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AH-F599C-MC

July 1984

268 pages

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Document:	CZCLMC0 DMV11,DMP11 DMP-DMV11 DCLT JUL 1984 bw
Order Number:	AH-F599C-MC
Revision:	000
Pages:	268
Original Filename:	CZCLMC0__DMV11,DMP11__DMP-DMV11_DCLT__AH-F599C-MC__JUL_1984_gray.pdf

OCR Text

OMF DMV 11 DCLT

CZCLMCO

ULt

EnEnRag

OMP11

CZCLMEO

CZCLMCO DMP/V-11 DCLT

MACRO V05.00

Thureday 22-Mer-84 16:24
.TITLE

29
30

Pege 2

SEQ
1

CZCLMCO DMP/V-11 DCLT

IDENTIFICATION
PRODUCT CODE:

AC-FS97C-MC

PRODUCT NAME:

CZCLMC DMP,DMV-11 DATA COMM. LINK TEST

PRODUCT DATE:

MARCH 1984

MAINTAINER:

MERRIMACK DIAGNOSTIC ENGINEERING

AUTHOR:

BRUCE LUMRS - BRUCE RIBOLINI

THE INFORMATION IN TMIS DOCUMENT IS SUBJECT
TO CHANGE MWITHOUT
NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL
EQUIPMENT CORPORATION.
DIGITAL EQUIPMENT CORPORATION ASSUMES NO

RESPONSIBILITY FOR ANY ERRORS THMAT MAY APPEAR IN THIS DOCUMENT.
NO RESPONSIBILITY IS ASSUMED FOR
SOF TWARE ON EQUIPMENT THAT IS NOT
AFFILIATED COMPANIES.

THE USE
SUPPLIED

OR
By

RELIABILITY OF
ODIGITAL OR ITS

COPYRIGHT (C) 1981,1984 By DIGITAL EQUIPMENT CORPORATION
THE FOLLOWING ARE TRADEMARKS OF DIGITAL EQUIPMENT CORPORATION:
DIGITAL
DEC

POP
DECUS

UNIBUS
DECTAPE

MASSBUS

%|
CICIMCO MP v

11 DCL
T

MACRO v05.00

Thursday

22 -Mer-84

16:24

SEQ
2

Page
3

REVISION HISTORY:
DATE

14-JAN-81

BRUCE RIBOLINI

26-0CT-81

ERNIE COOPER

MARCH

ERNIE COOPER

1984

ORIGINAL ISSUE, DCLT FOR THE
ADD

"SET E=T COMMAND"

ADD - ID OF DEVICE REQUESTING
DOWNL INELOAD .,
ADDED NEEDED PATCHES.
GENERAL CLEANUP AND ENHANCEMENT
OF DOCUMENT.
ADD FIXES TO CORRECT
‘DISCONNECT* ERROR.

D1
MACRO v05.00

Thursday 22-Mar-84 16:24

Page 4

e e
O
VB W

GENERAL INFORMATION

MRRRNG
VB W-

OPERATING INSTRUCTIONS
COMMANDS
SWITCHES
FLAGS

TABLE OF CONTENTS

PROGRAM ABSTRACT
SYSTEM REQUIREMENTS

RELATED DOCUMENTS AND STANDARDS

DMP USERS MANUAL EK-DMP11-UG-001
DMP TECH MANUAL
EK-DMP11-TM-001
DMV USERS MANUAL EK-DMV11-UG-001
DMV TECH MANUAL
EK-DMV11-TM-001
XXDP+ USER'S MANUAL (CHQUS?.SEQ WHERE ? IS THE REV. LEVEL OF
THE MANUAL - "C" IS THE CURRENT REV.).
=

CICLMCO MP/v-11 DCLT

DIAGNOSTIC HIERARCHY PREREQUISITES

4
SEQ

F1
CZCLMCO

MP -V -11 DCLT

MACRO V05.00

Thursday 22-Mar-84

THE GOAL OF THE DATA COMM.

16:24

Page 5-1

LINK TEST PROGRAM IS TO TEST THE

COMMUNICATION LINK AND THEREFORE ASSUMES THAT THE CPU'S,
CLOCKS, AND DMP,DMV-11'S AT EACH END OF THE LINK HAVE
ALREADY BEEN TESTED.

IF NO LINE OR REAL-TIME CLOCK IS FOUND, THE PROGRAM WILL CONTINUE
BUT ANY OF THE PROGRAM THAT TIMES THE DEVICE WILL HANG IF THE
DEVICE TIMES OUT.
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 DMP,DMV-11, BUT TO TEST THE COMMUNICATION LINK TO

WHICH THEY ARE CONNECTED.

SOME OF THE DIAGNOSTICS THAT COULD BE RUN IF THE DMP,DMV-11

LOOKS BAD:

CZDMT - FUNCTIONAL DIAGNOSTIC FOR DMP,DMV-11
FOR DMP:

FOR DMV:

1.5

CZDMP
CZDMQ
CZDMR
CZDMS

8207
8207
8203
8203

STATIC
STATIC
STATIC
STATIC

@1
#2
@1
@2

(PROCESSOR)
(PROCESSOR)
(LINE UNIT)
(LINE UNIT)

CVOMA
CvDMB
CvDOMC
CVDOMD
CVDME

MICRO PROCESSOR &1
MICRO PROCESSOR #2
LINE UNIT o1
LINE UNIT @2
LINE UNIT @3

ASSUMPTIONS - RESTRICTIONS

IT IS ASSUMED THAT THE COMMUNICATIONS DEVICE (DMP,DMV-11) HAS
BEEN TESTED USING THE PREREQUISITE 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.

