; OF
: THE TEST-DEVICE PMAMTEIS. THE STRUCTURE OF THIS TABLE
TOTglE TRUCTURE OF THE WARDWARE P=-TABLES,
s IS IDENTICAL

ot ot

CZKMUAD KMS11
CZKMUA.P11

09 15

WORD

L10000-LSHW/2

SEC"N
'I'DEPE'DENT

002130

IN WCKHS ARE THE OFFSET VALUES USED IN THE PARAMETER
THE NUMBE;
CODING SECTION

WORD

000001

:[0] FULL OR MALF DUPLEX FLAG (BITO=1 IF FULL)

sDEVICE DEPENDENT SECTION

.
;

ADDING OR REMOVING WORDS FROM THIS TABLE EFFECTS THE "GE!" CALLS IN
THE HARDWARE PARAMTER CODING SECTION BY CHANGING ‘OFFSE
18§100

“

l“fgt’! PRIORITY (5)
[;
INTERRUP

VECTM

L1000y:

g2 09E 15
X l IR TR
Yo

CZKMUAQ
CZKMUA

.SBTTL

PAGE 23-7

GLOBAL EQUATES SECTION

Had

T HE GLOBAL EOUAYE; SECTION CONTAINS PROGRAM EQUATES THAT

; ARE USED IN MORE

HAN ONE TEST.

EQUALS
2

BIT DIFINITIONS

EVEN

F I.Af DEF INITIONS

EFs2: EF17 RESERVED FOR SUPERVISOR TO PROGRAM COMMUNICATION

START==

SEQ 48

P T T

D e o

g b

by S

~
1]
n

ot Bl

Bt o

PDP=11

BODDDDBD

T NP

D d oD

®e e

P N

— ed D

N N PN PN PN PN N PN PN NN PN PN PN NN NN NN PN PN PN PN PN

e — e cd b ) D Nd N) ND dNe N) N) N)

(=]

MACY11 30A(1052)
EQUATES SECTION

; PRIORITY LEVEL DEFINITIONS

== 1
sz &
== (

EVL“

=
14

OPERATOR FLAG BITS

30-MAR-82 09:15 PAGE 23-8

SEQ 49

;8': Pot-.yogCH

MACY11 30A(1052)

09:15

30-MAR-82

GLOBAL EQUATES SECTION

SEQ 50

PAGE 23-9

senens INDEPENDENT EQUATES

D D o

VIS W= O VNV

d md o

d o

WN=O

IIIIIIIIIINNINNNN

§88

4604
4405

001000

BUFLIM=512.

0000 17

MSGLIM=15.

sMAX BUFFER sus IN BYTES
APPLIES TOTX,RX mo CMP BUFFS

MAX NO. OF
(waoMSGLIM,
lNCRE*NT
(FOR EACHnssslc
THE POINTER TABLE
ADD 6 WORDS TO

(PTRTAB:) SINCE THIS MEANS 2 MORE
POINTER"® WORDS PER BUFFER.

;MODE OF OPERATION EQUATES
REC=0

?ECEIVE MDEE
RANSMIT MOD

PASsg
ACT=

*PASSIVE MODE
*ACTIVE MODE

OWN=L INE-LOAD MODE
D
: TALK MODE

DOW=4
TAL=5

LIS=6

sLISTEN MODE

NONE=

:NO LOOP

CABLE=
MODLOC=
MODREM=
MOP=

LOOP
sCABLE
MODMEM LOCAL
JMODEM REMOTE
sMOP

MAINT LOOP TYPE EQUATES

TTL=

SINTERNAL TTL

s CLOCK MEVA%

S TO BE LOADED IN CLK'S CSR

PCLKCY- 1600

'%:CLOCK CSR VALUE TO ENABLE THE CLOCK
CLOCK CSR VALUE TO ENABLE THE CLOCK

sP=CLOCK COUNT SET REGISTER FOR COUNTER

;PARAM WORD EQUATES

STATB= BIT
DATCKB= BIT
ECHOB= BIT
MOCHK= BIT
BIT
CRCB=
PROTOB= BIT

6“;
“6’
mg
G
ba
Li
Go
an

EVENT

DESCRIPTION IN EVENT T

: A k{S’Mflfl 0’52’5TEggm f" g‘NT IEMT NG SECTION
TXC=

R=
i
”

m -‘-‘-‘OM

Ldie

sPROTOCOL PROCESSING ASKED FOR

OCATE

sEVENT LOG MESSAGE TV

4440
“4}

ASKED FOR
TOR
:
sDATA CHECK BI
sECHO BIT
sMODEM CHECK/NO CHECK
sCRC_CALCUALTE ASKED FOR

”&

Vs mmrsm
K0S Bl
MY
'O

né

CZKMUAD KMS11-BL PDP-"ogC%;
09:
-82
3
CZKMUA.P11
22 5

s INPUT INT. REC.
sOUTPUT INT REC

CTXx=

CRX=
ERX=

ETX=
DLLGA=
BTUP=

NN
=N

QRX=
QTX=

—

ININT= 1
OTINT= z

000

sRX QUED /COMPL
sTX QUED/COMPL

sTX COMPL AND IN TXSEL4 AND TSEL6
sRX COMPL AND IN TSEL4 AND TSEL6
sEXPECT TO GET A RX COMPLED
sEXPECT TO GET A TX COHPLET;D
sDOWN %INE LOAD GO AHEAD BI
sBASE TABLE UPDATE REQUESTED

SPECIAL CLI CODES FOR '‘CHAR'® ARGUMENT ;N CLI CALLS
(c OMMAND LINE INTERPRETER DEFINITIONS
falalalalalalalalala)
e

SEESERSEREERSEg

§5EEEEREREE

SERRRER
JaN

GLOBAL EQUATES SECTION

PAGE 23-10

:3:3:EQUATES FOR FLAG WORD;;;:::

4438

MACY11 30A(1052)

30-MAR-82 09:15

SEQ 51

30-MAR-82

09:15

ARl B QUATES SECTION

SEQ 52

PAGE 23-11

ou.noosg
TRAMOD=

ViV

BBBBBDBDD
0 BBBBDDLDLS

CZKMUAD KMS11
CZKMUA.P11

sMODEM/NOMODEM

'EXIT cm

¢ COMMAND
'}
EQUATES USED IN azmi
:FOLLOWING
RPHLP=

COMMAND

3 XIT

OMMAND

SETET=60

PRINT EVE'" I.OG COMMAND
BASE/ERROR

A
QUATES
u;(
DSJF;'OE
DEVICE
tm

i e o

10 =

8“ DEVICE, EQUATE NAME TO BIT POSITION,

¢ IRculT .+ B
'_“t 3§m

10}§‘~§A;it

" &gii’ 'vcgmn TM)
gg}'E

DEVICE SIGNALS

e
]

BBBBBBBDBBD222220N

RCUIT (B)

e oimLex 1

READY IN

23-12
PAGE
09:15
30-MAR-82
30A(1052)
MACY11
DCLT
PDP=11
KMS11=BL
CZKMUAO
SECTION
EQUATES
GLOBAL
09:13
30-MAR-82
CZKMUA.P11
4585
45

4388
4589

000 08

100
888001

RDO=
RQI=_

BIT?7
BIT3

feor- silg
8"8
BACC=

sREQUEST IN

1T
INTERRUPT
QUTPUT
LENABLE
;BUFFER ADDR. CHAR COUNT

Q53

MACY11 30A(1052)

CZKMUAO KMS11-BL PDP-‘l‘I oc%

SEQ 54

30-MAR-82 09:15 PAGE 23-13

GLOBAL DATA SECTION

30-MAR-8

CZKMUA.P11

GLOBAL DATA SECTION

459

.SBTTL

4.599
459

4595

ms GLOBAL DATA SECTION CONTAINS DATA THAT ARE USED
* IN MORE THAN ONE TEST.

22.9(1)

:MESSAGE BYTE COUNT TABLE

“SBTTL

zgg‘

DEFAULT MESSAGE DEFINITIONS AND TABLES

460 88 1§
1
1
460
1
4606 00215
1
4605 88 154
15 888001
6609
100
4607 0021
000072
2
6
1
88
4608
164 000101
4609

DMSGCT:
MSGOC: .WORD
MSG1C: .WORD
MSG2C: .WORD
MSG3C: .WORD
MSG4C: .WORL
.WORD
MSGSC:
MSG6C: .WORD

5
661§ 00217
g}‘ 002174 000204

DLLMIC: .WORD
DLLM2C: -WORD

OPCNT:
MSGBC:

000000
1

4610 002166
4611 0021

DMSGAD :

4.619 002176 002220
4619 002
00

221
2 ;

1
00 51

4
416

002220
1
46
1
4631

000
377

4625 885 1

216

462

i
22 5

;
3

4638

4639

463

4640

4641

DLLMIE=DLLM1
DLLM2E-DLLM2

:ens COUNT FOR OPERATOR SPEC'D MSG.
:BYTE count OF RECEIVE BUFFER FILL PATTERN

:DLL MSG1 COUNT
:DLL MSG 2 COUNT

MSGO

;ADDRESS OF MESSAGE #0

*ADDRESS OF MESSAGE #

*ADDRESS OF MESSAGE #1
*ADDRESS OF MESSAGE #

MSG1
nsg;

*ADDRESS OF MESSAGE #%

*ADDRESS OF MESSAGE #5
*ADDRESS OF MESSAGE #6

*ADDRESS OF OPERATOR SPEC'D MSG.

oragr

*ADDRESS OF RECEIVE BUFFER FILL PATTERN

MSG

MsSGO: .BYTE
EMSGO:
g's‘gq. .BYTE

000
377

g's‘g 2 BYTE 252
gfigfiu .BYTE 125

252
125

4 17;§§; }57%; %; 5}

4 %ggu étgélg 935922
143325

142304

111337

111

8?301

EMSG8-MSGS

MSGS
MSG6

524

ensss-nscs

snsss-nscb

MSG4

g 38

-nse

:BYTE COUNT OF MESSAGE #0
:BYTE COUNT OF MESSAGE #1
BYTE COUNT OF MESSAGE #.
:BYTE COUNT OF MESSAGE #
*BYTE COUNT OF MESSAGE #4
COUNT OF MESSAGE #5
*BYTE
*BYTE COUNT OF MESSAGE #6

MESSAGE ADDRESS TABLE

4618 002176

.WORD
.WORD

ensco-nsso
-nsc

145

1372

; 070071

MSG4:

:MESSAGE OF ALL 0'S
;MESSAGE OF ALL 1°'S

:MESSAGE OF ALTERNATING 1°S
:MESSAGE OF ALTERNATING 0'S

(VS. 1 ITS) TEST PATTERN

WTT** 512-8IT
321-163715,105 1.3 25,142304
7.031011,047
177603.15742
WORD

JNORD 040041,014116,052606,172334,105025,123754,111337,111523
LNORD

030030,145064,137642,143531,063617,135075,066730,026575

;

LNORD 052012,053627,070071,151172,165044,031605,166632,016741

MACY11 30A(1052)

30-MAR-82

(09:15

SEQ 55

PAGE 23-14

DEFAULT MESSAGE DEFINITIONS AND TABLES
15
-82
30“mAR09:
165044 031605
&{gs bl 01 6%1
EHS?? :

[- XY 2 5

Q)
=b b

N=0O
NWVIN=O

AWV

MSG6:

£ —OWO

(DP1:)

ASCII <177><177>/$A THE QUICK BROWN FOX JUMPED OVER THE LAZY DOG./

ONWON

\n~euu\n:\n~wku:3
g
i!dfiz—flflN”U!
FRNER
i! NO =~
igh) tzflfld

: #1,

JASCIZ

<155<12><001><177><177><177><177>

ASCII

-A§m—mneaxcs (OR FUTURE COMM TURNAROUND MSG)
TUVWXYZ/
; <=>?@ABCDEF GHIJKLMNOPQRS
/#8!" 8' ) v+,=.0123456789:

ASCIZ

2/0\)*_%?

EMSGS:

SARRE00000

ooR XR

;"'INTERPROCESSOR TEST PROGRAM'S (ITEP)'* MESSAGE

MSG

53526

057135
EMSG6:

.EVEN

s ARARRARAARAAANAAAAAARNRANAANARANARAAAAANAAARRAAAAAAAAAAARCCAAAACAGCNNS

:THESE THREE STORAGE AREAS MUST NOT BE SEPERATED !!!!
040445

OPBFPT: .ASCII

gg%

.BLKB

/INIA/

82.

;BUFFER FOR OPERATOR SPEC'D MESSAGES

: THE ABOVE THREE LINES MUST BE KEPT TOGETHER

3 AARRRRRARARRRRAAARAARARACAAAEAAAARARARRAARAAAAAAAAAAAANAAAARAARANACONNS

002647
ONO

5s58E &
ga5sSRESRREEaRRRRAEREED

330

28R

loblog
464
4644
4645

822222322382233223
S2
P Y ¥PP

CZKMUAD KMS11
CZKMUA.P11

033

2&&8:

.
.

.BYTE

sRECEIVE BUFFER FILL PATTERN

; DOWN=LINE-LOAD MESSAGE DEFINITIONS
:::;ENTER MOP MODE MESSAGE FORMAT
: THE NODE UlLLaENTER MAINTENANCE MODE ONLY IF THE PASSWORD MATCHES.

pLLMY:

.BYTE

;BINARY CODE FOR MAINTENANCE nnos

.BYTE
.BYTE

$:VALUE IN BYTE 1 IS DUPLICATED MERE
2::AND MERE

PASS1:

.BYTE

PASS4:

.BYTE

PASS2:
PASSS:

DLLMIE:

:PASSWORD BYTE #1

LEGAL VALUE 0 - 255

235 AND HERE.

sEND ENTER MOP MODE MESSAGE FORMAT

:2::MEMORY LOAD WITH TRANSFER ADDRESS MESSAGE FORMAT

CZKMUAO KMS11=BL
CZKMUA.P11

PDP=11 ogcfl
-82 09:

30-MAR-82 09:15 PAGE 23-15
DEFAULT MESSAGE DEFINITIONS AND TABLES
; CODE
DLLM2: .BYTE 8
:LOAD NUMBER
.BYTE
:LOAD ADDRESS LS8
.BYTE 3
.BYTE
.BYTE 8
:LOAD ADDRESS
.BYTE
IMAGE DATA

MACY11 30AC1052)

654
659
65
660
661

4677
46;3
46
4680
1

655

4684
4685

008
8§1:
7?28
1
12701
6676 159547,
01 788

m’?
4688
4,689

000034
700
4690 002700
4691 0027064 105761 000004
4692 00271 1og3 s
712 112061 000006
469
716 001 ;
469%
000026 000024
1;
7
4695
03?7 000026
4699 00
4697 00

002
4698 0027%

oss«g

051501

047105
oszw‘)

020106
051505

04311
020524

003036
00353944”

020104
osgg

051120
027115

043517
027056

3056
003055
4701
4702 0030
4703 00305

006
000
000
000

003006
88”3‘

18:

MSG:
1 omog 822"7
0523
oagu. 05150

04250

002750

002756
00 ;96
00
00

2773; 00
47

5'63
MOV
MOV

ADD
ISTB
8PL
MOVB
BNE
MOV
CLR
BR

§
R1
92&0
P

m‘sc-.> RO
4(R1)
18
(RO)+,6(R1)
1$
#26,a024

an2b

TTY
UP
:SET
*MAKE ADDR.PIC

*ADDRESS MSG.
STTY READY?
wm TIL YES
TYPE A CHAR
xee GOING
*SET UP POWER FAIL
ms SURE T axr CLAER
JUMP ON YOURSELF

.ASCII <12><15>/800T neSsms WAS RECEIVED SUCCESSFULLY =END OF TEST!!/

4505
051240 04150
042 56 020104 s;sss
123
1§os
041503
omgs 54514 ozgu.g

JASCIZ <12><15>/....RELOAD PROGRAM..../

027015 027059
4699 oozéé 851 12
56 046105 04051
00

DLLM2E:

BYTE
BYTE
.BYTE
.BYTE
.EVEN

6
0
8

:NEXT FOUR BYTES CONTAINS TRANSFER ADDRESS
:OF PROGRAM JUST DOWNLINE LOADED.
2 THIS PROGRAM STARTS AT ADDRESS 6.

:END MEMORY LOAD MESSAGE FORMAT

SEQ 56

MACY11 30A(1052)

ogcu‘.;
CZKMUAO KMS11-BL PDP=11
30-MAR-82
CZKMUA.P11

30-MAR-82 09:15 PAGE 23-16

DEFAULT MESSAGE DEFINITIONS AND TABLES

;COMMAND LINE BUFFER, DATA LOCATIONS AND MESSAGES FOR ACTION ROUTINES
CMDBUF: .BLKB

003282 30008

KEYWD1: .WORD

82.

HLPTAB: .WORD

HLP1

"WORD
sno "WORD

HLPS
HLP6

"WORD
"WORD
"WORD
"WORD
"WORD

;BUFFER FOR OPERATOR COMMANDS

mxs LOC WILL =1 IF CLEAR TYPED, 2 FOR SHOW,
WAS TYPED
F HELP
A & IF RUN WAS TYPED

m:s LOC HOLDS owu.xrisn wu.ue (SIZE OR COPY)

.WORD 8
QUALFG:
QUALVL: .WORD

HLP
HLP
HLP
HLP%
HLP4A

1 TABLE roa REPORT 'RPT>' HELP MESSAGES

RHLPTB:

OO0O0O000O0

.WORD

RHLP

"WORD

RHLPS

e
o
o

"WORD
‘WORD

RHLPEN: .WORD

-INDEX

-WORD

:END OF REPORT HELP TABLE

DMUNKN

oncggg

"WORD
"WORD

DMC00%
DMC00S

"WORD
.WORD

"WORD
"WORD
"WORD
"WORD

DMCEND: .WORD
01431
01433

RHL
RHLP

-WORD
"WORD

5
g

RHLP
RHLP%

TABLE FOR KMS11 BASE TABLE DATA DESCRIPTION MESSAGES

DMCIND: .WORD

16§7
1431
14337

LP1

-WORD

"WORD
"WORD

— e

388 388 83333333333
RORORDROORRS
SRS

SHTYTB: .WORD

DMC

DM(
DMC

DMC010
DMC011
DMCO1
DMCO1

DMC37

:NO KMS11 MESSAGES MUST FOLLOW DMCEND

YP3,
YP6,SHTYP?
P2,SHT
SHTYP4 SHTYPS,SHT
SHTYPO,SHTYP1,SHTY

; THE IJST OF BYTES BELOW ARE THE FIRST BYTES OF THE PREDEF INED MESSAGES

4754 003

USED

SHTAB:

23 A

MODES:

SHTEND:

TO "'SHOW'' THE TRANSMIT AND COMPARE BUFFER CONTENTS.
.BYTE

0,377,252,125,203,177,043

.EVEN

.WORD

«WORD

no?
MO

sADDRESSES OF MODE TYPES IN ASCII

CZKMIAD KNS11:BL
CZKMUA.P11

POP11 DCLT
09:
82

4761

14377

476

144

4r6g
4765
47

4770

4771

JWORD

WORD

1444

.WORD

003350 oml.?
§2

014457

014476

4769 88 56
00

30-MAR-82 09:15 PAGE 23-17
DEFAULT MESSAGE DEFINITIONS AND TABLES

w.or

LOOPS:

.WORD
WORD

WORD

014470
14511

MO%
WORD MOS
MOG

.WORD

1443

4764
4rer

MACY1 30A(1052)

WORD

LPO
LP1

;ADDRESSES OF LOOP TYPES IN ASCII

LP%

4773

COMMAND LINE TRAVERSE LOCATIONS (USED BY ‘PSTRV'")

000000
4775 003362
000000
4776 003364
4777 003366

PSBUFA: .WORD
PSTREE: .WORD
PSACT: .WORD

0
0
0

PSNUM: .WORD
PSRADX: .WORD

4778 003370

4779 00
4780 003374 000000

4781 003376
482 00337

000

PSCNT:

.WORD

PSNNUF: .BYTE
PSGDBD: .BYTE

;LOC. TO HOLD ADDR. OF CMD LINE BUFFER
:LOC. TO HOLD ADDR. OF PARSING TREE
:LOC. TO HOLD ADDR. OF ACTION ROUTINE
;LOC. TO BE A COUNTER LOCATION
:LOC. TO HOLD NUMERIC VALUE FROM PARSE
:LOC. TO HOLD RADIX USED(LO) AND +/=(HI BYTE)

RETURN =0 IF ENOUGH OF COMMAND FOUND
RETURN CODE O IF NO ERROR FOUND

SEQ 58

CZKMUAQ KHS“;SE POP=11

TXBUF:

.BLKB

.
.

RXPTR:
TXPTR:

.WORD
.WORD

33 3058
&
SN0
MRVITRS

7226

S3I833333333333333

£5gaEEREEe

ggssess gss3 838388

0071
71

MESSAGE BUFFERS AND POINTER TABLES

JSBTTL
RXBUF: .BLKB
CMPBUF: .BLKB
PTRTAB: .BLKW
PTREND:

0071

RRESESEERCERERERRERERES

4785
47
L78
4788
4789
&79
4791
679§
&79
W%
4795
“
&79
4798
4799

13
09:

09:15 PAGE 23-18

30-MAR-82
MESSAGE BUFFERS AND POINTER TABLES

gss8

-82

CZKMUA.P11

MACY11 30A(1052)

CCURAD: .WORD

DVTXA:

;TRANSMITTER BUFFERS

BUFLIM -aecexvea aurms
agn : COMPAR 1 BUFFERS
TABLE FOR MESSAGE ADDRS. & BYTE COUNTS
0.
: END OF MSG. PTR. TABLE

B
L
el
CTOTCC: .WORD 8

aecexm MESSAGE POINTER
ANMITTER BUFFER POINTER

E»NSe ToTAL TR POINTER

COMPARE BUFFER CHAR. COUNT
*CURRENT ADDR OF CMP BUFF TO ADD AT
:DEVICE TX ADDR

.WORD

DVICC: .WORD
DVTCT: .WORD
TXMTOT: .WORD
TTOTCC: .WORD
TCURAD: .WORD

SDEVICE TX CHAR COUNT
osvxcs TX MESSAGE COUNT
X MSG TOTAL
tx BUFFER CHAR. COUNT
*CURRENT ADDR. OF TX BUFF TO ADD AT

.WORD

:DEVICE RX ADDR

DVRXA:

DVRCC: .WORD
DVRCT: .WORD
RXMTOT: .WORD

aurun

LNCNT:

PSCNT:

SDEVICE RX CHAR COUNT
:DEVICE RX MESSAGE COUNT
SRX MSG TOTAL

.WORD

:NUMBER OF OPERATOR AWAKE MSGS

.WORD

:PASS COUNTER

*NUMBER OF NO BUFFS

.WORD

COUNTER
SERAN
FOR DUMP
ADDR.
:END

- WoRD
ETAD:
ENADD: .WORD

*BYTE BIT FOR DUMP ROUTINE

BYTBIT: .WORD

:OTHER MESSSAGE RELATED stome LOCA

MSGTYP: .WORD

CURCC: .WORD

CPTRR: .WORD
CPTR: .WORD
CURADD: .WORD

5?;&%:

.mm

TEMP:

.WORD

75”’5:

.WORD

TENP1:

TEMPS:

.WORD

*'s,1=1'S,2=10"S,3=01"'S

-ccm s=6uxcx F0X,6=ALPHA/NUM, 7=0PER
rxm/dr CHAR COUN
SCURRENT RX romm
*CURRENT POINTER
:
.cumur TX/RX/CMP START ADDD
o?r"s' cu&n"goun NOT MORE THEN ‘BUFLIN
:TEMPORARY LOCATIONS (USED A LOT)

.WORD

.uouo'
CONOTM:
CONTIN: .WORD

ERROR INMSG. ADDRESS
OUT
;CONTROL
FOR CONTORL

INDEXE: .WORD

‘WILL CONTAIN POINTER TO LAST OF KMS17 MESSAGES

600D:
BAD:
INDEX:

.BYTE
.BYTE
.WORD

*BYTE TO HOLD &mcm MESSAGE DATA BYTE FOR ERR REPORT
DATA BYTE FOR ERR REPORT
*BYTE TO HOLD RECEIVED MES
?;s
MES
KMS11
TO
*WILL CONTAIN POINTER

Q59

N:-'%iogtfi

sLAST LOCATION IN BASE TABLE TO BE PRINTED

007272

; MORE I'DEPEWENT CODE SI%AGEELOCATIMS

&&S ~
48

.WORD
.WORD

0
0

;MODE DISPATCH TABLE

MODE:

.WORD

STATUS MSGS TO OPR PRINTED (1=YES)
DATA CHECKING DONE ON RCVD MSGS (1=YES)
ECHO (TRANSMIT) RCV'D MSG.(PASSIVE) (1=YES)
SPARE

CRC CALC./CHECK DONE (1=YES)
PROTOCOL EMULATION (1=YES)

:DEVICE FLAG WORD

RPASS:
FLAG:

msx FLAG (1=FULL mDUPLEX)
HALF
ARAME TERS

sRX ONLY DISPATCH

&»

4871

34¥8£83

4869

NN
= = —2 =2

4859

FHDPLX: .WORD

PARAM:

485

UUUUULU

= o
-+

OOOOOOOS

UUUUULU

33
3

£EE oo

888 888

4881

UUUUULU

=LOOPSK,

A ureumcs Loop
rm (o-noue “§=INTm& TTL,

.WORD

007312
007314

4855

lPASSI

=TALK 6=LISTEN)
=DOWN L
:
E, 3=MODEM-ANALOG LOOPBK (L AL)
‘-mosn-oxcxm LOOPBK (REMOTE), 5=MOP)
.

MLTYP:

§2 s
X zz

007310

485

EC-N.VTX-N.Y.

-oa:-o-o:-o

00
00

DCLFLG: .WORD
RESFLG: .
MODTYP: .

'r AN

LOG!.NT. .

PCADD:

R TO BASE TABLE

:LOC. TO WOLD LOGICAL UNIT NUMBER
sLOC. HOLD COFCALI ROUT INE
sCL EW A'O E IT FLAG. 1=D0O CLEANUP ROUTINEGEXIT
:LOC_TO HOLD FLAG (=1) THAT A RESTART WAS GIVEN
RATION Ps
:DCI. ME Qs

.WOR

Ve 00000000
%0 %0 %0 % % %

007

BDATA:

v
= DD
ODDD
<wn et e S Gt ey Gy Gt

007274

8888888

&I FhRstEERERRES
5555 SEeagseressaes

CZKMUAD KMS11
CZKMUA.PT

SEQ 60

MACY11 30A(1052) 30-MAR-82 09:15 PAGE 23-19
MESSAGE BUFFERS AND POINTER TABLES

:MCE TO KEEP TIME-SINCE~-START

sPLACE TO KEEP # OF TICKS/SEC
;EVENT TIMER #1 (TICKS)

;EVENT TIMER l; (TICKS)

#3 (SECONDS)
sEVENT TIMER

ogq[;
CIKMUAOD kMS11-BL PDP=11
-82
30-MAR
.P11
CZKMUA

MACY11 30A(1052)

30-MAR-82 09:15

PAGE 23-20

CLOCK TABLES, EVENT LOG AND POINTERS

EVENT L6 TABLE AND ITS NEXT ENTRY POINTER

EVIP

.WORD

EVTLOG. .BLKW

!TLOG

EVTEND: .BLKW

sEVENT LOG BUFFER

APPROXIMTE END OF EVENT TABLE (ALLOWS CIRCULAR QUE)

MODEM DATA SECTION

+SBTTL
MODS:

;POINTER TO NEXT FREE SPACE IN EVENT LOG

.WORD

;MODEM STATUS

—

;TABLE OF MODEM SIGNAL BIT DEFINITIONS
MOBITS: .WORD

MOBITE:

+WORD
.WORD
+WORD
+WORD
.WORD
MNORD

(TS

DSR
DCD
RTS
RI
SQD
TM

;CLEAR TO SEND (CIRCUIT (B)

:DATA SET READY (CIRCUIT CC)
:DATA CARRIER DETECT (CIRCUIT CF)
:REQUEST TO SEND (CIRCUIT CA)
:RING INDICATOR (CIRCUIT CE)
sSIGNAL QUALITY DETECT (CIRCUIT CG)
:MODEM IN TEST MODE (RS 449 ONLY CIRCUIT TM)

5
S

- d b O
OO~ N
W~NW ~NW

i
S

e o

— e

NNWSN

3
83gVs

[=1=]

e
e
i e o
o

e
b o

—b d o

NN NN

e wmd d e o

d ek =

OCOO00O0000O =i=1=

NN
N

EVMCTS

EVMDSR
EVMDCD
EVMRTS
EVMRI
EVMSQD
EVMTM

sCLEAR TO SEND (CIRCUIT (B)

:DATA SET READY (CIRCUIT CC)
:DATA CARRIER DETECT (CIRCUIT CF)
sREQUEST TO SEND (CIRCUIT CA)
;RING INDICATOR (CIRCUIT CE)
sSIGNAL QUALITY DETECT (CIRCUIT CG)
:MODEM IN TEST MODE (RS 449 ONLY CIRCUIT TM)

ORDER CORRESPONDS TO MESSAGE TYPE VALUES

EVILST: .WORD

JWORD
WORD
.WORD
.WORD
.WORD
.WORD
«WORD
.WORD
.WORD
.WORD
«WORD

EDTXQ

;TRANSMIT MESSAGE QUEUED

EDRXQ

;RECEIVE MESSAGE SPACE QUEUED

EDTXC

EDRXC
EDDER
EDDVI
EDDCK
LPO

EDDLE
EDDDE
EDEOP
ED.

;TRANSMIT OF MESSAGE COMPLETE

:MESSAGE RECEIVED = RECEIVE COMPLETE
:DEVICE INFORMATION
:DEVICE INITIALIZE STARTED
:DATA COMPARISON DONE
sNULL STRING
:DATA COMPARE LENGTH ERROR
:DATA CWME DATA ERROR
:END OF P,
i MT

whoN

O0O000O00O

Quur G

2°°°°°°°
SEREIRES
8

Paur Prur Pour o4

;5 ;FOLLOWING TABLE USED IN DOWNLINE LOAD ROUTINE.

2REEE

.WORD
+WORD
«WORD
+WORD
.WORD
+WORD

sTABLE OF ADDRESSES OF EVENT DESCRIPTION MESSAGES
OO0 OOOOOOO0O

sesnesassss

MOMSGS: .WORD

NNNNY

0000000

[=1-1-1-1-1-T-]

;TABLE OF ADDRESSES OF MODEM SIGNAL MESSAGE POSITIONS

bHCMTAINS PO]'DJ;SRS TO ASCIZ DEVICE DESCRIPTIONS

CIKMUAD KNS1-BL POP-11 DCLT

CZKMUA.P11
4951
495¢
4953
495
4955
4956
4957
4958
4959
4%0

30-MAR-8

010402
010404
0104
010410
01041
010414
010416
010420
010422
010424

MACYT1 30AC1052)

02007
020
020
020313
020316

4%¢

SEQ 62

30-MAR-82 09:15 PAGE 23-21

MODEM DATA SECTION
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

5]
5
61
020263

DLVM
DMPM
DTEM
DVM
DZM
UNKM
KDPM
KDZM
KLM
DMVM

;LOCATIONS USED DURING EVENT REPORTING

4%4 010626 000000

EVISEC: .WORD

;TEMPORARY LOCS TO KEEP EVENT TIME WHILE REPORTING

4967 010434 000000

EVTADD: .WORD

;TEMP. LOC. TO HOLD ADDRESS DURING EVENT, REPORTING

000000

EVITMP: .WORD

4965
4966

010430
010432

000000
000000

268 01036 000000

4363

010440

4971

4973

4974
4975
4976
4977
4978
4979
4980
4981
4982
4983
498%
4986

EVIMIN: .WORD
EVITCK: .WORD

EVIBCT: .WORD

*""BYTE COUNT

OTHER DATA

;REPORT CODING DISPATCH TABLE

010442

010444
010446
010450
010452
010456
010456
010460
010462
010464
010466
010470

025324

025324
025324
02532
02537
02347
023666
0251
023686
02561
025536
025336

RPTDSP: .WORD

010472 000000
010474 000000

DEVI:
DEV2:

.WORD
.WORD

4990

010500

DEV4:

.WORD

010476

000000

RPTTXQ

WORD RPTTXQ
.WORD RPTTXQ
.WORD RPTTXQ
RPTDER
.WORD
.WORD RPTDVI
.WORD RPTDCK
WORD RPT _
WORD RPTDLE
{WORD ~ RPTDDE
.WORD RPTEOP
.WORD RPTABO

4987
4988
4989

DEV3:

.WORD

;TRANSMIT QUEUED ENTRY DECODING

:TRANSMIT COMPLETE ENTRY DECODING
:RECEIVER QUEUED ENTRY DECODING
:RECEIVER COMPLETE ENTRY DECODING
:DEVICE ERROR ENTRY DECODING
:DEVICE INIT ENTRY DECODING
:DATA COMPARISON ENTRY DECODING
:PLACE HOLDER
:DATA COMPARISON LENGH ERROR
:DATA COMPARISON DATA ERROR
:END OFPASS
:“C ABORT
STEMP LOCS T0 HOLD DATA FOR EVENT REPORTING
AND SHOW MODE,... SUBROUTINE

L
CZKMUAO kMS11-BL PDP=11 DCL;
30-MAR-82 09:1
CZKMUA.PT1

MACY11 30A(1052)

30-MAR-82

SEQ 63

PAGE 23-22

COMMAND LINE ACTION TREE

+SBTTL

4993

09:15

SWLE CLI TREE NODE
! ACTION

(ALWAYS AT LEAST 1 WORD)

! CHAR CODE !

MISS DISPLACEMENT

: ! NEXT NODE DISPLMNT

ONLY IF ‘MISS'* ARGUMENT DEF INED
ONLY IF “ASCII'* ARGUMENT DEF INED

: ! ASCIZ MATCH STRING

ONLY IF “ASCII'* ARGUMENT DEF INED

: !

(.EVEN) |

: !

CLITRE:

;FIRST KEYWORD

N10S:
N428:
N43S:
N44S:
N4SS:

N46S:

Ne0S:

N20$:

N25S:
N30$:

CLI

CLISPA.0,N10S

CLI
CLI
LI

CLIEXI,
CLISTR.RUN,.N46S,<'RUN'>
cLIBR,b,N80S

CLI
CLI
CLI
CLI
CLI
€I
CLI

CLI

cLI

CL1

CLI
CLI

cLl

CLI

(LI
cLI
(LI

<'2>,HLP.N42S
CLIEXI.O
CLISTR.HLP,N43$,<°HELP'>
CLIEXI.O
CLISTR.PRNT,N&4S,<'PRINT®>
CLIEX],
CLISTR Sm.m.ss<CEXIT'>
CLISTR NOTNUF N4OS,<'DUMP'>
CLIBR,0,NS0S

CLISTA,CLEAR.N20S,C'CLEAR'>
CLIBR, nomur 100§
<'S>.NOTNU g
cusfn snou (N258,<"HOw'>
6n $,<'ET*>
cusri
BR,0,N1108°
CLIERR.O'

:SKIP ANY LEADIN SPACES

;1S THE FIRST, NON-SPCHAR A *7"
IF 'YES DO, *HLP" AND gx
.eu.se. IS rm;r WORD A “HELP"
: TF'YES DO "WLP"' AND EXIT
SELSE, IS FIRST WORD A "PRINT*'
:_1F YES DO "PRINT'* AND_EXIT
SELSE,IS FIRST WORD AN "EXIT"
: IF YES DO "EXIT'* AND EXIT
SELSE. IS FIRST WORD A ‘RUN’'
YES DO "RUN" & GOTO N8OS
:_1F

ZELSE, IS FIRST WORD A “DUMPTM'

:_1F YES GOTO N8OS

SELSE, IS FIRST WORD A "‘CLEAR"*
: 1F YES DO "CLRTM & GOTO N100S
SELSE, IS FIRST CHAR. A *S

: IF YES IS REST OF WORD 'WOW'’
DO "‘SHOW'.BR
IF YES,

N100S

OF WORD “ET
IS'REST
:: _ELSE,
DO '‘SET", BR N110$
_IF'YES,
:
:OTHERWISE “ILL CMDTM= EXIT

NOSRONR
S
o

b md b wmd d oD b b d =D

-k e ek b = O OO OO OO0

b b d e

O0O0000O0O0OOO0O00O

;SECOND KEYWORD (MODE=) FOR RUN COMMAND

CLI
N81S: CLI
cLl
CLI
cLl

SPS, IF. NONE-ERR
:SKIP_LEADING
CLISPA,0,N308
"MOBE=
GORD
NEXY
515
N30, <'MODE'>
cn,xsm.ugaur
: IF_NO, IT'S WRONG =ERR ~EXIT
TACTIVE
NEXT WORD
cusfnGAIVMO0.NB2S, <"ACTIVE'> :315 IF_YES,
DO “ACTIVE',BR Ni158

ness: (LI

cusrfibuingoNB6S, <'PMDEL0A6'>1 -lse}Muoapl oD0N. .o

N80S:

N82s: (LI
CLI
N83$: cLl
(L1
Ngs: cLl
¢l

Ng6s: (LI

[PASSI
NEXT UORD
fifiASWODN3S,<'PASSIVE'> 315 IF_YES,
DO 'PASSVETM,BR N115$
kfiECWOD.N84S< RECEIVE"> .1s IFNEXTY UORD 'RECEIVE
RECVE',BR N1158
eu’,
*LIST
GORD
NEXT
-1s
LISTEN">
<
N85S,
D
0
H
S
1
(
fi
CLIST
IF YES, DO “LISTEN",8R N1158
CcLiBR,0.N

<D,

{15 NEXT6

CZKMUAO KMS11-BL PDP=11 DCL;

CZKMUA.P11
5049
5050
5051
SOS;
505
50564
5055
5056
5057
5058
2059
060

30-MAR-82 09:1

011076
011114
0N 1%(2)
om

MACY11 30A(1052)

30-MAR-82

COMMAND LINE ACTION TREE

CLI

CLI
N878: (LI
cLl

011136
011142
011160
011162
011202

N100S:

N104S:

CLI
cLl

5065

011204

N110S:

5067
5068
5069
5070

011226
011232
011252

SO6§
5064
5066

011%10

507% 011262
5076
5075
5076
5077
5078
5079
5080
5081
Sggg
5
5084
5085

011266
011272
011276
011302
011306
011312

7
088
5094
5095

011360

5086

011316
011322
011326
011340
81 1344

SRIZIZAR

(=111

e i O

ViAW

"
01 81 14‘2’3

N1028: (LI
cLl

CLI
ALK'>
N30$,<'
ALHgD
f
chsrk
cLIeR,0

N111S: Et{
N1128: CLI
Ll
CLI

SHOW)

IS REST OF WORD ‘‘RANSMIT
IF_YES, DO "‘TRANSM'’savmss

“‘ALK"
IS REST OF WORD
IF YES, DO 1ALx BR N115$
IF NO, ERROR - ExIf

:SKIP LEADING SPACES,NONE<ERR

NEXT WORD "EXPE..
cunadmmmwn <'EXPECT'> ;1SIF_YES,
DOc;n-sxr ExIT

CLISPA,0,N30$

CLIEXI.O
CLISTR.CSHTRN,N30S,<* TRANSMIT*> -xs NEXT WORD ““TRANS..
IF YES, DO CLR=TRN,EXIT
CLIEXI.O

.1 NO - ERROR = EXIT

:SECOND KEYWORD (F

SET)

étexp.n11zs.<'sxpecr >
ftfs6
chs§errau N30S,<' TRANSMIT®>
CLISPA

CcLIBR,0,N1

:GET ADDRESSES FOR DUMP COMMAND

#2?2‘ CL}
(LI

N528:

N1168.
N1168:

CLI

CLIALP 0 N1168

cLl

cLl
CLI
cLl
Ll

N1178:

CLI

N118S: CLI
Ll
N130S:

CLxefio.nizéo
THE

RUN_COMMAND

<*/> .NOTNUF ,N125$

NO n{1ss.<'no'>
CLJsfa N1
N1178,<"HECK'>
CLISfR CHECK
156
cLIBR,0.N1

CLISTR,CRC,N30S,<"RC16'>

cL18R,0.N1158

CLISTRsrurg;.n11asL<"STATUS*>

cLJsrkEcuo N130$,<'ECHO">

CLIBR

cL1BRr,0,N1158

CLI

CLISTR o N1318,<'PASS'>

cLl

cLIBR,0.N1

N1318: CLI
N1328:

<*=>,NOTNU 1zss

CLIOCT onreus
NOTNUF 'N125$
:53

cLl

8’:?53
gt}spa
CLIOCT'DfiPS N30s

cLl
Et}

:N1138: CLI
g‘l 1364

CLISVRTRMgD.NB?S.URANSHIT')

;SECOND KEYWORD (FOR CLEAR
CLI

5061

09:15

SEQ 64

PAGE 23-23

CLI

cusrfibm $,<'LOOP'>

CLIBR

CLISTR,MOSC,N30S,<'MODEM*>

sMODEM ACTION

CZKMUAO KMs11-BL PDP=11 DCLT

CZKMUA.P11

30-MAR-82 09:13

g}gg 011502

5124

g} 2 011506

3127

MACY11 30A(1052)

147

5148
5149
5150
2151

011724

011
011734
011740
011744

<'=>,0,N30$

LOOK FOR DEFAULT MESSAGE NAME

5145

gu.; 011

CLIBR,0,N1158

:GET MESSAGE TYPE FOR SET MESSAGE COMMANDS

N1208: CLI

153 011512

o11s§g
0115
011550
81155&
11570
011574
011610
011614
011630
011634
011650
811654
011670
011674
011714

30-MAR-82 09:15 PAGE

COMMAND LINE ACTION TREE

cLl

N6OS:

51
5130
5131
51 i
51
513,
5135
5139
5137
5138
5139
5140
5141
su.g
gm

N61S:
N62S:
N63S:
N64S:
N6SS:
N66S:
N67$:

CLI

cLl
CLI
cLl
CLI
cLl
(LI
cLl
(LI
Ll
CLI
cLl
CLI
cLl
CLI
Ll

cLier,0,N121
ZEROES'>
CLISTR,CMSGO<",N62S,
cLIBR,0,.N121
CLISTR énsg N63S,<"1ALT'>
cLIBR,0,.N1218
<" 0ALT*>
CLISTR,CMSG3,N64S,
CLIBR,0.N121
CLISTR,CMSGS ,N65S,<' ITEP'>
cLIBR,0.N121
,
<" CCITT'>
CLISTR,CMSG4 ,N66S
CLIBR,0.N121
CLISTR,CMSG6,N67S,<"ALPHA'>
cLIBR,0,.N121
CLISTR,SETET,N68S,<' TRANSMIT'>
cLIBR,0,N1256

LOOK FOR QUOTED MESSAGE

88:

N70$:

N71$:

N72$:

CLI

cLl
CLI
CLI
cLl

(LI

<''%,0PRMSG,N30S
<"'> ENDQO,N71$

CLIBR,0,N121$
CLISPA,0.N
CLIALN,O.N7
CLIBR,0,N708

CLIERR,BADCHR

N73$:

159 011756
11;92
15
153 11776
1sgoi
15

155

011752

}g?

1201

N1238: CLI
cLl
cLl
N1228: CLI

:NUMER FOR SIZE OR COPY

8
g
}23 1

163

N1218:

CLI

GET MAINTENANCE

h?&os: cLl

N141$:

1
1
121
} }
0121

:PRINT ERROR IF NONE LEGAL CHAR FOR °"'S

N1428:
N143S$:
N144S:

CL]

CL)
(L)
CL)
&
CL.