SEQ S

G1
/v -11 DCLT
CZCLMCO OMP

MACRO V05.00

2.0

Thursday 22-Mar-84

16:24

SEQ 6

Page 6

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

THIS SECTION LISTS THE COMMANDS AND GIVES A VERY
(SUPERVISOR).
BRIEF DESCRIPTION OF THEM.
THE XXDP+ USER’'S MANUAL HAS MORE DETAILS.

COMMAND

EFFECT

START
RESTART
CONTINUE

START THE DIAGNOSTIC FROM AN INITIAL STATE
START THE DIAGNOSTIC WITHOUT INITIALIZING
CONTINUE AT TEST THAT WAS INTERRUPTED (AFTER tC)

EXIT

RETURN TO XXDP+ MONITOR (XXDP+ OPERATION ONLY!)

PROCEED
ADD

CONTINUE FROM AN ERROR HALT

ACTIVATE A UNIT FOR TESTING (ALL UNITS ARE
CONSIDERED TO BE ACTIVE AT START TIME

DROP

DEACTIVATE A UNIT

DISPLAY

TYPE A LIST OF ALL DEVICE INFORMATION

PRINT
FLAGS

ZFLAGS

PRINT STATISTICAL INFORMATION (IF IMPLEMENTED
BY THE DIAGNOSTIC - SECTION 4.0)
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

SWITCHES ARE TABULATED BELOW WITH A BRIEF DESCRIPTION OF EACH.
IN THE DESCRIPTIONS BELOW, A DECIMAL NUMBER IS DESIGNATED 8y “DDDDD*“.
SWITCH

EFFECT

/TESTS:LIST

EXECUTE ONLY THOSE TESTS SPECIFIED IN
THE LIST.
LIST IS A STRING OF TEST
NUMBERS, FOR EXAMPLE - /TESTS:1:5:7-10.
THIS LIST WILL CAUSE TESTS 1,5,7,8,9,10 TO

/PASS : DDDDD
/FLAGS:FLGS

BE RUN.

ALL OTHER TESTS WILL NOT BE RUN.

EXECUTE DDDDD PASSES (DDDDD = 1 TO 64000)

/EOP :DDDDD

SET SPECIFIED FLAGS.
FLAGS ARE DESCRIBED
IN SECTION 2.3,
REPORT END OF PASS MESSAGE AFTER EVERY

JUNITS:LIST

TEST/ADD/DROP ONLY

EXAMPLE OF

SWITCH JSAGE:

DDDDD PASSES ONLY,

(DDDDD = 1 TO 64000)

THOSE UNITS SPECIFIED

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

H1
CZCLMCO OMP/Vv-11 DCLT

MACRO Vv05.00

Thursday 22-Mar-84

16:24

SEQ

Page 6-1

START/TESTS:1-5/PASS:1000/E0P: 100

THE EFFECT OF THIS COMMAND WILL S8E: 1) TESTS 1 THROUGH 5 WILL BE
EXECUTED, 2) ALL UNITS WILL TESTED 1000 TIMES AND 3) THE END OF

PASS MESSAGES WILL BE PRINTED AFTER EACH 100 PASSES ONLY.

SWITCH CAN BE RECOGNIZED BY THE FIRST THREE CHARACTERS.

FOR EXAMPLE,

TYPE

“/TES:1-5" INSTEAD OF

"/TESTS:1-5".

YOU MAY,

gELOUMI)S A TABLE THAT SPECIFIES WHICH SWITCHES CAN BE USED BY EACH

START
RESTART

CONTINUVE
PROCEED

TESTS

PASS

FLAGS

EOP

UNITS

X
X

DROP
ADD

DISPLAY

FLAGS
ZFLAGS
EXIT

2.3

X
X

%
X
X

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
IERs
IBE+

LOOP ON ERROR
INHIBIT ALL ERROR REPORTS
INHIBIT ALL ERROR REPORTS EXCEPT

IXE«
PRI
PNT

BOE
UAM
ISR
IDR

ADR

RUNTIME SERVICES COMMAND MODE

FIRST LEVEL

(FIRST LEVEL CONTAINS

ERROR TYPE, NUMBER, PC, TEST AND UNIT)
INHIBIT EXTENDED ERROR REPORTS ( THOSE
CALLED BY PRINTX MACRO'S)
DIRECT MESSAGES TO LINE PRINTER
PRINT TEST NUMBER AS TEST EXECUTES

"BELL” ON ERROR
UNATTENDED MODE (NO MANUAL INTERVENTION)
INHIBIT STATISTICAL REPORTS (DOES NOT

APPLY TO DIAGNOSTICS WHICH DO NOT SUPPORT
STATISTICAL REPORTING)

INHIBIT PROGRAM DROPPING OF UNITS

EXECUTE AUTODROP CODE

I1
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

Thursday 22-Mar-84

16:24

Page 6-2

LOOP ON TEST
EXECUTE EVALUATION (ON DIAGNOSTICS WHICH

LoT
EVL

HAVE EVALUATION SUPPORT)

+ERROR MESSAGES ARE DESCRIBED IN SECTION 3.1

YOU MAY
JAL FOR MORE DETAILS ON FLAGS.
SEE THE xXDP+ USER'S
SPECIFY MORE THAN ONE "LAG WITH THE FLAG SWITCH.
FOR EXAMPLE,
TO CAUSE THE PROGRAM TO LOOP ON ERRUR, INHIBIT ERROR REPORTS

AND TYPE A "BELL” ON ERROR,

YOU MAY USE THE FOLLOWING STRING:

/FLAGS:LOE : IER:BOE

2.4

HARDWARE QUESTIONS

WHEN A DIAGNOSTIC IS STARTED, THE RUNTIME SERVICES WILL PROMPT
THE USER FOR HARDWARE INFORMATION BY TYPING “CHANGE HW (L) 2“
YOU MUST ANSWER “Y” AFTER A START COMMAND UNLESS THE HARDWARE
INFORMATION HAS BEEN "PRELOADED"” USING THE SETUP UTILITY (SEE
CHAPTER 6 OF THE XXDP+ USER'S MANUAL).
WHEN YOU ANSWER THIS

QUESTION WITH A “Y“, THE RUNTIME SERVICES WILL ASK FOR THE NUMBER
OF UNITS (IN DECIMAL).

THE DMP,DMV-11
DATA COMM. LINK TEST PROGRAM WILL NOT USE MORE THAN
%LL’B‘éT.
FOR THE DMP,DMV-11 THE HARDWARE INFORMATION REQUESTED
& UNITS (D)

? 1<CR>

UNIT O
FULL DUPLEX OPERATION :

(L) Y

DEVICE CSR ADDRESS : (0)
160170 ?
INTERRUPT VECTOR ADDRESS: (0) 300 ?
INTERRUPT PRIORITY: (0) 5 ?
OPTION TYPE
0=DMP
1=DMv: (0)

0 ?
IS THIS A MULTIPOINT NETWORK: (L) N ?
IS THIS A CONTROL STATION: (L) N ?

NOTE:

THE QUESTION ABOUT CONTROL STATION IS ONLY ASKED
IF YOU ANSWER YES TO THE MULTIPOINT QUESTION.
WHEN YOU COMPLETE THE ABOVE SEQUENCE YOU WILL BE AT
THE DCLT> COMMAND LEVEL

THIS IS OCLT. TYPE "H” OR "2?" FOR DETAILS
MODE =ACTIVE/PASS=00001
/NOSTATUS/CHECK/NOECHO/NOMODEM
DCLT> (A)
?

SEQ 8

J1
CZCLMCO OMP/V-11 DCLT

MACRO V05.00

2.5

Thursday 22-Mar-84

16:24

SEQ 9

Page 7

DATA COMM. LINK TEST COMMANDS

THE “DCLT>“ COMMAND LEVEL FOLLOWS THE ANSWERING OF THE HARDWARE P-TABLE

%Eg;%mo

THESE COMMANDS CAN BE TYPED WHEN THE "DCLT> (A) 2" PROMPT

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

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 IS 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.

2.5.1 MESSAGE COMMANDS

COMMAND

CLEAR

DESCRIPTION

EXPECTLIST

ZERQES THE EXPECTLIST

(000'S)

AND THEN INITIALIZES LIST

ONE DEFAULT ITEP MESSAGE

CLEAR

TRANSMITLIST

FILLS TRANSMITLIST (000°'S)
AND THEN INITVIALIZES LIST

ONE DEFAULT ITEP MESSAGE

SET

EXPECTMSG=TYPE/QUAL
WHERE:

WHERE

DEFINE A MESSAGE TO BE PUT ON

“TYPE” IS:
=0NES
=ZEROES
=1ALT
=0ALT
=ITEP
=CCITT
=ALPHA
="A-Z,0-9,SPACES OR
THE OPTIONAL

"QUAL"

/SIZE =NNN

THE EXPECTED LIST

TABS IN QUOTES”

IS:

MAKE THE MESSAGE "NNN" BYTES
LONG. (DEFAULT VALUE IS
SIZE OF MESSAGE SPEC'D BY

OPERATOR OR DEFAULTS.)

iK1
/Y -11 DCLT
C2CLMCO DMP

MACRO v05.00

Thursday 22-Mar-84

/COPY =NN

16:24

SEQ 10

Page 7-1

COPY IHIS MESSAGE INTO THE
BUFFER "NN" TIMES (DEFAULT
IS 0 = PUT THE MESSAGE IN
ONLY ONCE)

NOTE: SET'S ADD MESSAGES TO THE LIST IN THE ORDER THEY'RE

THE FIRST SET
DEFINED. "MNN” IS A DECIMAL NUMBER.
OVERMWRITES 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

EXPECT=TRANSMIT

MAKES A COPY OF THE TRANSMIT

SET

TRANSMITMSG=TYPE/QUAL

DEFINE A MESSAGE TO BE PUT ON

LIST IN THE EXPECT LIST.
THE TRANSMIT LIST

(SEE DESCRIPT FOR SET EXP)
SHOW

EXPECTLIST

LISTS THE MESSAGE SIZE AND TYPE
FOR THE MESSAGES IN THE

EXPECT LIST

SHOW

TRANSMITLIST

LISTS THE MESSAGE SIZE AND TYPE
FOR THE MESSAGES
TRANSMIT LIST

IN THE

L1
CZCLMCO OMP /v -11 DCLT

MACRO V05.00

Thursday 22-Mar-84

16:24

Page 8

2.5.2 TRIBUTARY COMMANDS

NOTE: THESE COMMANDS ARE VALID ONLY IF IN MULTIPOINT MODE.
TRIB ESTABLISH=N,N,N/W

ADDS THE DECIMAL TRIBUTARY
ADDRESSES SPECIFIED IN N TO
THE TRIB LIST.