CLIALP,0.N12

</ nbmr.m;ss
CLISTR,SIZE N1228,<"SIZE*>
CLIBR,0,N
CLISTR,GCOPY ,N30S,<'COPY*>

o Ll

012036

1
1
1
}
185

;ONLY A=2,SP,TAB, OR 0-9 BETWEEN ‘"S

:GET QUALIFIERS (SIZE OR C g FOR SET MESSAGE COMMANDS

168

,N61S,<"ONES'>

CLISTR,CMSG

}gi 011750

SEQ 65

S 23-24

cLIBR,0,N1268

v
CLIBR,0,N121 .
LOOP TYPE

<"->.o.u§5s

FOR RUN *LOOP'* QUIALIFIER

CLISTR ruw.unzz.vmemnw

cLIBR,0,N1158
CLISTR ta“gr.mss.ccmm
CLIBR,0,NTTSS
&{gkotmg.mm.flocmem
CLISTR,RMDLOP,N30$, <"REMOTEMODEM'>

CZKMUAO KMS11-BL PDP=11 DCLTY

30-MAR-82 09:13

CZKMUA.P11

;GET LINE NUMBER FOR 'Mgs" RUN QUALIFIER

N1508:

b
D

CLIBR,0,N115$

174

CLI

Ll
Ll

<'=>,0

CLIDEC ;PASC ,N308
CLIBR 0.N115s

—

D d

30-MAR-82

PAGE 23-25

COMMAND LINE ACTION TREE

CLI

012160

VIV AV

QRERES 2832

g186

MACY11 30A(1052)

09:15

012200

; END=OF
=L INE

N1258:

CLI

CLIEXI,O

SEQ 66

CZKMUAO KMS11=BL PDP=11 DCLT

CZKMUA.P11

-8282 09:13

511i
1

01220

Egi 81 1
52264
E%z
7

01221

12216

012216
012220

BSELO:

888888

BSEL4:

000000
000000

BSEL6:
BSEL7:

5228 012222 000000
V12224 000000
52
3531 012226 000000
SZSg
5264
5255

5256

SEL

888888

i 8
1
1
fas oo
8
1

30-MAR-82 09:15 PAGE 23-26

COMMAND LINE ACTION TREE

;DEVICE DEPENDENT STORAGE LOCATIONS FOR
: CURRENT DEVICE PARAMTERS

3 1;

MACY11 30A(1052)

.WORD

i
«WORD
BSEL
108 8
i

sADDRESSES OF REGISTERS SELO THRU BSEL7

BSEL5: .WORD 0
.WORD

.WORD
.WORD

0
0

INVEC: .WORD
OUTVEC: .WORD
INTPRI: .WORD

0
0
O

SEL6:

ERRTBL

s INPUT INTERRUPT VECTOR ADDRESS
sOUTPUT INTERRUPT VECTOR ADDRESS
s INTERRUPT PRIORITY

SEQ 67

czmo KMS11=BL PDP=11 DCLT

CZKMUA.P11

30-MAR-82 09:13

MACY11 30A(1052)
.SBTTL

NAMES OF DEVICES SUPPORTED BY PROGRAM

g gg

}
f";
(§> 01

012244

026461
6513 030523
o:.s:.i:. 051515
826102
030461

041055

§290 31 5

046513 040525
(3
3 533
3055103 82651
01
(3) 015535
50040
612
u&
0122
(3)

ggs

DEVTYP <KMS11-BL,KMS11-8M>

BLASC
, IZ /KMS11-BL,KMS11
.EVEN

PROGRAM IDENTIFICATION
.SBTT
rssr DESCRIPTION

g 87
2 gg

012274
012302

‘

000115

5271
5277
5286

(2)

DEVICE SUPPORTED

.SBTTL

é 29

(3)
(3)

GLOBAL TEXT SECTION

HESSAGES. AND ASCII INFORMATION THAT ARE USED IN
: MORETHAN ONE TEST.

5
5
s gg

(3)

30-MAR-82 09:15 PAGE 23-27

me GLOBAL TEXT SECTION CONTAINS FORMAT STATEMENTS,

3 61

(;)

SEQ 68

GLOBAL TEXT SECTION

g gg

§270

050106
104

12310

0304
052114

DESCRIPT

20061
000

.EVEN

LSDESC:: 2 \sc1z /czxmuno kms11-8
.EVEN

E
P

GLOBAL FORMAT STATEMENTS, MESSAGES, AND ASCII INFO

.SBTTL

1
1

04
8:0

041

ol.g

013671

04
05144

81
1
3% 01353
01
01

1
1

CLISPM:
CLISRP:
CLIERM:
CLINUF:
CLINBG:
CLIBRX:

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

CLIBDL: .ASCIZ
CLINPS: .ASCIZ

4
4
g

1sg4
1

CLIBCR: .ASCIZ

CLISEO: .ASCIZ
CLIPW:

DLLQT:

HLPO:
MLPF:

HLP1:

HLP2:

”82

04
32
020040
04704
104

523

.ASCIZ

.ASCII

7 PRINT/<15><12>
7 EXIT/<15><12>

.ASCIZ

/7 SET EXPECT=TRANSMIT/

HLP3:

"ASCIZ 7 DUMP START-END/B?
.ASCIZ 2 SET EXPECTMSG OR TRANSMITMSG=TYPE/SIZE=N OR /COPY=N?

WLP4:

.ASCIZ

MLP3A:

HLPG4A:
HLPS:
HLP6:
RHLPO:

RHLP1:

}mg

ou.ggé

52123

RHLP7:

OR 'OPR SPCD=A=-Z,SP,TAB,0-9 IN QUOTES'"/
/
? RUN MODE=MTYP/LOOP=LTYP/CHECK,STATUS,ECHO,MODEM,PASS=N?
/7 MTYP=TRAN,REC,ACT.PAS,TAL.LIS,DOMN/<15><12>
1 LTYP=INT €AB.(OC ,REN/
/INZATYPE ‘MW" OR TM2"“FOR MELP !/

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

/L0G = PRINT DCLT EVENT LOG/
/EXIT = EXIT REPORT LEVEL/
/MELP = PRINT THIS MESSAGE/
'BASE/ERROR = PRINT ONLY ERRORS!
IBASE/FULL = PRINT ENTIRE TABLE!

.ASCIZ /DCLT REPORT CMDS :/

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

rgsz

:ssg

MO
MO4:
MOS:

7517
1:.459 04601] 8?2116

LP00:

14450

.ASCIZ

SHTYPS:
SHTYP%:
SHTYPS:
SHTYP6:
SHTYP7:
M00:
MO1:
M02:

5;1
1
31 1

LF??

2 ~ TYPE=ONES,ZEROES,1ALT,0ALT ITEP,CCITT,ALPHA?

.ASCIZ
.ASCIZ
.ASCII
ASCIZ
.ASCIZ

RPTIV: .ASCIZ
SHMSG: .ASCIZ
SHTYPO: .ASCIZ
SHTYP1: .ASCIZ
SHTYP2: .ASCIZ

101
52111
050105
050114
0511
5
101
515

7 CLEAR OR SHOW EXPECTLIST OR TRANSMITLIST/<15><12>

TASCII
TASCII

4
45
szg
51
114

041
052111
101
117
8‘25 2
51124
1

/INZA2TRANSMIT & EXPECT LIST MUST BE IDENTICAL FOR LOOP?/
/INIATHIS IS DCLT. TYPE "M OR **2'* FOR DETAILS/
/3INXT/

704
014 s
7045
01424
014 72 0425
1
014
814 1; 040461
1431
14326
14332
143
ugl.s
14
14
14

/INZA?''SIZE=0"* NOT VALID?/

.ASCIZ /DCLT CMDS:/

1%
53
1

/INTA?ILL CHR= “A=Z,0-9.SP,TAB' ONLY?/

.ASCIZ

RHLP2:
RHLP3:
RHLP4:
RHLPS:
RHLP6:

04050

/3INZA2'LOOP"’ VALID ONLY IN ACTIVE?/
/INZA?"ECHOTM VALID ONLY IN PASSIVE?/
/SATTELITE PASSWORD= /

014130

/DCLT>/
/RPT> /
/INZA?ILL CMD-BAD SYNTX?/
/INZA2INCMPLTE CMD?/
/INIAINUM TOO BIG?/
/INZA?BAD RADIX?/

.ASCIZ

013714 047514
105
013747
ouogg gzssw
50
0140
10
014071

101
14407
uug 0475
124
1443

SEQ 69

MACYT somosz)a 30-MAR-82 09:15 PAGE 23-28
OBAL FORMAT STATEMENTS, MESSAGES, AND ASCII INFO

IXMUAQ1?511& ”-11&(%

12310
12316
1
1
1
1

JASCIZ
.ASCIZ
.ASCIZ

.ASCIZ

IBASE/OFFSET=NNN = PRINT SINGLE LOCATION!'<15><12>

7INIABASE OFFSET=203%A T0O gxs 1/
72INIAMSG: TYPE=XTIA/SIZE=%D3?
/2EROES/
/ONES/
/1ALT/
/0ALT/
/CCITT/
/ITEP/
/ALPHA/
/OPR SPEC/
/RECEIVE/
/TRANSMIT/
/PASSIVE/

/ACTIVE/
/DOWNLINELOAD/
/TALK/
”Jsrw

"ASCIZ ?2/L00P=?
2INTERNAL?

S W
VIO WON WO
s F LV IV, 1. 5

-n.osz-a-.
V)
= ) b b e AN
O=O=N=N—=O
& NIND
&S =b b

NOo

-y

%82 09: 15

BREEES

e e ok md D

59
S
~
S
WOnNn

e e

DEDDDDDS

GRpmenats
23

e R

OO00O00O000O
000

MACY11 30A(10$2)

1 ol

052524

000113
000

.ASCI%
+ASCIZ
+ASCIZ

PEC:

+ASCIZ

.ASCII
LASCIZ
.ASCII
+ASCIZ
.ASCII
.ASCII

020?32 L5060:

.eeg'l‘l

PMS:
LISP:
OPRMM:

PAGE 23-29

FORMAT STATEMENTS, MESSAGES, AND ASCII INFO

LP2:
LP3:
LP4:

PNST:
PST:
PNCK:
PCK:
PNEC:

09:15_

+ASCIZ
.ASCIZ
.ASCIZ

?CABLE?
?2LOCALMODEM?
?REMOTEMODEM?

/NO/
/STATUS/
/NO/
/CHECK/
/NO/

/ECHO/

/MODEM/
/!NIALISV
/TLK>/

/THIS A 50. OR 60. HZ. LSI~11:/

DLLCM:
NOCLK:
TABEX:

wnwwawn

22
RRRa= o

.ASCIZ
.ASCIZ
.ASCIZ

BUFEX: .ASCIZ
MSGTRN: .ASCIZ

MSGTRU: .ASCIZ

/INIADOWN Ll'i LOAD COMPLETED SUCCESSFULLY/
PROGRAM WILL HANG ON ‘‘TIMEOUT''!!/
/um cLoC
EXCEEDED -/
COUNT
CHM HSG
IBUFF ULL </
HSG. NOT BUILT !!/
/INXT

/INZACHAR. COUNT EXCEEDS BUFF LIHIT = MSG TRUNCATED/

.ASCIZ ?INXSSIAMODE=XTITITIA/PASS=3257

022516

SHF1:

.ASCIZ

?ENXSSXSSXSSIA/ITIA/ITIA/XTIA/RT?

032523
851“5
22465

EFM2:

.ASCIZ

/XSSZATOTAL HISMTC!ES IN MSG = XID5/

o
W
N

SHFO:

—

n
N

b d

wvwwawnmwnes
-t OO
oowm
~

a9%3

b md amd cod b

[~1-1-1-1-T1-1~]

FORMAT STATEMENTS USED IN PRINT CALLS

EFM11: .ASCIZ /XS5ZACOMPARE CMT’!DS!S ZARECEIVE COUNT=XD5/
.ASCIZ

PCPM:

P
/INIS3XACALLED FROM

=2 SO SNI
(V1.3

V.1

Q W=NOO
S
- \J) b
b VA=
WA A

T AP

ONO

b e e B

RR KRR

-y

—_

FERRRRRRUNVRRN

b b LY e

—ONN
~

sEVENT DESCRIPTION MESSAGES

-n‘-a-na-.-ua-n-nasg
VWA
VAW
}:
Nl

FEEEETS -3

WW
0

RRRRRRRLRRRLLL LU
VIS
W =0 VRNOWVWSWN=O
rURS

SO-MR-BZ

PNMS:

046505
046101

W
0

-2

SeBEEEEEEI SEEEEEE

é:

EDTXQ:
EDTXC:
EDRXQ:
EDRXC:
EDDER:
EDDCK:
EDDVI:
EDDLE:

.ASCIZ
.ASCIZ
.ASCI
.ASCIZ
.ASCI
.ASCI
.ASCI
.ASCIZ

IYRMSHIT MSG QUEUVED/
/TRANSMIT MSG CMETED/
/RECEIVE SPACE_QUEUED/
/RECEIVE MSG COMPLETED/
IDEVICE ERROR/
A COMPARISON STARTED/
/DEVICE INIT AND SETUP/
/DATA COMPARISON LENGTH ERROR/

EDEOP:
EDMOS :
EDABO:

.ASCIZ
.ASCI%
.ASCIZ

/END OF PASS/
/ABNORMAL MODEM STATUS CHANGE/
/“C ABORT/

JASCI

/DATA COMPARISON DATA ERROR/

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

*THESE TWO STORAGE AREAS MUST NOT BE SEPERATED !!!!

MACY11 30A(1052)

042523 BASMIA: .ASCIZ

gll: 5

017067

130

81 7113
17117

130
000

01 70;;
0170
0171 0;
01710

13
1
1
130

NNNNNNNNNNN

gB
g o by Bt B Dy Gt
S

[

Sran
&»
TR -]
w

(alalalalaslalalialalsly]

2EEERED>>>

o
e

-O<

<<<;
<

)
"

022470
[—I1-1-1-1-1-1-)

FRERERR

SBNUNIIS

5467
5468
5469

130

BASE TABLE/

7ENIATHE DCLT EVENT LOG IS EMPTY?

FINIA>>ODCLT EVENT LOG

ENTRY <<<<LLLLLLLLLLLLLLLLLLLLLLLCLLL?

/INIDSXA:X22%A:322XS3%T/

INISIZAADDR OF MSG=3063S3XABYTE COUNT=XD5/

206
/3S3%

MSG=X06XS3TABYTE COUNT=ZDSZIS3XANO. OF CMP ERRS=XD5/
/INIS3XTAAD
/INXS3XAADDR OF HS?*!O“S XARX g" S=!DS!SS!AC?ARE BYTES=XD5/
FS=XD5/
/INXS3XAPASS=ZDSXSSXAERRORS=XD5XS3
/XSSTABYTE # IN MSG.=ZDS5XS3XAEXPTD=X03XS3XARECVD=203/

/INISOXACHANGED TO:/

AARRRRAAARAAAAAANAAARAEARANARANAAAAAAAAAAAAAAAAAAAARAAAAARAACAAAACOES

D0 NOT SEPERATE THE NEXT LIST OF MESSAGES = MODEM SIGNAL HEADER AND REPORT
PIIIIIL

5669

/2S3%06/
/IN%06/

EVMOCG: .ASCIZ
s

9766 047045
gzgi 01
01 788 047045
5466
5465

045

R S

016743

0000 Oo0oOWWW

5459
5460
5461

045
045
045
051445
827065
7065
047045
045

PIIIIIIIN

5457
5458

0
016327
816341
16356
0164
01650
01
01665

PAGE

/353%03/

s
e
fim BASM1:
516
oo =i

Mg
05144
045

- — =i
—| "hnham

016047
16052
01606

— =y
"

9
0
1
S“g
544

m mmm

040502

020040

o (=l=l=lel=lel=]
v
WA\
b \) b
Nb
WY
W¥ ol
—
BB
ON—
N
owoo
W\V 1Y)

016032

5448
5649
5450
5631
s:.s;
5453
5456
355
5456

09:15

GLOBAL FORMAT STATEMENTS, MESSAGES, AND ASCII INFO

:EVENT REPORTING MESSASES

552

44
5469
1607
045
g
5447 010161 3§
Eg 047

30-MAR-82

13
09:

CZKMUAOD KMS11-BL PDP=11
30-MAR-82
CZKMUA.PI

SEQ N

.9 23-30

EVMOMD:
EVMOST:
EVMCTS:

EVMDSR:
EVMDCD:
EVMRTS:
:
EVMRI
EVMSQD: .
EVMTA:

/INXS mifl STATUS: CTS DSR DCD RTS RI
/INISIXSIXSSXA/
'X.4 .43,6
*X,40,40.,4

SQp TW/

CZKMUAQ KHS‘H;SE ‘Hogt%g

CZKMUA.P11
ot

.SBTTL

BASE TABLE ADDRES

56. BYTES'' + A FEW
:MUST BE IN THE AREA OF ‘0173
E !11) DO NOT ALLOW THE ABOVE ASCIZ MESSAGES TO EXPAND INTO
Y
:éeéfizlss!!s!zs!!!!!s!!

3490

30-MAR-82 09:15 PAGE 23-31

E TABLE ADDRESS

A ;8 i B0OT ROM FOR DOING DOWN=-LINE<-LOAD.
sTHIS SECTION IS USED BY

5489

MACYT 30A(1052)

017370

17370

020000

’

BASE:

.=17370
.BLKB

256.

THIS REGION.

:BASE TABLE ADDRESS

SEa 72

—t

GELEatirs o 'g

=
muuumvcmumwnmmmmgvcm_‘_‘d_‘d
LERRURZES ON&M&W%OO%W oo ageeywv

viviaiunanaavIiiawng

-82 09:

047045
1%
S

045
051445
045
051445

O3
0224
0315
0224

8‘ &S
52101
45
S01

045
051445
045
051445

0315
0224
03152
022463

0445
1501
0445
046501

0315
0224

45
4501

020135
020217
0 zg
0202
0 s
0
0 o%
020242
020246

045 022516 051501
106 000120
000
052504
106 000114
000
050504
106 000101
052504 ooo1g
046504 0001
000
047104

020265
020270
3 73

0551

020251
55
0 521

;
02030
0 313

106
106
106

PAGE 23-32

ASCIZ MESSAGES CONTINUED AFTER BASE TABLE REGION

053114
050115
04 ssa

000
000
000

CR:

.ASCI% 73N/

SCM:
SDVI:

.ASCIZ
.ASCIZ

STXQ:
STXC:
SRXQ:
SDVE:
SCML:
SCMD:
SEOP:
SMSC:

351
0551
0001%4

020316 04650%4 000126

+ASCI
.ASCIZ
.ASCI%
.ASCIZ

/3S3XATXQ/
/%S3ZATXC/
/3S3ZARXQ/
/%S3ZAERR/

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

/3S3TACML/
/ZS3TACMD/
/3S3XAEOP/
/ZS3ZAMSC/

/3S3TACMP/
/%S3ZAINI/

;CR FOR LINES IN A ROW
sABOUT TO T
STX COMPLETED
*ABOUT TO RECEIVE
:DEVICE ERROR

*ABOUT TO DO DATA CHECKING OF RECVD VS. EXPTD
*DEVICE ABOUT TO BE INITIALIZED

:COMPARE LENGTH ERROR
:COMPARE DATA ERROR
SEND OF PASS
*MODEM STATUS CHANGE

« NEXT ASCIZ LINES ARE USED IN SATELLITE ID MESSAGES

SECRM:
DPM:
:
DLM:
DaM:
DAM:
DUPM:
DMCM:
DNM:
DLVM:
DMPM:
DTEM:

DVM:
126
'87.
goo
DIM:
125 045516 047516 UNKM:
1
113
113

09:15

EXECUTION STATUS MESSAGES TO BE PRINTED TO KEEP OPERATOR AWAKE

045
051445

1
1o§
0
02011
020124

30-MAR-82

ASCIZ MESSAGES CONTINUED AFTER BASE TABLE REGION
«SBTTL

Vivauviwawwawaaawawn VIV

o«

11;8!_. PDP=11 DC%

MACY11 30A(1052)

KDPM:
KDZM:
KLM:

DMVM:

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

.ASCIZ
.ASCIZ
.ASCIZ

/INIASECONDARY BOOT REQ FROM XTZA DEVICE-TYPE= XD3/
/DP/
/puw/
/DL/
/DQ/
/DA/
/DUP/
/DMC/
/DN/
/DLV/
/DMP/
/DTE/

.ASCIZ /DV/
.ASCIZ /D2/
.ASCIZ 7/
.ASCIZ
.ASCIZ
.ASCIZ

/KDP/
/KD2/
/KL/

'235.’.’ /DMV/

SEQ 73

-82_ 09:15 PAGE 23-33
BASE TABLE DATA DESCRIPTION MESSAGES
PNINNNNNNNNN
NN

3337 33333z

w
nunn
[alalalalalalalalalalelyl

KMS11 BASE TABLE DATA DESCRIP"W MESSAGES
/UNDEF INED DATA
sLOCATION UNDEF INED BY SPEC
/ANP = CONSTAN 0/

>»>»

283000000002
OO ——
N =d =2\Far - 228G
20°°b~&~b~

V=S
O SN

) i A ) b e
-

) b

RO
GO

S
&~

v, iy

b AS

SRRSR

POP11 DCLT MACYI1 30AC1052).3
20

SRR

000000000000

- OO

Vi
wvw

VIV

22332328227

KMUA.PD11KMS11
CZCZKMUA

/NTLR = NAKS RCVD..NO BUFFERS/
/NHDR = NAKS RCVD..MSG HEADER BAD/
/DATR = NAKS RCVD..DATA BAD/
/NTLS = NAKS SENT..NO BUFFERS/
/NHDS = NAKS SENT..BAD HEADER/
/DATS = NAKS SENT..BAD DATA/
/REPCS = REPS SENT/
/REPCR = REPS RECD/
/BASE = CORE TABLE BASE ADDRESS/
/SEE DMC TECH MANUAL FOR DESCRIPTION/

SEQ 74

CZKMUAO kMS11=BL PDP=11 DCLT
30-MAR-82 09:13
CZKMUA.PI

MACY11 30A(1052) 30-MAR-82 09:15 PAGE 23-34
KMS11 BASE TABLE DATA DESCRIPTION MESSAGES

5560

3561

Sssgi

042515
1010 0445246
2 1;
815

2566
565
5569
556
5568
5569
5570
b3 74
ssg
S5
§574
5575
g;;g

1051
1072
02113
8 1132
1221
021 6§
02131
8 1340
1405
0214
021
02150
021547

5578
5579
5580
5581

021574 054124
021636 005015
12;
021663
01
021725
021752

gs“ 022001

042040

§585
§586
5587
5588
5589
5590
5591
SS9§
5593
5594
§S9S
596
5597
5598
b

022026
022046
02208:
0221
022117
022131
022151
0% 1
0 51
022217
022227
022243
022257
022277
022317
02234

051120
047516
042104
044506
114
104
152
0405
122
122
103
10
126
1
1
83%%26

538SREEEY

:DEVICE ERROR MESSAGES

FOR RDI TO CLEAR/
/TIME OUT WAITING
76440 DVEMO: .ASCII
/
SEL2
SELO
JASCIZ <15><12>/

2904440
1
2904
02 1;
440
1
2 1; 2
440
1
0040
8% 1
0126
252
9
0
ozogl
0507
04251
020069 851“0
51126
04711
020040
020012

.ASCI]
JASCIZ
.ASCI]
JASCIZ
.ASCI]
JASCIZ
.ASCII
JASCIZ
.ASCII
JASCIZ
.ASCI1l
JASCIZ

OUT WAITING FOR Ros TO SET/
/TIME
/
SEL2
SELO
<155<12>/
OUT WAITING FOR RUN TO SET/
/TIME
SEL2 /
<155¢<12>/ SELO
OUT WAITING FOR OUTPUT INTERRUPT/
/TIME
SEL2 /
SELO
<155<12>/
/ZINPUT INTERRUPT WHEN EXPECTING OUTPUT/
SEL2 /
SELO
<15><12>/
/ZILLEGAL OUTPUT INTERRUPT/
SEL6
SEL2
<155<12>/
/conmgl. OUT INSTEAD OF BA-CC OUT/
SEL6 /
SEL
<15><12>/

061068 043125 DVEM8:
51440
02004
58322 DVEM9:
020130
02201; 020040

020012 050060
015 053517

020116

DLLAB:

.ASCII
JASCIZ
.ASCI1
JASCIZ
.ASCII

/TX BUFF COMPLETED AND SHOULD BE RX/
SEL6 /
SEL4
<155<12>/
/RX B?FF COMPLETED AND SHOULD BE TX/
SEL6 /
SEL4
<15><12>/
7/ DOWN LINE LOAD ABORTED/

2105
041517
054105
020116
020120
ol.ssg
84711
0415
30125
05151
84‘.1506 050115
6511 8%0105
1440
040524
05144
047125
2111
0201
107
020104
0
15264
7516
0201
7518
20132
51040
150
20103 042522

PROEM:
NXMM:
bODC
DISCOM:
LOSDAM:
DDCMRM:
TIMOM:
DATCKM:
:
RXIDM:
CDGLM:
CTSFM:
TXNC:
RXNC:
RXM1:
RxXM2:

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
LASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
eeg'l‘l

/PROCEDURE ERROR/
/NON EXIST MEM/
/DDCMP START REC/
/DISCONNECT/
/LOST DATA/
/DDCMP MAINT REC/
/TIME OUT/
/DATA CHECK/
/RUN SET ILLEGALLY/
/RX IDLE/
/CD GLITCHED/
/CTS FALILED/
/TX NOT COMPLETE/
/RX NOT COMPLETE/
/SEC REQ ERR WORD 1/
/SEC REQ ERR WORD 2/

0464524
215
0464524
215
044524
_015
047111
015
046111
005015
103
015

DVEM1:

DVEM3:
DVEM4&:
DVEMS:
DVEM6:

DVEM7:

LASCIZ <155<12>/ RXBUF

TXBUF /

SEQ 75

CZKMUAO kMS11-BL PDP=11 DCLT
-82 09:13
CZKMUA.PT1

MACY11 30A(1052)
.SBTTL

£
8

30-MAR-82

09: 15

GLOBAL ERROR REPORT SECTION

SEQ 76

PAGE 23-35

GLOBAL ERROR REPORT SECTION

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

5637
5638
5639
564

BGNMSG

ERR1

ERRY

PRINTB #EVTF5A,OFSET,<B,G00D>,<B8,8AD> ;INDIVIDUAL 6ATACEgHPARE %gg?fi

007265

BISB

BAD,(SP)

00726

BIS8

GOOD,(SP)

CLR

MOV

01665

000012

007254
015265
000002

ENDMSG

L10001:

BGNMSG

ERR2

PRINTB

#EFM2,TEMP4

007252

000010

TRAP

CSMSG

:TOTAL DATA conmze FAILS ERROR

ADD

L10002:

ERR10

PRINTB

#EFM11,R4,TEMP3

sfinm

TRAP

CSMSG

MOV

TEMP3,=(SP)

?63
MOV
MOV

ENDMSG

TEMP4 ,~(SP)

osrnz.-csn

ERR10::

830003
706

SEVTFSA,=(SP)
#4,-(SP)
SP_RO
CSPNTB
n2,SP

o
TRAP
BGNMSG

orsef =(SP)

MOV
MOV
MOV
TRAP
ADD

nov

ENDMSG

-(SP)

L10003:

TRAP

p fifl (SP)
fi.-(sfi)
4
CSMSG

MACY11 30A(10 52) 30-MAR-82 09:15 PAGE 23-36
GLOBAL ERROR REPORT SECTION

SRRPRRERR

NN
NN NN
NN NN
Vi

CZKMUAO KMS11-BL PDP=11 DCLT
-82 09:13
CZKMUA.P11

BGNMSG

ERRS

PRINTB

#EVTF3D,TEMP3,TEMP4,CONOTM

CONOTM,=(SP)
TEMP4 ,=(SP)

PRINTB

#PCPM,PCADD

&2-‘

)

) d =

—00000

ENDMSG

007254
007252
016341
000003
000010

L10004:

BGNMSG

ERR9

PRINTB

#EVTF3C,TEMP3,TEMPS

2
Fonnus
& &H &H
{« N

)
cmd

TEMP3 ,~(SP)

PRINTB

#PCPM,PCADD

PCADD,=(SP)

#PCPM.~(SP)

g5
CSANTB
#6,5P

L10005:

007254
7 Sg
16

BGNMSG

ERR13

PRINTB

#EVTF3C,TEMP3,TEMPS

ENDMSG

CSMSG

TEMP4 ,-(SP)
TEMP3 ~(SP)

000010

ERR13::

pry

N
%]

TEMP4 ,~(SP)

0§vn3c =(SP)
#3,-(SP)

2o R%
&

—

0000

007300
015330
000002

ol el

—x

OOCO000000O0000O

SEQ 77

L10006:

CZKMUAO KMS11-BL PDP=11 DCLT

30-MAR-82 09:13

CZKMUA.P11

(10) 0 782 13746 007260
13746 0072564
(9) 0227
(8) o% 710 013746 00725
(7) 022716 012746 01635
6) 025720 012746 000004
(3) 022726 010600
5_7 104414
(%)
730 062706 000012
%)
%

0 %%2

5697

0 Em

sé9% 022
%)
(3)

GLOBAL ERROR REPORT SECTION

PRINTB #EVTF3D,TEMP3,TEMP4,CONOTM

;

ENDMSG

104423

736 ooo197
022740 177772

SEQ 78

30-MAR-82 09:15 PAGE 23-37

BGNMSG ERR14

569
0227
ss9§
(3) 8 7

5695

MACY11 30A(1052)

EXIT

MSG

ERR14::

L10007:

MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

CONOTM,=(SP)
TEMP4 ,=(SP)
TEMP3 . =(SP)
SEVIFSD,=(SP)
#4,-(SP§
SP.RO
CSPNTB
#2,5P

TRAP

CSMSG

MORD
"WORD

JSJMP
L10007-2-.

CZKMUAD kMS11=BL PDP=11 DCL
30-MAR-82 09:1

CZKMUA.PI

SEQ 79

30-MAR-82 09:15 PAGE 23-38

MACY11 30A(1052)

GLOBAL SUBROUTINES SECTION

g?O‘l

.SBTTL

2;82

: THE GLOBAL SUBROUTINES SECTION CONTAINS THE SUBROUTINES
: THAT ARE USED IN MORE THAN ONE TEST.

3708
5704
5707
5784

CLOCK SETUP SUBROUTINE

.SBTTL

g?BS

144

S;g?

5788

: FUNCTIONAL DESCRIPTION:

5791
2773

3
3

THIS SUBROUTINE SETS UP THE CLOCK INFORMATION TABLE FOLLOWING A *'CLOCK"’
CALL EXECUTED IN THE INITIALIZATION CODE. BUT SINCE THE '‘CLOCK'®' CALL

3
3

5789
5790

SAYS WOTHING ABOUT AN LSI=11'S CLOCK, THIS ROUTINE IS ONLY USED IF A
LINE OR P=CLOCK IS FOUND.

5794

: INPUTS:

5798

: IMPLICIT INPUTS:

5801

3
3
3
3

gggg

581;

022742

5817
5818
5819

02275
2754
723

¢l

022742 01512
022744 01211
1
022746
02275 883 1
1
§1

::CLKCS!!." GETS LOADED WITH THE CLOCK'S CSR ADDRESS
' GETS LOADED WITH THE CLOCK'S INTERRUPT LEVEL
'
"'CLKVEC' GETS LOADED WITH THE CLOCK'S INTERRUPT VECTOR
CLKMZ'* GETS LOADED WITH THE LINE FREQ. (HERTZ RATE) WHICH DETERMINES

THE NUMBER OF TICKS IN A SECOND

: CALLING SEQUENCE:
CLKSET:

g%%

82§

PUTS:

5808

5820

THE SUPERVISOR SPACE WHERE CLOCK INFO WAS RETURNED BY THE °‘'CLOCK'* CALL

5802
5803
5804
5805

5813
5814
5815
5819

R2= POINTS TO "‘CLK'® TABLE WHERE CLOCK INFO WILL BE KEPT

g;gg

5811

R1= POINTS TO SUPERVISOR SPACE WHERE CLOCK INFO WAS RETURNED

5795

JSR

PC,CLKSET

:CALL CLOCK SETUP WITH R1 & R2 SETUP

MOV
MOV
ASL
ASL

(R1)*.(RS)0
(R1)+,(R2)
(R2)
(R2)

:LOAD CLOCK'S CSR ADDR. INTO “‘CLKCSR'’
:LOAD CLOCK'S INT. LEVEL INTO ‘‘CLKBR'’
sADJUST THE INT. LEVEL FOR LOADING INTO
THE PSW WITH A *'SETVEC'® CALL
:

(R1)+,(R2)+

;LOAD CLOCK'S INT. VECTOR INTO ‘‘CLKVEC'

ASL
ASL
ASL

121

MOV

022764

00020

RTS

022762 0121

MOV

(R2)
(R2)
(R2)+

(R1)+,(R2)+

:LOAD CLOCK'S HERTZ RATE INTO '‘CLKMZ"

MACY11 30A(1052)

CZKMUAO KMS11=BL PDP=11 DC%T
30-MAR-82 09:13
CZKMUA.P11
5825

30-MAR-82

PAGE 23-39

CLOCK SETUP SUBROUTINE

CLOCK INTERRUPT SERVICE ROUTINE

SBTTL

3857

09:15

SEQ 80

FWCTIM DESCRIPTION:

5828
5

l 1S THE CLOCK INTERRUPT SFRV!CE ROUTINE WHICH TAKES CME OF
OF THE
ANYN
THE "‘TIME=-SINCE=START"' AND COUNTING DOW

EPING
"EVENT TIMERS, THE TIMERS ARE USED TO TIME COMPLETION OF DEVICE
REQUESTS. THE “‘TIME-SINCE=-START"' IS USED TO BE LOGGED WITH EACH ENTRY

INTO THE EVENT LOG.

IMPLICIT INPUTS:

TIMTCK: THE CURRENT NO. OF TICKS LEFT TO BE COUNTED UNTIL A SECOND
CLKHZ:

HAS BEEN COUNTED OFF
THE NO. OF TICKS IN A SECOND

TIMMIN & TIMSEC:

DETEMINED BY THE SYS. LINE FREQ.
CURRENT VALUE OF ‘‘TIME NCE=START'
NUTES & S ONDS
IN MINVU
1 TICK IF IT WAS NON-ZERO
TICK IF IT WAS NON-ZERO
1 SECOND IF IT WAS NON-ZERO
—

L
INPLICIT OUTPUTS:
NEW VALUE OF EVENT TIMER '“1'* DECREMENTED B
NEW VALUE OF EVENT TIMER ''2'' DECREMENTED B
NEW VALUE OF EVENT TIMER ''S'* DECREMENTED B

<<=

TIMER 1,2, © S: CURRENT VALUES OF THE F‘EVEMI’ TIMERS''

FUNCTIONAL SIDE EFFECTS:

THE CLOCK IS DISABLED UPON ENTRY AND REENABLED WHEN LEAVING

CALLING SEQUENCE:

ROUTINE IS CALLED WHEN THE CLOCK INTERRUPTS THRU ‘‘CLKVEC''.
R
OF THIS ROUTINE WAS LOADED INTO THE CLOCK'S INTERRUPT
ADDRESS
THE
A SUPERVISOR ‘‘SETVEC' CALL.
WITH
VECTOR
THIS

2$:

87
007364

3s:

007356

ING
:DISABLE THE CLOCK rom INTERRUPT

*DECREMENT THE # OF TICKS/SEC

NOT cne TIMERS
IucMINUTES=SINCE=START
ELSE
;:1F
: AND RESTART SECOND COUNTER

TIMMIN
TIMSEC

&SN

~Nwn

g38 ge&
NN

007354

CLKINT::

TIMTCK

1$
CLKHZ , TIMTCK
TIMSE
#60. , TIMSEC

007356

18:

007346

CLKINT

aCLKCSR

NNNWN

~NN

288882888
ERNENEEIEEu
L
~ NNN§—
W= N=NN=nn—n

(=]

R
P

B
RRB@BE®
SAJSANAN

i3BEe3

BGNSR V

eo CHECK TIMERS mz-ncxs. 3-SECONDS)
RESET THE # OF TICK ssc
INC # OF§5cs-smcsm 60 sscs. YET
SSEE IF WE

TIMER1
28
TIMER1
TIMER2
3s
TIMER?2
T&HERS
4

;SEE_IF TIMER #1. TIMING ANYTHING
:"IF=0, NOTHING BEING TIMED CHECK NEXT TIMER
: ELSE DECREMENT THE TIMER VALUE (BY 1 TICK)
+SEE y TIMER #2, TIMING ANYTHING
BEING TIMED CHECK NEXT TIMER
: IF=0, NOT
* ELSE DECREMENT THE TIMER VALUE (BY 1 TICK)
+SEE y TIMER #3,
TIMING ANYTHING
*"1F=0, NOTHING BEING TIMED, LEAVE

TIMERS

* ELSE DECREMENT THE TIMER VALUE (BY 1 SEC.)

%mz.nmcx

:sgs {f coSECOND HAS BEEN cfiunso OFF

CZKMUAD KMS11

CZKMUA.P11

gggo
e 1
)
( )

8;3182
8

106
106

PDP-1108C*;
-82

013777
000002

09:

007350

MACY11 30A(1052)
164232

4S$:

30-MAR=-82

09:15

SEQ 81

PAGE 23-40

I
INTERRUPT SERVICE ROUTINE
CLOCK
MoV
ENDSRV

CLKEN,@CLKCSR

sREENABLE THE CLOCK TO INTERRUPT
L10010:

RTI

MACY11 30A(1052)

CZKMUAO KMS11=BL PDP=11 DCLT

30-MAR-82 09:13

CZKMUA.P11

30-MAR-82 09:15Els’A(iE 23-41

EVENT LOG SUBROUTIN

EVENT LOG SUBROUTINES

ggg‘s.

JSBTTL

ggg

885

5897
5898

:
:

OF EVENT LOG INFORMATION
TEMPG :
MODS : cunnem VALUE OF THE MODEM SIGNALS AVAILABLE FROM THE DEVICE

UPDATED "svmn" ceveur LOG ENTRY POINTER)

DESCRIPTION:
: ruucnom
THIS SUBROUTINE HAS A DIFFERENT ENTRY POINT

roa EACH EVENT TO BELOGGED AND ALWAYS PRINTS
:
THE SHORT ''OPERATOR AWAKE'® MESSAGE TO CONSOLE THEN LOGS THE
:
EVENT TYPE, TIME, AND THE OTHER 3 WORDS OF INFO PASSED TO THE
:
:
SUBROUTINE AT CALLING TIME
: INPUTS:
CURRENT VALUE OF *‘TIME=SINCE-START''
TIMMIN & TIMSEC:
:
TEMP?: uoao #1 OF EVENT LOG INFORMATION (FOR MOST EVENT TYPES)
:
TEMP3: c; OF EVENT LOG INFORMATION
:

5888
5889
5890
%1
589
589%
5895
5896
§900
5901
590

: OUTPUTS:
:
"OPERATOR sze" nesme SENT TO THE CONSOLE
NEW EVENT LOGGED IN 'EVTLOG'' (EVENT LOG)
:

5905

: SUBORDJNATE ROUTINES USED:

5906

THE DEVICE SUBROUTINE THAT RETURNS MODEM STATUS IN ‘MODS'*

(FOR SOME EVENT TYPES)

ggg;

5909

* FUNCTIONAL SIDE EFFECTS:

5913

: CALLING SEQUENCE:

gg} 4

5910
gg}%

:
:

5914
'gg}s

:
:

TEMP:
TEMP1:

JSR
.

PC,LOGTXQ
..

sCALL_THE LOG EVENT SUBROUTINE WITH TEMP,TEWP1,
: TEMP2, TEMP3, AND TEMP4 SETUP

B8R

#STXQ, TEMP1
nxo femp
06s1

:SET UP MSG. TO PRINT
*SET UP EVENT TYPE
:GO LOG EVENT AND TIME

18 15737 020014 887 46 LOGTXC: MoV

#STXC, TEMPI

:SET UP MSG. TO PRINT

JSR

4
5919
LOGTXQ:
5920 ogno
MOV
5921 023110 015737 020003 007246
9 g ogm 8307 7 000000 007244
MOV

g 3 023124

925

9
38
9
931
33‘

510

0231

1
142
144
144
1

12737 000002
501

007244

MOV
BR

9§§ ggtzs §a§§7 080052 00754

LOGRXQ:

935

LOGRXC:

9§9
3”

USED TO STORE ADDRESS OF ‘'OPERATOR AWAKE'' MESSAGE
USED TO SETUP THE VALUE OF THE 'EVENT TYPE'' BYTE FOR LOGGING

PC,LOGCMP

mc femp
06s{

:SET UP EVENT TYPE
260 LOG EVENT AND TIME

MoV
BR

MOV

#SRXQ, TEMP1
L0GS{

#RXQ,TEMP

:SET UP MSG. TO PRINT
160 LOG EVENT AND TIME

1
m 000006 007244
MoV
}9
i

mc TEMP
06s1

:SET UP EVENT TYPE
:GO LOG EVENT AND TIME

012737
2

00724

*SET UP EVENT TYPE

SEQ 82

CZKMUAO KMS11-BL
CZKMUA.P11

939
gw.o
&1

§§

945

PDP=11 ogcfl

-82

12737
127374

09:

MACY11 30A(1052)

724

3833?8 8873:.2

18
1 81

94
945
594.9
§9¢
9:.3
9%
sgssc‘)

7246
7 02
7044
1
12 12737
7250
113737
7251
00731
113737
007316 007 sg
013737
40
46 013737 007314 00725
1
54

§95

595
5954
§955
5959
595
5958
959
960
%1 0

SEQ 83

30-MAR-82 09:15 PAGE 23-42
EVENT LOG SUBROUTINES

MOV
MOV
B8R

#SDVE ,TEMP1
TEMP
#DER,
L0GSS

;SET UP MSG. TO PRINT
TYPE
EVENT
UP
*SET
TIME
AND
EVENT
:G0 LOG

MOV
MOVBE
MOVB
MOV
MOV

#SDVI, TEMPI
#DVI, TEMP
MODTYP,TEMP2
mvr.fm;n
ASS . TEMP
- TEMP.
LOGS3

;SET UP MSG. TO PRINT
*SET UP EVENT TYPE

#SCM, TEMP1
#DCK . TEMP
L0GSS
#SCML , TENP1
#DLE, TEMP
L0GSS
#SCMD, TEMP1

;SET UP MSG. TO PRINT
:SET UP EVENT TYPE

LOGDVI : MOV
B8R

LOGCMP:

MOV
56 01 7§7 85884.7 887546
MOV
007244
16
012737
B8R
2
72
LOGCML :
1
MoV
887%66
7% 81% 7 020071
MOV
7244
12737 8ooozo
B8R
0004633
LOGCMD:
MOV
15737 ozo1os 007246

MOV
12737 000022 007244
BR
24
LOGEOP:
5964
MOV
007246
020113
°'$;§7
023330
§965
MOV
007244
000024
012737
023
5
BR
000415
3
égg.

ggi 0

#DDE, TEMP
L0GSS
#SEOP, TEMPI
#EOP, TEMP
L0GSS

:SET UP EVNT ENTRIES

:G0 LOG EVENT AND TIME

SET UP MSG. AND TYPE

i80 LOG EVENT AND TIME
:60 LOG MSG TYPE AND TIME

;60 LOG MSG TYPE AND TIME

MOV

JSR
MOV
CMP

mcur =(SP)

BEQ

DVMODS
R4
(sfi»
R&,ERRCNT

;SAVE CURRENT ERROR COUNT

o
MOV

1s’

Lo
MODS , TEMP4

: BR IF NONE

ELg (VR MO el AT

BEQ

#RXC , TEMP
L0GSS
#STATB,PARAM

:IF RXC DONT PRINT

P
BEQ
BIT

om0
oo
g
A
533; 007210
g

g
CLR

LNCNT

.ESLE CLEAR IT

PRINTF

#CR

:ELSE PRINT CR

5390
971
9;;
9

137

82«.74.
S 80&739
12626 007216

LOGS1:

ug;

oS i
1
Egr 023372 013737 010274 007254 18:
978

979
980
981

(7)
(&
(3)
%)

2737 000006 007244
14
7 000001 007314

os
1
16

§ 127
18768
1

980001

706 000004

LOGS3:

LOGSS

mgon

STATUS
MODEM
60 GET
:*GET
VALUE
ERRCNT
SAVED
FOUND
ERRORS
ANY
*WHERE
*AND put IT IN TE

:IF noimus SELECTED

e 1o
MoV
o

MoV
TRAP
ADD

#CR,~(SP)
Bt5
SP.RO
CSPNTF

#,SP

CZKMUAD KkMS11

CZKMUA.PI
990

991
992

(%)

993

005237 007210

1%766

(7)

PDP;}‘logCfl

MACY11 30A(1052)
LOGS4:

7246

§11 74 880501
0441

000004

30-MAR-82 09:15 PAGE 23-43

INC
PRINTF

LOGSS: MOV

6005 023562
wog
6007 023564
6008 023570
6009 023574

023602

LOGEX:

RTS

5
5
g
5

542

scg

ge2e

WN=O

552
eoo”i
6006 023556

ongoo 012603
000207

LNCNT
TEMPI

:INC COUNTER OF # OF AWAKE MSGS
:PRINT OPERATOR AWAKE MSG.

MOV

R3,=(SP)

EVIPTR,R3
TEMP,(R3)+
CLkHE, TEWP
TIMTCK, TEMP
TEMP, (R3)+
TIMSEC,(R3)+
TIMMIN.(R3)+
TEMP2, (R3)+
TEMPS, (R3)+
, (R3)+
TEMPS
"S" ND
LOGS
#-1,(R3)
viLOG,R3
R3,EVIPIR

(SP)+,R3

:SAVE R3 ON THE STACK

:LOG EVENT

:LOG TIME SINCE START
:TICKS,SECS AND MINS.