IF /W IS USED THEN PROGRAM
WILL ASK USER FOR POLL PARAMS

FOR ALL TRIBS THAT HAVE THE /W

SWITCH APPENDED. AFTER ALL
TRIB PARAM QUESTIONS HAVE
BEEN ANSWERED THEN THE PROGRAM
ASKS THE USER FOR THE GLOBAL
POLL PARAMS

TRIB KILL=N,N,N

TRIB SHOW

OR ALL

REMOVE TRIB ADDRESSES FOR THE

TRIB LIST IF”ALL” IS USED ALL
TRIBS ARE REMOVED.

LISTS ALL TRIBS IN THE TRIB
ADDRESS LIST.

SEQ 11

C2CLMCO GMP/V-11 DCLT

SE0 12

MACRO V05.00 Thursday 22-Mar-84 16:24 Page 9
2.5.2 STATISTICAL COMMANDS
....................

HELP

TYPES HELP INFO FOR OPERATOR

DuMP

SSSSSS-EEEEEE/B

PRINTS THE CONTENTS OF THE

MEMORY LOCATIONS BETWEEN
OCTAL ADDRESSES “SSSSSS” AND
"EEEEEE” WHMERE "SSSSSS” IS
THE START ADDRESS AND
“-EEEEE” IS THE END ADDRESS.

IF "-EEEEEE” IS NOT SPECIFIED
THEN THE CONTENTS OF

“SSSSSS”

IS PRINTED IN WORD FORMAT.
THE

"/B" IS OPTIONAL.

DEFAULT IS PRINT WORDS
"/B" CAUSES PRINT BYTES

NOTE:

THE DUMP COMMAND IS USEFUL FOR EXAMINING
MESSAGE DATA.

STARTING ADDRESSES CAN

BE FOUND BY LOOKING IN THE EVENT LOG.

N1
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

Thursday 22-Mar-84

16:24

SEG

Page 10

DESCRIPTION

STARTS DCLT EXECUTING IN THE

RUN MODE =MTYPE/QUAL

MODE SPECIFIED

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

EACH TIME A RUN IS TYPED

WHERE THE “MTYPE” IS ANY ONE OF THE FOLLOWING:

=ACTIVE

(FORCES /NOECHO ,NO LOOPING)

=RECEIVE
=LISTEN

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

=PASSIVE

(FORCES NO LOOPING)

=TRANSMIT
=TALK
=DOWNLINELOAD

(FORCES /NOECHO ,NO LOOPING,
(FORCES /NOECHO ,NO LOOPING,
(FORCES /NOECHO ,NO LOOPING,

/NOCHECK)
/NOCHECK)
/NOCHECK)

(FORCING NO LOOPING MEANS IT MUST BE
SPECIFIED AS A QUALIFIER ANY TIME ITS
DESIRED, THERE IS NO DEFAULT)
AND OPTIONAL “QUAL" IS ANY COMBINATION OF THE FOLLOWING:
ENABLES/DISABLES CHECKING OF RECEIVED
DATA AGAINST THE EXPECTED DATA

/CHECK/NOCHECK

NOTE: IF BOTH NODES IN ACTIVE AND "/NOCHECK" IS USED,
----- END-OF -PASS IS DEFINED AS RECEIVING THE SAME #
OF MESSAGES THAT IS CONTAINED IN THE TX LIST.
WITH NO DATA CHECKING, THERE IS NO WAY FOR DCLT
TO KNOW HOW MANY MESSAGES IT SHOULD EXPECT
TO RECEIVE.

/STATUS/NOSTATUS

ENABLES/DISABLES PRINTING OF PROGRAM
STATUS MESSAGES TO THE OPERATOR

/ECHO/NOECHO

ENABLES/DISABLES THE RETRANSMISSION GF
THE DATA RECEIVED IN PASSIVE MODE.
NOTE: THIS IS VALID ONLY FOR PASSIVE MODE.
IF THIS SWITCH IS USED THE TRANSMIT LIST
WILL HAVE TO BE RE BUILT.

/MODEM/NOMODEM

ENABLES/DISABLES THE REPORTING OF MODEM STATUS
INTERRUPT CHANGES.

NOTE: THIS SWITCH CAUSES NO ACTION IN THIS DCLT
PROGRAM BUT IT IS INCLUDED BECUASE IT IS USED
IN OTHER DCLT PROGRAMS.
/LO0OP=LTYPE

SPECIFIES WHICH, IF AMY, TYPE OF
MAINTENANCE LOOPBACK IS BEING USED.

CZCLMCO DMP/v-11 DCLT

MACRO v05.00

Thursdey 22-Mar-84

16:24

Page 10-1

(IGNORED IN MODES OTHER THAN ACTIVE)
MUST BE SPECIFIED EACH TIME ELSE NO
LOOP IS USED.
“LTYPE"

IS:

=INTERNALTTL

SETS THE LULOOP BIT IN BSEL1 IF DMP
AND IF DMV ENTERS MAINT LOOP AND
SETS THE INTERNAL LOOP BIT.

=CABLE

DOES NOT CAUSE ANY BITS TO BE SET OR
REQUESTS TO BE QUEUED, BUT MAKES FOR
A NICE BOOKKEEPING FEATURE. /L -CABLE"
WILL THEN BE SHOWN WHEN THE COMMAND

LINE IS TYPED AS A REMINDER OF WHAT
TYPE OF LOOPING IS BEING ATTEMPTED.
REMEMBER TO INSTALL ANY CONNECTORS OR
ENABLE ANY LOOP FEATURES THAT ARE
NECESSARY TO MAKE CABLE LOOPBACK
POSSIBLE.
THE FOLLOWING LOOP TYPES ARE NOT SUPPORTED BY THE DMV,

INCLUDING THESE LOOP TYPES FOR A DMV WILL MAVE NO EFFECT AT ALL.
=LOCALMODEM

ALSO CALLED ANALOG-LOOPBACK.
SETS MM1 AND DSR IN THE MODEM REG

THIS IS ONLY FOR RS449 MODEMS
*REMOTEMODEM

ALSO CALLED DIGITAL -LOCPBACK.
SETS MM2 AND DSR IN THE MODEM REG
THIS ONLY FOR RS449 MODEMS

/PASS *NN

SPECIFIES NUMBER OF ITERATIONS TO MAKE BEFORE
END-OF -PASS.
DEFAULT VALUE OF 1
WILL BE USED ON ANY RUN THAT A /PASS=N
IS NOT ADDED TO THE "RUN ..." COMMAND.

IF A »-1" IS TYPED, THEN THE PROGRAM

RUN UNTIL A ¢C IS TYPED.

NOTE:
-----

SEE SECTION 6.1 FOR A DESCRIPTION
OF THE "RUN MODES” AND "LOOP MODES"

EXIT
-

THE EXIT COMMAND RETURNS THE USER TO THE SUPERVISOR DR»

PROMPT AFTER PRINTING A SUPERVISOR END OF PASS,

SEQ

CZCLMCO NMP-v-11 DCL Y

MACRO V05.00
2.5.4

e
Thursday 22-Mar-84 16:24 Page 11

-, 15

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

COMMAND

DESCRIPTION

HELP OR ?

PRINTS HELP INFORMATION FOR RPT>

TSS NNN/SW

SHOWS TRIBUTARY STATUS SLOT INFORMATION
WHERE NNN IS THE DECIMAL TRIBUTARY ADDR
AND SW IS ONE OF THE FOLLOWING SWITCHES

ERROR
FULL

OFFSET=NN

INDICATES ONLY ERROR SLOTS ARE TO BE

PRINTED

INDICATES ALL TRIB STATUS SLOTS ARE TO
BE PRINTED

INDICATES THE TRIB STATUS SLOT WHOSE

OFFSET IS NN IS TO BE PRINTED.

GSS/Su

PRINT THE GLOBAL STATUS INFORMATION
SWITCHES ARE THE SAME AS FOR TSS.

LOG

DUMPS THE EVENT LOG

EXIT

EXITS BACK TO THE COMMAND LEVEL THAT
YOU ENTERED FROM.

[DCLT> OR DR>]

De
/v -11 DCLT
CZCLMCO DMP

MACRO V05.00

2.5.6

Thursday 22-Mar-84

16:24

Page

SEC 16

DEFAWTS

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

THE DEFAULT COPY AND SIZE FOR EACH OF THE MESSAGE TYPES:
ONES - /SIZE=64/COPY=0
ZERQES - /SIZ2E=64/COPY=0
OALT - /SIZE=64/COPY=0
1ALT - /SIZE=64/COPY=0
CCITT - /SIZE=64/COPY=0
ALPHA - /SIZE=65/COPY=0
ITEP - /SIZE=58/COPY=C
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/NOMODEM/PASS=1

IF THE DCLT PROGRAM IS RUN IN UNATTENDED MODE (UAM FLAG=1 OR CHAINED),
THE DEFAULTS ARE AS IF

THESE SETUP AND RUN COMMANDS WERE

TYPED:

SET TRANS=ITEP
SET EXPECT-ITEP

RUN MODE=ACTIVE/LOOP=INTERNAL /NOSTAT/NOECH0O/NOMODEM/CHECK/PASS=1
OTHER NOTES:

tC
<CR>
“RUBOUT

ALWAYS RETURNS YOU TO “DR>" (THE SUPERVISOR)
IS SEEN AS A COMMAND TERMINATOR
DELETE LAST CHAR. TYPED IN COMMAND STRING

CZCLMCO DMP/V-11 DCLT

MACRO V05.00 Thursday 22-Mar-84 16:24 Page 13
2.6 QUICK START-UP PROCEDURE

—

(XXDP+)

TO START-UP THIS PROGRAM:

1. BOOT XXDP+

2. GIVE THE DATE AND ANSWER THE LSI AND SOHZ (IF THERE
IS A CLOCK) QUESTIONS

3.
4.

TYPE “R NAME"”, WHERE NAME IS THE NAME OF THE BIN OR BIC

FILE FOR THIS PROGRAM

TYPE

"START"

S. ANSWER THE “CHANGE HW" QUESTION WITH “Y*

6. ANSWER ALL THE HARDWARE QUESTIONS.

THAT CAN DCLT CAN USE IS ALWAYS "1",

THE NUMBER OF UNITS

WHEN YOU FOLLOW THIS PROCEDURE YOU WILL BE USING ONLY THE

DEFAULTS FOR FLAGS.

THESE DEFAULTS ARE DESCRIBED IN SECTION 2.3.

7. AFTER THE “DCLT> (A) 2" PROMPT,
"RUN MODE =ACTIVE<CR>"

TYPE

WHEN YOU FOLLOW THIS PROCEDURE YOU WILL BE USING THE DEFAULT TRANSMIT
AND EXPECTED MESS/”GES. THE DEFAULT PASS COUNT AND “RUN" QUALIFIERS
ARE ALSO BEING USED.
THESE DEFAULTS ARE DESCRIBED IN SECTION 2.5.3.