:LOG EVNT ENTRY 3

:L0G EVNT ENTRY &

:L0G EVNT ENTRY S

:1F EVENT LOG FULL GO
*CONTINUE ;ELSE GO TO 2
:L0G A TABLE END
*PUT R3 TO START OF TABLE
*RESTORE POINTER

*RESTORE R

,=(SP)

TEMP1
#1,-(SP)

ADD

#6,5P

MoV

TRAP

MOV
MOVE
MOV
SUB
MOVB
MOVB
MOVB
MOV
MOV
MOV
CMP
BLO
MOV
MOV
MOV

0
i

SEQ 84

EVENT LOG SUBROUTINES

7
7244
7 2 007244
007356 007244
7
724
7
73564
00735
723
00725
013723
00725
13723
013723 007254
010272
so
103%
012713 177777
81 7 ; 007370
LOGS2:
007366
010337

99
995
999
99
998
999
6000
6001

SP.RO

CSPNTF

.SBTTL

T
ie
]

BASE/ERROR
BASE/FULL
BASE/OFFSET=NN

]

EXIT

REPORT: MOV
MOV
MoV

2SS

EN-N-N

::RPT> LOG

Rg.'(SP)
R3,=(SP)
Ré&,=(SP)

:PRINT HELP

SPOONNN

MESSAGE

sSAVE R2,R3,R4é ON THE STACK

;BASIC HELP MESSAGE

#RHLPO,=(SP)

#1,-(SP)
SP.RO

CSPNTF
P$GDBD

PSNNUF

:INIT GOOD/BAD FLAG

=1=BAD INPUT

sINIT MORE COMMAND LINE INPUT NEEDED

:PRINT PROMPT 'RPT>'

GMANID

CLISRP,CMDBUF ,A,~1,1,72..NO

MoV
MOV
m

#CMDBUF ,PSBUFA
#CLIRT ,PSTREE
#CLIRAC ,PSACT

00
00
2 00

JSR
1ST8

BEQ
PRINTF

—

P nglv
ééneo

;GO PARSE COMMAND LINE
s COMMAND OK ?

s YES ,BRANCH

sPRINT INVALID INPUT ‘S%VGE

#CLIERM

s INPUT BUFFER
sREPORT CLI TREE
sACTION ROUTINES

JNP
18:

1ST8

BEQ

PRINTF

GETRCL

sTRY AGAIN

108

sMORE COMMAND NEEDED ?
*NO,BRANCH

#CLINUF

* INCOMPLETE MESSAGE

—_——

S 8%E
=3 <2
—

SEEESo

E: SN =
3

HELP

PRINTF m«.k”b

CLRB

PAGE 23-44

REPORT BASE TABLE OR EVENT LOG

GETRCL: CLRB

SR RICR]R

288

22288

VIS WN = OV

S HWONN

o o o o

SEELD
« ~nnn
AAA§
33080EeaRER
2R3
3300
Nj
~o

&»

—~

09:15

REPORT BASE TABLE OR EVENT LOG

~NONWN

Efl:

09: 15
3 ARc2
11 m

30-MAR-82

MACY11 30A(1052)

11&(%

MACYT 30A(105 2)

37 7

86000

§ 401
401

33608
401

003202

; 023632

30-MAR-82

09:15

PAGE 2345

T BASE TABLE OR EVENT LOG

85377 80678% 023832
D
e
b

222222228

aflwzsfis

CZKMUAD KMS11
CZKMUA.P

000002

10$:

GETRCL

sTRY AGAIN

KsYUM +#RPEXT

.‘EX" COMMAND ?

208:

RE TURN

ADD

#6,SP

- Q 87

09:15 PAGE 23-46

30-MAR-82
COMMAND LINE PARSING TREE FOR REPORT

COMMAND LINE

PARSING TREE FOR REPORT

CLI CLISPA,0,R108

cLl <*2>,RPHLP,R11S

CLI CLIEXI,

:SKIP smes IN COMMAND L INE

1 I

THEN PRINT HELP MESSAGE

: AND sm p SER

;Wt = 'MELP' THEN PRINT HELP
CLI CLISTR.RPHLP,R12$,<'HELP'> iiF
AND EXIT PARSER
MESSAGE
cLI CLIEXI,

CLI CLISTR.RPEXT,R13$,<'EXIT*> 1F INPUT = 'EXIT® THEN SET KEYWORD =
: {RPEXT AND EXIT PARSER
cLl CLIEXI.O
CLI CLISTR.RPLOG,R148,<°L0G'> :IF INPUT = *LOG® THEN GO PRINT EVENT
::L0G AND EXIT PARSER
cLl CLIEXI.O
CLI CLISTR.RNOTNF nsos.cmse'rii INPUT = 'BASE' THEN MORE COMMAND
: ;LINE IS NEEDED
CLI CLIBR,0.R15S
MORE
LOOKGOFORPRINT
/' THENTHEN
== "ERROR'
SIF INPUT
R125
Mtnr
Ll <*/>
INPUT
:IF
<'ERROR'>
CLI CLISTR,RPSWE, mes
::ERROR INFORMATION
CLI CLIEXI.O
:IF INPUT = 'FULL® THEN GO PRINT
FULL'>
CLI CLISTR.RPSWF,R178,<'
cLI CLIEXI.O

:;ENTIRE BASE TABLE

R30S
cuotr.muo
cLl
cLl CLIEXI,

x = OCTAL VALUE THEN GO
Ir
+ :PRINT smas BASE TABLE ITEM

&} sl,xsmmg;ur(R30S, <"OFFSET*3: IF INPUT = *OFFSET* THEN LOOK FOR
cLl CLIE
CLI CLIEXI,

CZKMUAO KMS11
CZKMUA.PT

024222
$083
6084 026224

6085
6009
608
6088

0264
8 4
4
8 4 62

6090
6091
609§

8 4244
4
02425

6094

8 4256

6089

6093

6095
6096
6097

6098

6099

6100
6101

6102

6103
(8)
(7)
(6)
(3)
(4)
(4)
6106
6105
6106
6107
6108
6109

024264

02425

026256

024

024266

024270

024274
024274
024276
6302
¢ 3506
024310
02431
024316
024322
0243264
024

PDP=11 DC%T
-82 09:13

00630

16;0
02
7
0

MACY11 30A(1052) 30-MAR-82 09:15 PAGE 23-47
CLI ACTION DISPATCHER AND ROUTINES

+SBTTL CLI ACU’?‘ DISPATCHER AMSgWTINES
T UP INDEX
CLIRAC: ASL
MOV
10$(R2) ,R2
:

0%4360
024240

108:

000074
1
120
000244

000020

112737

000207

012702
012246
012746
012746
010609
10441
088709
0O gg‘
001
012737
000207

177777

ADD
JSR

#108,R2°
pc (R2)

:so DO ACTION

"WORD
"WORD
"WORD
"WORD
"WORD
"WORD
"WORD

ACTRHL=-10$
ACTREX=-10$
ACTRLG=-1
ACTSWE-10$
ACTSWF=10$
ACTSWO-10$
ACTRNF=10$

*HELP ROUTINE
SEXIT ROUTINE
*REPORT EVENT LOG ROUTINE
*REPORT ERRORS ROUTINE
*REPORT ENTIRE BASE TABLE
*REPORT SINGLE BASE ADDRESS
*MORE COMMAND NEEDED

RTS
.WORD

003376 ACTRNF: MOVB
ACTRNL: RTS

003230

000006
003246

000001

003202

cMP

MOV
RTS
BNE

6114
6115
6116
6117

024344
024350
024356

004737
012737
000207

025104
000003

ACTRLG: JSR

6119

024

12737

003250

61 ;
61
6124
6125
61
flg

44
02441

12737
737
7
7
737
207

8 4416
“;lzo
8 44

4436

01737
024646

4440

012737

,KEYWD1
#RPHLP
PC
18

#RPEXT. KEYWD1

:PRINT ERROR LOG

003202

=?g

:MORE COMMAND NEEDED

sNULL

:INDEX FOR HELP MESSAGES
*PRINT IT

PC ,REPLOG

cnfiLoc.xevuo1

:LAST MESSAGE ?

NO,BRANCH
KEYWORD
.ssf
*RETURN

;SET KEYWORD AND RETURN
:60 PRINT EVENT LOG

*SET KEYWORD

:PRINT ONLY ERROR LOCATIONS

7266 ACTSWE: MOV

7
7
787
727
7274
7274

o3 03i4id 013737 Basso0 007275

R2,#RHLPEN

sEXIT REPORT LEVEL

003202 ACTREX: h?s

737
012737

*RETURN
*NULL

013037
000002

000002

024
8 6376

:PRINT HELP MESSAGE

012737
000207

61
6121

#=1,PSNNUF

#RHLPTB,R2
ACTRHL: MOV
PRINTF #HLPF,(R2)+
1$:

024334
024342

6118

PC
ACTRNL-10$

:MORE connauo NEEDED

6110
6111
611‘3’
611

ADD
MOV
MOV
ADD
MOV
ADD
JSR
RTS

aoncxuo INDEX

INDEX
ooficeuo INDEXE
#BASE ,BEND
#12 ,BEND
?is BDATA
#3,BDATA
£
PC.
PC

;PRINT FULL BASE TABLE

ACTSWF: MOV

MOV

#DMCIND,INDEX

#DMCEND, INDEXE

;SETUP KMS11 MESSAGES

*POINT gonascr
TO
MESSAGE
:LAST
fierthmus
::T0 BE PRINTED
*BASE TABLE smr ADDRESS
*ERROR START ADDRESS
so PRINT DATA
*RETURN

;SETUP KMS11 MESSAGES

:LAST MESSAGE

MOV
MOV
MOV
MOV
TRAP
ADD

(R2)+,=(SP)

#HLPF .=(SP)
02.-(§P>

csfinrr

-BL PDP=11 ocuig

ACTSWO: CLRB

—WWW

7 000377 007272
7 003372 007272
&

2ss§=§
OWW

ooooog
177777

1 003372
1
003250
007%
003
017370
7 003372
017370
7 003372
024646

PC,
npéA
PC

ADDRESS

;TABLE START
256. BYTES OF DATA
*PRINT
*FIRST ADDRESS TO PRINT

PRINT DATA
.so
*RETURN

PSNNUF

F
:INIT NOT ENOUGH

PRINTF #RPTIV.PSNUM

:PRINT ILLEGAL VALUE

MOV
CMP
BLOS

6 003372
& ouzos
6
;

JSR
RTS

BEND
'9‘?E,BEND
BDATA

sPRINT SINGLE TABLE LOCATION

SBES

=00
ON=O
S OOO0O0
b bt

n NNSNN
(=] NN
~

7 00337

208:

T= WVY FNNS

MOV
ADD
MOV

7 024646

1 ACTION DISPATCHER AND ROUTINE

00727
0173720
00%79 0727
7 017370 00727

SEQ 89

MACY11 30A(10$2) 30-MAR-82 09:15 ms 23-48

2
NINOND

82 09:

#377 ,BEND
PSNUM, BEND
10$

BASE Aag ron msn = 256 BYTES
KMS11 = 256 B
YES,BRANCH

MOV
MOV
MOV

PSNUM, = (SP)
#RPTIV,=(SP)
#2,-(SP)

ADD

#6,

MOV

TRAP

003377

108:
007266
007270
007272
007272
007274
007274

§OS:
0$:

ggva

551 ,PSGDBD

sgr lgao DATA

MOV
ASL
MOV
ADD
MOV
MOV
ADD
MOV
ADD
JSR

PSNUM,R1
R
#DMCIND,INDEX
R1, INDEX
#DMCEND, INDEXE
#BASE ,BEND
PSNUM. BEND
#BASE .BDATA
PSNUM . BDATA
PC ,RPBASE

SOFFSET VALUE
SMULTIPLY BY 2
:KMS11 MESSAGES
*GET RIGHT MESSAGE
:LAST KMS11 MESSAGE
STABLE ADDRESS
SLAST ADDRESS
*BASE ADDRESS
*ADD OFFS ET
:GO PRINT SINGLE LOCATION

RE TURN

SP.RO

CSPNTF

CZKMUAD KMS11-BL PDP=11 DC I

0-MAR-82

30-MAR-82

MACY11 30A(1052)

SEQ 90

PAGE 23-69

CLI ACTION DISPATCHER AND ROUTINES

s sPRINT BASE TABLE SUBROUT INE
TIONAL DESCRIPTION = THIS ROUTI'E IS USED TO PRINT DATA
:
STORED IN THE BASE TABLE 5 MEMORY. THIS BASE

;
:

USER HAS THE
TABLE IS UPDATED BY THE KMST1. THE
PRINTING THE FIRST
TABLE,
FULL
THE
G
OPTION OF PRINTIN

FEW ERROR LOCATIONS OR A SINGLE LOCATION.

sDEFINITIONS

INDEX = CONTAINS POINTER TO KMS11 DATA
DESCRIPTION MESSAGES.

INDEXE = CONTAINS POINTER TO LAST KMS11
G
DESCRIPTION MESSAGES.

BEND = LAST LOCATION IN TABLE TO BE PRINTED.
BDATA = ADDRESS OF DATA TO BE PRINTED.

THE ABOVE VARIAGLES MUST BE ASSIGNED THE CORRECT VALUES

BEFORE THIS SUBROUTINE IS CALLED.
: MOV
MoV
PRINTF

R1,=(SP)

R2,=(SP)
#8THEAD

:SAVE R1
:SAVE R2

:PRINT BRIEF HEADER MESSAGE

MoV
MoV

INDEX,R2
BDATA R1

sPOINTER TO MESSAGES

BLT
MOV

R2, INDEXE
208
INDEXE R2
(nz» fEmpP2

:END OF MESSAGES?
*NO,BRANCH

MOVB
CMP
MOV

PRINTF

mi» tzm

2SRRI

cMP
BLOS
CLRB
MOV
MOV
é;gl
b
1524

CSPNTF

#6,SP

:ADDRESSOF DATA

-'sés MANUAL*
SSASE ESS

,TEMP3,<B, fsm> TEMP

R1,BEND
o!
<sm
(sm

#BTHEAD , ~(SP)
#,-(SP)
SP,RO

:SAAg gumm ADDRESS OF DATA

D
md

MOV
MOV
MOV
TRAP
ADD

mm DATA AND MOV
MESSAGE mrz.-(sr)
CLR
BISB

RTS

SSNNS

CZKMUA.P11

09:15

sLAST ADDRESS ?
:NO

BTHEAD: .ASCIZ I!N!MDDRESSSSZMCWTENTSISGWESCRIPUWl

MOV
MOV
MOV
MOV
TRAP
ADD

-(SP)
TEMP1,(SP)

TEMP3.=(SP)
#6,-(SP)
SP.RO
CSPNTF
#12,5P

mnf -(SP

CZKMUAO KMS11=BL PDP=11 DCLT

CZKMUA.P11

MACY11 30A(1052)

051445
515g5
4524

0224
n
04711

868101
50111

0%5064
025072
25100

047445
047445
052045
025104

4
463
000

3
0325

245

30-MAR-82 09:15 PAGE 23-50

CLI ACTION DISPATCHER AND ROUTINES

025036
025044
0 SOS;

6197 02505
6198

30-MAR-82 09:13

DMFMT:
+EVEN

.ASCIZ /XNXS1%06%S5%03%S5%T/

SEQ N

CZKMUAO KMS11

CZKMUA.P11

6200
01
0 8351

5106
0
025110
g%oa
05 025112

9-11 ocfl

MACY11 30A(1052)

SEQ 92

30-MAR-82 09:15 PAGE 23-51

PRINT EVENT LOG

.SBTTL PRINT EVENT LOG
:PRINT THE EVENT LOG
n -(SP)
REPLOG: MOV

010;26

010346
01044
013702 007366

=(SP)
n4 =(SP)
EviPTR,R2

:SAVE R

+SAVE a
:SAVE R
*MAKE nz A POINTER TO EVENT TABLE

ezog 025116 02 7& 007370 177777
6207 025126 0010

MOV
MOV
CMP
BNE

gg% 025146 000137 025742

JMP

ENDEVT

;AND END

SUB

”2,R2

:NOW POINT BACK TO TOP OF ENTRY U

CMP
BNE
MOV
CMP
BNE
JMP

R2,#EVTLOG
RPT1
#EVTEND ,R2
<2(R2) -1
RPTO
ENDEVT

CMP

az.svma

SUB

"2 as

:POINT R2 TO START OF ENTRY

MOVB

(R2)+.R3

:PUT EVENT TYPE INTO R3

PRINTS #NULEVT

6208 8 5126

(7)
(6)
(3)
(%)
(4)

0251 g 012746 016073
0551 81 746 000001
1
0251
ogsuo 104416
025142 062706 000004

6211

025152

162702 000012

025156
025162
025164
025170
025176
025200

830227 007370
001010
012702 010272
026227 177776 177777
001007
000137 025742

025206

020237 007366

&}g
6214
6215
6216
6217
6218
22253
6221

RPT:

RPT1:

6222 025210 omoo;
22254. 025212 000137 025742

RPTO:

6225 025213 162702 000012

6226 0252

(7)
6
(3)
%)
%)

025222
0 szzg
025232
osszgz
0 sg

012746 016133
012746 000001
01
104416
062706 000004

6227 ogs %2 11220

010432
6228 025246 11
g;g 025250 112237 8104 6
025254

112237

025 94
025270
025274
025

13746
013746
013746
12746

025260
6231
an 8 5260 016346
(10)
(9)
(8)
(7)

6)
%)
(4)
gg
(3)

010430

01 335
01
01 gg
01
ng

0025310
25
1274
01
sgt
0441
02531
3357
1 31“04”42
5320

025324

012237 01

35 szssgo 1 gr 01832
36 025334 012203

svrbos.m

BNE
JMP

RPT
ENDEVT

RPTAA: PRINTS #EVTF

MOVB
MOVB

(R2)+.EVITCK
(R )+.ewssc

*SEE IF EVENT TABLE IS EMPTY
:BR IF NO
:IF EMPTY TELL OPRERATOR.

MoV
[l
MOV
TRAP
ADD

mevr -(SP)
” .-(SP)
SP,RO
CSPNTS
#4,SP

*JUST PRINTED
munus TO TOP OF EVNT LOG QUEUE?
: BR IF NO
*SET R2 TO POINT TO BOTTOM OF LOG
:1IF END OF LOG IS NOT EMPTY
*CONTINUE...ELSE EXIT
:ARE WE BACK TO POINTER?

:IF NOT CONTINUE
*IF SO EXIT....

*PRINT EVENT ENTRY HEADER

MOV
MOV
MOV
TRAP
ADD

#EVTFO,=(SP)
#1,-(SP)
3
CSPNTS
#4,SP

;PUT EVENT TIME (TICKS,SECS.MINS IN TEMP LOC.S)

(R2)+.EVTMIN
DESCRIPT.
TIMEEVTmoms)
PRINTS aevrri evmm EVTSEC,EVTTCK,EVTLST(R3) :PRINT EVENT
-(SP)
MOV

MOVB

MOV
MOV
MOV
MOV

JMP

RPTTX@: MOV

MOV
MOV

aRPTDSP(R3)

(R2)+,EVTIADD
(ngn.scht

evncn.- sfi;
EVTSEC,~(SP
svmm.-(sr)
o;

MOV
sfi
MOV
TRAP csfiuts
ADD
:DISPATCH TO DECODING SECTION FOR srecmcfvre
:STORE MESSAGE ADDRESS FOR PRINTING

*STORE BYTE COUNT FOR PRINTING

*STORE MODEM STATUS FOR PRINTING

MACY11 30A(1052)

CZKMUAO KMS11=BL PDP=11 DC

30-MAR-82 09:13

6237 8 5

13746 132
13746 010434
1 ng 16505
3
01274
01
1046416
0627 00291

25372

osssrg

6244

02541

6242
6243

025402
0254

JSR

000137 02515

JMP

010440

RPTDER: MOV

1 % 7

012237
12237

010472
010474

MOV
MOV

(4) 025460 104416
025

%729

6248

025472

005037

ssos

112237

(4)

49
50

025476
025502

137

005037
112237

61
6

(10)
(9)
(8)
(7)

0255
0255

025542
55
55

0255
0255
025
025

802553 78
(8
(2)
(%)

:STORE DEVICE REG CONTENTS FOR PRINTING

(R2) +,DEV1
(R2)+ .DEV2

DEV1

010474

MOV
MOV
MOV
JSR
MOV
JMP

13746
13746
13746
12746

030440
01
01
016600

01
01044

062706 000012

MOVB

:PRINT DEVICE REG CONTENTS.

RPTEOP: MOV

:60 BACK FOR NEXT EVENT ENTRY

MoV
MOV
MoV
MOV
TRAP
ADD
MoV
MOV
MOV
MOV
MOV
TRAP

EVITMP,=(SP)
VTF3.=(SP)
#2,-(5P)
SP.RO
CSPNTS
#6,5P
DEV2,=(SP)
DEV1 .=(SP)
'Svrfsc -(SP)
#3,-(SPS
SP
CSPNTS

#10,5P

DEV2
(R2)+,DEV1

:CLEAR UPPER BYTES OF DEV1 & DEV2 BEFORE USE
*STORE SETUP OPERATION PARAMETERS FOR PRINTING

(R2) +.DEV
(R2) + .DEV4
R2,=($P)
PC .SHWOP
(SP)+,R2
RPT

:SAVE R2 ON THE STACK
*GO PRINT MODE, MAINT=-LOOP TYPE, PARAMTERS.
*RESTORE R2
:60 BACK FOR NEXT EVENT ENTRY

(R2)+.DEV

: :REPORT END OF PASS OR “C ABORT

RPTABO:

EVTBCT,=(SP)
EVTADD,=(SP)
0§m2 -(SP)
#3,-(SP)
SP.RO
CSPNTS
#10,SP

:GET ADDRESS OF DEVICE INFO MESSAGE

WEVTF3C,DEV1,DEV2

RPTDVI: CLR

01660
04416

(R2)+,EVITMP

010472

CLR
MOVB

;G0 PRINT MODEM STATUS

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

RPT

12237

012237
12237

PRINTS

010474
010472

:PRINT ADDR,BYTE CNT

:G0 BACK FOR NEXT EVENT ENTRY

JMP

02515

01 % 7 010476
5512
gs
5513 12237 010500
5
1 ;49
0255
54
37 026650
025524
55
126g;
55
59
025152
000137
8’ 025532
58

PC,RPTMSB

PRINTS W#EVTFS.EVITMP

(8) 02541 81374.6 01044
7 0 sug 15746 01632
12746 000002
6) 8 54
10600
0254
(3)
104416
(2) 025430
(4) 025432 062706 000006
6245 02564
(9) 02564 81 746 010474
(8) 025442 013746 010472
(7) 0 su.s 81 7646 016341
012746
(6) 8 5452
(3) 025456 010600
329 025466

30-MAR-82 09:15 PAGE 23-52

PRINTS #EVTF2,EVTADD,EVTBCT

6238 8 sgsg 004737 og 5

6228

SEQ 93

PRINT EVENT LOG

CIKMUA.P11

9 025
(8) g
(7)
(6) 025352
3 0 g 56
%) 0
(4) 025

(R2)+,EVTADD

(R2)+.EVTBCT
MOV
(R2)+ .EVITHP
MOV
PRINTS W#EVTF4B,EVTADD,EVIBCT.EVITMP

;PRINT ADDR,RXBYTES,CMPBYTES.

MOV
MoV
MOV
MCV

EVITMP,~(SP)
EVIBCT.~(SP)
EVTADD .=(SP)
VIF48,~(SP)

ADD

#12,5P

nov
TRAP

CSPNTS

CZKMUAD KMS11-BL PDP=11 ogcgl;

CIKMUA.P11

30-MAR-82

09:

0104

MACY11 30AC1052)

99
0

02561

71 025
10)
9)
(8)
(7)

(6)
(3)

025
025
025642
025652

12037
012237

JMP

0627

627

56
05567

025

g%gg
mg
6283
6284

025736 000137 025152
ozsnz 13606
012603
025746
012602
ozsm

12237 0104%

12237 8104.
12237 010440

6287

6)
(3)

0257
0257

:STORE MESSAGE ADDRESS FOR PRINTING

CMP ERRS
:PRINT AJvk, BYTEMoVCNT,#EVITMP,=(5P)
MOV
MoV
MOV

RPTDLE:

RPTDCK: MOV

MOV
MOV

RPT

:THEN GO GET NEXT EVENT ENTRY

(R2)+,EVTADD

:STORE MSG ADDR FOR PRINT

(R2)+.EVIBCT
(R2)+.EVITMP

RTS

RPT
(SP)+,Ré4
(SP)+.R3
(SP)+.R2
c

,=(SP)

CSPNTS

2,5P

:STORE BYTE COUNT
:STORE BYTE COUNT COMP

PRINTS csvrrl.a EVTADD.EVTBCT,EVITMP

JMP
ENDEVT: MOV
MOV
MOV

TRAP

ADD

EVIBCT.=(SP)
EVTADD,=
SEVTF4.=(SP)

;PRINT ADDR, mms cmms.
EVITMP,=(SP)

:THEN GO GET NEXT EVENT ENTRY
;RESTORE R4 ,R3.R2

nov

MOV
MOV
MoV
MOV
TRAP
ADD

EVIBCT.=(SP)

EVTADD,=(SP)
SEVTFGA,=(SP)
#4,~(SP}
SP.RO
CSPNTS
#2,5P

;RETURN TO CALLING ROUTINE

:REPORT MODEM STATUS SUBROUTINE
PART OF STATISICAL REPORTING (DUMPING EVENT LOG)
:

012746 016766

000001
12746
1

@i e
012704 810 6
5772 e

5776
012705 010314
714
600
1924
6004
11; S 000130
754
601
601
7

26016

*STORE BYTE COUNT FOR PRINTING
“STORE TOTAL # OF CMP ERRORS

(R )o.svracr
(R

013746 010436

g%gz 025750 000207

575
025752

JMP

01;766 010440

(8) 025712 013746 010434
7) 825"3 015746 016502
(6) 025722 012746 000004
(3) 025726 010600
104416
(2) 0257230
65% 025732 062706 000012

mztu
(7)

(R2)+,EVTADD

MOV
MOV

02515

025666

6288
6289

;THEN GO GET NEXT EVENT ENTRY

PRINTS mm’..hvuoo.svhcr EVITMP

000015

6276

78 02570
(10) 02570

MOV
MOV

RPT

12746 80330«
010600

(4)
2227 0 5663 000137
6275 3%”93

RPTDDE: MOV

13746 81w.o
13746 1882
13746 01
012746 016400

(2) 025656 104416

025656

182
010440

30-MAR-82 09:15 PAGE 23-53

PRINT EVENT LOG

S 025606 000137 025152

SEQ 94

403

RPTMSB: PRINTS #EVMOHD

:PRINT MODEM STATUS HEADER
MOV

MOV

fm.
BIT oerB
:MAKE R4 A POINTER TO MODEM S1G. B
MOV

68:
78:

MoV
MOV

ST
BNE
MOVB
ST
BR
BIT

1TS,R4

#MOMSGS . RS
(R4)
78
c'x a(RS)+
RGS+
9:
(R4)+,R3

, = (SP)
VMOHD
-(srf

‘MAKE RS A POINTER TO MODEM MSG. POSITION TABLE
*BR IF THAT MODEM SIG. AVAIABLE
*ELSE rgt *%'* "IN REPORT xr SIGNAL NOT AVAILABLE
*BUMP R4 TO POINT TO NEXT BIT DEFINITION
260 SEE IF CHECKED
ALL MODEM SIGNALS
SEE IF THAT BIT IN DEVICE'S ENTRY=1

*SEE IF BIT AVAIABLE mn DEVICE
*IF THERE,

CZKMUAO KMS11-BL PDP-11 oc%;
30-MAR-82

CZKMUA.P11

09:

(7)

(6) 0 ggs

800260
1127
85 ? 010314
7

12746

017046

1274 800001

8 56 104416
(%)
(%) wo&zoooooom
(3)

2 7 0

30-MAR-82 09:15 PAGE 23-54

PRINT EVENT LOG

0014

000061
72
1
g
60
8
3&?‘1’
;
6 g 0260
6020

MACY11 30A(1052)

g:
:

BEQ
MOVEB
BR

8s
#'1,3(RS)+
9s

:BR IF BIT (SIGNAL) VALUE =0
MES
PUT "1" IN REPORT
sIF=1,
MODEM SIGNALS
:G0 SEE IF ALL

PRINTS

#EVMOST

STHEN PRINT MODEM SIGNAL VALUE MESSAGE

MOVB
CMP
BLT

o'o (RS)+
4, #MOBITE
68

PUT ‘0'' IN REPCRT MESSAGE
SIF BIT(SIGNAL)=0,
SSEE IF ALL BITS(SIGNALS) C
:LOOP UNTIL ALL SIGNALS(BITS) CHECKED

MoV

#EVMOST
-(SP}
n.

ADD

#4,SP

MOV

TRAP

MoV

000207

SEQ 95

RTS

;RETURN TO EVENT DECODING

csfims

,=(SP)

SEQ 96

MACY11 30A(1osz> so-m-az 09 15 PAGE 23-55

CZKMUAD KMS11-BL m-n ocfi

BYTES OR WOR

30-MAR-8

CZKMUA.P11

DUMP BYTES OR WORDS

.SBTTL

6 }1

8
?315
§1a
19

E FUNCTIONAL DESCRIPTION:
DUMPSR = DUMP BYTES OR WORDS SUBROUTINE
:
agmsu
THIS SUBROUTINE PRINTS THE CONTENTS OF ms Locmous
:
°

851
g

:
:

6320
632
6%%4

A STARTING AND END ADDRESS IN LOCS. ‘‘STADD'* AND
THE WORD OR BYTE CONTENTS ARE PRINTED s ro 4 une uxm THE
ADDRESS OF THE FIRST BYTE AS THE FIRST 6 OCTAL CHARS. FOLLOWED
BY A SEMICOLON.

:
: INPUTS:

STADD= STARTING ADDRESS (FIRST LOC. ro PRINT)
ENADD= END ADDRESS (LAST LOCAT}ON,DUMP)

6325
6329

:
:

6330
g:g
6333

: OUTPUTS:
CONTENTS OF A RANGE OF LOC.S PRINTED ON THE OPERATORS CONSOLE.
:
: CALLING SEQUENCE:

ggg
6323

ggg

8333
6338 026064 omog 007220
6339 026070

6340 0

00500

(8) 8 6072 010246
76 012746 016065
(7)

000002
026100 0011
(6)
(3) 026106
10441
0 108 88;;29
%
(4) 02611

6341 026114 001419 88%2:2

634 3 1
12
634
6344 0261
(8)

®
(6)

0261

112237

007244

g140 B
012746
144

6346

156

(7)

(8)

123

JSR PC,DUMPSR

STADD ,R2
DUMPSR: MOV
R3
CLR
DUM4:
PRINTF #BASM1,R2

TST
puM3: BEQ

MOVB

1 ;46
1

8YTBIT
DUM1

(R2)+,TEMP

:CALL DUMP BYTES SUBROUTINE

TO STARTING ADDR.
R2
ernk'
*CLE
mur ADDRESS

THIS BYTE OR WORD
;1S
*BR IF WORD

MoV
MOV

:PRINT BYTE
PRINTF #BASMS,<B,TEMP>

MOV
MOV
TRAP
ADD

.=(
sfi
cshm

CLR

-(SP)

MOV

B
-(SP)

MoV

(R2)+ -(sn

ABD. “"‘"
MoV

DUM1:

—_
PRINTF #BASM2,(R2)+

;PRINT WORD

MOV

toosg

DUM2: CMP

R2,ENADD

az -(sn
-(SP)

MOV BYTE TO TEMP

(0 858178 835529
oesn 889?‘2’3

6&7

BYTBIT= 1 IF SUPPOSED TO PRINT 'BYTES
0 IF SUPPOSED TO PRINT \mos

ogsgu

(&) 0B858158 063706 000006
o
3)

:
:

:COMPARE FOR LAST ADD

AoD 52"43'
u

PDP=11 DC

MACY11 30A(1052)

30-MAR-82

09: 15

DUMP BYTES OR WORDS

SEQ 97

PAGE 23-56

BEQ
R

DUMEX
R
#8..R3

DUM&
DUM3

:1F DONE EX
ELSE auv
:HAVE WE PR

RTS

T
;RETURN

BGT
INC
CMP

:IF SO
.=|.
:BYT

TED 8 ACCROSS
®ACK TO &
AND PRINT ANOTHER

30=MAR=

MACY11 30A(1052)

30-MAR-82 (09:15 PAGE 23-57

UPDATE TOTAL CHAR. COUNT SUBROUTINE
UPDATE TOTAL CHAR. COUNT SUBROUTINE

.SBTTL

OO~

(a]

E§

KMS11-BL 110812%;

*FUNCTIONAL DESCRIPTION:

UPDATES TOTAL CHAR. COUNT TOTCC BASED ON_CURCC.
LAST MESSAGE IS TRUNCATED TO FIT INTO THE

BUFFER IF TOTAL CHAR. COUNT EXCEEDS 'BUFLIM'' A MESSAGE
1S PRINTED TELLING THE OPERATOR THE TRUNCATION OCCURED.
INPUTS:

OUTPUTS:

CURCC=
TOTCC=

CHAR. COUNT OF MESSAGE BEING_ADDED
TOTAL CHAR COUNT OF BUFFER ITS BEING ADDED TO

MESSAGE TO OPERATOR IF MESSAGE TRUNCATED TO FIT

FUNCTIONAL SIDE EFFECTS

o
W

0s%

3737 Q07230

022737

007240 ADDCC:

001000 007240

ADD

CURCC.TOTCC=~ :ADD CURRENT 1O TOT

BHIS

ADDC

CMP

%ln TOTCC

: COMPARE TO "BUFLIM"

:1F NOT MORE THEN 'BUFLIN EXIT

: PRINT MESSAGE AND TRUNCATE COUNT
0

02
0

Sr WO

P~~~

~E§%§%g

LOCATION ‘TEMP'* USED FOR CALCULATIONS
CALLING SEOUENC%R
PC,ADCC
sUPDATED TOTAL CHAR. COUNT

12746 015104

} 746 000001
10441

1
012737

163737
Q13737
737

000207

007240
7244
7044
00724
007g¢d
007230
007230
007240

1008

PRINTF

SuB
MOV

SUB
MOV
ADD

ADDC1: RTS

#MSGTRU

MMSGTRU, = (SP)

ADD

#6,5P

g:
TRAP

CURCC, TOTCC
#BUFLIM,TENP

:SUB CURRENT FROM TOTAL
:MOV ‘BUFLIM' TO TEMP

aemm TO CALLER

TOTCC, TEMP
TEMP,CURCC
CURCE, TOTCC

MoV

asv; .;89’5
CSPNTF

sw TOTAL FROM 'BUFLIN'
AND ESTABLISH NEW CURRENT
ADJUSTED CURRENT'' TO TOTAL CHAR. CNT.

CZKMUAOD KMS11

CZKMUA.PT1

PDP=11 DCH
-82 09:

MACY11 30A(1052)

30-MAR-82 09:15 PAGE 23-58

BUILD MESSAGE BUFFERS SUBROUTINE

.SBTTL

FWCTIM DESCRIPTION:

BLDBUF== BUILD POINTER TABLE AND BUFFERS
THIS SUBROUTINE ADDS A MESSAGE TC THE TRANSMIT OR EPEC LisT
USING THE POINTER, BYTE COUNT, AND ADDRESS PASSEDTO IT.

8200

6401
&0%

INPUTS::

6404

CURCC= CHAR. COUNT OF KSSAGE TO BE _ADDED
CURADD= ADDRESS OF MESSAGETO BE ADDED

6405
6609

CPTR=

6‘»8‘
64

ADDRESS OF POINTER TABLE WORD WHERE MESSAGE POINTERS ARE
T0 BE BUILT

®
3

MSGTYP= VALUE TO USE AS AN INDEX TO FIND SMCE OF MESSAGE DATA

INDEX INTO DMSGCT() AND DMSGAD

6410
6411

OUTPUTS:

6415

CALLING SEQUENCE:

A MESSAGE ADDED TO EITHER TXBUF OR CMPBUF
APPROPRIATE POINTERS IN PTRTAB POINTER TABLE

wg
2"4.}4.

JSR PC,BLDBUF

%2%9

6418

6419

BLDBUF:

6424

BLDB1:

“so
6421
&zi

5,=(SP)
R3,=(SP)
CPTR,R2

:SAVE R2 AND R3 ON THE STACK

MOV

CURADD, (R2)+

:;PUT CURRENT ADD ON POINTER TAB

MOV
MOV
ASL
MOV
ADD

007244
007244

64
64
6439
6440
6441
w.i
64t

cwe
BEQ
P
BEQ
BR
007236 BLDBEX: ADD
MOV
MOV

6431
“3§
ug‘
64
6435
64

6444

:BUILD MESSAGE IN BUFFER AND ADD PTRS.

MoV
MOV
MOV

6425
64
64
64
64

MOV

MoV
MOV
007250 BLDB2: MOV
MOVB
BLDB3: ADD

RTS

cgncc(R2)+

ugémR2

CURADD , TEMP
CURCC fem

*PUT CURRENT CC ON POINTER TAB
*PUT UPDATED R ucx TO CURRENT POINT
:DOUBLE FOR WORD uoe
novs CURRENT ADDTO TEMP
:ADD CHAR COUNT TO n TO GET END

SGET mss«e TYPETO USEAS INDEX

START ADD
CURAD ), TEMP2’SSET as TOGETCURRENT
CMI
BYTE
oussctta
Ré
IN
ADD
FROM
snhnns
sPUT
.R&
)
onsw
D IT TO TEMP2 TO GET END OF FROM
P2
FROM PATTERN TO BUFFER
MOV
mt)o (R3)+ 'ALI. BYTE
?
DONE

R3, TEMP
akfieex
Ré, TEMP2
BL
BL
CURCC,CURADD
(SP)+.R
(SP)+.R
PC

S1F SO EXIT
xs PATTERN CMY EXPIRED
:IF SO GO START AGAIN
131; uor GET momsn BYTE
CURAD
:BUMP
*RESTORER3 AND R2
:RETURN TO CALLER

SEQ 99

FRER

EEEEEEE

CZKMUAQ KMS11
CZKMUA.PTT

SEQ 100

30A(1052) 30-MAR-82 09:15 PAGE 23-59
CREATE FACSIMILE OF TX BUFFER AND MESSAGE LIST

.SBTTL

CREATE FACSIMILE OF TX BUFFER AND MESSAGE LIST

FWCTIWL DESCRIPTION:

FACSIMILE: THIS IW INE lS USED 70 CREATE A FACSIMLE OF THE

TRANSMIT BUF
OF THE TRANSMIT LIST
EXPECTED LIST AND EXPECTED BUFFER.WI 5
XPECTI)=
NORMALLY CALLED WHEN USER COMMAND °'‘SET
T [RMS!"J IS ENTERED.

PC,FACSIMILE

SOO2RRRRR ERR

82888988 009333333333

L S

EXPECTED DATA BUFFER
TRANSMIT DATA BUFFER

HOLDS MAX 512
HOLDS MAX 512

CALLING SEQUENCE: JSR

IN CMPBUF

BYTES
BYTES

MSGLIN = MAXIMUM NUMBER OF MESSAGES THAT CAN BE STORED
BEGIN FACSIMILE ROUTINE
(=COPY TXBUF ==> CMPBUF*)
..INIT lll
REPEAT

cese [CUiIfJMS[TXBUFJM

«-UNTIL R1 = BUFLIM

(*NOW CALCULATE EXPECT LIST MESSAGE POINTER+)
«-CMPPTR = PTRTAB + (2 * MSGLIM)
(*NOW PRIME THE WHILE = DO LOOP*)
««TXPTR = PTRTAB
«CCURAD = cm

¢ 2
.. TXPTR = TXPTR
..CTOTCC 8 TXPTR]

«CMPTOT
«.WHILE TXHYOY <> CMPTOT DO

= CCURAD
ess+LCMPPTR]
....EUPTR = C”PRT +2
eeso LCMPPTR] = CTO!Ci
¢
esss IXPTR = TXPIR
= CCURAD + CTOTCC
ess+CCURAD
eess LTOTCC = YXPYIJ
+
«s«CMPPTR = CMPPTR
e s+ CMPTOT l CMPTOT +
lL DO
-END WHILE
=
..CTOTCC

TTOTCC

END FACSIHILE ROUTINE

PDP-11
CZKMUAQ KHSI\-BL
CZKMUA.P11

2'0915:

FACSIMILE:

005400 108:

8&%701

208:

i
13;1

017737
005037
546

023737
00
01377

0064

09:15

CREATE FACSIMILE OF TX BUFFER AND MESSAGE LIST

10146

12737
137
005001

30-MAR-82

MACY11 30A(1052)

SEQ@ 101

PAGE 23-60

007154
88715
716
00715
00716
007156 308:

160370
007154
160354
oo71ss
00716
007160
007154
007160 40$:

MOV
CLR
MOVB
INC
CMP
BNE
MOV
ASL
ASL
MOV
ADD
CLR

R1,=(SP)
R1
TXBUF(R1),CMPBUF(R1)
R1
R1,#BUFLIM
10§
#MSGLIM,R1
R1
R1
#PTRTAB, CMPPTR
R1,CMPPTR
R1

SAVE R1
*INIT R1
:COPY TX BUFFER TO EXPECTED BUFFER
*BUMP INDEX
:ALL DATA COPIED ?
*NO,BRANCH
;MESSAGE LIMIT
*MULTIPLY BY
*MULTIPLY BY
STOP OF POINTER TABLE
*START OF EXPECTED POINTER TABLE
SINIT R1

:SET UP WHILE = DO LOOP

:TX POINTER NOW AT TOP OF TABLE
#PTRTAB, TXPTR
MOV
MOV
&
F . CCURAD
STRANSFER ADDRESS OF 1ST MESSAGE
*BUMP POINTER
#2,TXPT
ADD
*BYTE COUNTER 1ST MESSAGE
aTXPTR,CTOTCC
MOV
$INIT EXPECTED MESSAGE COUNT
CMPTOT
CLR
:WHILE rx nsssace TOTAL < EXPECTED MESSAGE TOTAL DO
ALL MESSAGES COPIED ?
XMTOT, CMPTOT
CMP
:YES,BRANCH
m
BEQ
MOV
csuuo aCMPPTR
STRANSFER ADDRESS OF MESSAGE
ADD
#2.,CMPPTR
*BUMP POINTER
*BYTE COUNT OF MESSAGE
ctbrcc aCMPPTR
MOV
TX MESSAGE POINTER
:BUMP
XPTR
ADD
TRANSFER ADDRESS
SCALC.
crbrcc CCURAD
ADD
*BYTE COUNT NEXT MESSAGE
armn cToTCC
MOV
POINTER
*BUMP
MPPTR
ADD
MESSAGE COUNT
INCREMENT
*
nfitot
INC
AGAIN
IT
D0
BR
s )
:END WHIL

:COPY TOTAL CHARACTER COUNT

:END

ROUTINE

RTS

;RESTORE R1

MOV

TToTCC, CTOTCC

hov (sp)o.m

*RETURN

L
CZKMUAO kMS11-BL PDP=11 DCLT

-82 09:13

CZKMUA.PT

MACY11 30A(1052)

SEa 102

30-MAR-82 09:15_ PAGE 23-61
SHOW MODE OF OPERATION, LOOP TYPE AND QUALIFIERS
SHOW MODE OF OPERATION, LOOP TYPE AND QUALIFIERS

FI.NCTIONAI. DESCRIPTION:

= SHOW MODE OF OPERATION,
SHWOP

LOOP, QULAIFIERS

PRINTFD ON THE OPERATOR'S CONSOLE.

MODE TYPE (MODTYP)
MAINT LOOP. TYPE (MLTYP)
RUN_PASS'* COUNT (RPASS) = COUNT DOWN
PARAMTERS WORD (PARAM)

IMPLICIT INPUTS:

MODES= TABLE OF ADDRESSES OF MODE NAME STRINGS
LOOPS= TABLE OF ADDRESSES OF LOOP TYPE NAMES

CALLING SEQUENCE:
JSR PC,SHWOP

DSV‘I .R2

sGET_THE MDE TYPE IN R2

:MAKE IT A WORD TABLE OFFSET

g Ve,.R2

;GET MAINTENANCE LOOP TYPE

HODSS(RZ).TE”

#LP00, TEMP3

sGET ADDRESS OF MODE=IN-ASCII

:LOAD TEMP3 TO POINT TO °'‘/LOOP="‘

SEE IF /7LO0OP=XXXXX OR none
K
BR IF /LOOP= OF SOME

csnrb TEMP, TEMF3. TEMP1, TEMP2

MOV
MoV

—

[
SR

SHANS

NWNNNW NNNWNNN

ggos82ee8nes
N
=2 NININ)
=

00000

SESSSSSISERS
RN
REERERZRRIIS RSHS

*1F NOLOOP THEN DON'T mm /LOOP=
MP3
LOOP=IN=ASCII
ADDRESSOFOF PASSES
:GET NUMBER
TEMP1
§(nz)
TEMP)
+GE

7244
10500

#PST, TEMP

{.;.mfa DEV4
#PNST, TEMP

#PCK, TEMPY
#DATCKB,DEV4
2

mgxftsn?
#PEC,

TEMP

#ECHOB,DEV4
007250

#PNEC, TEMP2

:NOW SET UP FOR QUALIFIERS IN ASCII

:SEE IF /STATUS OR /NOSTATUS

*BR IF /STATUS

:SEE IF /CHECK OR /NOCHECK

*BR IF /CHECK

:SEE IF /ECHO OR /NOECHO
*BR IF /ECHO

TEMP2,~(SP)
TEMP],=(SP)

ogCL§
CZKMUAOD KkMS11-BL PDP-11

CLKMUA.PT

6619

ggocnx.oeva

Q=000

014555

S OHL00

b
D

orno

PNININNTNNPNPNPN

SN
WONNDO e
" N N
o0
oo~ N

30-MAR-82
SHOW MODE OF OPERATION, LOOP TYPE AND QUALIFIERS
#PMS, TEMPS

R8N

6593

MACY11 30A(1052)

007256

SEQ 103

v
09:15_ PAGE 23-62

#PNMS , TEMPS

;ASSUME /MODEM :REV B EC

noosn cnscx ? aevsa EC

"ménooen" hessAce:REV B EC

#SHF1,TEMP,TEMP1,TEMP2, TEMPS

: TEMP3,TEMPSG #+;SEE NOTE _ABOVE

TEMP2,=(SP)
TEMP1. =(SP)
TEMP,=(SP)
-(SP)
oguri

ADD

#4,SP

o
TRAP

sRETURN

TEMPS, =(SP)

nov
MOV
MOV
MOV

csfims

CZKMUAOD KMS11-BL PDP=11 DCL ;
30-MAR-82 09:1

CZKMUA.P11

MACY11 30A(1052)

SEQ 104

30-MAR-82 09:15 PAGE 23-63
TRAVERSE COMMAND LINE SUBROUTINES
TRAVERSE COMMAND LINE SUBROUTINES

355

+SBTTL

5@9

PARSE THE COMMAND LINE SUBROUTINE
:TAKE ACTIONS (VIA ACTION TREE) AS PARSING LINE
PARSé'éG DIRECTIONS FROM ‘‘CLI PARSING NODESTM

PSTRV SUBROUITNE

S USED:

6648
6649
6650
6631
665
665

6654

gSS

g
g

027 12
721

5 1

fld

ggs

7176

027

704

664

02715
0 7123
0271
027164
0 7193
0271
027174

S3Z

6640
6641
“6;
6643
6646
6645
6669

02715%

e:§a-'-'
‘oGZZ

6638

6639

003362
003364

JSR

PC.PSTRY

MOV
MOV
PSTRS: ;ga

PSBUFA,
mmns

PSTRV:

cMP8
BGT
MOVB

000013

ASL
MOV
ADD
JSR
BR

8278ie
108:

RS
1oms> RS
#2108 ,RS’
PC (RS)
P$TRS

TRVSPA-1

TR
TRVALP-1
TRVALN=1
TRVOCT=-1
TRVDEC~1
TRVSTR-1

228:

=5 55%:%3

RS RTINS

i
P

LN,
P:S)
(w RS

SSEI"MA)'“ CHARS LEFT IN INPUT STRING

: SEE lF SPECIAL CLI CHAR CODE OR ASCII
:BR_IF REGULAR ASCII CHAR.
:GET SPECIAL CHAR CODE INTO RS
sBUILD TRAVERSE ROUTINE ADDRESS
sJSR TO SPECIAL CLI TRAVERSE ROUTINE

;G0 SEE IF MORE OF STRING LEFT

TRAVERSETM%EJM *CLI FUNTIONS'
sTAKE ERROR ACTION
RVER
sTAKE EXIT ACTION
TRVEXI-1
:TAK% BRANCH ACTION
TRVBR=1
sTEST PSGDBD & TAKE BRANCH
TRVBIF~1

6660

666

PSNUM=NUMERIC CODE FROM DATA

R1.R5=SCRATCH
R2=ACTION CODE PARAMETER FROM TREE
R PARSE TREE PGINTER
R4=INPUT STRING POINTER
CALLING SEQUENCE:

).(RG)

A
R4
PSTRS

sSKIP SPACES OR TABS IN CMD LINE

NUMERIC FIELD
sTRAVERSE
ALPHABETICS
sTRAVERSE
ALPHANUMERICS
s TRAVERSE
sSAME AS TRVYNUM
s SAME fi fil“ BUT DECIMAL
sFIND
ASCIZ
MATCH IN CMD LINE

HIST CHAR OF STIIK IS A MATCH
SEE ;F

NOT

60 IAE

"mi

xon%on

CZKMUAO KMS11-BL PDP=11 DCL;
-82 09:1
3
CZKMUA.P11
6677
66;8
66
6680
6681

027270

MACY11 30A(1052)

004715

027312
027316

016305
060503

000002

6695

0%7322

062703

000004

6700
6701
2%%

0273
027334
827342
27344

737
112737
00 759
0001

0;7;7;
177777

6704

027350

004737

6696
6697
6698
6699

agurxne
:GOTO USER ACTION

027310

027320

027326

TRVACT: MOvVB

MOV

003366

057

669
6694

PAGE 23-64

sRETURN FROM PARSER
=

0%7
6684
6685 027302 013705
6687
6688
6689
6690
6691
6692

09:15

SEQ 105

TRAVERSE COMMAND LINE SUBROUTINES

PSEXIT: RTS

000207

001
11630 ‘1"7,9480
668% 027272
76 04§70§
6689

30-MAR-82

JSR
RTS

000207

s TAKE BRANCH IN me;

fRVBRC: ggg
RTS

2(a ).as

PC
:NO eamcu TAKEN
#4,R3
fRVNOB

000207

207

177460R2
$ACT RS
PC.(RS)

ars

ACTION CODE FROM CLI NODE
.GET
sCLEAR ANY SIGN EXTENSION

;GET ADDRESS OF CLI ACTION ROUTINE
260 DO ACTION DEFINED BY CODE
;RETURN TO CALLING CODE
GET BRANCH DISPLACEMENT FROM TREE
: AND POINT R3 TO THE 'MISS'* NODE

: RETURN TO PSTRV

:THINGS OK, UPDATE R3 TO PO!NT TO NEXT
> NODE AND RETURN TO PSTR

i P$GDBD

027270

TRVERR: JSR
MOVB
i5T
JMP

C.TRVACT
SPi+
mxn

:TAKE ERROR Acnou
:SET ERROR RETURN FLAG
*GET RID OF "JSR PUSH TO TRVERR'
*RETURN DIRECT TO EXIT OF PSTRV ROUTINE

02757;

TRVEXI: JSR

PC,TRVACT

ms em ACTION

2778; 027362 000159 027270
004737 02727
6709 027
2;}? 027372 000137 05751%
02727
004737
6712
05740 1057;7 88357;
671 027376
e
sl 027414 i
000137 05732
g;}

JMP

PSEXIT

*RETURN mscr TO EXIT OF mav ROUT INE

JSR

PC,TRVACT

;G0 TAKE BRANCH ACTION

TRVBIF: JSR

PC,TRVACT

6718
6719
6

0274
0274
74

5 ;
121427
1003

Ron

6725
679
67

027436
744
7646

121427
1003
005

i6%2 Ry
T4

745

000011

000040

o
737 027272

003377

CLRB

TRVBR:

JMP
TST8

18:

BEQ
JMP
JMP

TRVSPA: CLR
CMPB
1$:

2s:

(SP)+

TRVBRC

P$GDBD

.ser m

"JSR PUSH TO

TRVEXI''

:SEE IF PSGDBD SET OR umso 8Y ACTION

:IF CLEAR FALL THRU TO NEXT NODE
SELSE TAKE THE "MISS'* BRANCH
:JUST UPDATE TO NEXT NODE IF THINGS OK

RS
g‘!‘) A

sCLEAR "'SPACE OR TAB FOUND'* FLAG

Ré

INC
BR

CMPB
BNE

(R&) ,#40
108

Ré

TST

BEQ
JSR

aAp FLAG TO "success 0"

13
TRVBRC
TRVNOB

R5
1$

INC

108:

PS$GDBD

15 s
PC,TRVACT

SEE IF CHAR. IN CMD LINE= TAB

iBR IF NO. NOT A TAB

:INC Inpuf smns POINTER
SINDICATE A TAB FOUND
G0 CHECK NEXT CHAR

NON=-SPACE OR 'Rflht
AB CHAR.

x m
f NO, TAKE NO c

AKE ACTION
IF

09: 13
A8
837488 8017 83rste

CZKMUAD KMS11
CZKMUA.P11

15%:

000010

003374

7526
0275
0275
02754

000055

0E3iss
o03i3e

000060

003374

108:

003375

NONN=SNNNNVNNN

003374

000012

:USE OCTAL AS RADIX AND ASSUME +
.ch DIGIT COUNTER
:SEE IF THERE'S A + SIGN THERE
: BR_IF NO
: ELSE PSRADX ALREADY SAYS +, JUST BR
*SEE IF THERE'S A - SIGN THERE
: BR ; NO

(RG) A"+

108
118
(R&) 4~
1$

BLT

BLE
CMP8

3s
PSRADX,#10.

BEQ
CMP8

SSET "MINUS FLAG'' (M1 BYTE OF PSRADX)
:BUMP R4 TO POINT TO FIRST CHAR

;SEE IF CHAR. LESS THAN A ‘0"

*BR IFYES (NOT NUMERIC)

(R4) 467

:SEE IF CHAR. GREATER THAN A ‘7"

128
(R4) 471

:"BR IF YES (CAN USE HIGHER LIMIT)
*SEE IF DIGIT WASA 8 OR 9

2
#CLIBRX

: BR IF YES
:SEE IF IN DECIMAL MODE

*BR IF NON-NUMERIC
SELSE WAS A 8 OR 9 WHEN IN OCTAL RADIX

MOV

oy
TRAP

MOVE

B8R
¢

#-1,P$GDBD

(R4) AT

ADD
PRINT ERROR AND TAKE MISS

SEt ERROR RETURN FLAG

#CLIBRX,~(SP)

a1.sPh
CSPNTF
#6,SP

:SEE IF CHAR. GREATER THAN A ‘9"

138:

86T
INC
INC
B8R

28
Ré&
RS
13

*BR IF YES (NOT NUMERIC)
SUPDATE CMD LINE PTR TO NEXT CHAR.
SINDICATE A NUMERIC FOUND
*GO LOOK AT NEXT CHAR.

2$:

IF NO
*BR

CLR

3’5’ :}

:SEE 1r m mv m

PSNUM

%);2102

;CLEAR LOC. WHERE VALUE WILL BE STORED
SGET ASCII CHAR AND CONVERT IT TO A #

ASL
BCS
;ag{
BCS

PSNUM
73
:mm.mm
78

BEQ

vs?g
g%s

ASL

003372

pg..m

sTAKE BRANCH (MISS) IF NONE FOUND

OCTAL)
AS TRVNUHDSINCE DEFAULT RADIX 68

(R4) 460

3s:

003370

;USE DECIMAL AS RADIX AND ASSUME +

CMPB

128:

008572

#10. ,PSRADX
TR

1$:

BGT
PRINTF

003372

.JUST GO UPDATE R3 TO NEXT NODE IF OK

118:

000012

PAGE 23-65

TRVNOB
TRVBRC

#=1,PSRADX+1
Ré

177997 003377

BNE
B8R
(MPB
BNE

CMPB

000071

09:15

MOVB
INC

012421
000001

00337

JMP
JMP

(MPB

003022

012746
12746

30-MAR-82

SEQ 106

TRAVERSE COMMAND LINE SUBROUTINES

TRVDEC: MoV
JMP
TRVOCT: : (SAME
TRVNUM: Mov
TRVNMA: CLR

000067

o0téis 000071

Secentes"SR

7564

00%204

177777

027556

g
00104

000053

754
754
755
7554

o0éoes

—

N NN

806737 02912

003374

0000000

85767
75
7504
7504
751
51

=i=]

MACY11 30A(1052)

BCS

CMP8
BNE

PSNUM

PSRADX,#10.
%1

wwc

*GET Pomfenro srm OF NUMERIC STRING
:SHIFT CURRENT VALUE TO MAKE ROOM
*ERROR IF NUMBER T00 BIG
*SAVE FOR LATER IN CASE DECIMAL RADIX
:ERROR IF NUMBCR TOO BIG
;:ERROR IF NUMBER TOO BIG

*SEE 1r DECIMAL RADIX
*BR IF NOT EQUAL

PDP-“ DC%;

MACY11 30A(1052)

158:

NEG
JSR
JNP

PSNUM
PC, TRVACT
TRVNOB

78:

PRINTF

#CLINBG

:PRINT NUMBER TOO BIG ERROR

003377

58:

: ELSE NEGATE THE NUMBER eeroas LEAVING
*SINCE NUMERIC FOUND, GO TAKEACTION
:GO POINT R3 TO NEXT NODE

MOV
MoV
MOV

MOVE

JMP

:SET ERROR RETURN FLAG

#-1,P$GDBD

TRVBRC

STAKE "MISS'* BRANCH

#CLINBG,=(SP)
#1,-(SP}
SP.RO
CSPNTF
#6,SP

F
;CLEAR ALPHA FOUND

005204

INC

Ré&

SUPDATE CMD LINE PTR TO NEXT CHAR

5005

?gu 7 000060

2617
121427 000072
3
5
5 ;
121427 000101

INC

38:

108:

1$:

3s:

1%
RS
33
PC, TRVACT
TRVNOB
TRVBRC

“SEE IF CHAR. LESS mm ACA
pac
*BR IF YES (NOT ALPHA)
SSEE IF CHAR. mmn THAN A *7
*BR IF YES (NOT ALPHA)
SINDICATE AN ALPHA “AS FOUND

:G0 LOOK AT ns T CHAR.
:BR IF NO
:IF ANY FOUND TAKE ACTION
s THEN umre RS TO NEXT NODE =NO BRANCH
“NONE FOUND, TAKE MISS BRANCH

SSEE IF ANY ALPHA'S WERE FOUND

CMPB

BLT
(NP8
BGT
INC
INC
B8R
CMP8

(Ré4),#60

;CLEAR ALPHANUM ouo FLAG

BLT
CMP8

$
(R4) 472
1$
Ré&
RS
108
(R4).#101

BGT

$
(R4),M32

:BR IF YES
*BR IF YES (NOT NUMERIC)
SUPDATE CMD LINE PTR TO NEXT CHAR.
SINDICATE A mnxc FOUND
.
AT NEXT CHAR.
GO LOOK
*SEE IF CHAR. %sss THAN A *A"

1w
:BR _IF_YES (NOT ALPHA)
SEE IF CHAR. GREATER THAN A 7

SNNN
WWN
-2N)~N
NN

2%:

(R4),M01
28
(R4),M132
28

TRVALN: CLR

000132

[=l=1=-]

NNNESWVO

-A-ubfl

oad

B8R
ST
BEQ
JSR
JMP
JMP

[t dand

28:

\n§

;l.
427

(MP8
BLT
(P8
BGT

0 - 00
o Wi
&%

1$:

67
5705
1%
737 7;
02732
000137
000137 02731

AN\

%
88
P
g&

:BR IF NO

TRVALP: CLR

e ]

PN NN

e e

RS &

&g
8

000000

158

ogsoos

005205

TRAP

DO
‘%m
w

gasgt

BEQ

137 027312

121427 000101
oozl.og
121427 000132
003003

&FREETRREREERESY
EH&

177777

112737

:ERROR IF NUMBER TO0O BIG

sSEE IF NUM WAS PRECEDED BY A - SIGN

TST8

14 ;

000004

PSCNT ,PSNUM
78
a;.rm
PSRADX+1

BCS

35&

1524.

104417

ADD
BCS
ADD

:ERROR IF NUMBER TOO BIG

385 37 003375

012746 012377
012746 000001
01

PAGE 23-66

;37
8824
7 og 57
000137 02732

09:15

SEQ 107

TRAVERSE COMMAND LINE SUBROUTINES

nNO

3
3
2 2
RRNERRE
i R&

?8 737 003370 003372
19
48:
37 003372

30-MAR-82

PC,TRVACT

}:vuoamc

THAN A ‘0"
*SEE u CHAR.(NOTLESS
mm oa ALPHA)
“SEE IF CHAR. GREATER THAN A 'Y’

iBR IF YES (NOT ALPHA)

sUPDATE CMD LINE PTR TO NEXT CHAR

'I'DICATE M ALPHA FOUND

:G0LOOKAT NEXT CHAR.

SEE IF ANY ALPHANUM'S WERE FOUND
.lF

TION

s THEN UPDATE R3 TO NEXT NODE =NO BRANCH
;NONE FOUND, TAKE MISS BRANCH

CZKMUAO kMS11-BL PDP=11 ogs%g
30-MAR-82
CZKMUA.PT1

MACY11 30A(105 2)

30-MAR-82

VoO~NONW

LTS ESSHD
g
gBReE\fl\fl\flg\flxvnmgGEERgERRREE

SEQ 108

PAGE 23-67

TRAVERSE COMMAND LINE SUBROUTINES

TRVSTR: MOV

8083

09:15

;POINT R1 TO CMD STRING

sPOUNT RS TO MATCH STRING FROM CLI NODE
2$:

;CLEAR CHAR MATCH COUNT
sSEE IF END OF MATCH STRING YET
:BR_IF YES
;SEE IF END OF CMD LINE YET
:BR_IFYES
:SEE IF CHARACTERS MATCH
:BR IF NO
;MATCH =INCREMENT MATCH COUNT

003370

;UPDATE STRING POINTERS

:BR TO CONTINUE CHECKING CHARS.
003370

108:

GO TAKE THE MISS BRANCH

m 06 Poxmen GO
TO DO
ENDMATCH
OF STRING
&
ACTION
FOUND,

027272
000004

027312

uueu ooue SEE IF ANY MATCHES FOUND

158:

NO BRANCH)

: GO TAKE BRANCH

: (PARSED OK), -1 IF ILL CMD.....

CZKMUAD KMS11
CZKMUA.P11

PDP-11 DC%;

MACY11 30A(1052)

30-MAR-82

REPORT CODING SECTION

.SBTTL
i+t

09:15

SEQ 109

PAGE 23-68

REPORT CODING SECTION
SECTION CONTAINS THE
CALLS THA GENERATE STATISTICAL REPORTS.

THE RE

'?Rlflfgpn
BGNRPT

836242
030242

004737

030348
030246 104425
46

023604

JSR

ENDRPT

LSRPT::

PC.REPORT

sCALL SUBROUTINE TO DUMP EVENT LOG
: AND BASE TABLE

L10011:

TRAP

CSRPT

CZKMUAQ KHS‘HS

CZKMUA.P11

PDP-"ogCH

30-MAR-82

MACY11 30A(1052)

PROTECTION TABLE

.SBTTL

09:15

SEQ@ 110

PAGE 23-69

PROTECTION TABLE

THIS TABLE IS USED BY THE RUNTIME SERVICES
TO PROTECT THE LOAD MEDIA.
BGNPROT

°°'s §§§;§
6920

6951

6922

030256

177777
177777
177777

-1

ENDPROT

LSPROT::

OFFSET INTO P-TABLE FOR CSR ADDRESS

OFFSET INTO P-TABLE FOR MASSBUS ADDRESS
OFFSET INTO P-TABLE FOR DRIVE NUMBER

CZKMUAD kMS11-BL PDP-11
30-MAR-82
CZKMUA.PT

13
09:

MACY11 30A(1052)

30-MAR-82

INITIALIZE SECTION

.SBTTL

09:15

SEQ 111

PAGE 23-70

INITIALIZE SECTION

Tlfi INITIALIZE SECTION CONTAINS THE CODING THAT IS PERFORMED
AT THE BEGINNING OF EACH PASS.
BGNINIT

836538
3% 8§§§$ i 807362
e 007302

ia}l%
14

fiii&%@&iiiifié@i%fi%fi%@@%

030 14

CLR
ST

BEQ
CLR

DOCLN

1046444

012737

177777

000040

007304

INIT1:

READEF

sy 0000

000036

030
0303
030340
030340
344

% 031314

INITY

:CLEAR FLAG

DCLFLG

160 CLEANUP

#-1,RESFLG

#EF.START

#EF .RESTART

$1:

000035

BNCOMPLETE
JNP
ENDIT
READEF

#EF .NEW

NEW
BCOMPLETE
GETPRM
BR
START:

83035% 803037
012702 007340
)
000114
007
007

i 836105

‘mov

#EF.START RO

8CS

START

MOV

zf‘:tRESTMT.RO

8Cs

RESTRT

TRAP

:IF HERE CAUSE OF RESTART, DO SOME INIT
TRAP

sSEE IF WE'RE HERE CAUSE OF A CONTINUE
zemcgnnme.no
MoV
TRAP

;BR IF NOT WERE CAUSE OFCONITMUE
OF A CONTINUE
:JWP IF HERE CAUSE

:SEE IF THIS IS A *NEW PASS

#EF.NEW.RO
MOV
TRAP _ CSREFG

:IF YES, BR AROUND LOGUNIT # SETUP
BCS

sCLEAR RESTART FLAG SINCE HERE OllSYAlT

'C‘.‘E,MLCLK VECTOR PTR. AS A FLAG

MOV

#CLKCSR,R2

sSETUP R2

L.RI

BNCOMPLETE
$2
PC,CLKSET
JSR
l,n‘t;v
uéusn CLKEN
$2:

NEW

RESFLG
CLKVEC

C OS IS FOUND.

AS A PTR. TO CLOCK INFO BLOCK

:LOOK FOR A LINE CLOCK

MOV

TRAP

007350

CSREFG

CLR
CLR

CLOCK

CSDCLN

*IF HERE CAUSE OF START.DO SOME INIT

RESTRT

TRAP

:SET RESTART FLAG

START

READEF #EF .CONTINUE

103521
3

3035

SCLEANUP & EXIT ?
*NO,BRANCH

DCLFLG

BCOMPLETE

103513

B8 1

READEF

:INIT USER cm VARIABLE

KEYWD1

BCOMPLETE

103417

012700
104447

MOV

LSINIT::

CLOCK

P.R1

#°'L.RO

CSCLSK

A r-cibcx
: IF NONE THERE GO LOOK ;oz
S
C
MOV

: GO SET UP CLOCK INFO TABLE & CLK VEC.

;SETUP THE ENABLE LINE CLOCK DATA

;LOOK FOR A P=-CLOCK SINCE NO LINE CLOCK

CZKMUAD KMS11-BL

CZKMUA.PI1

(3)
3)
(3)

PDP=11 ogcfi

1% oaz
1

-82

09:

%oo

7001
noi
0
7003
mms e

12737
800& 3

2)
7008

103021
o1§7 7

162737

BNCOMPLETE

7010 030502
7011 03051

JSR

ogm

ADD

15667
83
7350
n
$3:

ngs gm
104407
(3)
mgr
7009

10
012737 007350

005037 00734

007344
007340

(g) 833512 104443

(3)

(&)
(5)

(5)
(5)

(5)
(5)
(3)

512

000406

u.go

030524
000074
030526
0305

03055
ssos

READBUS
BNCOMPLETE

81 7646 014714

574

5037
5037
13737
127 ;
01 ;

1 ;
§

$4:

RESTRT

PRINTF

#NOCLK

:mnr
CLKCSR
TO P-CLK
REG.
VALUE
COUNTSET
WITHCOUNT
SET REG.
:LOADCLK
.rom cuzcsn BAC TO P=CLK CSR

*SETUP THE ENABLE THE P=CLK DATA

:READ BUS TYPE TO SEE IF ON AN LSI
(SR
TRAP
:BR IF NOT, NO CHANCE OF A CLOCK

TRAP

CSGMAN

LWORD
"WORD

CLKMZ
TSCODE

010272

13700 007276
?ou.gg

100008:

18:

100008

-WORD

"WORD
"WORD

TSLOLIM
TSHILIM

:INFORM OPR. NO CLOCK, o mr nm

nov
TRAP
ADD
MoV

K,=-(SP)

av.-sts
csfintr

TIMMIN
TIMSFC
CLKMZ, TIMTCK
vIL0G,R2

:CLEAR TIME SINCE START LOCATIONS
:LOAD
TICKS/SEC
TABLE TO ALL 1°S AFTER EACM
SINIT evsm

a;JEVTEND

:SEE IF REACHED END OF TABLE

CMP
BGE

#-1,LOGUNT
LOGUNT
LOGUNT ,LSUNIT
NEW

*BR IF YES, AND START OVER

GPHARD

LOGUNT,R1

RESTRT: CLR
007 si
00735
CLR
007 8 007356
MOV
MOV
737

76 002012
837
8 §%§ gg
367
20
§%

$4
$4
B8CC
VECTOR
CLK
AS
100
:LOAD
noo CLKVEC
MoV
SLOAD 0 AS CLK INT. LEVEL
CLR
UP THE CSR & ENABLE MATA LOCS
*KLUDGE
CLKCSR
o%‘eu
MOV
50..60.,YES
0,CLKNZ,D,377.
GMANID

MOV

MOV
CMP

3
10
01
BNE
MOV
S 030612 012737 177777 007276 NEW:
GETPRM: INC
5

7031

KCSRaCLKCSR
»tucr
#2,CLKCSR
CLKEN
néuzsn
RESTRT

BCC

: ELSE GO SET UP CLOCK INFO & VECTOR

~WORD

000001
12746
0305
(6)
01
030542
(3)
10441
0305646
(2)
000004
062706
030546
7&;
1

.cuzser

#'P,RO
CSCLCK
RO,R1

: IF NONE THERE GO SEE IF THIS 1S LSI

030514 00734
030516 00005

7014 0305
0305
(7)

MOV
SuB
MOV
BR

MoV
TRAP
MOV

7733 030530 000410

7016
701
701
701

30-MAR-82 09:15 PAGE 23-71

INITIALIZE SECTION

000120

4 103917

)

MACY11 30A(1052)

SEQ 112

svrm

M (R2)+

:"START OR RES AND INIT TABLE POINTER
:LOOP UNTIL DONE
;INITIALIZE LOGICAL UNIT #
:POINT TO um LOGICAL UNIT

SSEE IF PAST MAX. LOG. UNIT #
:GET THE P-TABLE FOR THIS LOG. UNIT

MoV

TRAP

LOGUNT ,RO

CSGPHRD

CZKMUAD KMS11-BL

CZKMUA.P11

PDP=11 ogcg

-82

2 010001
4
103365

(3)
70
75 ;

09:

MACY11 30A(1052)

SEQ 113

30-MAR-82 09:15 PAGE 23-72

INITIALIZE SECTION

BNCOMPLETE

GETPRM

(R1) ,FHDPLX

RO,R1
MoV
ONE
:IF NO P=TABLE AVAIL., GO GET NEXT
GETPRM
BCC

:PUT FULL OR HALF DUPLEX ANSWER IN LOC.

77g§§ 030646 011137 007312

MOV

u.?
mi
min'o' 030652

:DEVICE DEPENDENT PART OF GETTING INFO FROM P-TABLE
;STORE AWAY CSR ADDRESSES
(R1) ,SELO
MOV
(R1) ,BSEL1

7050
7051
7os§
705
702
7054
7055 03071
7059 0
705 3
7058
7
7059
725
7060

815 02

016137

MOV
INC
MOV
ADD
MOV
ADD
MOV
ADD
MOV
ADD
MOV

12204
12206
1
1221
1221
1221
1221
1221
12214
12216

121 7
237
16137
7
16137
7
16137
7
16137
7
16137

3’63
ADD

} %3
v ogg;
030774 161737; %83 ' 12220
%

MoV

2
000004 8152
“s' 03100 omgr
mi
012224
016137 000006

7066 031010
7067 031016 862737 000004 015 24
mm9 031026 016137 000006 012226
778;?

MOV
ADD
MOV

709‘

(7)
(6)
(3)
(2)
(4)
5
(7)
%)
(4)

1
"82

10577
011477
17702
240,
0014
10537
16437

16114
16114
161134

og;;;o
177776 007252

10237 007254

12746 035326
0311
031110 0127 800001
031116 01
031116 10441
031120
062706 000004
031124
031126 0127
35366
0311
031140

0441
062706 000004

(R ).gsu.z
#2,SEL
2(R1) a§5|.3
#3,8SEL
2(R1), SEL4
# fflagns
2(R1)
#5,8SEL
2(R1),SEL6

5‘(’&%%
n.esédEL7
4(R1), INVEC

4(R1) OUTVEC
#4,0UTVEC
6(R1) , INTPRI

:STORE AWAY INPUT INTERRUPT VECTOR
:BUILD OUTPUT INTERRUPT VECTOR
*STORE AWAY INTERRUPT PRIORITY

sINITIALIZATION CODE = LOAD FIRMWARE INTO KMC-118

LDFIRM: CLR
mg ogwsz 005005
MOV
031326
1036 012704
70
7074 031040 012777 00
161134
MOV

1043
7075
1052
707
1323
70
31
70
70
1064
7080
7081 031
10
7785

355%1

28:

MOV
MoV
MOV
CMP
BEQ
MoV
MOV

#MCBEGL ,Ré
#RAMO, SSELO
RS, aSELS
(R) ,3SELG
aSELS.R
(RG)+.R
108
RS, TEMP2
-slm.) TEMP3

R2, TEMP4
MOV
PRINTF #F IRMLD

PRINTF

#DATAHD

sSPECIFY INITIAL CRAM ADDRESS

SPOINT TO KMS11 FIRMWARE IMAGE
*SPECIFY LOAD
C
*WRITE CRAM ADDRESS
SWRITE IMAGE WORD TO CRAM
*READBACK WORD JUST WRITTEN
$IF WORD READ BACK IS WORD WRITTEN
: "THEN CONTINUE LOADING
:FAILURE LOADING FIRMWARE
:SAVE CRAM ADDRESS
*SAVE WORD LOADED
*SAVE WORD READ BACK
:PRINT FAILURE MESSAGE

:PRINT HEADER

MOV
MoV
MoV
TRAP
ADD
MoV

#F IRMLD ,~(SP)
1 ,-(SP}
SP.RO
CSPNTF
#,5P
#DATAHD - (5P)

TRAP
ADD

CSPNTF
#4,5P

:§

CONO WIS o B

]— s

N
= PN S
N = O v o v o o

Vo Ns

WSV

Aflflajflflflafifl -

EEE

W W

WS VONN

WIN) =

vflvvvvvvvv

P11

8"“

INITIALIZE SECTION

09:

1144
031150
0311564
81

72564
7
7g
54

031174

000012

0311
0 1172
031200

SEQ 114

MACY11 30A(1052) 30-MAR-82 09:15 PAGE 23-73

PDP=11 ogc#;
-82

PRINTF

031504 022704 035326

:PRINT DATA

MOV
MOV
MOV
MOV

, = (SP)
TEMP
TEMP3,=(SP)
TEMP2,=(SP)
#DATALD ,=(SP)

ADD

12,5P

TRAP

CSDCLN

v
CSPNTF
TRAP A8,o(sP

:CLEAN UP AND EXIT

DOCLN

031200

031202 005205

TEMP3, TEMP4
#DATALD,TEMP2,

108:

031210 001316

INC

CMP

BNE

#MCENDL , R4

:CONTINUE LOADING FIRMWARE

;UPDATE THE CRAM ADDRESS

STEST FOR DONE LOADING KMS11 FIRMWARE
*LOOP TIL FIRMWARE LOADED

;FIRMWARE LOADED

0 12'.5

031212

SETVEC

012746 000340

031 13 012746 oz;m
031222 013746 007344
omgg 012746
104437
031
000010
031234

CLKVEC,#CLKINT,#340

:SETUP CLOCK VECTOR

MOV
MOV
MOV
TRAP
ADD

#340,=(SP)

#CLKINT,=(SP)
CLKVEC ,=(SP)
-(SP
CSSVEC
#10,5P

:DEVICE DEPENDENT VECTOR SETUP

031240

8 1240 013746 °'§§28
1244 81;766 04531
8 1250 013746 01 225
1256 01274
10443
31
31262 062
000010
1
1 93 13746 1;;28
12746
1
1276
013746 012224
1

1 71.9

?303 10443

031310

3 1314

SETVEC

INVEC.#DVINS,INTPRI

SETVEC

OUTVEC,#DVOUTS,INTPRI

062706 000010

1314

8 1314 ?12700 000000

ENDIT:

SETPRI

104441

1;;5

1oum

EXITIT: EXIT

063220 063223 063237

MCBEGL :

31326

331

10443

INTPRI,=(SP)
MOV
#OVINS ,=(SP)
MOV
INVEC ,=(SP)
MOV
#3,-(5P)
MOV
CSSVEC
TRAP
ADD
0,
;SETUP OUTPUT INTERRUPT VECTOR
MOV
INTPRI,=(SP)
=(SP)
#OVOUTS,
MOV
MOV
TVEC,=(SP)
MOV

#3,-(SP)

:SET THE *RUN'* PRIORITY TO 0

#PR100,RO

TRAP

1320

1322

;SETUP INPUT INTERRUPT VECTOR

#PRI0O

ADD

MOV

TRAP

INIT

CSSVEC

#10,5P
CSSPRI

e eer

TRAP

CSEXIT

IMAGE
202, 0003370, 0063130
500.‘0061
00632§2.‘00§1
.WORD ‘0063220.‘0063223.‘00638;7.‘
-START OF KMS11 FIRMWARE

MACY11 30A(1052)

CZKMUAO KMS11-BL PDP-1 108(:%;
30-MAR-82

CZKMUA.PT

0 } 33

§§g§

e § ‘% 52 3

101
1
gi
7120 0 1
1 2?8
0 }60‘ 1329}
721 %i]'lzg;
16426
14
ooggs
722 %%]'léé

1$g§

061202

3 mgflo

16403 016402
} S}
1}“2; 2%0 gl?gg%’
1 L4
062

§80601 103214
7126 003112§ 14
c
nB
7125 031506 103105 060210 00162
T
I W
e
103069 0005
5%2 88400
7126 031
113246

30-MAR-82 09:15 PART 2374

INITIALIZE SECTION

09:

7123 §§112652 Hg%% §‘8§62 }g%gg
1462

SEQ 115

010211

.WORD “0076423,0063060,0101414,40100407,40003401,40063231,0010162, “0000626
JWORD “0062234,40016403,40016402, 0016406, 0016407 ,40016401,0010210, 0016455

24
, “0002424
JWORD *0016461,40010067,40016471,40002471,40043236, 40010022, “00164
0061221, 0110642, “0020620
.WORD “0043235,40010240, 0016642, 0002642, 0000600,

JWORD *0173202,4C020640,40167203,40010210,

0140620, 0123620, 0113246, 0010211

.WORD “0140620,40060601,40103214,40123400, 0001620, 0117044, “0023660,, “0060520
.WORD

*0103105,40060610,0061620,40103047,40060521,0102447 0103447, 40123420

.WORD *0060400,0103047,0000500,0063301,0114657 0000677 ,“0100646, “0123400

7127 031546 103512

114444 060520

LWORD

0120400, “0001620, 0103066 ,“0123400
“0103512,40114444,*0060520,0103606,

1825
7128 031566
1
83} 573
7129 0%1606 102133
s
031626 4
7130 el
713 %3112‘3 ? 3

57
92%3 1051
00
102527
00
100447 102143
pemZg Wi
114511
8‘
121% 5831

.WORD
.WORD
.WORD
.WORD

0102527, “0002702 , 0060601
“0102532,0002655,40102127,40001620,“0092723,
*0102133,40100447,0102143, 40002461, 0000500, “0061260,“0010177,0016402
“0002400,0042233,40114511,0060721,40102133,“0002461,“0010017,“0136500
*0136520,0122560,40123000, 0000500, “0061260, “0002133, “0040620, “0103167

.WORD

,“0000415
“0114434
0002514
*0043237,%0043232,0063170,*0063161,40000606,

7135

2082

.WORD

*0123220,*0063260,0000600,40104457,0002650,
0010240, 0050220,

7136

74559

.WORD

*0055302,*0050220,0074520,*0055224
, 0055225, “0055227 , “0055226, “0103752

8;} 222‘

}03606

7132 §1 1 }
7133 1286
1662

7134

} ggl‘-oo

103

001620

8? 88;;92
2 5?3

552

.WORD “0010151,0016406,0002700,0063161,“0000641,0003374,“0110743, 0003004
.WORD “0063070,40010017,40000745,0110463,0010154,40057310,“0057231,“0057235
0123040

CZKMUAO kMS11-BL

1&(%{
PDP=1

nw 8 002

;;

-82

CZKMUA.PT1

012

.WORD *0010240,0043220, 0002642, 0000776, 0060360, “0101640, “0000402, “0062400

8‘68;29

57 “0100447
, 0063261,
JWORD “0043220,40010241,40040360,0101645,40100447,400007
0123560, “0001620, 0102677
“0061262, 40100667,
JWORD *0123440,40103466,0000500,
0010211, “0002461
00,
.WORD *0002113,0060600,40116351,0123000,“000050061260,

164

88}

7140 % % ?g 11
1022“7
10% 010211
& 0032102

30-MAR-82 09:15 PAGE 23-75

INITIALIZE SECTION

09:

7138 § ?)%2 1°1§g
Oé ?g“61
7139 8 04
8

MACY11 30A(1052)

SEQ 116

022508
12356
&%26
000515
01007

71462 0%1%2 0%310

010070
1%2560
7143 032146
8;2} 224 00865; 060288 101720

.WORD “0100447,0123220,40000515,40063260, 0000404 ,“0061011,40114734,“0000500
.WORD *0063310,40100661,0010070, “0053220,“0016401,40014543,0136500, “0136520
0000406, “0062400
.WORD *0136560,0136540,40010070,40002471,0060360,0101720,
“0000402,0063310,0100663,0010023,0053220,“0016401,0136500, “0136520

7144 032166 000402 063310 100663

.WORD

1;2560 010023
1002424 00046;
06
7145 03%
060360
032214

.WORD “0136560,0136540,0010023,“0002424 ,“0000462, 0060360, “0101663, “0000405

7146 0322;2 %200 100663 000757

.WORD

*0062400,*0100663,

.WORD

“0000427,0104425,40000700,0123220,0061311,0100630, “0120600, “0102047

.WORD

0,
“0104504
0114657 ,40000720, 0110554, “0000727 ,“006327
“0114725,0000404,

032222

0322

032242

7147 032246

101663

00040

001 6;2

000400

% 104425 000700

T
Wi 114957
R 00062‘

7148 032266 11472
l)gggg

83231 3

7150 Oggiig s
0

110554

000727

000000 000000

7149 032306

7151

0632

107015

000000

1 106%

105424 88%2
1157

gzzlo

7
i
7
7152 03
i s
oi‘ S
383965
215
7153 032
f
) 1 ] 744
0 213
g.éz % 820‘625;
7154 8 2%2

7155 §30324“g 881620
442

3
5
1620 83?230

0001620, 0107015, “0000400, “0063233
0000757 ,40063670,

.WORD “0000000, 0000000, “0000000, “0000000, 0000000, “0000000, “0000000, “0000000

.WORD *0023200,40060601,40106012,40107412,*
.WORD

1.40060360,40101742,*

0002212, “0000400, “0063223
“0060360,40105424,0000620.,“0060360,“0115760,

, “0023204
“0063223, “0100447
“0000703,60070,
270,“00
“0110665,
.WORD “0000757,40063
.WORD *0070215,40054620,0106042,40060601,0107440,“0000710,“0010012,0104560
.WORD “0000402,0063301,40000462, 0063223, “0056226, “0056227 , “0123220, “0000501

0001620, “0001620, 0001620,
305,
“0040665, 0001620,
.WORD “0063260,*0003

0 6131

MACYT 30A(1052)

POP=11 DCLT

CZKMAD KNST1-BL

-82

CZKMUA.P11

INITIALIZE SECTION

09:

?88229 f00ass 10475
756 032008
03267e
010167
07660
131

30-MAR-82 09:15 PAGE 23-76

sEa 117

MORD ~0100447,40100453, 40104756, 40010167, 0076604, “0076605, “0000470, *0104425

023600

JMORD ~0000522, 40063223, 0023600, 0060757, “0060641, 40107514, 0060610, “0001620

7158 %§§§§ 1 go% 1 g Q10153
003376 10044
8%%;% 103647
7159 §§:‘2'1
1055
1
9004
7160 0 g ‘113;33
Jeoem
035608 195538 gesirs 71 000534

LMORD ~0103047,40106110, 0010153, 0062600, 0010003, “0002401, “0003374 , *0100447
LWORD ~0060600, 0060772, 0103447,40104502, 0060600, “0060372, *0105506, “0060530
LORD 0113705, 40100447, “0060601, 0107716, 0020600, “0060371, 0105531, 0063173

544
020640

LMORD 0020200, 40104425, 0000544, 0104540, 0023200, “0020640, *0116157, “0060601

032514

7161

1045

032606

032614

7162 °§,§§§
1
0
7163 0

223

7157 0325

10442

1077ds

107514

LMORD

0104532,40063071, 0000534, 0104425, “0063164 , 0105137, “0063165, “0000542

164

105157

gote2

LMORD *0107746,°0060610, *0001620,40117303, 0010153, 0062617, 0000701, 0010013

10151

LWORD

1043&;)
23200
1013

7164

7165

1‘?%5 114700
1

“0061620
*0040620, 51,
400101
0062620, “0010001,
62460,
40016402,
~0043220,400

LMORD 0062620, 0116252, 0114700, *0060573, *0115456, “0000400, “0063223, “0060610

40115426
*0054373,
0115402, “0054373,
MORD ~0117024,°0001620,*0107210,40010162,

7166

gfié 107210

7168

103651

JORD ~0023640, 0060400, 40103451,40110402, 0123600, “0102047 , *0022203 , “0000672

7169

104641

JMORD

7170

100447

LWORD ~0000421,40061310, 0100447, 40123600, 0000720, 0104630, “0120600, *0102047

063164

JMORD ~0023140, 0062066, 0063164, 0105256, “0063165, 0105724, *0022202, *0023140

nr2

062107

MORD

nrs

123200

JMORD ~0000633,°0104425, 0123200, 0000577 ,0061270, *0104652, “0023200, *0062202

7174

104664

JNORD *0060601,0117571, 0104664 , 0023213, 0000706, 0104425, *0104756, 0000711

7167

54
115516
g{?

4373,
0105773, 0100447
MORD 0010164 ,0054373,40115516,40054373,40115411,4005

,
0022203
0123600
0000646, “0063223,
04641,4
0102047,
~0063223,°0000621,*01

0062066, 0023160, 0062107, 40115016, 0063164, 0105270, 0063165, *0105643

810

CZKMUAO KMS11-BL PDP=11 DC%g
30-MAR-82 09:

CZKMUA.P11

03 }23

7??

? 3;;3

MACY11 30A(1052)

INITIALIZE SECTION

104425

0 082353

nws 8% 146 10442

SEQ 118

30-MAR-82 09:15 PAGE 23-77

102047 000576
776 0% 1;; 1
7177 033206 oSgSSO 05 549 11620%
.
}Okg‘b
10012
83321‘
114507
010199
10
32§‘
7178 0
033234
033242

020600
060521

060373
107351

105754

033254
033262

104415
02360?