Fe
CZCLMCO OMP/V-11 DCLT

MACRO v05.00

Thursday 22-Mar-84

16:24

Page 14

3.0 ERROR INFORMATION

3.1 TYPES OF ERROR MESSAGES

THERE ARE THREE LEVELS OF ERROR MESSAGES THAT MAY BE ISSUED BY
A DIAGNOSTIC: GENERAL, BASIC AND EXTENDED.
GENERAL ERROR MESSAGES
ARE ALWAYS PRINTED UNLESS THE “IER"” FLAG IS SET (SECTION 2.3).
THE GENERAL ERROR MESSAGE IS OF THE FORM:
NAME

TYPE

NUMBER

ERROR MESSAGE

ON UNIT NUMBER

TST NUMBER PC:XXXXXX

+WHERE; NAME = DIAGNOSTIC NAME

TYPE = ERROR TYPE (SYS FATAL, DEV FATAL, HARD OR SOFT)
NUMBER = ERROR NUMBER
UNIT NUMBER = O - N (N IS LAST UNIT IN PTABLE)
TST NUMBER = TEST AND SUBTEST WHERE ERROR OCCURRED

PC:XXXXXX = ADDRESS OF ERROR MESSAGE CALL

BASIC ERROR MESSAGES ARE MESSAGES THAT CONTAIN SOME ADDITIONAL
INFORMATION ABOUT THE ERROR.
THESE ARE ALWAYS PRINTED UNLESS

THE "IER” OR “IBE” FLAGS ARE SET (SECTION 2.3).
THESE MESSAGES
ARE PRINTED AFTER THE ASSOCIATED GENERAL MESSAGE.

EXTENDED ERROR MESSAGES CONTAIN SUPPLEMENTARY ERROR INFORMATION
SUCH AS REGISTER CONTENTS OR GOOD/BAD DATA.,
THESE ARE ALWAYS
PRINTED UNLESS THE "IER”, “IBE” OR "IXE" FLAGS ARE SET (SECTION 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:
cr

eesewessmessasse-

?2ILL CMD-BAD SYNTX?

A COMMAND WITH AN ILLEGAL CHAR WAS

2INCMPLTE CMD?

AOlRfiWIRD PART OF A COMMAND WAS LEFT

?NUM TOO BIG?

THE VALUE OF A NUMERIC STRING IN THE
COMMAND LINE WAS LARGER THAN 65535
OR 177777 OCTAL. ( > 16 BITS).

?BAD RADIX?

A “8"” OR "9" WAS TYPED WHEN AN OCTAL
STRING WAS EXPECTED. PROBABLY OCCURRED

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

WHEN TYPING A “DUMP"” COMMAND WHERE
OCTAL ADDRESSES ARE EXPECTED.

?2“L0O0OP” VALID ONLY IN ACTIVE?

THE "/LOOP=,.” SWITCH WAS TYPED IN A

RUN COMMAND BUT THE MODE WAS NOT SET
MAINTENANCE LOOP IS ONLY
TO ACTIVE.

SEQ 18

Ge
ZCLMCO DMP/v-11 DCLT

MACRO V05.00

Thursday 22-Mar-84

16:24

POSSIBLE
ACTIVE,

?2"ECHO” VALID ONLY IN PASSIVE?

SEQ 19

Page 14-1

THE MODE OF OPERATION IS

THE “/ECHO" SWITCH WAS TYPED IN A
RUN COMMAND BUT THE MODE WAS NOT

SET

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

+AYING TO DEFINE THE CONTENTS OF A
TRANSMIT OR EXPECT MESSAGE WAS NOT
A "A-Z,0-9,SPACE OR TAB”. RETYPE THE

COMMAND WITH ONLY THESE CHARACTERS

BETWEEN QUOTES.

2"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 SIZE WILL BE USED.

?2TRIB CMDS ILLEGAL IN PT-PT MODE?
A TRIB COMMAND WAS ISSUED AND THE MODE
DEFINED BY THE HARDWARE P-TABLE WAS
POINT TO POINT. IF TRIB COMMANDS ARE
TO BE USED PROGRAM MUST BE STARTED

AGAIN WITH THE MODE SET TO MULTIPOINT

2TRANSMIT AND EXPECT LIST MUST BE IDENTICAL FOR LOOP?
IF RUN COMMAND WITH "/LOOP/CH” IS¢ TYPED
TRANSMIT AND EXPECT LISTS MUST BE

EQUAL. USE “SE E=T" COMMAND.

2TRIB ADDRESS= XXX IS NOT UNIQUE?
?TRIB ADDRESS= XXX NOT FOUND?

THE TRIB WHOSE ADDRESS IS XxX IS
ALREADY IN THE TRIB LIST
THE TRIB WHOSE DECIMAL ADDRESS IS
XXX WAS NOT FOUND IN THE TRIB LIST
WHEN THE TRIB KILL COMMAND WAS EXECUTED

?CABLE,LOC,REM LOOP NOT VALID IN "MULTIPT MODE“?

A RUN COMMAND WAS ISSUED WITH LOOP=

T0 CABLE,LOCAL OR REMOTE WHILE THE
MODE SET BY THE P-TABLE WAS MULTIPOINT
THESE LOOP MODES ARE ONLY VALID FOR
POINT TO POINT OPERATION
?TRIBS MUST BE ESTABLISHED TG EXECUTE?
A RUN COMMAND WAS TISSUED IN MULTIPOINT
MODE AND THE TRIB LIST WAS EMPTY, TO

USE MULTIPOINT MODE A LEAST ONE TRIB

?TRIB STATION CANNOT DO LOOP?

MUST BE ESTABLISHED.