063164
107763

100447

,“01045404
MORD *0104425,0000403,40060353,40000716,40105140,40104471,4000053
6,
“0120620, “0116051
“0104540,00057
47,40
0061270, 000726,
.WORD “0123600,~01020

.WORD *0023200,0020640,0116206,“0060601,40107746,* 702,40010014,*0104560
“0107351
20600,
“0060521,
07,400
“0060373, 0105754,
.WORD “0000410,40010177,401145

7179 033246 104415 000565 063261

.MORD

*0104415,40000565,40063261,40104415,40063164,40100447,“0023605,0107763

107766 164463

.WORD

310,
“0000420, “0063310
00,40063
0104760,
“0060525,40107766,0164463,*00006

7180 033266 060525

7181 033
16443% 00%40;
114657
033316 0605
103365
107422

WORD *0164463,40000402,40114657,40060530,40103365,0107422,0100447
,*

7182 033326 060530 107620 060610

.WORD

“0100451
“0060530,*0107620,“0060610,0113405,40100451,40112032,40112410,

112432

.WORD

“0000620
,“0060521,
0113021,
“0001620,40103051,40112432,40000450,“0063222

033322

100447

000000

033334
033342

113405
112410

100451
100451

7183 033346 001

103051

112032

7184 033366 111024 060618 1120;6
il
05 1104264 02066g
7185 033406

“0063222
,“0100451,
“0000601,
.WORD “0111024,*0060610,40112026,“0000601,“0062230

063226
Zg 000‘12
36%23 fié%gb
7186 88336
002011
Mg‘
}
}
2 0 07021
7187 03 5% 01 396g g??gag
oooiag
§3

6.,401104624
10,40063226,0063166,“0111413,40002011,*
.WORD “0063222,*
0111504
0076612,
0000543, “0060376,
.WORD “0063472,40062220,0070216,“0016403,4

gg %22
7189 gg §g2
322 §81§§3
1 5 ??gzg?
: 1 ¢ 162
7190 ggiggg
79N §§§§g§ igg ;; }}????
go 10554 65320
7192 §3§5

.WORD “0000620,*0063260, “0003306, “0054666, “0042230, “0001620, “0001620, “0001620
,“0063667
.WORD *0001620,40061310,0043626,0100447,40000726,0110461,°0000477
0010171
.WORD *0062230,%0000513,40110554,0000522,0063166,0111117,“0063167,
.WORD *0042230,40110554,0123600,0102051,40022010,0000527, 0110574, “0 0 53

7188

0334 2

502

33562

12 8g23gg

sog

s 195 Gy

.WORD

“0000443
103051,
0000773, “0063270,
“0000405,40110424,0020660,0001620,40

“0123200
, “0043227 ,06,
400005
“0056224 . “0056225
63016,
“0063222,
“0000406,400

c10

CZKMUAO KkMS11

CZKMUA.P

MACY11 30A(1052)

PDP-HOgC%;

30-MAR-82 09:15 PAGE 23-78

INITIALIZE SECTION

09:

-82

SEQ 119

0112153

.WORD

*0063222,40000401,40110424,40000402, 0062231, 0062230, “0020500,

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

“0063166
“0062064 , 2010,
051,4002
“0023100,
*0000542,401105564,40123600,0102
*0111153,40063167,0101763,“0000556, 0063222, 0100451, 0123600, “0102051
“0022030,40023100, 0062064, “0023120, 40062105 ,0111376,0063166, 0111172
“0063167,40101763,40123600, 0000542, “0063222, 0000556, “0063260, “0061070
*0104506,40010151,40043226, 0000605, 0110520, 0010152, “0000610, 0110520
40000627, “0063222
*0000403,40060346,0000616,0063222,011223,40110517,
0110424 ,40060612,“0110424 ,“0000631
“0000403,40060366,0111625,40000400,

.WORD

*0110530,0000402, 40062231, “0062230,*

.WORD

*0000776,40063270,40000400,40110554,

.WORD

“0010236,0043220,“0063460,“0076620,40111256,
0100457, “0043220, “0063460

100457

LWORD

“0062620,40111263,40100457,40002650, “0063074,

179 061620 10;166

.WORD

0117706, “0110737,“0000605
“0060610,0061620,0103164,40111277,40116306,

361%2 3179 883326
7206 Og‘lo}‘z
0 001§
111‘ 7 0?061
g%ég 8?6?;?
7207 §§]'652 1
110741
01
162
30 828‘6'8%
7208 80%1 3 1 ' : 116031
1224 888{75
7209 822
00
11224
034214
1015
?}67
0
838
0
1

.WORD
.WORD
WORD
WOR
.WORD

*0063310,0003374,40060612,40060377,40111737,0010015, “0043220,
- 0062460
“0010003,40040620,“0061620,“0062620,0106371,0010151,40016403, 0110741
1
,“0113764 ,“0070216
0 6 231 ,* 0062230, "0060601 1,%0113764,
02, 0062231,
0402,
“01 20620 .*0116051,400004
60
0 10151
*0040620,%0112242,0000775,40063670, 0112242, “0000400, “0063222,

7193 g

1 & 253

121i
123600
gl» 110556
719 88
02 ?10 023100
102051
%22’ }8‘1”7.9
7195 % S§ 111153
3 1 25}00 ?fig%
7196 %0 ;&2
i
1 1
101 73 123600
129
ez 8% 7022
e
iy 8‘1»‘3)%;3
By ?}8}55
Sl
gfi i §og
7198 %%
3376
110520
9293 }9
)10 % mysog
7199 %g;lé
033762
000403 823 2 111625
7200 033766
Rl
il

8{ 88;%

7201 %332%(1)2 &gg

060530

0%2 000776 88% 70

7203 034046 81 02
0348226

7204

113644

OZS

034076
034102

0026 g
102047

48)332} 1 3

iié;”

7205 0341

gg‘i;‘02
588 0004

0632;0

11126§

111263

1004

76
103447

060601

117706

~Nw

7202

034022

83%50

04,40063710, 0060530, “0113644

0000576, “0110641,*

577,%0061271

“0060601,40102047, “0103447

“0063004 ,002,“0 2310 ,*0062004, .*0023120
.WORD *0103574,*0036400,0036420,0000402

.WORD

“0016401,0000405,0016700,0063310,40100447,40120600, “0102047
, “0070604

D10

CZKMUAD KMS11

CZKMUA.P

7212 §

PDP=11 DC%;
-82 09:

MACY11 30A(1052)

SEQ 120

30-MAR-82 09:15 PAGE 23-79

INITIALIZE SECTION

1
w]"%
?3‘ ? §;§§

“0063233, , “0010067
0063270, 0000774
.MORD *0062105,40123200,0115166,0110575,4

8}8?;?

7215 § g

}1 7;;

4, “0114531, 0123200, “0000404
0000400, “0063222,
0063310,00040
.WORD *0043220,0
.WORD “0061010,40110566, 0010016, 0043220, 0062460, “0010151, 40016402, “0016703
“0000515
40123220,0727
7,“000
0110737,
010044
LWORD “0114700,40117013,0063270,

061011
7216 836
fl; 104601
034376
1 0232 2
682
7217 82%8%
7218 %3322 6 uoi'%% 0620 }gg&%
S
Lo
197 016401
1 23?
10044
7219 034446
1M
00899

.WORD *0063260,40000404,~0061011, 40104664, “0002212,0104601,40010011,0043220
LWORD *0042460,40060617,0063232, “0000406,“0010067 , “0053236, “0063310, “0003374
“0061300, “0002507
,
.WORD “0113727,40040620,40102051.40110732,“0000600123000,
, “00606015
.WORD “0100447,%0010177,40016401,40002400,“0043230,0114511,4007007

?fig}(‘)

7213 % !

7214 %

83“54

034506
034514
034522

02054
104425
8‘0364

034554

e§

4660

0772
115476

034476

034502

prg—ty4
wv

72%1
7222

164477 063265

1179455
-t

7220 034

060365

6074 00067g

000626
114467

10442

0077220, 0054660, 0060365 ,“0115476,0115100

JMORD

*0116472,0014477,40063265,

.WORD

64
, “0114467
~0020540,0116074,°0000676,0104425, “0000624 , “0104425 , “00403

6605 802711
10131 01
7223 0345%23 010175
36560
0?654
83322‘
?g 000404
7224

.WORD “0010151,0016402,40002711,0010175, 0036540, 0036560, 0000420, “0016400
01,“0114662, “0060610, “0001620
“0000404
, “0063222,“00030
.WORD *0062620,40002212,

7225

.WORD

*0117123,40000600,0104741,40010151,40016407,40000411, 40110742, 0040757

7226 0

.WORD

*0107573,0070200,0002400,40010067, 0002471, “0000543,“0060360,“0115542

7227

.WORD “0000406,40062400, 0010241, 40053223, 0016600, “0062460,

7228

.WORD

2, 0010153
“0000420, “0063301,
“0062403,5,000040
“0000776,0060363,4011555

7229

.WORD

“0063000
*0043237,0010067,0053620,0054620,40116527,0104573, “0000,404

7230

.WORD

*0110575,40023333,40115576,0000406,
0060360, 0115603, 0060601, 0106746

114662

“0010241,“0002642

-1 108(:%1
KMUAQ KMS11-8L_PDP-82
09:13
CZKMUA.P
(¥4

7231

521 1

R
7232 % 766 01 }97

SEQ 121

E10

MACY11 30A(1052)

30-MAR-82 09:15 PAGE 23-80

INITIALIZE SECTION

.WORD

*0060521,40107340,40104664,40063164,40000743, 40104425, “0010001,“0002401

4 0575%2
o
Hetl
el
i
8}2282
'
}
7233 % ;92 1%
40
0102641
5002
115648
gg
;7
500;
8
7234 0 2812
12 11565
1 060612
7235 8 5026 009‘22
7236 035046 00§§§§ 114637 010152
g o
o
ni 81
gl.oo §6§2€0 10;61
7237 8%5
G
BN fg 115675
B

.WORD “0010167,40057224,40057225,0062571,0010241, 40053223, “0016604 , “0072615
.WORD “0016400,40017300, 0014402, 40042660, 0056705, “0076604 , “0010241, “0062403
0115646, 0000462, 0060375, 40115650, “0000405, “0063015
.WORD “0000776,40060363,
.WORD “0000420,0063301,0060610,40107015, 40000400, “0104425, “0002642,“0114633
0043620, 0060400, 0103361, “0000401,0010177
.WORD *0000742,40114637,0010152,

7238 035106 000 g

.WORD

7239 0351;2 010171 04 §31 063071

.WORD *0010171,0043231,0063071,*

7240 035146 103447

.WORD “0016400,40062620,0010241,0053220,40016601,0002574,“0010241, 0002642

MORD

010154 000“;

“0000776,0060360,0115675,0000402, 0062400, “0000420, “0063701,“0116311

01,0063310,40104415,40023640,

*0103447,40010154,40000442,40076670,40076611,0076615,“0076617,“0000461

002723 003004
10219
72641 035166
8;21 73
1001
106%2
000402
168 062107
85
096
7242 035%86
116340
060;2"7g
1
1912
13
83;
7243 035 gz 8;230‘ }1; 46 05622

.*0023140
02,
.WORD *0010210,40002756,“0003004,“0010017,40104443,*
.WORD “0062006,0023160,“0062107,40101271,40060601, 0116340, “0070604 , “0117346
0123200, “0104640, “0010210, “0002455
56222,
0056223,
.WORD *0070604,40117746,00

7244

.WORD

0114644 ,*0000600,0063301, 40000604, “0063230, 0000400, “0063222, “0100663

7245

.WORD

“0060601,40103746,0000610, 0063301, 0100746,

7246

.WORD “0000000, 0000000, 0000000, 0000000, “0000000, “0000000, “0000000, “0000000

;%67

MCENDL :

MCS1ZL==.-M(BEGL

sEND OF KMS11 FIRMWARE IMAGE

sSIZE OF KMS11 FIRMWARE IMAGE

“0000000, “0000000, “0000000

F10

MACY11 30A(1052)

30-MAR-82

INITIALIZE SECTION

FIRMLD:

523

<ASCIZ

09:15

SEQ 122

PAGE 24

/XNXS3XAFAILURE LOADING FIRMWARE/

DATAHD: +ASCIZ

/XN2%XS3XAADDRESSXS3XALOADEDXS3IZAREAD BACK/

DATALD: LASCIZ

/XINXS3%06X54X063S3%06/

.EVEN

ENDINIT

(3)

035464

104411

L10013:

TRAP

CSINIT

610

MACY11 30A(1052)

30-MAR-82

AUTODROP SECTION

.SBTTL

09:15

SEQ 123

PAGE 24~1

AUTODROP SECTION

;00

: THIS, ODE xs EXECUTED l#!bl TELY AFTER THE _INITIALIZE CODE IF
FLAG WAS SET. THE UNIT(S) UNDER TEST ARE CHECKED TO

SEfi lF THEY WILL RESPOND.
DROPPED FROM TESTING.

To
7290
(3)
(3)

BGNAUTO

ENDAUTO

835666

035466
035466

104461

THOSE THAT DON'T ARE IMMEDIATELY

LSAUTO::

L10014:

TRAP

CSAUTO

W10

CZKMUAOD KkMS11

CZKMUA.PT

PDP-"OSC%T
-82

09:13

MACY11 30A(1052)

30-MAR-82 09:15 PAGE 24-2

CLEANUP CODING SECTION

.SBTTL

;

SEQ 124

CLEANUP CODING SECTION

fl( CLEANUP CODING SECTION CONTAINS THE CODING THAT IS PERFORMED
AFTER THE HARDWARE TESTS HAVE BEEN PERFORMED.

goo

(g)

(3)

5470

035474

005077

°§5§2§

104441

022737 000057 003202
001416
012737 oooozs 007244
013737 007212 007254
007250
013737 007214
007252
007216
013737
004737

035
gzo
(3) 035546 104.4.3%
(3)

7321
7333
733%

023500

CLR

mxs;u

SETPRI

#PRI

cMP
BEQ

FEXITKEYWD
EXITCIN

::°C WAS ENTERED=-- LOG IT

MOV
MOV
MOV
MOV

CALL
EXITCLN:EXIT

#ABO, TEMP
,TEMPG
PSCNT remz
mcnf TEMP3
LOG

:DISABLE CLOCK

:SET PROCESSOR PRIORITY BACK TO 7

MOV

TRAP

;'EXIT'" COMMAND ?
:YES,BRANCH
*PRINT REPORT
:EVENT TYPE
::BUFFER NOT AVAILABLE
: SPASSES
;:ERRORS

TRAP
.WORD

.EVEN

i
035552
7337

osssss
035552

#PRI 07 RO
CSSPR

+60 LOG IT

035550 00000

7335

(3)
(3)

151644

5476 012700 000340

035
11
1; 035510
1
1%
15 035512
19 35520
gss
1
035534
7318

LSCLEAN::

BGNCLN

7&3)(), 8256;8

ENDCLN

104412

L10015:

TRAP

CSCLEAN

110

N
N

o~~~

O~
3RSHLT
s8¥eovubw-og

CZKMUAD KkMS11
CZKMUA.P11

82 0918

MACY11 30A(1052)

30-MAR-82

DROP UNIT SECTION

.SBTTL

09:15

SEQ 125

PAGE 24-3

DROP UNIT SECTION

THE DROP=UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE
TO NO LONGER BE TESTED.

83833

BGNDU

EXIT

L$DU::
bv

WORD
WORD

JSJMP
L10016-2-.

TRAP

csov

.EVEN

ENDDU

L10016:

J 10

cfzmo %HSH;SE ”:;yogcfl
KMUA.P1

MACYTT 3%61&2)

30-MAR-82 09:15 PAGE 24=4

IT SECTION

.SBTTL

2
:

SEQ 126

ADD UNIT SECTION

: THE ADD=UNIT SECTION CONTAINS ANY CODE THE PROGRAMMER WISHES
: ;8 ?SEE’T‘Egg’EeCI{'E‘ CONJUNCTION WITH THE ADDING OF A UNIT BACK

7381

(3)
93

BGNAU

0355

EXIT

03558

LSAU::
AU

WORD

JSJMP

TRAP

CSAU

WORD

7395
7407
7408
7609
76410
(3)

(3)

7611

L10017-2-.

.EVEN

035566
0;5566
035566

ENDAV

104452

L10017:

SEQ 127

09:15 PAGE 24-5
K

CZKMUAD KMS11-BL PDP=11 DCfi
30-MAR-82 09:
CZKMUA.P
7614
7615
741
1))
7\
1)
76
7621
7622
76
7435
7436
(3)
7437
7443
7hig
7645

013777

035634

012746
012746
01
10441
062706

7457
7458

035640
035644

005737
001117

005 1
%27 7
57 7
001412
005301
001373

007350

000001

007360

PROGRAM SETUP SECTION

GTXRXB:
TRAZ2:

;ENABLE THE CLOCK

sSET TIMER TO COUNT 1 TICK

:CHECK FOR IT TO BE COUNTED OFF
;BRANCH IF CLOCK EXISTS (COUNTED A TICK)

18:

:PRINT BAD CLK MSG AND WARN OF HANG IF TIMEOUT
MOV
MoV
MOV
TRAP
ADD

014714
000001

GTRA3:

RESFLG

GTRAS

#NOCLK ,=(SP)
#1,-(SP)
SP.RO
CSPNTF
#6,SP

sSEE IF HERE AFTER A RESTART.

:BR IF HERE CAUSE OF A RESTART

COUNTS AND SET UP DEFAULTS

GTRAG:

035623
0§

T1::

sKEEP _CHECKING UNTIL R1 DOES FULL COUNTDWN

T0TCC
T;OTC C

488

CLEM TOTAL CHAR. COUNT TEMP. LOC.
: CLEAR TOTAL CHAR. COUNT FOR TX BUFF

: CLEAR TOTAL CHAR. COUNT FOR CMP BUFF
'INIT TRANSMIT MESSAGE POINTER
: ZERO RX POINTER

7468
7469

03567
03570

7474
76475
7476
4]

035716
035726
035
357

012737
013737
12737
12737

i
007538
g"""g

7479

035746

013737

007176

7478

SETUP AND MODES OF OPERATION

CLKEN,aCLKC SR

151542

;“1 0356‘3
728 03565

TEST 1:

.SBTTL

035576
835576
035600
035602
83561
035614
035616
03
03
035626
03
035632

;465

.SBTTL

BGNTST

76448
74649
7450
7651
745
7453
7454
7455
(7)
(6)
(3)
(4)

7464

SETUP AND MODES OF OPERATION

035570
035570

035570

7459
7460

30-MAR-82

TEST 1:

TEST TO DETECT FAULTS IN THE DATA COMMUNICATION LI NK. THIS TEST WILL
: THE PROVIDE COVERAGE NECESSARY TO ISOLATE FAILURES TO THE COMPUTER
EOUIPHENT THE COMMUNICATION LINK, OR THE MODEM.

;22

72;%

MACY11 30A(1052)

7154
7154

007236

.CMPPTR
R2 CMPPTR

sINIT COMPARE MESSAGE POINTER

#5 ,MSGTYP

sSET UP DEMM.T MSG _TYPE (QUICK FOX = ITEP MSG)

MSGSC cuncc

#TXBUF T AD

ocmeuf.

:SET UP DEFAULT CHAR_COUNT
:SET UP CURRENT ADD TO START OF TX BUFFER
:SET UP CURRENT ADD TO START OF CMP BUFFER

TCURAD,CURADD

;SETUP CURRENT ADDR TO START OF TXBUF

L10
CZKMUAOD KMS11
CZKMUA.P

09: 13
AR-82

57564

7487
488

81;737

PAGE 24-6

MOV
JSR
MOV

TXPIR,CPIR
PC,BLOBUF
#1,TXWTOT

;SETUP CURRENT POINTER TABLE POINTER FOR TXBUF
GO BUILD POINTER TABLE AND BUFFER
:BUMP TOTAL MESSAGE COLNT

007154

007234

MOV

CMPPTR,CPTR

;SET UP START OF COMPARE POINTER TABLE

012737
012737

007236
2
887
7
007156
007306
007316
000002 007314

ggns

012761
000001

81;77

09:15

007234
007172

035774
0
03601
036016
4

SO-HAR-BZ

ROGRAM SETUP SECTION

715

e g
0357
i gaes0

MACYT 30A(1052)

SEQ 128

716

MOV
MOV
MOV
JSR
MOV
MOV
CLR
MOV
MOV

CCURAD. CURADD
#5,MsGivp
MSGSC,CURCC
PC,BLDBUF
#1,CMPTOT
#ACT,MODTYP
MLTYP
#1,RPASS
#2.PARAM

PRINTF

#HLPO

:SET UP CURRENT ADDR. TO START OF CMPBUF
PUT DEFAULT MESSAGE INTO CHPBUF

:BUMPTHE COMP MESG COUNT
:SET DEFAULT MODE= ACTIVE
:SET DEFAULT MAINTENANCE LOOP MODE
:SET UP DEFAULT ‘RUN PASSTM COUNT TO 1
:SET UP PROG. PARAMETERS = DATACHECKING ENABLED
OPERATOR STATUS MSGS. PRINT OFF

MOV

TRAP

10441

010472

010474
10676
010500

MOV

JSR

PC,SHWOP

MOV
MOV
MOV

MLTYP,DEV
RPASS,DEV
PARAM.DEV&

RPASS
18

MOy

ATTL.MLTYP

888

—_ s

EXIT

000001
041214

CO7310

13:

J¥

i
b
e

GETCL:

00337

104443

TST

GIR

ADD

;SEE IF MANUAL INTERVENTION ALLOWED
TRAP
: BR IF YES (UAM=0 AND NOT CHAINED)

;SEE IF THIS IS FIRST “DCLT nss"

i TF DONE T PASS-IN UNATTENDED MODE- EXIT
TWORD

iSE], UP DEFAULT FOR UNATTENDED, MODE

L1020~

"R M=ACT/LO=1/PAS=1/NOST/CH'* AND RUN

;CLEAR CMD LINE PARSING ERROR FLAGS

PSGDBD

GMANID

CLISPM,CMDBUF,A,=1,1,72.,N0

;GET A COMMAND LINE FROM OPR.

et
e

CSMANI

: BR IF NOT COMPLETED 1 P

TRAP

CSGMAN

.WORD
.WORD
-WORD
WORD
.WORD
.WORD

CMDBUF
TSCODE
CLISPA
=
TSLOLIM
TSHILIM

#4,SP

;PRINT TO OPERATOR THE CURRENT MODE......

CLRB

e e

000110
12737
g
12737

A
CSPNTF

COMMAND LINE FETCH & INTERPRETATION SECTION

.SBTTL
105037
105037

GETCL

BNE_

TST

007316

b
ot
s e wwwviunwnawn

GTRAS:

MANUAL
BCOMPLETE

gSILLEIRTE
Dn AN A

s
013737

MODTYP,DEV1

#HLPO,=(SP)

MOV

MOV
MOV

ACMDBUF ,PSBUFA

#CLITRE.PSTREE
#CLIACT.PSACT

100008:

100008

mn10

CZKMUAO kMS11-BL PDP=11 DCLT
30-MAR-82 09:13
CZKMUA.PTN

OOO0O0000O0000O

[¥]

MACY11 30A(1052)

30-MAR-82

1$:

JMP
1ST8
BEQ
PRINTF

§§Z

003202

000060

003202

000005

003202

000055

108:

041214
003202

000052

118:

026064
036170
003202

000057

128:

000001

007302

000002

003202

000010

4$:

7240 007240
001000

5$:

prd

003202

#4,SP

MoV

#CLINUF ,=(SP)

ADD

SPS

g'a(‘)
CSPNTF

#4,SP

SEE IF HELP WAS TYPED
;G0 GET CMD AGAIN IF YES

s YES ,BRANCH

SEE IF_PRINT WAS TYPED

: GO GET CMD AGAIN IF YES

*SEE IF RUN WAS TYPED

: BR IF NO

: START EXEC. IF YES

128
PC,DUMPSR

:SEE IF DUMP WAS TYPED
: BR IF NO
: ELSE, DUMP PART OF MEMORY

xsvuol.oexxr
13$

:NO_BRANCH

GETCL

KEYWD1,#CLEAR
GETCL
KEYWD1,#SHOW
GETCL

5§vuo1JMSETEXP
TTOTCC, TOTCC

g;ccJBUFLIN

PRINTF

CSPNTF

ADD

KEYWD1,#HLP
GETCL
KEYWD1,#PRNT
GETCL
KEYWD1,#RUN
118
GTR9

xsvm ,#DMPS

138:

sWAS °*'SET EXPECT = TRANMIT'* ENTERED?

000001

#CLIERM,=(SP)

KEYWD1,#SETET
GETCL

#1,DCLFLG

003202

g
-l

Vi ¥

GETCL
PSNNUF
108
#CLINUF

GETCL

10643§

OO0000

2%caR?
o

~ No

DAY
~N co
FRRINTS
o~

MOV

TRAP

003202

;G0 PARSECOMMAND LINE
:SEE IF PARSED OK OR AN ERROR

000004
036170

1503§

sCLEAR QUALIFIER FLAG LOCATION

TRAP

012354
000001

00
012737

QUALFG
PC,PSTRV
P$GDBD
1$
#CLIERM

000004
036170
003376

PAGE 24=7

COMMAND LINE FETCH & INTERPRETATION SECTION
JSR
1ST8
BEQ
PRINTF

012324
000001

09:15

SEQ 129

1
#MSGTRN, #BUFEX

* THEN RETURN 10 GET ANOTHER CMD.
?
SEXIT COMMAND

SET CLEANUP & EXIT FLAG
so BACK TO INIT ROUTINE —
WORD

sSEE IF CLEAR WAS TYPED
T IF YES ucx to GET ANOTHER CMD.

zo-.

TYPED
SSEE IF SHOW
BACK ro GET ANOTHER CMD.
*SEE IF SET EXPECTED

s IF YES,

: BR IF YES (A SETEXP WAS TYPED)

:SEE IF BUFFER ALREADY FULL
:"BR IF NOT FULL (BUFLIM # OF CHARS.)

* ELSE TELL OPR. AND DON'T BUILD MSG.

MoV
MOV
MO0V
MOV

TRAP

#BUFEX,~(SP)
#MSGTRN,=(SP)
#2,-(SP}
SP-RO
CSPNTF

N10

PDP-11 DCLY
CZKMUAQ KHS11-DL
2 09:13
CZKMUA.PT1
(4)
7557
7553
755
560

0365
]
0

§§I§’
81
97

MACY11 30A(1052)

30-MAR-82 09:15 PAGE 24~ 8
COMMAND LINE FETCH & INTERPRETATION SECTION
GETCL
TT07CC
6$
TXMTOT
#PTRTAB, TXPTR

158:

007152

SEQ 130

68:

TXMTOT,R1
R1,#MSGLINM
17§

#MSGTRN, #TABEX

81;746
12746
000002
01274

#6,SP
ADD
S1F FIRST “SET* THEN GET RID OF DEFAULT
A NEW COMMAND
THEN GO GET

;GET POSITION OF END OF TX LIST
355 {r zgs COUNT EXCEEDED.

: ELSE TELL OPR. AND DON'T auuo MSG.

#TABEX,=(SP)
mscmn -(SP)

#2,=(SP}
SP.RO

CSPNTF

GETCL
R1
R1
n1 TXPTR

178:

TXPTR,CPTR
TCURAD ,CURADD
PC,ADDCC
PC .BLDBUF
CPTR,TXPTR
Torcé, TTOTCC

, TCURAD
CURADD
TXMTOT

msn GO GET A NEW COMMAND.
# OF MSGS *4 = NEXT FREE PTR BLOCK

;SETUP CHAR. COUNT, CURRENT ADDR, & PTR
sADD IN CHAR. COUNT AND CHECK TOTAL

;G0 BUILD MESSAGE IN BUFFER AND PTRS.
;UPDATE CHAR. COUNT, CURR ADDR, & PTR

oguvu.

sDEC THE COPY COUNT

}2;ccJBUFLIN

CTOTCC,TOTCC

sse IF BUFFER ALREADY FUL

#MSGTRN,#BUFEX

* ELSE TELL

5
GETCL

013737
023727
002414

#6,SP

:SETUP CHAR. COUNT,

CURR. ADDR. ¢ PTR

CHARS.)
FULL (surun 3OF
:"BR IF NOT OPR.
AND DON'T BUILD MSG.
MOV

#BUF

ADD

#6,SP

MOV
MOV
MOV
TRAP

GETCL
SIOTCC

16$:

THEN GO

GET A NEW COMMAND

:IF FIRST "SET"

THEN GET RID OF DEFAULT

CMPTOT
#PTRTAB,R1
#MSGLIM,R2

7$:

sINIT COMPARE MESSAGE POINTER
Sss %F zgfi COUNT EXCEEDED.
PRINTF

JHSGTRN.OTABEX

ELSE TELL OPR. AND DON'T BUILD MSG.

ogcg,;
PDP-1‘I
CZKMUAO xnsu-sn.

CZKMUA.P11

(8)
(7
(g)

(2)
(4)
(3)

037036

7509

10441
037056
03705
27

COMMAND LINE FETCH & INTERPRETATION SECTION

1477

037076
0371

7112

01
1

1
0371
7610
01
7611 037162
7612 03715
7613 037156 00
;g}g 037156 000

oooo%

0361

007154
7156 007534.
007236
7162
8 e§
6
007154
8872
7156
007162
8872
7240 007160
003206
036170

MOV
MOV
MoV

TRAP

MOV

7607 03711
3 7122 0135
7608
7609 gn

7616
7617

MACY11 30AC1052) 30-MAR-82 09:15 PAGE 24~9

i3374.6 1sos§2

7600 037
037
7601
0370
7602
7603 03707

7604
7605

01 m

SEQ 131

188:

#TABEX,=(SP)
#MSGTRN, = (SP)
cz.-(sPS

csfiutr

JMP
ASL
ASL
ADD

GETCL
1
CMPPTR

s THEN GO GET A NEW COMMAND.
‘# OF MSGS *4 = NEXT FREE PTR BLOCK

JSR

PCADDCC

;:ADD IN XHAR. COUNT AND CHECK TOTAL

MOV
MOV

JSR
MOV
INC
MOV
MOV
DEC
BNE
JMP

PTR,CPTR
cnfi
CCURAD . CURADD

¢ .BLDBUF
CMPPTR
fa
MPTOT
cumo CCURAD
rorcc ¢Torce
QUALVL
28
GETCL

;UPDATE CHAR. COUNT, CURR ADDRR. & PTR
:IF_COPY WAS GIVEN, PUT MSG IN BUFF
: AGAIN
*GO BACK UNTIL GET A "RUN''

CZKMUAOD KMS11-BL PDP-‘HogC%;
09:
30-MAR-82
CZKMUA.PT1
7
7

7625 ogms
716
7 9

7176

00020

;23:

ngl.
7635
7639
7&
7

7639

CLIACT:

037200
037200

7194. 13;0
02
037170
7176 00471

88815

15
88016
1604
8%265

7
037
7
71

721

30-MAR-82 09:15 PAGE 24-10
COMMAND LINE FETCH & INTERPRETATION SECTION

ACTION TABLE AND ROUTINES
IN CONNECTION WITH ACTION
IF USE ‘‘CLIBIF''
CLEAR/SET PSGDBD
MUSTHOLD
USERWILL
;.SBTTL
NODE
(CLI)
ACTION CODE FROM PARSING
k2
:

776245

7
7628
7

MACY11 30A(1052)

037214

108:

ASL

RTS

MOV
ADD
JSR
.WORD

ACTNUL-10%

"WORD

ACTHLP=10$

"WORD
»
"WORD
"WORD

"WORD

7640 3 721
7641 gr
7642 0 75

756
000766

"WORD
"WORD
"WORD

0375
037
og
037

881 24
ms
00161
001136

"WORD
"WORD
"WORD
"WORD

7643
7646

037224
037226

7649
7650
7651
7652
7653

037240
037242
037
037246
037250

7645
7646
7647
7648

7654 837 si
7655
7656

03725
037 23

765
765

7262
7064

7657

7660 8 7
7661
mg

766

7664
7665
7&9

766

7663
7
76

7671

7672
767
767%
7675
7676

037
037

gr 76
03

001004
001814.

001216
001 ;2
1
001244
0012564

1264
1
1

uog

0014
001426

1446
1456

001504

10$(R2) ,R2
#108,R2
PC, (R2)

"WORD
"WORD

.WORD
.WORD
"WORD
.WORD
JWORD

"WORD

"WORD
"WORD

-WORD

;MULTIPLY ACTION CODE BY 2

*OFFSET VALUE
*ADD BASE VALUE
+GO DO ACTION

*RETURN TO TRVACT:

:BRIEF DESCRIPTION OF ACTIONS TAKEN
sNULL

ACTCLR=-10$
ACTSHO-10$
ACTCHK=10$
ACTRUN=-10$

*CLEAR
+ SHOW
+ CHECK
*RUN

ACTCSE=-10$

:CLEAR OR SHOW EXPECTED

ACTCST-10$
ACTSTE-10$
ACTSTT=10$

ACTSZE-10$
ACTCOP-10$

ACTNUM-10$
ACTOPM-10$
ACTSTS=-10$
ACTEQO-10$

ACTMSO-10$
ACTMS1-10$
ACTMS2-10$
ACTMS3-1
ACTMS&-10$

ACTMSS5-10$
ACTMS6-10$
ACTATV-10$

Acms-igs

*HELP

:CLEAR OR SHOW TRANSMIT
*SET EXPECTED
*SET TRANSMIT
*SIZ2E
+ COPY

*NUMERIC VALUE FOR SIZE OR COPY
*QUOTED MESSAGE FROM USER
*STATUS
SEND OF QUOTED MESSAGE FROM USER
:ONES
+ ZEROS
S1ALT
:0ALT
ITEP

sCCITT

:A
sACTIVE MODE

:PASSIVE MODE

"WORD
"WORD

ACTREC-10$
ACTLIS-10$

*RECEIVE MODE
:LISTEN MODE

"WORD
"WORD

ACTTRA-10$
ACTTAL-10$

:TRANSMIT MODE
*TALK MODE

"WORD

ACTDLL=1
ACTNO=1

INE LOAD

001514
1252
1

"WORD
"WORD
"WORD

ACTECHACTCRC-10$
ACTPRO~1

*ECHO
:SET CRC BIT
*SET PROTOCOL BIT

1976

"WORD

ACTMOP-10%

*REMOTE STATION IN MAINTENANCE LOOP MODE

03731

1726

037276

1666

731
1

1706
1716

03731

037

1%
1174
715
74

"WORD

"WORD
"WORD

-WORD

"WORD
.WORD
.WORD
"WORD
.WORD

ACTRPS-1

ACTTLP-1
ACTCLP-10$

Acmmgs

ACTRLP-10%
ACTNUF-10$
ACTBCR-1
ACTDMS-10%
ACTDME-10$

sSTATUS

* INTERNAI TTL
:CABLE L

sLOCAL

*REMOTE MODEM L
:MORE C
LINE
NEE
*BAD CHARACTER IN OPERATOR MESSAGE
MEMORY START AD
:DUMP
*DUMP MEMORY END ADDRESS

SEQ 132

CZKMUAOD KkMS11
CZKMUA.P11
7677
76;8
76
7680
;&

7
14
7
7
7340

oNn

09:15 PAGE 24=11
30-MAR-82
PDP;}logCH MACY11 30A(1052) ACTION
TABLE AND ROUTINES
734
46
1626

.WORD
.WORD
.WORD
.WORD
.WORD

ACTDMQ-10$
ACTPRT-1
ACTMOS-10%
ACTEXT-10%
ACTSEX-10$

:DUMP _WORD
sPRINT
sMODEM ACTION
SEXIT ACTION
sSET E=T ACTION

ol
Q

CZKMUAO kMS11-BL PDP=11 DCLT
30-MAR-82 09:1

CZKMUA.P

MACY11 30A(1052)

30-MAR-82

09:15

SEQ 134

PAGE 24-12

ACTION TABLE AND ROUTINES

207
83738 Vi

177777

003376

ACTNUF : MOvB
ACTNUL: RTS

#=1,PSNNUF

SET FLAG TO SAY NEED MORE OF COMMAND
sRETURN TO PARSER

012737
000207

000001

003202

ACTCLR: MoV
RTS

#CLEAR,KEYWD1
PC

sSET LOC TO SAY A CLEAR WAS TYPED

000002

003202

ACTSHO: MoV

#SHOW,KEYWD1

sSET LOC. TO SAY A SHOW WAS TYPED

012702

003210

QSIHLP: MOV

#HLPF, (62»

;PRINT HELP INFORMATION MESSAGES

RTS

PRINTF

013037
s
8746 000002

#HLPTAB,R

sSETUP R2 AS A POINTER TO HELP MSG TABLE

MOV
MOV

',8'6

TRAP

10“1

003ng

ADD

cshm

:IF NO KEEP PRINTING
:SET LOC. TO SAY A HELP WAS TYPED

ACTEXT:

IEXI T.KEYWD1

sEXIT COMMAND

003202

ACTPRT:

#PRNT ,KEYWD1

sSET LOC. TO SAY A HELP WAS TYPED
;CALL ROUTINE TO PRINT EVENT LOG AND BASE TABLE

003378

ACTRUN:

lMiNfiKEVUM

003202

000057

003202

000055
023604

007316
ACTCSE:

pc REPORT

:zfimss

sSET RUN FLAG

:SE T FL AG TO SAY NEED MORE OF COMMAND
sSET DEFAUL T RUN *PASS'' TO 1

#PTRTAB,R1

OHSGI.IHR2
a

000002
007156

mno AT THIS PT.
WAS TYPED

(=]

3
=

cmror.az

PSNNUF
KEYWD1, #SHOW
Agrsw
#1,CMPTOT

sINIT COMPARE MESSAGE POINTER

>3
—

“z'€fl$$¥3
u#

COUNT, CHAR. COUNT

cToTCe

#PTRTAB,R1

MSGLIH.R2

007234

SSAGE POINTER
IN DEFAULT MESSAGE

~®

NOWVESUWN=O0V®

sSEE IF ALL INFO PRINTED YET

oz.-c&n

g’gLP.KEYUM

000005

333

7709
7710
[44)
44!
44!
714
715
m

?%.A‘HLPEND

(R2)+,=(SP)
#HLPF . =(SP)

MACY11 30A(1052)

30-MAR-82

09:15

PAGE 24-13

ACTION TABLE AND ROUTINES

MOV
BR
ACTCST: MoV
MOV
CLRB
(TMP
BEQ
MOV
CLR
MOV

R1,CCURAD
AcfcLe
#PTRTAB,R1
TXMTOT ,R2
PSNNUF
KEYWD1,#SHOW
Agrsm
¥ rxmot
TT0T
mnm TXPTR

2162

MOV
ACTCLB: MOV
MOV
MOV
MOV

#BUFLIM,R2
R1, CURADD
#S MSGTYP
nsésc CURCC

026320

BNE
JSR

012705
571
Os

003322
000000

003331

@:91
174

00
007176

007172

80723t

i 807458
1

020

003
162 Og

1$:

RTS

ACTSHW:

5%:

003323

016157 000002 007244
e

cwh 2B

13746
546
746
746

et et
cnmd

04641

7
7
7
7
20 7

MoV
cMP8
BEQ
CMP
BNE
INC
SU8

ASL
MOV
PRINTF

007244

:BR_IF A SHOW WAS TYPED

CLEM TRANSMIT MESSAGE COUNT, CHAR. COUNT
: AND RESET POINTER

CAIR
TNRTR
R1, TCURAD

;SET UP TO PUT DEFAULT MSG IN LIST AFTER 033°'S

(Rl
nz

fll.!. EXPT
BUFLIM'®

:WHEN DONE, RETURN TO PARSER

1$
PC,BLDBUF

SHTAB, RS
(as» 3R
6
RS, #SHTEND
53
RS
0§nmo1.ns

TRAN BUFFER WITH 0°'S IF A CLEAR
NUMBER OF BYTE LOCATIONS

:"'CLEAR'® REALLY MEANS TO PUT DEFAULT MSG IN

;LOOK AT FIRST BYTE OF MSG TO DECIPHER TYPE
sSEE IF LOOKED AT ALL OF DEFAULTS YET
sMUST BE OPR. SPEC'D THEN

2(R1) ,TEMP

#SHMSG, SHTYTB(RS) ,TEMP

;PRINT MSG SIZE & TYPE

MoV

an b

7314 18?08

6650

;mvfg(a&;(sn

MOV
TRAP
ADD

SP.RO
#10,5P

ADD
DEC
BNE
MOV
MOV
MOV
MOV
JSR

#6,R1
R2
ACT
MODTYP,DEV1
MLTYP,DEV.
RPASS
. DEV
. DE V&
PARAM
PC,

;BUMP R1 TO NEXT SET OF POINTERS

MOV
CLR
MOV

gyrelf

PSNUM, STADD
#DMPS ,KEYWD1

ETUP_STARTING ADDRESS FOR DUMP
;SET DEFAULT OF WORD DUMP
LAG THAT A DUMP WAS TYPED

RTS

ACTDMS:

TEMP,=(SP)

MOV

Rt S oo

CLR8
DEC

: SEE lF A CLEAR OR_SHOW WAS TYPED

4v§.-(i SP)
CSPNTF

sSHOW THE OPERATOR THE CURRENT MODE..... ALSO
mLnHn

000002

sFLAG THAT HAVE VALID COMMAND AT THIS PT.

LA TR T

2
R P
007162
$ 83’83 8o8:.§’

CZKMUA

SEQ 135

PDP-"ogC%g

CZKMUAD KMS11

-82

CZKMUA.P11

;7732 040132 000403

g%g
4414
7789

09:

177777

MACYT? 30A(1052)

ON TABLE AND ROUTINES

BR
007

ACTDMQ: MOV

88552 Acrone: MOV
8?i 88§§7i
8
§
CLRB
7
15

01564 00020

SEQ 176

30-"-82 09:15 PAGE 24-14

RTS

ACTDME

#-1,BYTBIT

PSNUM, ENADD

PSNNUF

;SET DUMP FLAG TO ‘DUMP-WORD""
FLAG, 'DUMP N-N/B'‘ IS
:CLEAR NOT-ENOUGH

:SETUP END ADDRESS FOR DUMP (=START IF NO “EEE"’
|

CZKMUAD kMS11
CZKMUA.P11
7TM
779§
779
7796

156
164

09: 13
AR-82

7799
7800
7801

780§
7804

7805

780;
7808

Ja
IO <3

7809

000010

003202

30-MAR-82

09:15

PAGE 25

ACTION TABLE AND ROUTINES

#SETEXP,KEYWD1

ACTSTE: MOV
BR

ACTSTX

ACTSTT: MOV

#SETTRN,KEYWD1

800001 003208 ACTSTX: MOV
RTS

0196

MACY11 30A(1052)

:}.ow.vn.

73;
20

000012

003204

ACTSZE: MOV
RTS

#S12E,QUALFG
PC

000013

003204

ACTCOP: MOV
RTS

0 ?727

003204

000012

ACTNUM:

QUALFG,#SIZE

i 003372

18T
BNE
PRINTF

1014

01%7‘6

} 746

012613
000001

SEQ 137

:SET UP DEFAULT COPY TO 1 (/COPY=0)

#QCOPY ,QUALFG

;SEE IF A SIZE OR COPY TYPED

*BR IF IT WAS A COPY

: BR IF NO

PSNUM
#CLISEO

*CHECK TO BE SURE DIDN'T TRY SIZE=0
MOV

#CLISEO,=(SP)

ADD

#4,SP

oy
TRAP

104641

738 0900 003377

g;mssoso

:SEE ERROR=IN=CMD FLAG

003372

007230

gum.cuacc

:IF A SIZE LOAD CURCC WITH BYTE COUNT

003372
003206

003206

PSNUM,QUALVL

:INCREMENT SO FIRST DEC MAKES IT REAL #

007226

11273
1n
13737

1§§§

18:

QUALVL

ACTMEX

#7 ,MSGTYP

ACTOPM:

Ré . TEMP

;E#

Ré.R2
TEMP,R2

ACTEQO:

R2,CURCC

R2.0OPCNT

a1.gsPh
CSPNTF

:IF A COPY, LOAD COPY COUNT

;KEEP TRACK OF START OF QUOTED TEXT

: SO CAN CALC OPCNT AT END OF QUOTES

:CALC BYTE COUNT FOR QUOTED TEXT

TEMP,R1

#OPBUF R

;am.ias»

1$:

:COPY QUOTED TEXT TO OPBUF

1
ACTMEX
ACTBCR: PRINTF

#CLIBCR

:BAD CHAR. IN OPR. QUOTED STRING

MoV

#CLIBCR,=(SP)

ADD

#4,5P

N
TRAP

RTS

CSPNTF

1 ogcfl
:

MACY11 30A(1052)

000004 007226 ACTMS4: AOV

MOV
ACTMSS: ."2"
337558
sgooos
007
2162

;ALL ONES
;ONES & ZEROS
:2EROS © ONES

o§ MSGTYP

;QUICK FOX
:SETUP DEFAULT SIZE FOR THIS TYPE

:2&s$m
:s%s‘gicuucc

;CCITT

000100 007230 ACTME1: MOV

#64. ,CURCC

;SETUP DEFAULT SIZE FOR MSGO=4

000010 003202 ACTSEX: CMP

os;rsxr.xsvm

:DID WE GET HERE FROM *'SET E ='' COMMAND?

ACTMEX

$60 TO EXIT

MOV

003377

108:
026444
000060 003202
105037 003376

000207

:sfv&sgm
:kasim
:S*&sgw

MSGTYP
CURCC
MSG6C,

177777

040566

gs%r‘g

837553 ACTMS6: MOV

oo:z: 1c22

040562

PAGE 25-1

:SET TME MESSAGE TYPE AS PER COMMAND LINE

000001 007226 ACTMS1: &ov
000002 007226 ACTMS2: I'n‘;;v
000003 007226 ACTMS3: l’n'(:v

09:15

ACTION TABLE AND ROUTINES

ACTMSO: gn

007226

EgegEReaeeeRSiEdeaee

30-MAR-82

SEQ 138

BEQ
MOVE
BR
JSR
MOV

B8R

ACTMEX: CLRB
RTS

ACTMEX

10
#-1,P$GDBD
ACTMEX
PC,FACSIMILE
#SETET,KEYWD1
PSNNUF
PC

:ALPHA/NUM

:SETUP DEFAULT SIZE FOR THIS TYPE
:G0 TO EXIT

:YES,BRANCH
:SET ERROR FLAG
:60 TO EXIT
GO COPY TRANMIT BUFFER TO EXPECT BUFFER
:SET FLAG TO BE USED IN T1::
:CLEAR NOT-ENOUGH FLAG

Jn
CZKMUAOD 11;& 1103%;
CZKMUA.P11
9

88378 it
e

000003

007306

ACTATV: MOV

007306

ACTPAS:

005037
000417

007306

012737

8afest 806413

000006

0460636
040644

81 2737

BB BIHND

787!
787
i
7874

#ACT ,MODTYP

ACTMEX

#PAS ,MODTYP
PSNNUF

MLTYP
PC

ACTREC:

MODTYP

007306

ACTLIS:

#LIS, MODTYP

000004

007306

ACTDLL:

#DOW,MODTYP

840858

81 2737

000001

007306

ACTTRA:

#TRA,MODTYP

7889

040656

012737

000005

007306

ACTTAL:

#TAL ,MODTYP

7891
789

0460664
0672
067
04070

0‘;

000004
00337
00731

007314

ACTM2X:

#ECHOB ,PARAM
PSNNUF
MLTYP

3% gizagsdndes

7881

84063

07
03

105037

005037
000207

SEQ@ 139

MACY11 30A(1052) _30-MAR-82 09:15 PAGE 25-2
ACTION TABLE AND ROUTINES

;CLEAR NOT=-ENOUGH FLAG

:CLEAR MAINT LOOP TYPE

ACTM2X

ACTMEX

ACTMEX
ACTMEX

;DISABLE /ECHO (ALL BUT PASSIVE MODE)

:CLEAR NOT-ENOUGH FLAG
;CLEAR MAINT LOOP TYPE

CZKMUAD KMS11=BL PDP=11 DCLT

30-MAR-82 09:13

CIKMUA.P11

MACY11 3omosz)

3o-m-az 09:15 PAGE 25-3

CTION TABLE AND ROUTINES

7897 82 855737 000036 003204 ACTNO: MOV
RTS
207
040712
7898

#NO,QUALFG
PC

7901

BIS
CMP

#ECHOB, PARAM
#PAS ,MODTYP

PRINTF

#CLINPS

MOVE
BIC

#-1,P$GDBD
#ECHOB, PARAM

CMP
85214.;7 000036 003204 ACTECH: BEQ
7900'ii 8287"
722

790;
790

W 007314
0724 oss7
2 007306
85 737
0

7904 0407%

1416

040762
040770

112737
042737

7905

(7)
6)
(3)
(2)
(4)

7907

04074

040742 012746 012503
12746 000001
0407
04075
040756 10441
709 000004
040756
177777
000006

BEQ

1$:

csms.m

:SET THE STATUS BIT

000020

ACTCRC: MOV

mcs R1

:SET THE CRC BIT

041012

012701

7917

041020

012701

28:

B8R

773}3 041026 000405
7920 041026 012701 000010
;351 041032
000402

ACTOFG
#MOCHK ,R1
ACTQFG

:MODEM BIT

#PROTOB,R1

:SET THE PROTOCOL BIT

012701

000040

ACTPRO: MOV

041040

050137

007314

ACTQFG: BIS

7935

041076

79
1104
793‘ 041106
79
821116
041116
7939
7940
041124
041126
7961
79
1
79

1136

CMP
BNE
BIC
CLR
18:
003204
BR
003372 007316 ACTRPS: MOV
BR

000036 003204
007314

012737

000005

007310

000001

007310

000002

007310

000003

007310

17
012737
1;
012737
7
7
g
012737

R1,PARAM

mé QUALFG
m.mm
QUALFG
ACTLXX
PSNUM,RPASS
ACTLXX

ACTMOP: MOV

#5,MLTYP

000006 007310 ACTRLP: MOV

#4 MLTYP

BR
ACTTLP: MOV
BR
ACTCLP: MOV
BR
ACTLLP: MOV
BR

mi
“si wm 0 gg; 000003 007306 ACTLPX: g?;
mi9 041154 112737 177777 003377
MOVE

#CLINPS ,=(SP)
#1,-(SP}
SP.RO
CSPNTF
#4,SP

:SET DATA CHECK BIT

BR
ACTMOS: MOV
BR

;3%‘ 041036

022737
oo1oo;
ol.mg
005037
000450
013737
000444

ACTOFG

MOV
MOV
MOV
TRAP
ADD

;CLEAR *NO'* OUT OF QUALIFIER FLAG

ACTSTS: MOV

7914

7926
7927
7928
7929
773;9
mg
7735‘

SIF TRYING TO SET /ECHO

000001

005037 003204
000501
012701 000002
000413

041044
041052
041054
041060
041064
8:1066
1076

;BE SURE IN PASSIVE MODE IF

QUALFG
ACTLXX
#DATCKB,R1
ACTQFG

040776
041002
041006
041010

7925

#NO,QUALFG
1$

CLR
BR
ACTCHK: MOV
BR

7908
;393
7911
;3}

773}5 041016 000410

003377
007314

SEQ 140

:CLEAR *NO'* OUT OF QUALIFIER FLAG

:GET NUMBER OF 'RUN PASSES"

ACTLPX
#1 . MLTYP
ACTLPX
#2,MLTYP
ACTLPX
#3 MLTYP
ACTLPX

:@Higoom
#-1,P$GDBD

3‘”5‘,",‘5,},“‘@5}"5’5 IF TRYING TO SET LOOP

CZKMUAO KMS11
CZKMUA.P1

PDP=11 DCLT

§3Ennn-cz 09:%3

7943

821162

005037

007310

7
(6)
(3)
(4)
(4)
7950
;3;;

04119§
041172
041176
04120g
06120
041203
041212

81%766
012746
010600
104417
062709
105037
000207

012441
000001

794

1166

000206
003376

MACY11 30A(1052)

30-MAR-82

09:15

SEQ@ 141

PAGE 25-4

AC TION TABLE AND ROUTINES
CLR

PRINTF

MLTYP

#CLIBDL

sCLEAR ANY LOOP TYPE THAT MAY HAVE GOT SET
#CLIBDL .=(SP)
#,-(SP)

SP.RO

CSPNTF

ACTLXX: CLRB
RTS

PSNNUF
PC

:CLEAR NOT-ENOUGH FLAG

CZKMUAO KMS11-BL PDP=11 ocu

CIKMUA.P11

30-MAR=82 09:13

7954

7955 041214

007310

(7) 041242
(6) 041246

012644
000001

(4) 041256

00000

7956

041220

7957
7958
7959
7960
7961

041
oug
041
ou%l.o
041242

(3)
(%)

ou%sz
041256

74”2% 041262

7964
7965 041266

7966 041272
7967 041276
7968

041302

7970
7971
79;;
7973

041
04131
041316
041322

7969

041304

797% om;g
7975 0413
7976 041332

773;73 041336
773(.3 041342
7981

7982
7983
7984
7985
77339
7988
7989

041350
041354
041360
041364
041370
041374
041400

+ 1” 041404
mi

799
1412
799
14
799%
041426
7995
0414
7999 041440
7997
041444
7998 041446

MACY11 30A(1052)

GTR9:

000002 007314
007156 007172

007154
007154
007154
00001
007150
007150
007156 007206
607320
007212
007214
00721
00721
023210
044174

TST

BEQ

BIT
BEQ
CMP
BEQ
PRINTF

JMP
108:

MLTYP
108

#DATCKB,PARAM
10$
CMPTOT, TXMTOT
10$
#CLIPW

GETCL

:RX ALLOCATE CODE
#PTRTAB,R1
MoV
R1,TXPTR
MOV
#MSGLIM,R2
MOV

:LOOP MODE ?
*NO,BRANCH

:DATA CHECK ?
*NO,BRANCH
tx 8 EX EQUAL
*YES,BRANCH
*PRINT WARNING

#CLIPY,=(SP)
#1,-(SP)

:TRY AGAIN

#4,SP

;INIT TRANSMIT MESSAGE POINTER

ASL

MOV
ADD
MOV
MOV

R1,CMPPTR
R2.CMPPTR
CMPPTR,R1
#MSGLIM,R2

;INIT COMPARE MESSAGE POINTER

R2.RXPTR
CMPTOT,RXMTOT

sINIT RECEIVE MESSAGE POINTER
;MAKE COMPARE AND RX MESSAGE COUNTS EQUAL

FLAG
NOBUF
PSCNT
ERRCNT
LNCNT
PC,LOGDVI
PC.DVINIT

:CLEAR NO
FLAGBUFFER COUNTER
*CLEAR
SCLEAR PAS5S COUNT
*CLEAR |ERROR
COUNT
INE COUNTER
SCLEAR
:L0G ABOUT TO INIT DEVICE
sINIT DEVICE

#RXBUF ,CURADD
RXPTR, CPTR
#10
nscm
PC,BLDBUF
MODTYP,R2
R2
aMODE (R2)

:SET UP RX BUFFER AS CURRRENT ADD.

ASL

ASL
MOV
ASL

ADD
MOV

GTREX: CLR
CLR
CLR
CLR
CLR
JSR
JSR

1000 387530 GTRX2: MOV

4
7236
7150 007234
ooog1
007226
02632
007306
007322

PAGE 25-5

ACTION TABLE AND ROUTINES

SP,RO
CSPNTF

036170
00
007152
0017

30-MAR=-82 09:15

SEQ 142

MOV
KOV
MOV
JSR
MOV
ASL
JMP

R2
R2
R1,RXPTR

#BUFLIM.CURCC

:SET CHAR COUNT TO 'BUFLIM'* NO. OF BYTES

:SET
UP FOR 33 ro FILL RX BUFFERS
:CLEAR RX BUFFE

:MODE DISPATCH

CZKMUAO KMS11-BL PDP-11 DCL;

28|

CZKMUA.P11

30-MAR-8

MACY11 30A(1052)

30-MAR-82 09:15 PAGE 25-6

RECEIVE MODE SECTION

.SBTTL

8004

8008

FWCTIO'EleIE. DESCRIPUON'

IVE=ONLY (OR ONE=WAY=IN) ROUT INE

IN THIS MODE OF TESTING THE DEVICE'SRECEIVE!! IS ENAB;.ED IN EXPECTATION
OF RECEIVINGA MESSAGE. AFTER RECEIVING AN ‘EXPECTED'' NUMBER OF
MESSAGES, THE DATA RECEIVED CAN BE COMPARED AGAINST A LIST OF “EXPECT

3
3
|

8005
0009
800

TO RECEIVE'®

MESSAGES IF DATA=-CHECKING IS ENABLED.

8010
8011

: SUBORDINATE ROQTINESHUSED:
TR
]

801

3 CALLING SEQUENCE:

801§

8016

8017

041452

8018 041452

013737 007150 007232

8019 041460 013737 007206 007204
8020 041466 052737 000104 007320

8021 041474 005037 007234

aMODE (R2)

gg]'g

041500

000137

041642

axon

MOV

:DISPATCH TO MODE BASED ON MODE TYPE IN R2

RXPTR,CPTRR

MOV
BIS

:SET UP HESSAGE COUNT
RXMTOT ,DVRCT
:SET UPRX QUE
FLAG
nnxuénx

JMP

ALLTR

CLR

CPTR

*CLEAR THE TX POINTER
:GO RX.

SEQ 143

B 12

CZKMUAD KMS11=BL PDP=11 ogcg

CZKMUA.P11

-82

09:

MACY11 30AC1052)

JSBTTL

8027

gggg

8041

804
8043
8044
8045
5046

TRANSMIT MODE SECTION

: FUNCTIONAL DESCRIPTION:
TRANSMIT=ONLY (OR ONE-WAY=OUT) ROUTINE
:
IN THIS MODE OF TESTING A LIST OF MESSAGES IS TRANSMITTED WITHOUT
:
EXPECTING ANY DATA TO BE RECEIVED. A REPETITION COUNT CAN BE
:
SPECIFIED TO REPETITIVELY TRANSMIT THE LIST.
:
: SUBORDINATE ROUTINES, USED:
ALLTR
:
s
* CALLING SEQUENCE:

80
80
80
8031
33
8034
8035
8036
8037

8040

30-MAR-82 09:15 PAGE 25-7

TRANSMIT MODE SECTION

041504

ol.irgr

041515 13737
13737
04152
ousgg 52737
005037
041536
041540 000137

000002

007314

JMP

TXONLY: BIC

007152 007234 TXON2: MOV
MOV
007172 007170
BIS
ooosw 007320
CLR
007232
JMP
041642

aMODE (R2)

:DISPATCH TO MODE BASED ON MODE TYPE IN R2

#DATCKB,PARAM

;SET NOCHECK

TXPTR.CPTR
:COPY COUNTER FOR THIS PASS
TXMTOT,.DVTCT
#OTX+#ETX,FLAG :SET THE QUE TX FLAG
*CLEAR RX POINTER
CPTRR
260 TX.
ALLTR

SEQ 144

¢ 12

KMS11=BL PDP=11 DC%I

30-MAR-82 09:13

MACY11 30A(1052)

30-MAR-82 09:15

PASSIVE MODE SECTION

SRR ATAS
SR

+SBTTL

83
~

SEQ 145

PAGE 25-8

FUNCTIONAL DESCRIPTION:
PASSI1

THE DEVICE'S RECEIVER IS ENABLED IN

EXPECTATION OF RECEIVING A MESSAGE.

ggggsgg.ozrzis.flfii IS TRANSMITTED.

THEN EVERY TIME A MESSAGE IS

DATA CHECKING CAN BE DONE ON THE

SUBORDINATE ROUTINES USED:
CALLING SEQUENCE:

1?“

1546

1525
15
041566
041574

013737 88717

07170

PLCK:

PLCK2:

JMP

aMODE (R2)

:DISPATCH TO MODE BASED ON MODE TYPE IN R2

MOV

TXMTOT,DVTCT

:SET UP

MOV
007 i"
007152
13737
07 5 PLCK3: MOV
38515
BIS
106 00732
052737
JMP
137 041642
13737

THE TRANSMIT COUNT

SSET UP CPTR TO TRANSMIT POINTER
TXPTR,CPTR
*SET UP CPTRR TO REC POINTER
RXPTR.CPTRR
SORX+#ERX,FLAG :SET UP Q AND EXPECT RX
SAND GO RX FIRST MSG.
ALLTR

D12

PD:;}‘I ogC%

CZKMUAD KkMS11
CZKMUA.P11

MACY11 30A(1052)

ACTIVE MODE SECTION

PAGE 25-9

ACTIVE MODE SECTION

.SBTTL

74
75
7

FWCTIWL DESCRIPTION:

:
:

ACTIVE MODE SECTION

IN THIS nooe OF TESTING A LIST OF MESSAGES IS TRANSMITTED AND

S EXPECTED TO BE RECEIVED, RECEIVED DATA CAN BE COMPARED
MESSAGEARE
" DATA IF DATA=CHECKING IS ENABLED.
'txrecreo
AGAINST
IF BOTH ENDS OF THE LINK ARE IN ACTIVE MODE, THEN THE
LINK MUST BE A FULL DUPLEX LINK'

: SUBORDINATE ROUTINES USED:
“ALLTR"

: cmms SEQUENCE:

aMODE (R2)

WNW NN
NNNNNYN

[=l=l=1=1=]

Y D ek
=D

LSERRER2833

30-MAR-82

09:15

007170
34
04

ALCK:

MOV

MOV
MOV
MOV
BIS
JMP

txmot DVTCT

;DISPATCH TO MODE BASED ON MODE TYPE IN R2
;SET UP TX COUNTS

TXPTR,CPTR
*SET UP COUNTS
axmof ovm
RXPTR, CPTRR
coaxohrxwmueax FLAG
ALLTR

SEQ 146

E 12

CZKMUAD KMS11-BL

CZKMUA.P11
}8{'

PDP=11 oc%r

§35wa-az 09:13

MACY11 30AC1052)

JSBTTL

8105

09:15 PAGE 25-10

30-MAR-82
= RECEIVE FOR ALL STANDARD MODES
TRANSMIT

TRANSMIT = RECEIVE FOR ALL STANDARD MODES

3109

:T ruucnom DESCRIPTION:

8109
8110
8111

:
:
:

108

:
:

mg
811

THIS cooe PERFORMS THE FOLLOWING FUNCTIONS

1.) IF RX BUFFERS ARE TO BE QUED,TELL DEVICE

coos T0 QUE THEM ,LOG RECEIVE QUED.
2.) IF TX BUFFERS ME to 8E QUED ,TELL oevxcs
QUE
CODE TO QUE THEM, LOG TRANSMIT

mm fiecxvs BUFFER OR rmsnn BUFFER OR
WAIT roa
3.) BOTH
TO COMPLETE

4.) IF ascexve COMPLETE LOG IT UPDATE RX TABLE IF DATA

3119
811

:
:

LOG IT.
S.) IF TRANSMIT COMPLETE
6.) WHEN BOTH TRANSMIT mp ascxeve LISTS ARE DONE

8120

: SUBORDINATE aouunes“useo:

RXQ' ~QUE RECEIVE BUFFER SPACE TO DEVICE
,'o

8123
8124
8125

:
.
:

*LOGTXQ'*-LOG TRANSMIT BUFFER QUED TO EVENT LOG
DVTXRX -oue mmsm BUFFER AND WAIT FOR RX
TX TO COMPLETE
., OR

g}gz

8114

8115

gug

8121

GO TO THE COMPARE BUFFER CODE

*LOGRXO“-LOG RECEIVE aur ER SPACE TO EVENT LOG

8122

*LOGRXC'*~L0G aecme BUFFER COMPLETED TO EVENT LOG

8126

LOGTXC''~LOG TRANSMIT BUFFER COMPLETED TO EVENT LOG

: USE OF FLAG BITS:
QRX = SET ON INPUT TO ALLTR IF REC IS TO BE QUEDT
:

8129
8130

DEVICE. CLEARED BY DVRXQ AND THEN SET BY ovmx

WHEN RX BUFFER IS COMPLETED.

QTX = SET ON INPUT TO ALLTR IF TRANSMIT IS TO BE QUED TO
DEVICE. CLEARED ON ENTRY TO DVTXRX AND SET BY DVTXRX
WHENTX BUFFER IS COMPLETED.
ETX = USED BV DVTXRX TO DETERMINE IF TX BUFFER COMPLETED IS
EXPECTED.

QYERRUK

8131

00 00 00 00 0o o

CHECKING.

8138

8140
8141

:
:

ERX = USED BY DVTXRX TO DETERMINE IF RX BUFFER COMPLETED IS
EXPECTED.

8139

* CALLING SEQUENCE:

%%’z,.
8145

04164
g}'i?
8148 041642

032737

000006

8150

821652

137 ;

7 35

158

1;‘1’3

8149 04165

8151
0416
a1s§ 821
1
815
154
0416
1%3
155

1
1% 7
11237
11237
10237

737

725
007
0 7,
007
007

007320

ALLTR

ALCKS:

JMP

ALLTR

:G0 TO TRANSMIT-RECEIVE FOR ALL STANDARD MODES

BIT

BEQ

ALCK ]

#ORX,FLAG

:1F NOT RX GO TO TX'S

MOV
MOV
MOV
MOV
MOV

(R2) , TEMP2
(R2)+ ovn;n
T
(R2) .DVRCC
.cfim

MOV

10 007320 ALCK1: BIT

fx FLAG

SEQ 147

F 12

KMUAO KMS11-8L

PDP=11 ogcgir

041
0417,
0417
1
1
041742
0417
1752

141
73?.
1
7250
19
ngl.
12237
0072
11237
0071
012237
0072
10237
004737 023110

BEQ
MOV
MOV
MOV
MOV
MOV
MOV
JSR

ALCK2
CPTR,R2
(R2) . TEMP2
(R2)+,DVTXA
(R2) , TEMP3
(R2)+,DVTCC
R2,CPIR
PC.LOGTXQ

;1F NO TX''S GO TO 2

ALCK2:
g}gg 041756 004737 044610
032737 000004 007320
041762
8170

JSR

PC,DVTXRX

:60 TO TX AND RX SUB ROUT.

BIT

#ORX,FLAG

;CHECK FOR REC. MSG.

€2

CZKMUA.P11

8159
8160
8161
mi
816
8164
8165
g}gg

041
8171
1
31;5
04
8173
8174 82
12
8175
31;9 04
04
8177
8178 0420,
8179 04
8180 042036
8181 04
315 06
0420564
8183
8184 04
8185 04

mg 042072
8187
gm

189
8190
8191
m;
8193
8194
8195

042076
042100

042104
042110
042116
0421
042130
042136
042140

-82

80151
1;
013737
oglz.
032737
0014
13702
13722
13712
032737
001915
012737
81 7
22737
00100
005237

4
01 7;

on;
163737
01 ;;;
013722
013712
1657g

3133 § }gs 0102

MACY11 30A(1052)

09:13

8872
007202
02316

007234
007250
00725
000002

007250
007252
007314

007314

000001 007204
007150 007232
000003 007306
007204
007232

007244
007252 007244
00725
007252 007250
00725
007244
5

oo”rnzng

30-MAR-82 09:15 PAGE 25-11

TRANSMIT = RECEIVE FOR ALL STANDARD MODES

BEQ
MOV
MOV
JSR
UPTABL: BIT
BEQ
MOV
MOV
MOV
UPTA4: BIT
BNE
MOV
MOV
cMP
BNE
UPTA3:
UPTAT:

INC

BR
MOV

MOV
SUB
MOV
ADD
MoV
MOV
SUB

s MOV

cMP
150 352737 000002 007306
3193
199 8: 123
1007
BNE
8200
1
8‘ 7 8%104
7350
BIC
BIS
007320
210
52737
196
82
8201
335
174
BR
8204
17
5337 337
ALCK2A: DEC
5
5737
007
ST
BNE
1005
1
g 7
007320
BIC

8208
10
1
15
1
1%

%0
l.s
5

1647
13737
013737
7
5337

007320

007164 ggrssg
0071
75
;1 8
1

ALCK3:

CLR

BIT

Q
MOV
MOY
JSR
DEC

ALCKS
DVRXA, TEMP
DVRCC . TEMP
PC,LOGRXC
NECHOB,PARAM
UPTA%
CPTR,R2
TEMP .(asn
TLAP3, (R2)
#DATCKB,PARAM
UPTA1
#01,DVRCT
RXPTR, CPTRR
#ACT ,MODTYP
UPTAS

:L0G REC COMPLETE
:IS THIS ECHO MODE(PASSIVE)
*IF NOT GO TO &
*ELSE SET R2 TO PRESENT TX TABL
:STORE OFF RX ADD
SAND CC
:DATA CHECK?
YES,BRANCH
*ELSE SET DVRCT TO A 1
*RESET POINTER
$1S THIS ACTIVE

DVRCT

:IF YES BUMP COUNT

(R2) ,TEMP
TEMPS, TEMP
TEMP3, (R2)+
TEMPS, TEMP2
TEMP2, (R2)+
TEMP, (R2)
#2.Re

:LOAD TEMP WITH PREV. COUNT
*LOAD TEMP WITH PREV.COUNT=CURRENT

UPTEX
CPTRR ,R2

R2.CPTRR

#PAS ,MODTYP
ALCK2A

:STORE OF NEW ADD
SAND NEW CC
*PUT POINTER BACK TO ADDR.

SAND RESTORE IT.

:IF NOT PASSIVE LOOP THEN GO TO 2A

SGRX+#ERX,FLAG :CLEAR BOTH EXPECTED AND COMPLETED FLAGS
SOTX+H#ETX.FLAG :SET THE TX FLAGS

ALCK1
DVRCT
DVRCT
ALCK3

#ORX, FLAG

CPTRR

#QTX,FLAG

ALCKké
DVTXA, TEMP
DVTCC.TEMP
PC,LOGTXC
pvfcT

:DEC REC COUNT
:1S IT ALL DONE
*NO. GO CHECK TX
*CLEAR THE RX FLAG
*YES. CLEAR POINTER
SIS IT TX
*IF NOT TX THEN GO BACK
:L0G TX COMPLETED
:DEC TX COUNT

SEQ 148

6 12

§1?

256

?7273

55i

i
31z
5
001

NWNNNNNINNVINN
N WY

SERMAD KnS118L oot ot

MACY11 30A(1052)

000002

007306

%10

88733

B
o

1642

et oorgzo
000002 007314
007232

S
88;60
13; 041756

30-MAR-82

09:15

PAGE 25-12

TRANSMIT = RECEIVE FOR ALL STANDARD MODES

#PAS ,MODTYP
ALCKSA

cMP
BNE
BIC
%;
BNE
JMP
ALCK3A: TST
BEQ

mg;eux"FLAG
ALCK3C
CMPSR
DVTCT
ALCK38

:1F NOT PASSIVE MODE GO TO 3A
:CLEAR THE TX FLAGS
:AND SET THE RX FLAGS
:1F MORE RX'S DO IT
nse comme
DONE
1s IT
:IF NOT co BACK TO §

ALCK38: CLR
BIC

CPTR
#QTX,FLAG

:1F SO ch POINTER
*CLEARTX FLAG

ALCK4A

*IF NOT THEN END WO CKING RX.

ALCK3C: JMP

ALCK4:

ALCKS

BIT

#DATCKB,PARAM

TST

CPTRR

BEQ

BNE
ALCK4A: TST
BEQ
ALCKé4B:

#OTX+ETX,FLAG

JMP

ALCK3C
CPTR
ALCK4B
ALCK2

:IS IT DA K

:1F SOME RX''S LEFT GO BACK
:BRANCH IF ANY TX'S LEFT

SEQ 149

H12

KMS11

PDP=11 DC%;

;&flkfl-& 09:

MACY11 30A(1052)

30-MAR-82

PAGE 25-13

DATA COMPARISON CODE

+
+

SERRRRES

09:15

)ATA COMPARISON CODE

.SBTTL

ERDRRS

FUNCTIONAL DESCRIPTION:

CMPSR = COMPARE CODE
THIS CODE COMPARES THE RECEIVED DATA AGAINST THE

R RERREBE
BHIFA FACLSS

EXPECTED AND FILLS THE EVENT LOG WITH 1 OF 3 MSGS.

NOTE: IF NO DATA CHECKING SKIP THIS CODE

1.) A DATA COMPARISON ENTRY WHICH REPORTS THE NUMBER
OF C COMPARISON ERRORS F OUND.

2.) A DATA COMPARISON ENTRY WHICH REPORTS DIFFERENCES
IN REC LENGTH TO COMPARE LENGTH.

3.) A DATA COMPARISON STARTED ENTRY WHICH REPORTS ADDRESS

£SREERER

OF RECEIVE BUFFER AND BYTE COUNT.
ALSO REPORTS SOFT ERRORS FOR DATA COMPARISON
THIS CODE
(THE FIRST S ONLY) ,LENGTH ERROR,AND TOTAL NUMBER OF ERRORS

SUBORDINATE ROUTINES USED:

*LOGCMP'* - SEE ITEM 3 ABOVE
*LOGCML'* = SEE ITEM 2 ABOVE
*LOGCMD** = SEE ITEM 1 ABOVE

QIS

NSNS

g-.-nso

CALLING SEQUENCE:

000002

007314

007150

0072

007206

007204

007154

7234
7250

80753
007232

CMPSR:

JMP

CMPSR

;JUMP TO DATA COMPARISON CODE

BIT

#DATCKB,PARAM

;1S DATA CHECKING TO BE DONE

BEQ

CMPSEX

MOV
MOV

CMPPTR, CPTRR
RXMTOT .DVRCT

MOV

CPTR.R2

MOV

007% 2
CMPS3:

RXPTR,CPTR

MoV
MOV
MOV
MOV

(R2) . TEMP2
(R2)+.R1
(R2)+.TEMP3
R2,cpf

MoV
MOV
MOV

CPTRR.R
(R2)+.R
(R2)+.Ré&

233

az.gmn

007252

JSR
cMP

PC.LOGCMP
R4, TEMP3

007216

§§7§3?
7254
3256

ERRSOFT

R4 .

TEMP

cn63§
iRRCNT

1,EDDLE.ERR10

sIF _NOT THEN EXIT

sPUT _START OF RX POINTERS TO CPTR

AND START OF COMPARE POINTS TO CPTRR

sMOVE CURRET RX PT.TO R2

*MOVE RX ADD TO EVENT LOG
SSET R1 TO START ADD OF RX
*SET CHAR COUNT TO EVENT LOG
*RESTORE RX POINT

:PUT R2 AT COMPARE TABLE
*SET R3 TO COMPARE ADD
*SET R4 TO COMP CC
:RESTORE POINTER

:LOG COMPARE START.

:1S COMPARE COUNT = TO RX COUNT
:IF SO GO TO

;PRINT ERROR

SEQ 150

112

CZKMUAO KMS11=BL PDP=11 ogcg

CZKMUA.P11

%)
(g)
(5)
(S)

322’99

30-MAR-82

502 104457
1
504

09:

MACY11 30AC1052)

DATA COMPARISON CODE

1
0224 9

5
82 51

JSR
023274
512 004737
CMPS7: CLR
513 805 g 007254
MOV
007242
12737 000001
5
CMPB
cMPS1:
55 1%3
5
BEQ
1%
5

8301

INC
s;37 oorssl. 000005 CMPS2: (MP
asomg 87. 534
540 023727 007254

8304
8305 042546 101014
asog 32 550

BHI

MOVB

114337 007264

MOVB

554 114137 007265

830

8308 ol.%seo 005237 007216

ERRSOFT

8309 042564

(4) 0462564 104457
(5) 042566 ooggo;
(5) 042570 81 1
(5) 042572 022366

8310
8311

042576
042576

005201
005203

INC
INC

:LOG LENGTH ERROR
;CLEAR BAD BYTE COUNTER
*SET OFSET BYTE COUNT TO 1
:COMPARE RX WITH EXPETED
*IF EQUAL THEN GO TO 6

TEMPG 45
CMPS6

:IS IT
:IF SO GO FOR MORE

TEMPS

=(R3),GOOD

;REPORT COMPARISON FAILURE TO OPR.

CMPS1
TEMP4
CMPSSA

8318 04

ERRSOFT

3,EDDDE.ERR2

8317

042616

005237

%) 04
(5)
(5)

(5)

3:‘.

104457

Sm'"

022439

*ELSE DEC CHAR COUNT AND SEE IF 0

:IF NOT GO BACK
*SEE IF ANY CMP ERRS FOR THIS MSG
*BR IF NONE

;REPORT # OF MISMATCHES FOR MESSAGE

TRAP

.WORD
"WORD

005337

007204

gg; 042642 001267

CMPSS: JSR

CMPS5A:

DEC

BNE

PC,LOGCMD

:L0G DATA ERROR IN COMPARE

DVRCT

:IF NOT ALL DONE GO BACK

CMPS3

CSERSOFT
2
EDDDE
ERR1

:INC OFFSET

01571

023312

042636
04

INC

007216

8319 0462632 004737

8320
8321

TRAP
WORD
.WORD
"WORD

BNE
ST
BEQ

0462604 005

CMPS6:

EDDL
ERR1

*STORE GOOD BYTE FOR ERROR

2,EDDDE.ERR1

Smcuf

gsenson

€
:INC BADMORE
THEN S

*STORE BAD BYTE FOR ERROR

8314 04 °°3 001350
8315 042610 005737 007254
3319 0462614 oomg

8313

007242

JWORD
WORD

=(R1).BAD

OFSET

005237

TRAP
.WORD

PC,LOGCML
TEMP4
#1,0FSET
(R1)+,(R3)+
CMPS6

INC

wg 042600

SEQ 151

30-MAR-82 09:15 PAGE 25-14

WORD

gseuson
EDDDE

ERRZ2

J 12

;
CZKMUA
KMUAQ KHS11-8L PDP-11 DCL
30-MAR-8
CZKHUA. M

MACYT 30A(1052)

SO-HAR-OZ

09:15

PAGE 25-15

TERNAL END OF PASS CODE

INTERNAL END OF PASS CODE

.SBTTL

FUNCT!ONAL DESCRIPTION
THIS CODE INCREHENTS THE PASS COUNT FOR THE
EVENT LOG, LOGS THE END OF PASS EVENT
IF "RPASS"' ISA MINUS ONE RETURN TO MODE
DISPATCHER. IF NOT =1 THEN DECREMENT RPASS
AND IF "RPASS'' IS THEN = TO 0 GO TO DCLT PROMT
IN NOT = TO 0 THEN GO BACK TO MODE DISPATCHER
SUBORDINATE ROUTINES USED:

‘LOGEOP'* = LOG END OF PASS TO EVENT LOG

CMPSEX: INC

007214
007212
007214
007;1

007254
007550
007252

3§ 007316 58:
023
17777
007316
041404
036104

1$:
2s:

MOV
MOV
MOV
JSR
CMP
BEQ
DEC
BEQ
JNP

JMNP

PSCNT

;BUMP PASS COUNT

NOBUF, TEMP4
PSCNT renpz
snacuf TEMP3
¢, LOGEOP
i.nPAss
1$
RPASS
28
Grgfi

:SEE IF RPASS==1 DECRMNT, LOOP FOREVER

6T,

:LOG END OF PASS

*IF IT IS DON'T

*DEC PASS COUNT
:1F DONE EXIT TEST
.
:ELSE GO BACK AND DISPATCH
'DCLT>
TO
BACK
GO
*WHEN RPASS=0

SEQ 152

MACYT? 30A(1052)

gBEENRRERNaCRaRRReRaRRE|

1
CZKMUAD KMS11-BL PDP-1ogCI.g
CZKMUA.P11

09:15_

PAGE 25-16

OWN=-LINE=-LOAD SECTION

DOWN=LINE=LOAD SECTION

FWC‘I’IM DESCRIPTION:
DOWN=L

INE=~LOAD SECTION

THE ‘HOST'* OR ORIGINATING STATION
N THIS MODE OF TESTING,
SATELLITE"

OR BOOT, STATION TO ENTER MOP MODE.

A "REQUEST PROGRAN MESSAGE .
THE BOOT STATION THEN SENDS

THE_"HOSTTM THEN SENDS A 'MEMORY LOAD WITH TRANSFER ADDRESS
THAT CONTAINS. IMAGE DATA TO B€ LOADED BY THE BOOT STATION'S
M9312 STARTING AT LOC. 0. THIS IMAGE DATA WILL CONTAIN A
PROGRAM THAT WILL PRINT A MSG THAT DOWN-LINE-LOAD WAS SUCESSFUL.
SUBORDINATE ROUTINES USED:

"DLTXRX" = SPECIAL TX RX ROUTINE FOR DLL
*DVRXQ"" = QUE RX BUFFER SPACE TO DEVICE
*LOGRXQ"* = LOG RX SPACE QUED TO EVENT LOG
'LOGTXQ" = LOG TX BUFFER QUED TO EVENT LOG
*DVTXRX'' = QUE TX BUFFER AND WAIT FOR RX OR TX TO COMPLETE
*LOGTXC' - LOG TX COMPLETED TO EVENT LOG
LOGRXC"* = LOG RX COMPLETED TO EVENT LOG

:DISPATCH TO MODE BASED ON MODE TYPE IN R2

JMP

aMODE (R2)

GMANID

DLLQ1,TEMP3,0,377.0,377.NO

NN
PNINOWNNO ONONON
—N v
S OWNN—=O

sggessss

Sg b Vil

NNNN

MOVE

TEMP3,PASS!

MOVB

TEMP3.PASS4

MOVB
MOVB

BIS
BIC

MOV
MOV
JSR

TEMP3.PASS
TEMP3.PASS

#ERX

FLAG

#DATCKB,PARAM

#DLLM1,CURADD
DLLMIC.CURCC
PC,DLTXRX

10001$:

"WORD
"WORD

:PUT PASSWORD IN MESSAGE

*PASSWORD IS DUPLICATE
..ueE

HERE.
kx
TO
:SET EXPECTED

:CLEAR NOCHECK

:SET me DOWN LINE LOAD MSG TO #1
:SET THE CC
260 TO me DOWN LINE TX RX ROUTINE

ER=PSY

§2....

NN
NSNS
(]
NNNN

sRETURN WHEN TX AND RX ARE COMPLETED

10001$

TEMP3

-WORD g%
TSLOLIM
8888

WINNIN NN

=°2°d‘dd
R
b
T
e ]

4
LWORD

o
W
W

:GET PASSWORD

B8R

888858

3
SN I WO W
JRRVRK
NNNNNNNNYNY

CALLING SEQUENCE:

wwvivinaunwnm HWW

PN PN NN NN ~e~—~

%R
3- -2%I
&"«
®

30-MAR-82

SEQ 153

MoV

#DLLM2,CURADD

;SET THE DOWN LINE LOAD MSG TO #2

8IC
JSR

#DLLGA,FLAG
PC.DLTXRX

;CLEAR THE GO AHEAD FLAG
;G0 TO THE DOWN LINE TX RX ROUTINE

MOV

DLLM2C, CURCC

sSET CC

: RETURN WHEN TX AND RX ARE COMPLETED

TSHILIM

MACY11 3(’A(1052)D 30~MAR-82

CZKMUAO KMS11-BL PDP=11
30-MAR-82
CZKMUA.PT1

8403
(7)

&) 8130

6)
(4)
8404

04 ;g
0430
043076

PRINTF

81 746
0} 746

5SERRRERERRSNSSREEES

8428

8430

8431

000024
021752
022700

043112

000137

DLLEA:

0432§g
04632
043240

063265
04325

#DLLCM,=(SP)

JMP

GTRAS

ERRHRD

20,DLLAB,ERR14

SBERHRD
DLLAB

ERR14
036104

DLTXRX:

043116
043116
043124
043132
063140
043146
043154
043160

043164
043172
043200
043206
043214
043220

#DLLCM

#,-(SP)

10417
006137

043106
043106
043110

PAGE 25-17

OWN=-LINE=LOAD SECTION

aos 04310
Mgg
0431 Os
(4) Ologl 02 104456
(5)
(5)
(5)
8408
8409
8410
8411
M1g
8413
8414
8415
8416
8417
8418
8419
8420
8421
8422
8423
8426
8425
8426
8427

09:15_

SEQ 154

JMP

GTRAS

sPRINT ABORT AND EXIT

BIS
MOV

#QRX,FLAG
#RXBUF ,DVRXA

sSET THE QUE RX FLAG

MOV
MOV
JSR

lZS6..5VRC§
#256. .TE
PC,DVRXQ

MOV
MOV

, DVTXA
CURADD
CURADD . T

MOV

JSR

MOV

MOV
007320
007320

DLLEZ2:

007320

PC,DVTXRX
#DLLGA,FLAG
DLLE1
#OTX.FLAG

007320

DLLE1:

#QTX+#ETX,FLAG

DLLES

MOV

#TXNC, CONOTM

MOV

#DLLAB, TEMP2

MOV
MOV

DVTXA, TEMP,
DVTCC . TEMP

CMP
BEQ

DLLM2C.DVTCC
DLLE

JSR
BIC
BIS

007320
7320
7166

CURCC.T

JSR
BIT
BNE
BIT

BIS

JSR
JMP

DLLEG:

cuacc.évrcg

PC,LOGTXQ

2 bLLE?: MOV
00735
7%56
MOV
%;gg

PC.LOGRXQ

JSR

BNE

7250

#RXBUF TEMP2

B8R

BIT

RXBUF
, TEMP3
TXBUF ; TEMP%
PC,LGDVE
DLLEA

PC,LOGTXC
#OTX+#ETX ,FLAG
#DLLGA,FLAG

DLLE2

#GRX, FLAG

sSET THE DEVICE RX BUFFER TO RXBUF
sSET UP FOR LOG
sSET UP FOR CC OF 256
sSET UP FOR LOG
: GO QUE RX
sSET UP FOR TX
sAND LOG
:SE UP FOR_TX COUNT
sAND LOG IT
:LOG THE_TX QUEUED
sSET_UP TO QUE AND EXPECTED
:60 TO DEVICE ROUTINE
sTEST _FOR GO AHEAD BIT
sIF SET GO TO ONE
sELSE CHECK FOR TX DONE
:IF DONE THEN BRANCH
sELSE ERROR

CZKMUAO KMS11-BL PDP-;103CLT
13
30-MAR-8
CZKMUA.P11

30-MAR-82

BNE
MOV
BR
MoV

0137

Ltk
122737

001404
012737
000710
122737
001404
012737
000700

JSR
CMPB

004400

DLLES

ORXQS.CONOTH
DLL
DVRXA, TEMP.
ovncc TEMP

LOGRXC

016 RXBUF
DLLE3

#RXM1
, CONOTM

sSET UP _MESG AND ABORT
sABORT TEST

000001

004402

DLLE3:

:1S SECOND WORD 1?

022342

007260

n nxaur+2
DLLES
cnxn;,CONOTM

020273
004401

007244

DLLE?

#UNKM, TEMP

DLLESA:

sYES, BRANCH

:SET UP MESSAGE AND ABORT
:SET UP FOR UNKNOWN DEVICE

*GET DEVTYPE FROM MESSAGE
:0UT OF LEGAL RANGE?
ves.aaAncn

Evss.éaAncn

DLLIND(R3) ,TEMP *GET ASCIZ MESSAGE FROM TABLE

007244

#SECRM, TEMP,R3

sPRINT ID MESSAGE

007244
020135
000003
000010

R3,=(SP)
TEMP, = (SP)

lSECRH.'(SP)
.~(SP)

.RO
CSPNTF

—

;SEC BOOT MSG.

DLLEG:

DLLESB: PRINTF
N
~
N

phur Qrur Guur Guur P

:LOG RECEIVE COMPLETE
CHECK FOR FIRST WORD OF RX

007260

010362
—-=00000

:1F SO GO TO 8
;ELSE SET UP ERROR AND ABORT.

022317

000001

063426
043430
043436

00720
02316
000010

SEQ 155

PAGE 25-18

OWN=LINE-LOAD SECTION

70 mz‘;gz 022277 007260
823
04 76
DLLES:
013737 0072 00725
04
MoV
00725

=N 333&3!&%23

RRRPRRPRRRRR

8460

HACY11 30A(1052)

09:15_

DLLES:

RTS

sRETURN TO CALLER

#10,5P

N 12

CZKNUAD KMS11-BL PDP=11 oc%r

CZKMUA.P11

30-MAR-82 09:13

MACY11 30A(1052)

TALK MODE SECTION

JSBTTL

8481

883
84
8484
8485

J4+
: FUNCTIONAL DESCRIPTION:
TALK MODE SECTION
:

8488

gzgg

: SUBORDINATE ROUTINES USED:

848

849,
849

:
;

8499

8501

8502
8503
8504
8505

043544

043552
043556
043562
043566

8506 043570
(3) 043570

042737

000002

012702 oogs;l.
012722 177777
022702 002646
00137

007314

TALCK:

18:

SPECIFIED MESSAGES UNTIL A “EXIT'* MESSAGE IS TYPE. AT THAT POINT,
THIS END OF THE LINK GOES INTO "LISTEN'' MODE.

*LOGTXQ!* = LOG TX BUFFER QUED TO EVENT LOG
*DVTXRX'' = QUE TX BUFFER TO DEVICE AND WAIT FOR COMPLETE
LOGTXC'* = LOG TX COMPLETE TO EVENT LOG

(3) 043572 000406
043574 002524

(5)
(5)

1
110

JMP

aMODE (R2)

:DISPATCH TO MODE BASED ON MODE TYPE IN R2

BIC

#DATCKB,PARAM

;SET NOCHECK

MOV
MOV
CMP
BNE

#OPBUF ,R2
#-1,(R2)+
#OPEND ,R2
1$

;CLEAR OUT OPBUFFER FIRST

GMANID OPRMM,OPBUF ,A,=1,1,72..NO

104443

(%)

THE '‘TALK'* END OF THE LINK TRANSMITS OPERATOR

¢ CALLING SEQUENCE:

323{
8500

IN THIS MODE,

&4315.

SEQ 156

30-MAR-82 09:15 PAGE 25-19

;GET TALK MESSAGE
TRAP

CSGMAN

.WORD

OPBUF

"WORD

TSHILIM

B8R

o
WORD =1
TSLOLIM
"WORD

063200 Ovesne
)
(5) 04360 77773

00500 000377 002524 28:
04361012 122762
8507 3:
8508
140
8509

gsw

LR
CMPB
BEQ

R
) A v 03F Gun.ola
ofn.onumz
33

INC

51
gg;;
851%
8515
3519
851
3513
851
ag :

4
3s:
6 010237 002166
12737
524
0071
12737
534.
700725gé
13737
166
13737
1
7166
11
7
51 007320
g 7
3
037
3674

B8R
MOV
MOV
MOV
MOV
MOV
JSR
BIS
CLR

2
R2,0PCNT
#OPBUF ,OVTXA
#OPBUF TEMP2
OPCNT, fEMP3
OPCNT .DVTCC
PC,LOGTXQ
#OFX+#ETX FLAG
CPTRR

504

7064

MOV

DVTXA, TEMP,

gg ; 043700 004737 044610
013737

100028

0071

725

ts
WA
054105 002524
724 H022737 Mg
5 9 Bid

JSR

PC,DVTXRX

B
RS
(MP cs'tx.onur

:;SET UP TX ADDR.
:SET UP TX CC

:SET UP FLAGS

SCLEAR RX POINTER

:CHECK FOR EXIT

B 13

511=BL PDP-11 DCL;
30-MAR-82

09:

MACY11 30A(1052)_

30-MAR-82

09:15

TALK MODE SECTION

PAGE 25-20

;42 §§2;gl; 052111 002526

BNE

TALCK
&OPBUF +2
?.A.ll.