A RUN COMMAND WAS ISSUED WITH THE LOOP

SWITCH AND THE MODE IN P-TABLE WAS
MULTIPOINT TRIBUTARY, TRIBUTARY

H2
CZCLMCO OMP/v-11 DCLT

MACRO V05.00

Thursday 22-Mar-84

16:24

Page

14-2

STATIONS CANNOT DO LOOPBACK,

20NLY ONE TRIB (TRIB ADDR 1) ALLOWED
FOR LOOP IN MULTIPOINT?

A RUN COMMAND WITH LOOP=INTERNAL
WAS ISSUED AND THE TRIB LIST DID

NOT HAVE ONLY 1 TRIB IN IT, IF IT
DID HAVE ONLY 1 TRIB IN IT THE ADDRESS
WAS NOT

?TRIB ADDRESS= XXX INVALID?

3.2.2

A TRIB COMMAND WAS ISSUED WITH A TRIB
ADDRESS NOT IN THE RANGE 1-255

DCLT ERROR MESSAGES:

CLOCK NOT FOUND

BAD CLOCK

THIS MEANS THAT NO CLOCK WAS FOUND

ON THE SYSTEM THE DIAGNOSTIC WILL
STILL RUN BUT NONE OF THE TIME OUT
CONDITIONS WILL OCCUR.

- PROGRAM WILL HANG ON "TIMEOUT"!!

THIS MEANS THAT EITHER NO CLOCK WAS

ON THE SYSTEM OR THE ONE THAT WAS FOUND
D%gch INTERRUPT WHEN ASKED TO DO A
THE PROGRAM WILL STILL RUN, BUT ANY
OF THE PROGRAM THAT TIMES THE DEVICE
WILL HANG IF THE DEVICE TIMES OUT.
ALSO, THE EVENT LOG WILL CONTAIN A
ZERO EVENT TIME FOR ALL EVENTS LOGGED.

MAX. CHAR.

MSG COUNT EXCEEDED - MSG. NOT BUILT

THIS MEANS THAT THE TRANSMIT OR EXPECT
BUFFER IS FULL. NO MORE MESSAGES CAN BE
ADDED TO THAT BUFFER.

BUFFER FULL - MSG. NOT BUILT

THIS MEANS THAT THE LAST MESSAGE YOU
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. THE LIMIT

IS CURRENTLY 15.

CHAR. COLTM:T EXCEEDS BUFF L. IMIT

- 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 LIMIT IS S12. BYTES.
THE MESSAGE W/S TRUNCATED TO COMPLETELY
FILL (HE BUFFER. NO MORE MESSAGES CAN

SEQ 20

12
CZCLMCO OMP/V-11 DCLT

MACRO V05,00

Thursday 22-Mar-84

TRIB ADDRESS LIST IS EMPTY

16:24

Page

5EQ 21

i4-3

BE ADDED TO THAT BUFFER.
THERE ARE NO TRIBS IN THE

TRIB LIST

WHEN THE THE TRIB SHOW COMMAND WAS
EXECUTED.

TRIB ADDRESS LIST FULL

- ADDRESS= XXX NOT ADDED

A TRIB ESTABLISH COMMAND CAUSED
THE NUMBER OF TRIBS IN THE LIST

TO
EXCEED THE MAXIMUM (DMV=12,0MP=32).
THIS ERROR MESSAGE IS REPEATED FOR
ALL TRIBS IN EXCESS FOR THIS STRING.
XXX= THE DECIMAL ADDRESS OF THE TRIB

RX BUFFER NOT BIG ENQUGH
TOO MANY TRIBS OR MSGS

3.2.3

A RUN COMMAND WAS ISSUED WITH
DATA CHECKING REQUESTED AND THE
NUMBER OF TRIBS TIMES THE NUMBER
OF EXPECTED MESSAGES EXCEEDED THE
MAXIMUM REC BUFFER TOTAL (2048 BYTES)
TO CORRECT FOR THIS EITHER THE NUMBER
OF MESSAGES, THE SIZE OF THE MESSAGE OR
THE NUMBER OF TRIBS MUST BE DECREASED.

DEVICE ERROR MESSAGES:

DATA COMPARISON DATA ERROR
EXPTD=YYY
BYTE & IN MSG=XXX

RECVD=222
XXX= OFFSET OF THAT BYTE FROM THE START

OF THE COMPARE OR EXPECT MESSAGE.

YYY= THE CONTENTS OF THAT BYTE IN THE
EXPECTED MESSAGE

2ZZ= THE CONTENTS OF THAT BYTE IN THE
RECEIVED MESSAGE

UP TO FIVE OF THESE ERRORS WILL BE
PRINTED PER MESSAGE COMPARED. ONLY
THE FIRSY FIVE MISMATCHES WILL BE
INDIVIDUALLY REPORTED, BUT TOTAL
NUMBER OF MISMATCHES IS REPORTED
8Y ANOTHER ERROR.
PRINTING THE EVENT LOG AND USING THE

OCLT “DUMP" COMMAND WILL ALLOW YOU TO
FIND THE ADDRESS OF

EXAMINE IT.

THE MESSAGE AND

DATA COMPARISON DATA ERROR
TOTAL MISMATCHES

IN MSG

= NNN

THIS MEANS THAT WHEN THE MESSAGE

RECEIVED WAS COMPARED AGAINST THE
MESSAGE THAT WAS EXPECTED, SOME OF
THE CHARS.

DATA COMPARISON LENGTH ERROR

COMPARE COUNT= xxX

RECEIVE COUNT= 2ZZ

WERE NOT

THE SAME.