744

8IC

MoV
JMP

#OTX+HETX,FLAG

732

752
043760

Olosg 880210 007320

007306
0127
000137 041404

g’:;

#LIS,MODTYP
GTRX2

;CLEAR THE TX BITS

sCHANGE TO LISTEN MODE
*AND GO BACK TO DISPATCH

SEQ 157

c13
MACY11 30A(1052)

STEN MODE SECTION
HIS
MODE, THE °'LIS TEN'' END OF THE LINK PRINTS ALL OF THE MESSAGES
IN THIS
RECEIVED BY THE DEVICE ON THE OPERATOR S CONSOLE. IF THE MESSAGE

RECEIVED IS AN "EXIT'' MESSAGE, THEN THE NODE ENTERS ‘‘TALK'‘ MODE.
SUBORDINATE ROUTINES USED:

FARURZS ©

*DVRXQ""

CALLING SEQUENCE:
@MODE (R2)
JMP

0462737

007314

81 746

LISCK:

BIC

PRINTF

JDAT'C,KB.PARM
#LIS

VE BUFFER SPACE TO DEVICE
VE BUFFER QUED TO EVENT LOG
RX TO COMPLETE
OMPLETE TO EVENT LOG

;DISPATCH TO MODE BASED ON MODE TYPE IN R2
sCLEAR CHECK BIT

sPRINT PROMPT FOR OPR.

OM\DOS

NHVIOW

NNNNN

88888

LISCKA: MOV
MOV

— e e e e e

VIS

e ek =k OO

ooReS

00473

165077

007532
007202

12746

#OPBUF ,DVRXA
#OPBUF , TEMP2
sol

sSET DEVICE UP TO REC AT OPBUF

m:ueax.rus

sSET UP_FLAG
sCLEAR THE TX.

JSR
JSR

PC.DVRXQ
PC.LOGRXQ

:QUE RX

JSR

PC.DVTXRX

:GO TO DEVICE RX. SUBROUTINE

MoV
MOV

DVRXA, TEMP
DVRCC,TEMP

CPT

PC,LOGRXC
JSR
ADD
DVRXA,DVRCC
VRCE
CLRB
PT
PRINTF

&
12737
137

002526

007306

s;‘m()

CSPNTF

ADD

#4,SP

MOV
MOV
MOV
TRAP
ADD

#OPBFPT,=(SP)
M,-(SP}
SP.RO
CSPNTF
#4,5P

sSET UP ADDR.AND CC.
:LOG COMPLETED

0441

002524

zLISP -;SP)

sSET UP CHAR COUNT TO 82.

8IS

CLR

MOV

33
TRAP

} 746

WO N W W

P ge ogos&%
S

VI
IJIJFAEE

LISTEN MODE SECTION

FWCTI?IML DESCRIPTION:

0D 0D 0o 00 00

PAGE 25-21

ivtvivivivi]
Ama\fl
e ry
VIS
S IIONN
o~
SNAAN

00000 » WOoO0O

0000
0o 0o 0o

-~ -~ R
ViV

09:15

30-MAR-82

LISTEN MODE SECTION

.SBTTL

cmosonoacocmooce

(sl

R gy Efl
232ERELR
:

KMS11-BL_PDP;5108(2%;
30-MAR

SEQ 158

:COMPARE FOR EX OF

"EXIT

*IF NOT EXIT THEN GO BACK
IF FIRST HALF OK CHECK NEXT PART
K
IF NOT EXIT THE
*CHANGE MODE TO TAL
RETURN TO DISPATCHER

D13

CZKNUAD kMS11-BL PDP-flogCg
30-MAR-82
CZKMUA.PTT
8581
8582

MACY11 30A(1052)

PAGE 25-22
30-MAR-82 09:1
LISTEN MODE SECT

SEQ 159

E13
CZKMUAO KMS11
CZKMUA.P11

PDP=11 DCH
-82 09:

MACY11 30A(1052)

30-MAR-82

09:15

SEQ 160

PAGE 25-23

DEVICE FUNCTION SUBROUTINES

.SBTTL

DEVICE INIT SUBROUTINE

.SBTTL
o

FUNCTIONAL DESCRIPTION:
DVINIT=- DEVICE INIT ROUT INE

THIS ROUTINE IS DEVICE DEPENDENT CODE THAT INITS

THE DEVICE BEING TESTED. (I.E. FULL/HALF DUPLEX BAUD RATE, MAINT MODE.)

INPUTS:

"FHDPLX'* INDICATES IF MODE IS FULL OR HALF DUPLEX. (1=FULL)
ADDRESS POINTERS (SELO,...) ALREADY POINT TO DEVICE'S REG.S

SUBORDINATE ROUTINES USED:

‘LGDVE - LOG DEVICE ERROR TO EVENT LOG
*TOORIO®’ = TIME OUT OR INPUT INTERRUPT OR OUTPUT INTERRUPT
“CLRAVW'' = CLEAR RQI AND WAIT FOR RDI TO GO AWAY

8635

CALLING SEQUENCE:

DVINIT:

sMASTER CLEAR DEVICE

MOV
CLR

CLR

DVINZ:

SNNNW
~N

g STo9

#100, TIMER1

:SET UP TIMER 1 FOR 100(OCTAL) TICKS

@SEL4

:TURN OFF THE RUN BIT
DO A MASTER CLEAR
*SET RUN BIT
:1S RUN BIT SET
*IF YES GO TO 1 ELSE...

aSELS

CLR
MOV
MOVB
ST
BMI

aSELO
#MCLR,ISELO
#200,3BSE
asELD
DVINI

ST
BNE
MOV
MOV
MOV
m

TIMER1
DVIN2
#DVEM3, TEMP2
assl.g.fms
@SEL2 . TEMP4
PC %ggve

BREAK

§S RESR-y R

S St St e

SERRERR PRE

Ahd\‘\ggSEIRURIER2S333383
&\fl\fl\flb

PC,DVINIT

JSR

ERRSOF T 71.ovm.san13

:SEE IF TIME HAS EXPIRED
*IF NOT GO BACK AND CHECK

TRAP

(CS$BRK

TRAP

gmson

*AGAIN ELSE...PRINT ERROR

:LOAD UP ERRM. AND REG OUTPUTS
*L0G TIME OUT WAITING FOR RUN

MORD
«WORD
+WORD

BR DVINIT

11
DVEHZ
ERR1

:GO BACK AND TRY MSTR CLR AGAIN IF ERROR

F13

PDP=11 08‘”
-82

09:13

MACY11 30AC1052) 30-MAR-82 09:15 PAGE 25-24
DEVICE INIT SUBROUTINE

DVINI:

; DO BASE IN COMMAND

0073
042737
usegg
i
1
115;;7
4
;;;
145650
112777 17370 14564
145 13
10 145
52777
777
022737 000001 00731
omoo;
05277 oo:.ogg 145600
004737

0453

DVIN?:
DVIN3:

BIC
MOVB
JSR
MOV
MOV
BIS
BIC
CMP
BNE
BIS
JSR

nls aasao
aseu.
oaAss
asEL6
ntoasELz

#LULOOP,3SELO
STTL MLTYP
DVINS
#LULOOP,3SELO
PC,CLRAW

:CLEAR INPUT AND ouwur INT FLAGS
*SET UP BASE IN INT EN
GO WAIT FOR INTERRUPT OR TIME OUT
sSET ur SEL 6
*SET IEO
:CLEAR LU LOOP
xs TTL SELECTED
: IF NOT GO TO 3
ELSE SET LU LOOP

DO CONTROL IN COMMAND

112777 oogm 145566 DVIN8: MOVB
JSR
004737 045436
CLR
005077 145572

cMP
BNE
BIS
BR

022737 000004 007306
001004
052777 002400 145554
000406
007312

052777

002000

145536

017737

145532

007262

1003

044460

DVINS:

005737

004737 045330
000207

TST

BNE

BIS

DVING:

MOV

JSR
DVINEX: RTS

#141,3BSELO
PC,TOORIO
asELé

:SET UP CONTROL IN

FHDPLX

;1S THIS A HALF/DUP

#HALFDB,3SEL6

:ELSE SET HALF/DUP

@SEL6.CONTIN

:SET UP CONTROL IN FOR MODS

*WAIT FOR INT OR TIME OUT
*CLEAR HALF/DUP
;IS THIS DOWN LINE LOAD?
#DOW ,MODTYP
BR IF NOT
DVIN
IF SO SET MAINT MODE BIT
#MAINTB+HALFDB, a&e
: mo FORCE HALF DUPLEX
DVING
DVING

PC, CLRAW
PC

*IF NOT GO TO &

.so CLEAR RQI AND WAIT
*RETURN TO CALLER

:FOR RDI TO GO AWAY.

SEQ 161

6 13

CZKMUAD KMS11
CZKMUA.P11

PDP-‘llogcg
09:
-82

MACY11 30A(1052)

DEVICE GET MODEM STATUS SUBROUTINE

.SBTTL
+
+

Rste]

3;82
8n
.14

30-MAR-82 09:15 PAGE 25-25
DEVICE GET MODEM STATUS SUBROUTINE

FUNCTIONAL DESCRIPTION:
‘DVMODS’*
GET MODEM STATUS

8 ;

: IMPLICIT INPUTS:

g 's'

THE BIT POSITION AND AVAIABLITY OF THE MODEM SIGNALS CTS,DSR,...RI,.
IN THE DEPENDENT PORITION OF THE GLOBAL EQUATES SECTION.

: OUTPUTS:
CURRENT MODEM SIGNAL VALUES IN 'MODS'’
:
: SUBORDINATE ROUTINES USED:

872
g;%a
g%
8731

{

*~Q0R?0'* - TIME OUT OR INPUT INTERRUPT OR CUTPUT INTERRUPT
“CLRW"* = CLEAR RQI AND WAIT FOR RDI TO CLEAR

£3

8734

: CALLING SEQUENCE:

8735

3739

JSR

- MOVB
8738
DVMODS:
145500
oogm
112777
8739 044476
8740 044502
8741 044506
874 wsu
522
874

g;zg

044526

004737
8177 7
13
004737

000207

045436
010274
145500
145474
oor;
045

JSR
MOV
MOV
JSR
RTS

PC.DVMODS
#141,3BSELO

;SET UP CONTORL IN

;RETURN TO CALLER

PC,TOORIO
asEL4,MODS
CONTIN.@SEL6
PC,CLRAV

:GO TIME OUT CHECK
*SET UP MODEM STATUS
:SET UP OLD CONTORL IN

SEQ 162

H13

CZKMUAO KMS11 ;8& PDP-flogCfl
09:
82
CZKMUA.P11

30-MAR-82 09:15 PAGE 25-26
DEVICE QUEUE RECEIVE SPACE SUBROUTINE

MACY11 30A(1052)

DEVICE QUEUE RECEIVE SPACE SUBROUTINE

.SBTTL
*"

FUNCTIONAL DESCRIPTIOM:

DVRXQ = THIS SUB_ROUTINE QUES THE REC BUFFER SPACE TO THE
DEVICE, THE N CLEARS THE QRX BIT OF THE FLAG WORD.

INPUTS

DVRXA = ADDRESS OF RX BUFFER SPACE

DVRCC = BYTE CHAR C OUNT OF RX BUFFER

QRX FLAG BIT = SET BY CALLING ROUTINE

OUTPUTS:

QRX FLAG BIT = CLEARED BY ROUTINE

SUBORDINATE ROUTINES USED:
*TOORIO"* = TIME OUT OR OUTPUT INTERRUPT OR INTPUT INTERRUPT
"CLRAVW"" = CLEAR RQI AND WAIT FOR RDI TO CLEAR

CALLING SEQUENCE:

032737
001423

DVRXQ:

PC.DVRXQ

#ORX,FLAG

DVREX

1333333333
S
FEXE= $eg

JSR

sIF NOT RX THEN EXIT
sELSE QUE RX
sCLEAR FLAG FOR RX

;G0 CHECK FOR IN OR _OUT
sSET UP NEW MOD STATUS
DVREX:

sLOAD CC AND ADDR
sCLEAR AND WAIT
sRETURN TO CALLER

SEQ 163

113

= bms =4 )

»x

[%)

2
m—

()

—

m
m

BEFORE
RE_STARTED

ERROR IF INPUT INTERRUPT OCCURS _WHEN
POR
NG OUTPUT INTERRUPT;WHEN RX BACC OCCURS WHEN

NG TX,AND WHEN TX INT. OCCURS WHEN EXPECTING

'DVTXA'* = ADDRESS OF TRANSMIT MSG.

E COUNT OF TRANSMIT MSG.

; TRANSMIT REQUESTED

0800000000000 000000000000000000000000000000000000000000%080000s000e0, .

DEVICE TRANSMIT AND RECEIVE SUBROUTINE

+SBTTL

"DVIXA'* = ADDRESS OF TX MSG. COMPLETED
*DVTCCTM* = BYTE COUNT OF TX MSG. COMPLETED
WTX"
= SET IF TX COMPLETED
"DVRXA"= ADDRESS OF RX MSG. COMPLETED
DVRCC = BYTE COUNT OF RX MSG. COMPLETED
"QRX"
= SET IF RX COMPLETED

SIBMDINATE ROUTINES USED:

'TOMIP"
= TIME OUT OR OUTPUT INTERRUPT OR INTPUT INTERRUPT
CLEAR RQI AND WAIT FOR RDI TO CLEAR
''C
*LGDVE'* =~ LOG DEVICE ERROR TO EVENT LOG

'WTHOL" OUTPUT INTERRUPT HANDLER CODE

CAI.IJNG SEQUENCE:

PC.DVTXRX

e 0e

000010

007320

DVTXRX: BIT

SK
gdddg2RSS

:
et -

SEESEREEEEREEREER
R
L L

PAGE 25-27

DVTR3:

#OTX FLAG

BEQ
BIC
MOVE
JSR
MOV
MOV
MOV
JSR

DVIRS
#QTX,FLAG
#140.aBSELO
PC,TOORIO
asEL& ,MODS
DVTXA.@SEL4
DVTCC.@SEL6
PC,CLRAW

MOV

#60. ,TIMERS

; 8‘:57? 8888» 807320 TOINOT: BIT

:ANY TX TO QUE

SIF NOT GO WAIT FOR OUPUT
*CLEAR FLAG
:60 CHECK FOR IN OR our
SPUT IN NEW MOD STAT

;CLEAR RQUI ANDMAIT
:SET TIMER FOR 60 SECS

#CRX+#CTX ,FLAG .IS IT TX OR RX COMP ALREADY?

(09:15

DEVICE TRANSMIT AND RECEIVE SUBROUTINE

e
S
L
T
L L
T MM T T YT Y YY" Y Y Y S R 2 S O Y

30-MAR-82

T8 maR-82 09:13

MACY11 30A(1052)

SEQ 164

J 13

044740

005237

007216

104457
00001
021246
02264
000744

;1S IT INPUT INTERRUPT

~
T

#ININT,FLAG

ERR13

007320

8919
8920
8921

045076
045076
045104

001440
032737
001

000200

007320

21663

007250
785
007254

TOIN2:

737 000020 007320 DVTRG:

0451
045140
045142

045144

000411

046052
02317

TOINOT

TOINOT
#CTX, FLAG
DVIRS
SETX,FLAG
DVTREA

SIF NOT GO BACK AND TRY AGAIN
218 IT X
*IF NOT TRY RX
:IF SO SHOULD IT BE
SIF IT SHOULD GO TO 4A

TSELG, FEMP3
SEL6, TE

:ELSE LOG ERROR

pc.w6=s

DVTR4B

sTHEN CLEAR COMPL.FLAG

14.DVEM9,ERR13

S
S
S
S
S
S
S

:IS IT TX OR RX

$CHECK TIMER AGAIN
*ELSE HANDLE OUTPUT AND RETURN

#DVEMO,TEMP2

:1IF NOT OUTPUT GO BACK AND

PC,OUTHDL

#CTX+#CRX FLAG

#OTINT,FLAG

ERR13

T
CSERSOF
13
DVEM3

—— e

04360
000060

104457
16
02166
022646

:CLEAR BIT

Q04737
§§} 7

01
Q13737
013737
7

*IF SO LOG ERROR

TOINOT

04s052
045058

045106
0us1le
045122
0451
0451
045136

#ININT,FLAG
ERRCNT
13,DVEMS ERR13

104457
000015
021340
022
00071

8915
8916

045066

aSELO, TEMP3
@SEL2. TEMPS
PC,LGDVE

007320

007520

C$BRK

#DVEMS , TEMP2

007952
007254

000002

TRAP

——— ———

143200
143176
023172
000001
007216

032737
001711

8926
(4)
(5)
(5)
(5)
8927
8928

DVTR3

:RETURN TO CHECK TIMER

TOIN2

—~D—D=—

0430
045030
045032
Q4303
04503
045040

017737
017737
004737
042737
005257

045042
045050

8922
8923
8926
8925

CSERSOFT

TOIN1:

044776
045004
045012
045016
043024

8912
8913

8918

TEMPS

12
DVEM4

2
o=
3 $3382 bt14 e$ me
h

8909
(4)
(5)
(5)
(3)
8910

EL2.

PC,LGOVE

ERRCNT
12.DVEM4 ERR13

B Qiirse 033737
10622 000001 007320
Q¢4rd
8900
8901 044766 001425
8305 044770 012737 021340 007250
8904
8905
8906
8907
8908

assu.g.fms

044744
044764
044746
044730
044752
044754

#DVEM& , TEMP2

8895
(4)
(8)
(3)
(5)
889
8897
8898

Q0u73r 023172

889

007250
00795
007254

e T

021246
143256
143834

01g737
017737
01773

04471z
04 720
Quarae

;1S TIMER EXPIRED

TOINI

88%0
8891
8a%2

TIMERS

007364

001022

005737

719

Qu47ou

;18 SO EXIT

8388

DVTR4

001071

PAGE 25-28

044702

09:15

DEVICE TRANSMIT AND RECEIVE SUBROUTINE

8886

30-MAR-82

MACY11 30A(1052)

e T

CZKMUAD KMS11-8L POP-11 DCLT
09:
30-MAR-82
CZKMUA.P11

SEQ 165

:REPCRT ERROR

K13

CZKMUAO KMS11=BL PDP=11 ocfl
30-MAR-82 09:
CZKMUA.P11

5146

013737

013737
52737

04625

04625
1

MACY11 30A(1052)

71
7

5156
51%

89
8935
8936
aogz
8938
8939
8940

5204
045 02
04521
045216
045226
045
045240

w.g
000100 007320
2737
0019 g
342.15" oorzsg
01
046254 00725
013737
81 737 ol.gzs 007254
004737 02317

(4)
(5)
(5)
a&s.x

045244
045246
045250
045252

104457
000017
021574
022646

89
89

8941

§1
176

045244

737
737

30-MAR-82 09:15 PAGE 25-29
DEVICE TRANSMIT AND RECEIVE SUBROUTINE

7164 DVTRGA: MOV

89
8931

887
7

042737 000040
8947 045
&3 045306 000207

007320

TSEL4 ,DVTXA

MOV
BIS

TSEL6.DVTCC
#QTX,FLAG

BEQ
BIT
BNE
MOV
MOV
MOV
JSR

DVTREX
#ERX ,FLAG
DVTRSA
#DVEMS, TEMP2
RSEL4, TEMP3
RSEL6 . TEMP&
PC.LGG;S

DVTR4B: BIC
DVIRS: BIT

#CTX.FLAG
#CRX . FLAG

ERRSOFT 15,DVEMS8,ERR13

BR
oogm
045254
aw.%
MOV
DVTRSA:
8944 045256 01 757 046254 007200
8945 045064 013737 066256 oo7§oz
8946 045272 052737 000004 007320

SEQ 166

MOV
BIS

DVTRX1: BIC
DVTREX: RTS

;AND SET TX COMPL FLAG
*ELSE CLEAR FLAG
:IS IT RX T00?

*IF NOT THEN EXIT.
SIF YES PROCESS AS SUCH

STEST 1S THIS SUPPOSED TO BE RX

;ELSE
:L0G ERROR

DVTRX1,DVRXA

;AND EXIT

#CRX.FLAG
PC

:CLEAR FLAG FOR RX DONE
SAND EXIT

RSEL&

RSEL6.DVRCC
#QRX, FLAG

TRAP
LWORD
"WORD
"WORD

CSERSOFT
15
DVEMS
ERR13

L13
CZKMUAO kMS11-BL PDP=11 DCLT

30-MAR-82 09:13

CZKMUA.P11

MACY11 30A(1052)

8961

PAGE 25-30

DEVICE INTERRUPT SERVICE ROUTINES

+SBTTL

896
8974
8975
(3)
8976
8977
(3)
(2)

000001

007320

BGNSRV

DVINS

8IS

#ININT ,FLAG

ENDSRV

007320

DVINS::

L10021:

BGNSRV

DVOUTS

8IS
ENDSRV

#OTINT ,FLAG

RTI

DVOUTS::

L10022:

RTI

+
+

000002

FUNCTIO??L DESCRIPTION:

RAW = CLEAR RQI AND WAIT FOR RDI TO GO AWAY
THIS CODE CLEARS THE INPUT REQEST BIT(RQI) SETS A
TIMER UP TO TIME 50(OCTAL} TICKS AND MAKES SURE
RDI CLEARS BEFORE TIMER EXPIRES. IF TIMER EXPIRERS
CODE REPORTS ERROR AND SETS UP TIMER AND WAITS AGAIN.

SUBORDINATE ROUTINES USED:

*LGDVE'* = LOG DEVICE ERROR (TIME OUT)
CALLING SEQUENCE:
PC.CLRAW
JSR

CLRAW:

cF e

MOV
BIC

CLRA3: MOV
CLRAT: TST
BE

RRRRRR RRRRRRVRR
v

000200
NNNNN

sssatasssssssanssseyyTsey3cc¥8edl

09:15

DEVICE TRANSMIT AND RECEIVE SUBROUTINE

: DEVICE DEPENDENT SUBROUTINES

8951
8952

VIS WV =O OV~ O NOWVSWN=O

30-MAR-82

SEQ 167

BIT

144614

BNE
CLRA2:

MOV

MOV
MOV
JSR
INC

(SP) ,PCADD
#RQI .ASELO

sSAVE PC OF CALLING ROUTINE

#50, T IMER1
TIMERT
CLRA2

sSET UP TIMER FOR 50(OCTAL) TICKS

#RDI,QSELO

;IS RDI CLEAR
sIF NOT GO CHECK TIMER
s ELSE
sRETURN TO CALLER

CLRAT

#DVEMO, TEMP2

asag.feurs
@SEL2, TEMPS
PC,LGDVE
ERRCNT

:IF TIMER EXPIRED ERROR

:L0G DEVEICE EVENT 0

TRAP

mi3

CLRA3

sRESET TIMER AND CONTINUE

TRAP
LWORD
.WORD
.WORD

CSERSOFT
16
DVEMO
ERR9

leatalanlale e

104457
20
0 1?10
022 7g
00074

P Y

5426
045426
045430
0454
04564

(4)
(5)
(5)
(5)
9029

30-MAR-82 09:15 PAGE 25-31
DEVICE INTERRUPT SERVICE ROUTINES
;WHILE WAITING FOR RDI
ERRSOFT 16,DVEMO,ERR9

—————— SRR
R

9028 8:56 &

MACY11 30A(1052)

CZKMUAO KMS11=BL PDP=11 DCLT
30-MAR-82 09:13
CZKMUA.P11

SEQ 168

N13

30-MAR-82 09:15 PAGE 25-32

JSBTTL

9035

3832

: FUNCTIONAL DESCRIPTION:

9038
9039
9040
9041

:
:
:
:

THEN CHECKS FOR TIME OUT,OR INPUT INTERRUPT,OR OUTPUT
INTERRUPT. IF TIME OUT OCCURS IT REPORTS ERROR AND
RESTARTS TIMER. IF INPUT INTERRUPT OCCURS RETURN TO CALLER
IF OUTPUT INTERRPUT OCCURS LOG IT AND CONTINUE WAITING FOR
p

9044

: USE OF FLAGS: |

9046

38'53

: SUBORDINATE ROUTINES USED:

ggg%

9066

9063

045506

005237

746

0455

19435;

3371 045526 032

INC

007216

9078

9079

04555

045556

mg
737

207

e
S
S

:IF YES

ERRCNT

TOORIO

BIT

#OTINT,FLAG

TOOR1: BREAK

007320

BEQ
BIC

RTS

:SAVE ADDR. OF CALLING ROUTINE
:SET UP TIMER
;1S TIME EXPIRED
:IF NOT CONTINUE
ERROR

ERRSOFT 17,DVEM1,ERR9

000002 007320

000001

(SP) ,PCADD
#100. TIMERY
TIMER1
TOOR1
#DVEM1, TEMP2
aSEL2, TEMP4
@SELO, TEMP3
PC,LGDVE

TOORIO: MOV
007300
MOV
000100 007360
TOOR3: TST
007360
BNE
MOV
021076 007250
MOV
144516 007254
MOV
144504 007252
JSR
023172

90;5 045532 001402
BEQ
g7
5560
JSR
907 045534
5540 032737
330001
007320 TOOR2: BIT
907%
9075

*OUTHDL'® = OUTPUT INTERRUPT HANDLER

011637
012737
005737
001022
012737
017737
017737
ow;r

104457
045510
3'4'”'
8000;1
045514
021076
8:”33 022570

6’390 8:” 5
(3)

CLEARED BY THIS ROUTINTE.

. S

045436
045442
045450
045456
045456
045464
045472
8:5500

9067 32”1
(4)
(5)
(5)
(5)

= SET BY INPUT INT. ROUTINE

: CALLING SEQUENCE:
:
JSR
PC.TOORIO

9053
9054

9057
9058
9059
9060
9061
%g
9064
9065

““ININT'*

9047

OTINT'® = SET BY OUTPUT INT ROUTINE

N PR

9045

PNV

INPUT INTERRUPT.

g&a

TOORIO = TIME OUT OR INPUT INTERRUPT OR OUTPUT INTERRUPT
THIS ROUTINE SETS UP A TIMER FOR 100 (OCTAL) TICKS

Y E

:
.

9o§6
9037

MMM

TIME OUT OR INPUT INT. OR OUTPUT INT.

ggg

TIME OUT OR INPUT INT. OR OUTPUT INT.

TOOR2
PC,OUTHDL
#ININT,FLAG
TOOR3

#ININT ,FLAG

:13'Jrlcsze AN OUTPUT

*IF NOT GO TO 2
:1S THERE AN INPUT PENDING

*ELSE GO WANDL IT
:

:IF NOT GO BACK TO TIMER CK.

SELSE CLEAR THE INPUT PEND FLAG

SAND RETURN TO CALLER

TRAP
WORD
"WORD
"WORD

CSERSOFT
17
DVEMI
ERR9

TRAP

CSBRK

e — —————————— — — — — —

CZKMUA.P1 1

MACY11 30A(1052)

e e

30-MAR-82 09:13

CZKMUAO KMS11=BL PDP=11 DCLT

SEQ 169

B 14

09:15 PAGE 25-33

30-MAR-82

OUTPUT INTERRUPT HANDLER

OUTPUT INTERRUPT HARDLER

.SBTTL

9084
9085

T
: runcnomu. DESCRIPTION:

9088
9089
9090
9091
909
909
mms
9096
9097
9098
9099

WORD. IT
THE "OTINT'® BIT IN THE
:
RDO SIGNAL IF NO RDO men REPORT ILLEGAL mrmm
:
THEN IT CHECKS FOR BACC OUT IF NOT BACC OUT REPORT THE
:
TYPE OF OUTPUT ERROR. IF BACC OUT FIND IF RX OR TX
:
IF RX SET CRX BIT AND MOVE ma AND BYTE COUNT TO RSEL&
:
AND RSEL6. IF TX SET CTX BIT AND MOVE ADDR AND BYTE COUNT
.
TO TSEL4 AND TSEL6. CLEAR OTINT FLAG AND RETURN TO CALLER.
:
: USE OF FLAGS:
"OTINT** = SET BY OUPUT ROUTINE
'
CLEARED BY THIS ROUTINE
:
= SET IF TRANSMIT COMLETED
“CTX'*
:
“CRX'*

g}gg

;

4 045560 011637 007300

OUTHDL: MOV

9109

9113

045564

042737

000002

9114
9115
9119
911
9118
9119
tnso

045572 8327" 000200
0010 ;
045600
021432
1;7
045602
5610 017737 144372
045616 017737 144374
sgga owgr 023172
007216
005237
825

(4)

045636

9121

ssgz

007320

144406
007250
007252
007254

104457

145
83 mssg‘so
91(3)
825613 85257

g} i
9125

045644

91‘ )

045646 0004614

(3) 045644 104410

91 9
9N

BIC

BIT
BNE
MOV
MOV
MOV
JSR
INC

102;

ul s e
3}9131 045664 017737
144326 007254 18:

PC,OUTHDL

(SP) ,PCADD

#OTINT ,FLAG

mo aSEL2
OUTH
#DVEM6 , TEMP2
asEL2, TEMP3
@SEL6 . TEMPS
PC,LGOVE
ERRCNT

:SAVE ADDR. OF CALLING ROUTINE

cn.m PEND FLAG AND CHK FOR RDO
*IF RDO OK ...ELSE LOG ERR...
;60 LOG ERROR

ERRSOF T 1a.ovsn6.san9

TRAP

CSERSOFT

'fig 33m
.WORD ERR9

;EXIT TEST IF ERROR
ESCAPE

5650 032777 000001 144330 OUTH1: BIT
56

— ———— — — — — —— —

* CALLING SEQUENCE
JSR
:

9107
9108

—

"LGDVE'* -LOG DEVICE ERRORS TO EVENT LOG

g}gz

: SUBORDINATE ROUTINES USED:

g}g‘

911;

= SET IF RECIEVE COMPLETED

L, S

910

HAS SET
THIS ROUTINE IS CALI.ED uuenm OUTPUT mtsnnw
CHECKS FOR

MMM

908

OUTPUT INTERRUPT HANDLER

OUTHDL=

SR SR FR

9009

miooa

MACY11 30A(1052)

-82 09:13

S0 S

CZKMUA.P11

PDP=11 oc;it

BNE

MOV

TST

#BACC,3SEL2
1$

e
@SEL6, TEMP4

TRAP

;13 THE OUTPUI BACC
BR IF NO

'él.sgol.gc ERR(Z)R AND PRINT IT

.WORD

cssgws
L10020~.

czmuuo KMS11-BL

SEQ 170

C 16

CZKMUAD KMS11

CZKMUA..P1

MACY11 30A(1052)

PDP=11

032737

000006

3}
72

99} 5 82?903 30143‘
00721
5237
04570
S0
R
D9137 LI

9140

04571

5720

9141 8:5"

017737 144262 00725

1$:

9144 8257; 8047;7 02317
157 7 014447 007260
0457
9145
000001 007254
&3“{37
3"42;26
3}3

9148
g}gg
9151
g}g

825750 o1$7§
o‘g;gg ox‘zor
oas;ga isrg
045 3 331Zo7

ozzws
000002
022151
000010

007560
007254 1$:
007260
007254 28:

0157§ 022131 oorggo
154 uamauu
12 ?31{7 000020 007254 &$:
t* 3357; 022117 oorsgo
ol.t,ou
9157
91§g ol.oo“ '30"7.37 000100 007254 S8:
80 0 01 ;39 85‘2,104 007520 6S8:
160 o:.c.o:.u

g}gz

9161 ot.sot.sg ? 27 7

200 007256

ggrggo
855‘066
'.au“4 «3?5;39
o«,on
918
007254 78:
00
33“ 7
ggg
022046 887530
o:.uioo”n 131579;
91
007254 8S:
:3"{37 001000
mg 82‘6}?
3}% &gp «3?279; 022026 007260 -

3}71 m}?é osgzsr 010000 007254 11$:

gn 0461

3?2723 022227 007260

9175

322'

005237

‘(‘53

o«s}l.

1ou.s§

gn
91;3

15
154

31‘31

6}&

9176

9180

915

156

128:

007216

032777 000004 144024
191;

172 1;737 1”228%4. 826258

#RIT2, TEMPS

BEQ OUTH6
NOBUF
NC
B

gumo:

OUTHZ2:

SEQ 171

PAGE 25-34

OUTPUT INTERRUPT HANDLER
: IF NO BUFFER OUTPUT JUST COUNT THEM
BIT

007254

01;7:;7 021507 oorssg

30-MAR-82 09:15

MOV

gg{sgosgu% {"‘ COUNT AND EXIT
-

#DVEM? , TEMP2

MOV

aSEL2, TEMP3

MOV

JSR
gg

#LP0O, CONOTM

MOV
gg
MOV
Sé{,

#DATCKM, CONOTM
:1S THIS TIMEOUT
gm.rém

MOV
gg

PC,LGDVE
filtb.!im’k

;LOAD "NULL STRING'* TO INIT CONOTM

mngn CONOTM
fi" , TEMP4

;1S THIS DDCMP MAINT RECVD

:IS THIS DATA CHECK

CONOTM :1S THIS LOST DATA
#DDCMRM,
ggm.rém
#LOSDAM, CONOTM :1S THIS DISCONNECT

MOV
Sé.’,
MOV
8@5
MOV
Sé;
MOV
3%3
MOV

CONOTM ;1S THIS DDCMP START RECVD
#D1SCOM,
;gn , TEMP4
CONOTM :1S THIS NON-EXSISTENT MEMORY
mcinn
.’2" L TEMP4
#NXMM, CONOTM :1S THIS PROCEDURE ERROR
ggno.rem
#PROEM, CONOTM

MOV

#CDGLM,CONOTM :IF SO SET UP MESSAGE

INC

fm'"

gg;

zgne.tém

1 T12,TEMPG

:g R;x's‘oCD GLITCHED

ERRSOFT 19,DVEM7,ERRS

two

OUTHEX

:CLEAR RDO AND RETURN TO CALLER

aIr

nx%t.asnz

;1S THIS RX BACC OUT

MOV

aSELL, TSEL4

3'1‘5

c,ngx i

*IF NOT THEN IT MUST BE TX.

%enson

D 14

CZKMUAD KMS11 ;8!; PDP-"ogC%I
09:
-82
CZKMUA.P11

046260

000207

aaa

1464012

17737

MACY11 30A(1052)
046252

30-MAR-82
MOV
BR

OUTH3:
OUTHé:
OUTHEX:

09:15

PAGE 25-35

OUTPUT INTERRUPT HANDLER
assu.s.tsab
OUTHE
#CRX ,FLAG

;SET RX COMPL

asELS, nseu.
aSEL?

msn MOVE T0 TEI‘P
SEL6 TO TEMP

*RETURN TO CALLER

S'aml. nssts:CLEAR @ SYNC & SELECT BITS
#BIT
#RDO,ISEL2
:CLEAR RDO

SEQ 172

E 14

CZKMUAO KkMS11-8L PDP=11 DCLT

CZKMUA.P11

30-MAR-82 09:13

9213

(3)
(3)

OUTPUT INTERRUPT HANDLER

.EVEN

9214

9224

MACY11 30A(1052)

SEQ 173

30-MAR-82 09:15 PAGE 25-36

ENDTST

826 6

6
046

104401

L10020:

TRAP

CSETST

30-MAR-82

09:15

SEQ 174

PAGE 25-37

WARE PARAMETER CODING SECTION

.SBTTL

00O

HARDWARE PARAMETER CODING SECTION

THE _HARDWARE PARAMETER CODING SECTION CONTAINS MACROS
THAT ARE USED BY THE SUPERVISOR TO BUILD P=TABLES. THE
MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT_ARE

INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES. _THE
MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
WITH THE OPERATOR.

LSHARD: :

.WORD L10023-L$SHARD/2

DEVICE INDEPENDENT SECTION

.SBTTL
GPRML

DPLX,0,1,YES

T$CODE
?PLX

DEVICE DEPENDENT SECTION

.SBTTL

CSRADR,2,0,160000,177776,YES

—

MACYT 3%;052)

000' o+ OO0
SYSRRURZES

Efl:

F 14

VECTOR,4,0,300,776,YES

TSCODE
CSRADR
TSLOLIM
TSHILIM

TSCODE
VECTOR
TSLOLIM
TSHILIM

PRIOR,6,0,340,4,7,YES

T$CODE

TSLOLIM
TSHILIM

L10023:

sDEVICE INDEPENDENT QUESTIONS

052506

046114

042040

.NLIST

BEX

DPLX:

.ASCIZ

/FULL DUPLEX OPERATION : /

G 14

MACY11 30A(1052)

09:15

PAGE 25-38

DEVICE DEPENDENT SECTION

nNO—
LN IV, B

S22

—b =LY

;DEVICE DEPENDENT QUESTION
00

30-MAR-82 09:15
T PIL
KRA

30-MAR-82

CSRADR: .ASCIZ
VECTOR: +ASCIZ
PRIOR:
«ASCIZ

LIST

BEX
.EVEN

/DEVICE CSR ADDRESS: /
/INTERRUPT VECTOR ADDRESS /
: /
/INTERRUPT PRIORITY

SEQ 175

H 16

PDP-1108C%§
-82 09:

SEQ 176

PAGE 26

DEVICE DEPENDENT SECTION

D e
b md cnd e

THE SOF TWARE PARAMETER CODING SECTION CONTAINS MACROS
THAT ARE USED BY THE SUPERVISOR TO BUILD P=TABLES. THE

MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT _ARE
INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES. THE
MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS

0000000000000

MACY11 30A(1052)

09:15

:.SBTTL SOFTWARE PARAMETER CODING SECTION

ggoaflovobw

CZKMUAD KMS11
CZKMUA.P11

30-MAR-82

WITH THE OPERATOR.

BGNSFT

000030

SPATCH:

ENDSFT

.BLKW
LASTAD

LSLAST::

000001

.END

.EVEN
«WORD
«WORD

114

CZKMUAQ KHS“;&WPDP-" DC%T

~82 09:13

CZKMUA.P11
AB0

ACT

44568

46134

ACTATV
ACTBCR
ACTCHK

ACTCLB

040374
041

037716

ACICLP
ACTCLR
ACTCOP
ACTCRC
ACTCSE
ACTCST
ACTDLL
ACTDME
ACTOMQ
ACTDMS
ACTDMX

04111
03735
040214
041
g?S
0376

ACTEQD
ACTEXT
ACTHLP
ACTLIS
ACTLLP

040336
037436
037372
040626
041126

820142
040134
040112

ACTECH

040150
040714

ACTLPX
ACTLXX
ACTMEX
ACTMET1

041144
041206
040562
040516

041076
041026
ACTMSO 040416
ACTMS1 060‘;2
0404
ACTMS2
0444
ACT!
040454
ACTMSG
ACTMSS
040464
502
ACTMS6
ACTMOP
ACTMOS

ACTM2X

040664

ACTOPM
ACTPAS
ACTPRO

04031

037%03
ACTNUF 0;7%5
ACTNUL
ACTNUM
040224
0410

7656
7674
79

7936
7909
7817
7839
7668
7679
764
7650
7651
765
765
7654
7655

787

7673
763

7645
7649
765
[

767
791

ACTRLP
ACTRNF
ACTRNL
ACTRPS

024260
024266
037
040526

7637
7681

7945

8184

7962
793
7850
7843

7942
794
785
7845

79454
79504
7860
7847

7863
78544

7881

7884

7887

78914

7918

7921

79254

7869

(7694

78244
77004
6
78804
79414

765
6093
60
1
67;
609
900,

TRUN
ACTSEX

78
78354
7;11

64
7680
638
7659
7671

(037
04104
024
024
024

7315

7698'

79394
7
780
TMM
7114
7737
78834
7783
77854
77804

664

30-MAR-82 09:15 PAGE 27

CROSS REFERENCE TABLE == USER SYMBOLS

7670
63
7646
5
7639
0
7690
76 9
767
7675
77874

ACTPRT
ACTQFG
ACTREC

ACTREX
RHL
ACTRLG

MACY11 30A(1052)

7938
793g
783
7841

79354

77864

78
78404
78424
78444

78464
7
78514

787

7ress

7
781
78724
5

77 gl
791
78774

611
1024
1144

4
984
994
324

77290
78574

78654

SEQ 177

J 1%
CZKMUAD KMS11 =BL PD
30-MAR~CZKMUA.PT1

ogf%i

MACY11 30A(1052) 30-MAR-82 09:15 PAGE 27-1
CROSS REFERENCE TABLE == USER SYMBOLS
77604

JPERSNNFIIBITN

7606

ANt

8202
8234

82094

8231

RRRRRRRRRRR

7772

8098

6132

6151

3333333333333

N N N N N

N N

54+

SR8

SEQ 178

6153

8672

6181
6141

6151+

30-MAR-82

09:15

SEQ 179

PAGE 27-2

PR DAFNRNDN
ARRBINSSES

CROSS REFERENCE TABLE == USER SYMBOLS
9190
4587
9152

9134

4586

4585

9161

7573

7607

7756

8739«
8649+

8793«

8877+

4789
7785+

6381

6388

6508

7554

7583

6532+

7677+

7485

7605

7610%

7734»

5030
5101
5151

5039
5117
5158

5041
5119
5160

5058

5060

5196

7995

PNININ)
N
&~

MACY11 30A(1052)
OOHOHOH SO

SREEEEEREEEE ¢

w—

BASSSSSSNNS OO

SRR
R R~
WWNO =N
v
S
L YIeRRe .hhg

CZKMUAO KMS11-BL PD
30-MAR
CZKMUA.P11

K 14

7749

AR = 000001

012421
CLIBRX
1
CLIDEC=
CLIERM 012324
CLIERR= 000000
CLIEXI= 000001

CLINBG
CLINPS
CLINUF
CLINUM=

012377
012503
012354
5

5019

6061

6063

6065

wvino

Ul\hg
wWw

CLIBDL 012441
CLIBIF= 000003
CLIBR = 000002

g
RUS

CLIACT 037162
CLIALN= 000007
CLIALP= 000006
CLIBCR 012546

6072

30-MAR-82

09:15

SEQ 180

PAGE 27-3

CROSS REFERENCE TABLE == USER SYMBOLS
6077

7001«
7446
7018

7002+

7010«

7309«

7446%

6530
7730

6534+
7731+

7471«
7732

7472+
7970+

7484
7971=

759+
7972

7595+
8275

7589«

7596

7609+

719

7723+

7959

7979

8459

8464

9145+«

9151«

9154+

9157+

9160+

7480*

827%

7993«
8562+
82

8021+

069+

Y
p .
8125' 18
8150

7745+
8283+
8208+

8916

8933

9187

GaR

VOO

5149
5024
5036
5136
6068

5073
5022
5059
5136
6066

22
R~

5076

NO
O

O NWWWWANION NNV

SRraRNERIogRIN
S3EE ro\nvo-s-ogoO;‘SSgO
e°
S

90134

7603+

83124

6535+

RSk
3 SRR

6526

OO
=0

SoEseR

b
b b

b
—b

MACY11 30A(1052)

VIV

(=)

adgszgoswg
$°
SR

CLIOCT= 000010
012644
CLIPW
CLIRAC 024 52
8 4024
CLIRY
12613
CLISPA= 000004
CLISTR= 000012

& S navivannes
S o

CZKMUAO kMS11-BL PDP=11
30-MAR-82
CZKMUA.PTT

$i7se

7489+

7732«

8196+

8275+

CSHEXP=
CSHTRN= 00022
CSRADR 8’66 4

44904
46914
9;7;

5057
5059
9;950

= 000004
CTS__
022243
CTSFM

45594
55

4906

007160

= 0000%2

L7978

L4624

6522+

6530

8885

8916

7750+
7813+

7992+
7826+

8895

8909

8926

8941

9028

9067

9176

5691
5685

5695

5690

569
6188
D
629

630
b
6291

634
B8
6306

6346
6578

8391+

8397«

@ 7546

2}23’
6036
7031
L1494

7011

7514

8383

8506

5664
5663

5668
5667

5682
568

5687
5681

7087

41494

CSERDF= 000055
CSERHR= 000056
CSERRO= 000060

CSESEG= 000005
000003
CSE
CSETST= 000001
CSEXIT= 000032

L1494
41494
41498
L1494

CSPNTX= 000015

7610
7752«

7506

6973

7849+

L1498
4149
41454
41494
L1649
L1494
41494
L1454

CSPNTF=
CSPNTS= 000016

7605«
7487«

7320

6997

7576
7475«

7114

6991
7337

gfsz - 3;
ESPNTg 000014
000017

7571«
6441

8661

8899

CSGPHR=
CSGPLO= 0000
CSGPRI= 00004
CSINIT= 000011
000020
csl
CSMANI= 000050

7485«
6430

9182

8318

8652

E% 0000%5
00004

7479+
6425

8932

8309

CSBSEG= 000004
00000
CSCEFG= 00004
CSCLCK=
CSCLEA= 00001
CSCLOS= 00003
CSCLP1= 000006
CSCVEC= 000036

41494
L1494
L1494
L149%
41494
41494
L1494
41494

CSGETB= 000026

7724+

9070

7461
7290

°°°°oooo§'i
E&:gs:
CSESCA= 000010

7611%

9018

CSAU_ = 000052
CSAUTO= 000061

L169%
41498

CSOU__= 000053
CSEDIT= 000003

7587

3253
€387

gg%g*
9380

CSDRPT= 000024

7582

6538+

6441
630N

lég 6:
48234

CSDCLN= 000044
CSDODU= 000051

8918

7464r

6533%

gzg}
6390+

CURADD 0072
CURCC 007230

CSBRK = 000022

6532

858'

41494
L1694
41494
L1494
L1494

8424

8425

8407

9224

7270
7502

2}2% 5660
mg‘ 5659
5089

Gleom
i 6208
o
gl{gl
L1694

7991

7373
4227

8295
2128‘
9125
L1494
416494

7854+

CROSS REFERENCE TABLE == USER SYMBOLS

5992
o
6226

p028
WL
6231

g0k
oW
6239

goer
Be
6264

8103
B8
6245

12%
MR
6263

179
B
62N

WWWPPPPPPPT

MACY11 30A(1052)

PAGE 27<4

. SN SR EL SEE D YED YED YHD YHD HD HD D D W W W W ==

30-MAR-82 09:13

30-MAR-82 09:15

—— ————— —— — — — —

KMUA

CZKMUAO KMS11-BL PDP=11 DC%T

CZKMUA.PT1

cToTCC

SEQ 181

N 14

L1494

6976

L1698

4227

CSRPT = 000025
CSSEFG= 000046
CSSPRI= 000041

L1498
L1694
L169%

6906

CSTPRI= 00001;
0%0;26
035
035437
DATALD

L1694
4947
7085
70;20

SREFG= 000047

CSREVI=
SRFLA=

CSSVEC= 000037

DATCKB=

DCLFLG

007302

DEV1
DEV%

010472
010474

DATCKM 0221
1
=
DC
= 000014
DCK

41649

8227

8272

6248+
6249+

6250%
6251%

6567
6570

7496%
7497+

7773+
7774t

6586

6590

659

7499«

7776+

6970

6972%

7545+

49874
498BBF

624;*
6243

6245
6245

6253

6582

6992’

Lo72n
414
427

55824

84594
8447
93

9148
4908
5954
9154
1

5940

6252+

834

6577

8407

8437

B4764
32670
72

84754

g#
31’ 8460
2250
gi
8429
i
i
8291 46124 46754
461
461

461

8?97
04n

46774

8396

8180

4849

55924
45614
L4498

6983

8041

7957

4989

DFPTBL 002130 6
AGMC= 000000

7109

7911

010476

010500

7310
7108

6586

55904
55874
44524
L4778

DEV4

552
7%650
72664

6980

DDCMRM 022131
02
DDC
= 000022
DDE
= 000010
DER_

DEV

7112
7096

6978

TMAAAAAAOAOAOON

CSRESE= 000033

41454

7006

L1494

7498«

8465
8445

7775+

8389

8501

8555

. L. GEL. GEL GIL YL UL UL YL UL UL UL TR TI M TR MM MmITmTMTITes

L1694
4149%

———— ——— ——— — — —

C$QI0 = 000377
CSRDBU= 000007

30-MAR-82 09:15 PAGE 27-5

CROSS REFERENCE TABLE == USER SYMBOLS

e e o

30-MAR-82 09:13

CZKMUA.PT1

MACY11 30A(1052)

CZKMUAO kMS11-BL PDP=11 DC%T

SEQ 182

B 15

474

020246

4950

DOW
DPLX

046

L6160
9255

DSR
DTEM

= 000010
020 gl

l.sggl
49

DUMEX

02622

DUM1

6156

TRINLRES 4

143;
150
1574
1663
15
7.
174
5310 6
316
32

633

021070
65112
1548

634

SSuaAIIIWAIWAW

DVEMé6
DVEM?7
DVEMS8
DVEM9
=
pvl
DVINEX
DVINIT
DVINS
DVIN1
pvl

' 70

4944

I b N N OO se5ee
=3
NNNOOONON
SN
v
S0 N
<
*

pvero
puens
DVEMS

020 5

4943
4946

VOO

DUM

02021
020230

Y
So
8

DPM
DQM

DNM

46024
4736
4920

DMSGCT
DMUNKN
DMVM

"1~!§pwu~5;5-uu

002150
020322
020316

002176

DMS

4H178

4744
4745
4746
4747
4748
6188
45270
4955'
l.s%
45264

VIS VAUINO NSO

DMCO10 020606
DMCO11 020641
DMCO12
020663
020705
DMCO13
DMC377 020744
025057
DMFMT
53
DMPE =
020255
DMPM
00(
DMPQ =
DMPS = 000u

vt
e O NN GO “N&z
002
BB N=NO
ROG= :rncfi:gyg VNS
S
Qoo
A
N

0551

DMC00

4741
474

$9%0
%

7539

7782

55404

8686

(o
-]=]

020461
8505"

R
4733
4740

i’y

DMCO0S
oncoog

S8
e
0§0§6
DMC00
DMC004 020420

6131
6130

&S\

L7360

84134
oo~

4957
L7480

DMCIND

ozo§s1
DLVM
DMCEND oog 28

s&bbbb
o Yn S o®
N
4 2% SILIINOLCR

4945
8392

AT VITLRLY

020225
043116

30-MAR-82

09:15

PAGE 27-6

CROSS REFERENCE TABLE == USER SYMBOLS

DLM
DLTXRX

MACY11 30A(1052)

-b

30-MAR-82 09:13

CZKMUAO KMS11-BL PDP=11 DCLT

CZKMUA.P11

SEQ 183

c15

CZKMUAO KMS11-BL PDP-flogC%T
30-MAR-82

CZKMUA.P1

09:13

668

4444

677
689
7

DVM S 202;2
044474

4954
397

8875&

48084

%745gg
DVRXA
DVRXQ

48890
8156

DVIN3
DVING
DVIN

DVOUTS

DVRCC

gwg

440

9320 6

39090

48014

MACY11 30A(1052)

CROSS REFERENCE TABLE == USER SYMBOLS

6794
86954
692
91a

55274

87 on
9894

8173

417«

8172
152+ 8564

87884

8067+

8093+

8154+

%g;
41

164

DVICC

007166

DVTREX
DVIRX1
DVIRS
DVIRG
DVTR4GA
DVTIR4B
DVIRS
DVIRSA

045306
045300
044666
045066
045146
045170
045176
045256

8934
8943
8875
8886
8921
8928
8919
8936

89484
8974
88834
39180
9294
39 g‘
93
894N

DVTXRX 044
020270
DZM
ECHO = 0000

8168
4955

84
55284

DVICT

DVTXA

007170

007164

ECHOB = 000004
EDABO
EDDCK
EDDDE
EDDER
EDDLE
EDDVI
EDEOP

EDRXC
EDRXQ@
EDTXC
EDTXQ
EFMI
EFM2
EF .CON=
EF .NEW=
EF .PWR=
EF .RES=
EF.STA=
EMSGO
EMSG1
EMS
EMS
EMS
EMSGS

EMS
EMS
ENADD

016021
01560
01571
015565
015660
81 5632
015750
015724
8155 7
01551
01546
15437
1536;

1526
3g 6
g‘ G
G
37 6
06
2221
§
4
4
619

51
;647
222

48024

48004
45154

44354

4939
4%
4937
4932
4936
4933
4938
54304
4931
4930
4929
6922

4154

4138
43964
43964
43964
43964
439?'
46
4
4605
6609
460
6683

46
los‘l‘l
B174

SEQ 184

30-MAR-82 09:15 PAGE 27-7

8043+

8165'
5100

6590

54314
54254
54284
5424M
54274
54264
542

8095+

8186+

8415+ 8453

8559«

8204

8570
8205

8557+ 8569
8446

8517«

8441

8514+

8524

7907

8175

B442

8211

8422+

7891

7902

8309

8318

8214+

8219

8222

572«

8573«

8797

8572

8796

8944+

276

8321+

8525

8881

8880

8929+

8896

8522

8295

5663
6932
69

6347

B454

8424

821

&
54224
54214
4

6978
6976
46304
46324
4634H
46
L6420
46478
46514
6225‘

182«

T7786%

8567

88744

8930+

8945+

D15

MACY11 30A(1052)

CZKMUAO kMS11-BL PDP=11 DC

0313117
ENDIT
=
E
EOP

19
1
9
6539
147
4490

6223

62824

9?% -

g?;g.

7318

7985+

8294+

8895

8909

8926

8941

9067

9121

8097
8201

8200
8217

6237
6237

6260
6261*

5690
5694

6245

6008

02574

ENDEVT

968

“S;‘

ERRCNT 007216

ERRY
E:g}

022366 6
8 é2¢ g

ERR9

022570

481 :

36568 83
684 29?

i
56

173

000100
=
. 000200 .

L4648
2;82:

8020
8044

01 709;
0170
017067
016743
819766

6917
4919
4918
542%
54

54654
34674
54

EVTADD 010434
EVIBCT 010436

49678
9684

owel
e
ERR8 8 %508 G
ERX
g{

EVMCTS
EVMDCD
EVMDSR
EVMOCG
EVMOHD

01 Ng
81710
017077
017107
017113

EVMOST
EVMRI
EVMRTS
EVMSQD
EVMTM

EVTEND

01027§

EVIF2
EVTF

gg
0116327

016341
16356
01“0g
01650
16609
1ng
007370

EVIF3C
EVTF
EVTFé4
EVIF4A
EVTFé4B
EVTF5A
EVILOG

7 B
0010426

i
EVIPTR
EVISEC

e
EXIT = geE5
EXITCL

ESLOAD=
FACSIM
FHDPLX

;wo

30-MAR-82 09:15 PAGE 27-8

CROSS REFERENCE TABLE == USER SYMBOLS

30-MAR-82 09:13

CZKMUA.P11

56844

54644
4921
49
49
49

984

2591
06
54694
54684
54704
54714

6234
6235

5685
5680
6271
8
g
5659

48974

A g

8908+

9027+

8201« 8207«
8200+
8449
B444» 8405+

8209
8519

8308+

8317«

8346

8660+

8218
8427

8388
B444

8561
8519

8935
8531

8920

6263
6263

6268+
6269+

6271
6271

6275«
6276+

6278
6278

6206

6214

7019

6205
6009+
6231

6221

7020+

8070
8097

6237
S44o8 g“

54504
54514
54524
545
4540
4554
4564
48

SEQ 185

6216

7022

8894+

an
em
en
ome
oo
oo
B
BE
B
00
9
kgg‘ll g 1 9 n 7;4;
v

731i'

41498

4227

650;'
485784

7861
7034+

0+
! g‘: 803
Zgg‘"
§367% £%ee

8044+
B%as

15
814 8120
8070+
BML R
RN, 8097«

170
8451

E15

CZOUAD KNSTISL

CZKMUA. P11

POP=11 DCLT
<82 09:

WACYTY S0ACI0S)

30-MAR-82 09:15 PAGE 279

CROSS REFERENCE TABLE =- USER SYMSOLS

FSCLEA= 000007

FSoHD = 000047
-

oNs.
Son. 891

8916

8669+

8789

8792«

8792

8874

76«

8885

8900

38
dor 4170
digor
7114
gus

7aN
4i

seg2

930

Se79
7346

sem
7357

sese

s666
9330

7383

seen
7394

s
7436

o ggn
sgsT
7546
7506

gos
8975

Z3;§
leon
7
7270
95264
9525

B0
§g§o
9276

s7§§?
9360

52668

5682
2888

5687
389

5691
2200

5695
73

5697
7306

5881
7546

6906
8or7

7114
8991

§? §; §g 1s geco. 8789
900030
FeAITo== 000040
FSBGN

8907+ 8912
GO0 SO
8990,
§%T6. §3U6s 803,

8561+

s31e

9128
98
a7

g%
7357

6o
Qeow

9361
4372

L1694

5697

7114

7320

7357

739%

7506

7546

L1497

5658

5660

5662 - 5664

5666

5668

5679

5682

5684

5687

5689

5691

41494

5857

5881

8975

8977

8989

L1498

7436

9;54

zggg

7600

7614

7527

7530

7533

7535

7542

7548

7550

7557

7566

7580

¥E

7503

7512

9976
418

7523

7962

60304
7025, 282
48374 2229
8306+ 6052
76490
745
74620

74574

74964

8353

8404

79914
75

835
53

8533
79554

8580

60%2

7514

383

79824

744
414
L1494
L1694

4146494
L1494
L1694

414694

deoe

2555
36

7514

8506

8409

8502

2%23‘ §8§§ ; ;? 7514 8383 8506 9274

4146494
L1694

L1694

F15

CZKMUAO KMS11-BL PDP-‘HogC%

CZKMUA.P11

30-MAR-82

09:

GSRADD= 000040
1
GSRADL =

416494
L1649

GSXFER=

L1694

MACY11 30A(1052)

30-MAR-82

09:15

SEQ 187

PAGE 27-10

CROSS REFERENCE TABLE == USER SYMBOLS

7011
9 gg

41494

9272

9273

9274

GSYES = 88%010

4169

7011

9255

9272

9273

9274

HELP =

§19 #4140

416

4209

4336

4256

657‘

4351

4365

4381
725
924

7283
9303

7301
9325

7322
9338

4229

429

8;
;
7532

432

874
7698

4541

8804

8964

5264
8973

5278
9258

5553
9285

5670

7036

6120«
6131+
8907

6130
6150«
8976

6148+
6184
9076

6149+
6186

6180

S664¥

56664

S5668%

5679

56824

56844

56874

5689%

56914

GSRADO=
HALFDB=

002090

HELPDC= 000000
HLP_

HLPEND
HLPF
HLPTAB
HLPO
HLP1

= 000005

003230
013037
003210
012761
013044

013057
013174

HLP.
HLP

HLP3A
013261
01 3302
HLPG
HLP4A
01336
HLP5
013“3
HLP6
01353
HOE
= 100000 G
= 010000 G
IBE
IDU
= 000040 G
= 000100
IE0
IER
= 020000 G

INDEX
007266
INDEXE 007270
ININT = 000001
030%76
INIT?
INTPRI 012 Sg
0122
INVEC

458;0

8688

7
: Sg

5619
7359

2004
;100
44894

2209

586
5012

L7240
53234
L7168
53228
4716

769%
910
7694
7495
53244

4719
4720
4721
47 §
47
43964
43964
L3964
45884
43964

53304
53314
SSS%
533
5334#

4717
4718

8693

Sglo
738

8605
5014

08
396

7108
7108

7109

7 gy
72814
72998
o
9$Z6l
6
4172‘

76104
72904
7 ;g'
7

73374

ISHRD = 888821
ISINIT=
1
ISMOD = 8%821

L1498
L1498
Q1698
41494
9%‘10
414
L1694

7114
93604

72704

ISPROT= 000040
ISPTAB= 000041
ISPWR = 000041
ISRPT =
1
ISSEG =
1

L1498
41494
41494
41494
L1498

69154

ISOU

= 000041

ISMSG =

fggs\'r =
=

I$SUB
ISTST =

0005

'513935

2}23‘
41494
L8

8923

6923
9202

6%
921

5233

5§72

5293

8674

*
7065+

43964
43964

9 99
438

53254
53294

6119+
5121+

= 000100 G
= 004000 G
ISAU_ = 000041
ISAUTO= 000041
ISCLN = 000041

891
430

7695

48394
48404
44584
2971
304
52284

ISR
IXE

6 7g
742

9754

gbg”

56608

7644
7436

69064

632’
74

7506

56624

8574 58814 89754 89774 8989 B899A
7546

9125

92244

615

0A(1052)

30-MAR-82

09:15

SEQ 188

PAGE 27-11

CROSS REFERENCE TABLE == USER SYMBOLS

JEINP =
KDPM

167
;

KEYWD1

KDZM

KRUN

7357

$i8"
7862+

115+
691+

9«
698«

73 1
77 00*

7529
7702«

7532
7706+

832

8906

8925

8940

9026

9065

5967

5978+

1
LCLKEN=
LDFIRM 0310
31
LGDVE
=
LIS
822766
LISCK
01
LISCKA
LISMOD= 0000
01456
LISP
LMDLOP=
00721
LNCNT

8578

5987+

312
LOGCMD 02
;2
O
OF

7986+

5969#
5963

(1]

7031

9145

NNN

8678

BBBBDDDDDDDDS
LS A A A A A A N S LS S

32
1
52
76

OHOHOHOHOHOHS

478

LSCLEA
L$CO
LSDEPO
LSDESC
LSDESP

oSSR
ViND

3343

§§.

SSRR 28888
RSNty

S S 30 33
LLS

LOGCML

7793«

W15

OO
OHOS

(-25

%;
mw

MACY11 30A(1052) 30-MAR-82 09:15 PAGE 27-12
CROSS REFERENCE TABLE == USER SYMBOLS
L2548

73464

52704

92414

L272H

69444
93594

NLaadi

wvisawnaw

(2121212122
(213

(=]
8888
SRNTES
S
B
O
ONS
S SSSES
REEXSYIS;34RODZ

ain

882
28238282
SS
52
SISRENFSESRR SANTgdd

oo~

CZKMUAOD KMS11
30-MAR
CZKMUA.P11

5697
72704

7375
76104
7546

SEQ 189

115
PDP-11
ogt%;
CZKMUAQ KHS11-BL
CZKMUA.PT1

3%
xS 88‘2°8 .

HAINTBB

_30-MAR-82

09:15

CROSS REFERENCE TABLE == USER SYMBOLS

7691
8676

10314
10276
10
007
0033
00000

7497

7507«

8879+
7773

IM=
MSGTRN

MSGTRU
MSGTYP

SEQ 190

PAGE 27-13

7248

HCENDL

MOBITE

MACY11 30A(1052)

015104
007226

48134

7774

7874+

7893+

7935+

7937«

7939+

7941+

7943+

7
85 2'

7872+
8579+

7877+
8686

7880+

7883+

7886+

7889+

7903

7846+

7848+

7851+

7563
7585

75N
7599

7597

7727

7967

7973

7486+

7751«

7819+

7838+

7840+

7842+

7844

7752

7849

7900
8344

5185+

CZKMUAO kMS11-BL PDP=11
CZKMUA.P11

13
30-MAR-82 09:

MACY11 30A(1052) 30-MAR-82 09:15 PAGE 27-14
CROSS REFERENCE TABLE == USER SYMBOLS
7455

P g g g g g g g g g g - g - g e g (e - g (e g (e g g g g g g g g g g g g g g g g g g $ g O O 4= 0§ O e e

AN AN AN AN NN AN A NN N IR N A A N A IR R A DA D IR R D A D N RN A NI NN NN IRINININAN

7014

SEQ 191

J 15

K15

CZKMUAD KMS11=BL PDP=11 DCLT

CZKMUA.P11

30~-MAR-82 09:13

NOD157
NOD16
NOD1
NOD161
NOD1
NOD163
NOD164
NOD165
NOD1
NOD167
NOD17
NOD1
NOD171
NOD1
NOD1

012110
1064g
1 1%6
0121
12160
01 194
012170
81%1 74
12200
024024
81 0644
24030
024034
024036
024052

51834
50254
gmn
1854
31860
1894
31904
1914
51964
60594
50264
60604
60614
60624

NOD175
NOD176
NOD1
NOD2
NOD20
NOD200
NOD201
NOD202
NOD203
206
NOD205
NOD206
NOD207
NOD21
NOD210
NOD211
NOD212
NOD213
NOD214
NOD i

024070
024072
024104
010512
010650
024103
02412
Oglo‘l cb
024132
024146
024150
024164
0241
01
024204
024210
024214
024216
024220
01

60654

NOD174

NOD.
NOD24
NOD25
NOD.
NOD27
NOD3
NOD30
NOD31
ng
NOD3
34
NOD35
MS’
NOD3
NOD4
NOD40
NOD41
NOD4
NOD4S
NOD44

024054

10700
10704
10706
010712
010726
10514
1873
1075
10754
10772
10776
11014
110
110
105
1104
1 10%
110
011076
011114

60674
50134
50274
606

60694
60704
60714
6075‘
60
60744
60754
50284
60764
144
60784
794
60804
50294

50304
50314
50354
50390
50374
50144
sogu
50394
50404
50414
gugz
04
50444
50454
gOlS’
829’
#
Q484
849‘
504

MACY11 30A(1052)

30-MAR-82

09:15 PAGE 27-15

CROSS REFERENCE TABLE == USER SYMBOLS

SEQ 192

L15
CZKMUAO KMS11-BL PDP=11 DCLY
30-MAR-82 09:13
CZKMUA.P11

30-MAR-82

(=] =

srasentes

09:15

PAGE 27-16

CROSS REFERENCE TABLE == USER SYMBOLS

aS8gERReR

f—

MACY11 30A(1052)

SEQ 193

~-“N—

5101

had

5122

5180

m15

MACY11 30A(1052)

€2 KMUAO KMS11-BL PDP
30-MARCZKMUA.PT1

09:15

CROSS REFERENCE TABLE == USER SYMBOLS

OO
b—b

ST FIIIIIDOOPLSPSR9SRCOCT322222228
=

30-MAR-82

SEQ 194

PAGE 27-17

Lal’alis)oe

NW&OZ“’

8506

szt

8512«

8516

8517

9071

9113

8508

8514

8515

8527

8529

8557

8558

8575

N15

000000
000000

PAS
= 00000
PASC = 00004
PASMOD= 0000
PASS1
002650
PASS
00%651
PASS
00 65
PASS4
00265
PCADD
007
PCK
014540
PCLKCT= 001609
PCLKEN= 000111
PCPM
015330
014550
PEC
041544
PLCK
041544
PLCK
041560
PLC
014557
PMS
014536
PNCK
01456g
PNEC
01455
PNMS
PNST
014525
PNT
= 001000
PRI
=
002000
PRIOR
40
PRIOO =
PRIOT1 =
1
PRIO2 =
14
PRICS =
PRIOG

PRIOG

09:15

PAGE 27-18

—

7109

R Bw

OSERRT=
OSGNSW=

£SNOON &

30-MAR-82

CROSS REFERENCE TABLE == USER SYMBOLS

NOo &

O$BGNR=

MACY11 30A(1052)

-b 00D=2 O NN

013924
Quvee
OSAPTS= 0080001
OSAU =

SIVER SVLIIINIIVL

046;1%

OUTH4

VIS =200 b b e o e e i e e \) d b
-—b b Y\ BBBBBBHHHN

CZKMUA.P11

S BOEDEBEDDEDE
S NO0

30-MAR-82 09:13

VIVINIGOWVI
S S S S S S S S
O

CZKMUAO kMS11-BL PDP=11 DCLT

7493«
8272
8198

7499
8389+
8215

7776

9013+

9057+

9112+

8501«

7891+

8555+

PRIOS =

=
=

PROTO =

PROT!

PSCNT
PST
PTREND

P?RE?Q

34
S
02?

14
14527
7108

PRIO7
PRNT

SEQ 195

7702

8342«

8345

7465

7561

75?77515«

7590

TMM

8041+

B 16

CIOUAD KNSTISBL POP-11 DCT
30-MAR-82 09:.
CZXMUA.PI1
PSCNT

003370

PSEXIT 027270
PSNNUF 003376

PSGDBD 003377
PSNUM

003372

ADX

003374

PSTREE 003364
02715
PSTRY
03716
PSTRS
QCOPY = 00001

L7788

6777+

6784

“r7or

6141

614

6036%
6639
G651
5159

6641
7519
66Tl
7803

77 3783
6945'
GjEdr 301 G0
U5
€31
4
7892+
32
7865+
é90
Lr86n

L7768
6039
ggaze
2495r

RPASS

007316

RPBASE
RPEXT =
.
RPLOG =
RPSWE =
RPSWF =

2¢skg

RPT

i
3

3°2‘,’2§
4
023222
RPTAA
RPTDCK
RPTODE
RPTDER
RPTDLE

5
0256
095376
095

GTIe

7932
6790

6TSe

G777

G778

G780+

6784x

6786e

856
8519

8789
8531

6676

807
26

8218
87

Bl
W31

89
B

€0%8e

7518+

7800+

7803+

7806

7897+

7900

7908+

7926

7929+

45814
43848
i385
ALY
45098
6114
€023

7074
901
9116

9191

4733
4268
S350
a6
a5
4758
4739
47
a3
arse
45630

6104
610
602
S357H
333
33308
33,08
33414
sz
3%
4910

7016#

8348

8350+

RHLPEN 003246
RHLPTB 003230
RHLPO
013632
013677
RHLP1
P2
013714
013747
RHLPS
014000
RHLP4
014032
RHLPS
014071
RALPS
014130
RHLP?
RI . = 000200

7
7

7ls
6782

800
E217

RAMO = 002000
= 000200
RDI_
= 000200
RDO
=
REC
RECMOD= 000031
REPLOG 025104
REPORT 023604

RMDLOP=
RNOTNF=

7516%

184

7sls
6754

B0
8200

007304
030552

808
6747%

152

BB
B01

QUALFG 003204

RESFLG
RESTRT

7786
6740%

148'

807
BISB

Golr
delr

003206

7780
6737«

6848+ 6853
6841%
8360
T8N 7859
6759 6797e T5i2e 7520
Gl4ds 6700w 670e 6713
09 6139e GI91e 7SI3e 752 76B5e 7707« 720n 7739e 7787
7950+

8070
Boor

QRX = = 000004
aTX = 000010
QUALVL

SEQ 196

WACYIY 30ACI05) 30-MAR-82 09:15 PAGE 27-19
CROSS REFERENCE TABLE == USER SYMBOLS

Lr1Se

8020
80i4

7578+

5042
62030
6888

7612%

7703

7797%

7815+

7816%

€975%
€998

69B7*
7004

7457
7012

4503 5185
4sir G0k

070

6O7S

6155
6064
6062
611

61770
6110
6106

7498

7506

7708«

7775

7932+

O 6239
80"
62264

6257

6265

6272

6280

GBSON
€979

QBe6s

9948

33
384

8135
6050
060
6066
6071
6073

458k

625

61
45550
43

49
4982
97
4981

62754
63684
%N
637k

7490«

C16

MACY11 3 0A(1052) 30-MAR-82 09:15 PAGE 27-20
CROSS REFERENCE TABLE == USER SYMBOLS

SCML
ggs%

024030
024036
024054
024220
024072
0241
024126
024150
024166
024216
020047
820102

20071
820036

0132
SECRM 0012202
SELO
SEL2

012206

SEL4
SEL6

012212
012216

020113
oP
SETET = 000060

l
g
015167
SHFO
SHF1
SHMSG

15225
14242

S SCSILST

8416

8435

8019

8095

8276

7976+

7977«

7993

6076

6077

60794

7074~

8647

8018

8069

8096

8183

8274

8648+

8650

8657

8675+

8678+

8891

8904

9014+

9019

7053«

8658

8674+

8892

8905

9025

9063

9114

9117

9127

9142

7057«
7061
9131

7075«
7076%
9184

;64 *
07
9189

8741
8673*

8795
8685+

8796+
8688+

8879
8693+

8880+
8695

918
8742+

9188
8797«

7529
7551
7796

786
779

7857

8468

RRwn

RX@

R10S
R11$
R12%
R125%
R13$
R14$
R15%
R16%
R17%
R30$
SCM
SCMD

8415
5979

-Dggo

046145
00715

04145

7706

8462

RX
RXPTR

axg‘civ

7536

91964

8456

—

02% 1
02 3;;
0222

91954
9190+

RXMTOT
RXM1
RXM2
RXNC

9188+
9189+

004400

RXIDM 852%19
7;09
=

—3

:XC

pEaens

RXBIT =

022175

VWAV
ViAW

RUNSBM

697?
62254

=
=

62344

4975
6222

VIV

RIS
RUN

VIS VIS S SNBSS0 S0
U0 O WVWNINON
wVior\WGown & NS

CZKMUAD KMS11-BL PD:;}1085%;
CZKMUA.P11
3
RPTDSF
01044
RPTDVI
S &7
RPTECP
S
RPTIV
16;0
RPTMSB
575
RPTTXQ
532
RPTO
0 5516
RPT1
025204
0
=
RQl
RSELSG
54
6 58
RSEL6

SEQ@ 197

D16

CZKMUAOD KMS11=BL PDP=11 DCLT
30~-MAR-82 09:13
CZKMUA.P11
SHOW =

SHTAB 00; gs
SHTEND 003331

SHTYPO
SHTYP1
SHTYPZ2
SHTYPS
SHTYPG
SHTYPS
SNTYP?
SHTYP?
SHTYTB

SIZE

14;52
014
014 1;
01431
0143264
014
1433
014345
003302

026650
= 000012

0201264
SMSC
= 040000
sab
020025
SRxQ
007220
STADD
030352
START

STATB = 000001
STATUS= 000016
STXC
sTX@

SVCGBL=

020014
020003

SVCINS= 000001

27
;96
4752‘
776
L7568

7549

7766

7691

6255
449%#

7500
7800

7777
7806

448

6750
4758
475
4750
4750
4750
4750
4750
47508

55104
45648
55034
48164
6977
44338
44984
55024
55014

AUV
5693
L1498
5680
5992
6264
6758
6992
7098
741
75
8407
8991
9274

svcsus= 000001

414

SVCTST= 000001

41498

53464
g 474
80
53494
53504
5;51#
5 Sg‘
S;S
7769
25670
5157
4911
5931
6338
9874
598
5098
5926
5921

Y|
5857
4L155@
5681
6028
6245
6799
699
7108
7455
7695
75
18

279

41574

6582

7914

4227
6874
4227
5682
6036
6263

4256
6915
4254
5685
6042
6271
6973
7006

6998
7109
7495

7769
8506
902

L1698

43188

030340
030414
030464
03053;
01477
TABEX
= 000g05
TAL
TALCK
043544
TALMOD= 000035

6981
699
699
7007

46154
6275
45134

69834
69974
7
7g140
7565
7889
5004
5031

007244

435%'

5922+

SSLSYM= 010000
s1
%
S

TCURAD

TEMP

007176

72708

4B0SH

5996+
6581+

7112
7502
7810
8556

9359

4318

416497
7011

4272
6946
4272
5686
6047
6278
6976
7007

5270
7281
5270
5687
6103
6291
6977
7011

7310
7522
961
8895
9176

566
738
5660
569
6188
6344
698
703

7320
7526
8295
8899
9226

666
8975
3663
5695
6208
6981
7086

7337
7346
8309

9241

8989

9241

93594

5697
6226
6
6983
7085
7357
7556

5881
6231
6578
6
70
3
7565

6237
661
6991
7087

9255

1
9272

8977
9273

8318
8926

7585

5682
7514

5687
8383

5691
8506

5695
8977

5881

60
9226

6
9276

6644

56684

56824

S6B7F

56914
85

56954

89778

58814

39914

60344

70114

7576

7747+

5945+

5954+

5958+

592 *

5966

73374

73738

579
8528

8530

7479

7571

5998
321

7270
7506
7905
8652
9121

5290
5690
6143
630
697
7014
7290
7514
7949
té6l
9:25

5658
7346
5659
5691
6179
6340
6979
7031

566
7410

72904

58%7'

7114
7503
7835
8574
970

5290

5664
7373

7436

5997«
8284*

7740

5660
7337

L1568

7476%

7721

7780«

4159
7270

SVCTAG= 000001

SEQ 198

MACY11 30A(1052) 30-MAR-82 09:15 PAGE 27-21
CROSS REFERENCE TABLE == USER SYMBOLS

5932«

9;4 *
15«

74104

5936*

9344
7768+

75144

5940+

388*
776

83834

389+
820

6390
7821+

$429*
7825

94 *
82

9224k

3436
189+

92764

5979

6569
8190+

5995

6578
819

E 16

SEQ 199

30-MAR-82 09:13 oo Sggéggs%EFEgENCE TABLE == USER SYMBOLS
)

ZKHUAO KMS11-8BL _PDP=11 DCLY
CZKMUA.P

P11

TEMPT

007246

TEMP2

007250

_30-MAR-82

09:15

PAGE 27-22

5944

5953«

595778

5961+

6188

6438

3451

oauom

&HH VO
VHOSHONWO

—000O

unow

6578

§4ss9016

625'
6.

8525'

8289+
9063+

8905+
9161

A%
0
O

k-3

8922+

182+

9015+

eH=o

592+

8569+

Vit
-0

Q0 —

~ 0o

P31
wy

TEMP4

VR LR

»>

007252

TEMP3

> =000
0o\
o SO
=2NWWNO

=22

5997

9068

8878

6699

TTL
TTL
T707TCC
TXBUF
003400
=
X
TXMTOT
TXNC
02225

73 009176
0%

6389

6391+

7462+

7553«

7554

7575

7582«

6709-

6712

6732

6793

6811

6832

6856

6813

6834

6860

7742+

7959

8043

8067

6710

6715

6734

6798

6733

6794

6812

6833

9183+
9196'
8676

21934
91944

7463+
7476

7553
7746

7538
8436

7575+

7743+

7482+

7560+

7562

7577+

7738

7583

8093

7611

F 16

CZKMUAO kMS11-BL PDP=11 DCLT

CZKMUA.P11

30-MAR-82 09:13

1504
151
00715

487
80424
L7946

= 000000
TMQ
TSARGC= 000001

L6463
4 25‘

TXONLY
TM
TXPTR

T$CODE= 00303
TSERRN= 00002

7745

714
70844
78104

60344
L1694

91764
344
56974
L1654
344

TSEXCP= 000000
TSFLAG= 000040
TSGMAN= 000000
TSHILI= 000007
TSLAST= 000001
TSLOLI= 000004
TSLSYM= 010000

L1694
60344
;}ggl

TSLTNO= 000001
TSNEST= 177777

93594
L1694

S6874

72814
9224M

TSNSO = 000000
TSNS1 = 000004

L1704
L2724

T$NS2 = 000010
T$SPTNU= 000000
T$SAVL= 177777
T$SEGL= 177777
T$SUBN= 000000
TSTAGL= 177777
TSTAGN= 010024

89754
L1694
L1694
L1469
L1494
L1469
;}g?z

TSTEMP= 000000

L254m
69214

TSTEST= 000001
TSTSTM= 177777

5691
72994

75464
L1490
L1694
5690
6188
6344
6991
112

7514
794?

T$TSTS= 00000
T$SAU= 010017
TSSAUT= 010014
T$SCLE= 010015

3554

L1494
73834
73 1"
72994

MACY11 30A(1052)

30-MAR-82

09:15

SEQ 200

PAGE 27-23

CROSS REFERENCE TABLE == USER SYMBOLS

8065

652

56674
61434

pa5h

79490

531+
094

7569+

7574+

7744+

56854

56944
62374
66164
75854

59924
62454
97960
6954

92630
0144
77694

88954

89414

90674

91214

6533
56814
61884
93440
5224
84034
92554
86614
92724
75064
85064
92724
92724
5682
9224

75464

5695

7290

56664
69064
74364

72704

56794
6921
92414

5684#

8991#

56894
7290

G 16

CZKMUAOD KMS11-BL PDP=11 DC Lg
30-MAR-82 09: 1
CZKMUA.PI

MACY11 30A(1052)

30-MAR-82

09:15

PAGE 27-24

CROSS REFERENCE TABLE == USER SYMBOLS

SE@ 201

CRSRRSASSE
g%ees

3 & I ERSA R IR s3 2

e Ry B 3

79‘6556“57“‘888889‘555555555 VO NNANO

2KMUAO KMS1 IMPfl 1 DC%T

-82 09:13

CZKMUA.P1
BCOMPL

BERROR

BGNAU
BGNAUT
BGNCLN
BGNDU
BGNHRD
BGNHW
BGNINI
BGNMOD

BGNMSG

BGNPRO

BGNPTA

BGNRPT

BSNSEG
BGNSET
BGNSFT

158

CLOCK

CLOSE
CLRVEC
COMMEN
DELAY

DESCRI
DEVTYP
DISPAT
DI
DOCLN
DODU
DORPT
ENDAU
ENDAUT
ENDCLN
ENDCOM
ENDDU
ENDHRD
ENDHW
ENDINI

41494

6915

L1498

6874

41494
41494
Y
41498

5857

41494

1064

4170

5658

MACY11 30A(1052)

30-MAR-82 09:15 PAGE 28

CROSS REFERENCE TABLE == MACRO NAMES

6979

6984

7503

5662

5666

5679

5684

8975

8989

7032

1144

41494

152#
1614
1a§z

4149#
41494
L1494

2664

41494

6981

6992

6998

7007

41494

8652

8899

9018

9070

501
5026
5044
S066
5085
5129
5146
5165

5012
5027
5045
5067
5086
5130
5147
5168

5013
5028
5046
5068
5087
3131
5148
5179

5014
5029
5047
5069
5098
5132
5149
5180

5015
5030
5048
5072
5099
5133
5150
5181

5016
5031
5049
5073
5100
5134
5131
5182

6075
41498

6076
6991

607
6997

6078

6079

6080

L149%
L1698
L1498
41494
4164984
41494
L1494
41494
41494
41494
41494
41494
L1698
416498
4149

5290
5270
4254

1448

2704

cLI

7383
7281
7299
7346
9241
4272

984

BNERRO

BRESET
CKLOOP

41494
L1494
L1498
L1498
L1498
L1698
L1459
4149

41690

3#
1"
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19
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6977

BGNSRV
BGNSUB
BGNSW
BGNTST

BNCOMP

4149%

274%

41494

2788
2824

41494
41494

6059

6060

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5025
5043
5065
5084
5128
5143
5166

6074
2868
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3228
4
1

768
SH
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4014
4134
4254
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4658
G758

L1494
L1494
L1494
41494

7436

6061

6973
7410
7;99
733
7373
927
431
727

SEQ 202

H 16

606;

7087

6063

6064

6065

5689

5693

5017
5035
5050
307:
5131
5135
5152
5183

5018
5036
5051
5075
5116
5136
5155
5184
&067

6066

5019
5037
5052
5076
5117
5137
5156
5185

6068

5020
5038
5056
5077
5118
5138
5157
5186
6069

5021
5039
5057
5078
5119
5139
5158
5189

6070

5022
5040
5058
5079
3121
5140
5159
5190

6071

5023
5041
5059
5082
5122
5141
5160
519

6072

5024
5042
5060
5083
5125
5142
5163
51
60

116

CZKMUAOD KMS11=BL PDP=11 DCLT
30-MAR-82 09:13
CZKMUA.P11
41494

9368

6921

2413
58
S684

4149%
L1454
L1698
L1494
L1498
41494

5964
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168
7184
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41494
L149K
41494
L1498
L1494
41494
L1494
L1494

ENDMOD

4B7#

ENDPRO
ENDPTA
ENDRPT
ENDSEG
ENDSET
ENDSFT

128
%9'

ENDMSG

ENDSRV

ENDSUB
ENDSW
ENDTST
EQUALS
ERRDF
ERRHRD
ERROR
ERRSF

S804

5682

5687

5691

5695

8318

8661

8895

8909

8926

7114

7320

7357

739

7506

7546

6034

7011

7514

8383

8506

L1498

9272

9273

41498
41498
41494
41494
41490
416494
41494
41498
41494
L1498

9255
4227

70114

75144

83834

85064

71144

73204

5668

8977

8309

5697

41498

41494

566

6906

5881
9;24
4396
8407

41494

8295

7668

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9125

F
GETBYT
GETPRI
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GMANIA

8104
8%2‘
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8294
8394

41494
L1494
L1494
41494
41490

GPHARD

8684

ERRSOF

ESCAPE

ERRTBL

Eél'l’

GMANID
GPRMA

GPRMD

GPRML
HEADER

INLOOP
IOSETU
JIOSTAR
KT11
LASTAD

7344

718

84BN

87648

9034

9348
954%
9628
9664
9744

11478

MEMORY

11628
11664

MSCHEC

1188

MSBYTE

MSCNTO

21828

MACY11 30A(1052) 30-MAR-82 09:15 PAGE 28-1
CROSS REFERENCE TABLE == MACRO NAMES
5664

41698

41494

L1698

41494

41498

41494
L1498

SEQ 203

6034x

8941

9028

9067

9121

9176

92738
S6904

9274A
56944

59894

59924

60;80

9274

9359
7502

L2274

S697#

gom
56594

70114
56638

75144
S6674

73574

23830
5680

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2506!
56814

735064

92554
56854

75464

92724
56890

60424

revas
gisas
jooas
josse
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Gates
G0
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el
eloms
surs
03#
95;2‘ 2%;8 9556' 7222: %sg S99 7692‘ 76954 981 Or 78354 79054 7945 79614

S8B14 69064 69214 72704 72904
S6954
56914
S6874
56824
56684
g”‘
22699070'
2%;’
mMEAEAR 3050878 fizgz
9960 992554 92724 9%7 92744
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21704 41494
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J 16

MACY11 30A(1052)

CZKMUAO kMS11-BL PDP=11 D T
30-MAR-82 09: 3
CZKMUA.P11
9 91254

MSEXSE
MSEXTJ

2022¢
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56974
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73820
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19384

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18778

19028

58574

6047#
69808
70854
76954

41494

8991

L1498

73738

4149

4149#
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L1698
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76108
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74108

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417
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173900

L1498

43184

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18944

41494

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20264

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70114

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92614

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7114

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70114
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PAGE 28-2

%’720 92738 92744
g“ 70114 75144 ’ g;lL4 ; 064
15464
bs

41498
108
41494
21014

L1498

09:15

CROSS REFERENCE TABLE == MACRO NAMES

MSEXCP

MSESCS

30-MAR-82

SEQ 204

K 16

75994
i
5
H
1L 63%”

5854

75564

S8
5854

67964
75994

MSRAD1
MSRBRO

8383#

92554

92724

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56624
89754

S679%
92414

5684H

56644
59924
62
9764
1084
75024
79494
8899

60344
62784
9804
1124
75148
8295
8926

56804
60424
62914
698
711464
75224
8309
8941

56644
60284
62714
69784
71094
75224
83094

0428
62914
9834
11448
75468
83834

56804
60474
63064
69914
72704
75564
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0424

56804
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69834

39910

5017
5035
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5076
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5029
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313
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6078

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5063
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133
150
3181
6094
6079

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62914

71144
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83834
284
716
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60284
62784
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79054

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0964
79054

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MSPUT

MACY11 30A(1052) 30-MAR-82 09:15 PAGE 28-3
CROSS REFERENCE TASLE == MACRO NAMES

OrCOWVVN =2~

CZKMUAO kMS11-BL PDP=11 DC fl
30-MAR-82 09:
CZKMUA.P11

L 16

CZKMUAO kMS11-BL PDP=11 DCLT

CZKMUA.P11
OPEN
POINTE

PRINTB

30-MAR-82 09:13

11714
11764

1239#

PRINTS

1279%
6758
7769
13194

READEF

1403#

PRINTF

PRINTX
RE
RFLAGS

1359#
13994

. ABS.

16164
16204

046552

ERRORS DETECTED:

41494
41454

5663

5667

568

04
086

6028
7085
7949
6231

6237

6976

6978

6980

6933

7112
7096

7310
7108

7109

7114w

7320

L1649
4149%

41498

CROSS REFERENCE TABLE == MACRO NAMES

9992
7084
7905
6226

41494

41494
4149%

L1454
41454
41488

16124

5659

5989
7014
7835
6208

1653:
14
14528

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4149%4
796
810
4149%

L1494

141
1418%

XFERF
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SETPRI
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SLASH
STARS
svC

41498
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MACY11 30A(1052)

7006

4149

S697%

000
0

CZKMUA.BIN,CZKMUA.LST/CRF=SVC34R.MLB, CZKMUA.P11

RUN-TIME: 27 34 & SECONDS

RUN-TIME RATIO: 75/65=1.1
CORE USED: 20K (39 PAGES)

SEQ 206

30-MAR-82 09:15 PAGE 28<4

7961

7357

5681

5685

8403

8475

7394

9067
455
6244

568

5690

5694

14
522

6179
7526

6188
7556

340
565

6344
7585

6346
7599

6386
7695

6245

626

6271

6278

6291

6306

6578

6616

75064

75464

103
495

8574