Je
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

Thursday 22-Mar-84 16:24

Page 14-4

XXX= NUMBER OF BYTES IN THE COMPARE
MESSAGE

22Z= NUMBER OF BYTES IN THE RECEIVED
MESSAGE

THIS MEANS THAT THE MESSAGE RECEIVED
WAS A DIFFERENT LENGTH THEN THE MESSAGE
THAT WAS EXPECTED.

« NOTE «
TYYYYYY

- IN THE FOLLOWING ERROR DESCRIPTIONS XXXXX
REFERS TO THE OCTAL CONTENTS OF THE DEVICE REGISTERS
SPECIFIED.

DEVICE DID NOT RETURN RUN BIT
SELO
SEL2
XXXXXX

XXXXXX

: THIS ERROR INDICATES
: THAT THE DEVICE DID

;NOT RETURN THE RUN BIT
;AFTER 1000 TICKS OF THE CLOCK

;:COULD INDICATE MICRO-DIAG
;FOUND A FAILURE.

FAILURE IN MICRO DIAGNOSTICS

SELO

XXXXXX

SEL6

XXXXXX

; THIS ERROR INDICATES THAT

;BSEL6 DOES NOT CONTAIN 305

s THIS IS CHECKED AFTER A MASTER

;CLEAR AND THE RUN BIT HAS
sBEEN SET

TIME OUT WAITING FOR TX OR RX TO COMPLETE

SELO

XAXXXX

SEL2

XXXXXX

TIME OUT WAITING FOR ROI

SELO

XXXXXX

SEL2

XXXXXX

; THIS ERROR IS THE MOST POPULAR
;IT INDICATES THAT THE 60 SEC

s TIMER EXPIRED WHEN THE DEVICE
tWAS EXPECTING TO GET A RX OR
: TRANSMIT COMPLETE. AFTER THIS
;ERROR OCCURS THE PROGRAM WILL
sRESET THE TIMER AND LOOP AGAIN
: THIS ERROR INDICATES THAT THE

;DEVICE DID NOT RETURN RDI IN

;RESPONSE TO AN RQI BEFORE THE
; TIMER EXPIRED. THE TIMER IS

; 100 TICKS FOR DMP AND 400
:

TICKS FOR THE DMv.

SEQ 22

K2
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

Thursday 22-Mer-84 16:24

1 THIS ERROR INDICATES THAT

CONTROL OR INFORMATION OUT ERROR
SEL2

XXXXXX

SEL6

XXXXXX

SEQ 23

Page 15

s+A CONTROL OUT ERROR OCCURRED

1OR AN UNEXPECTED INFORMATION
sOUT OCCURRED. THE TYPE OF

YYYYYY

1ERROR IS INDICATED
;BY THE ASCII
$STRING YYYYY WHICH CAN BE ONE
:FROM THE LIST BELOMW.

:SOME CONTROL OUTS ARE FATAL

+IF A FATAL ERROR OCCURS THE

1PROGRAM WILL BE FORCED TO THE
;DCLT> PROMPT THE FATAL ERRORS
;ARE INDICATED BELOW
DESCRIPTION

MSG

SELECT THRESHOLD

SELECTION TIMER TIMED
OUT MORE THAN 7 TIMES

START RXD IN RUN

DDCMP START RX’'D WHILE
DEVICE WAS IN RUN STATE

MAINY RXD IN RUN

YES

DDCMP MAINT MESSAGE WAS

MAINT RXD IN HALT

YES

DDCMP MAINTINANCE MSG

START RXD IN MAINT

YES

DDCMP START MSG RX'D
WHILE DEVICE WAS IN

RX'D WHILE DEVICE WAS
IN THE RUN STATE

RX'D WHEN DEVICE WAS IN
HALT STATE.

MAINTINANCE MODE

RING SIGNAL WAS SET BY
MODEM. THIS OUTPUT FOR

RING DETECTED

DMP ONLY.

DEAD TRIB

INDICATES THAT A TRIB NO
LONGER RESPONDS WHEN
IT IS POLLED

RUN STATE ERR

RUN STATE OUTPUT IS
POSTED WHEN DCLT IS NOT
EXPECTING IT.

BABBLING TRIB

YES

STREAMING TRIB

YES

BUFFER TOO SMALL

YES

A TRIBUTARY

IS HOGGING

A TRIBUTARY

IS SENDING

THE LINE AND NOT RETUNING THE SELECT FLAG.

DATA CONSTANTLY,

MSG WAS RX'D AND THE

DEVICE HAS NO BUFFER

Le
2

CZCLMCO DMP/V-11 DCLT

MACRO V05.00

Thursday 22-Mar-84

16:24

Page 15-1

BIG ENOUGH FOR IT,

THIS IS PROBABLY OPERRATER ERROR.

NON EXIST MEM

YES

INDICATES THAT DEVICE
TRIED TO NPR TO A MEM
LOCATION THAT IS NON
EXISTENT.

DISCONNECT

YES

INDICATES DEVICE SAW
MODEM READY GO AWAY
AFTER BEING SET. LOOK
FOR CABLE OR MODEM

QUEUVE OVER

YES

DEVICE HAS TOO MUCH
OUTPUT OR PROGRAM GAVE
DEVICE TOO MUCH.

CARRIER LOSS

YES

INDICATES CARRIER SIG
WENT AWAY WHILE RX'ING

+sNOTE THE FOLLOWING ARE PROCEDURE ERRORS IF

THEY OCCUR

«&THE DEVICE IS PROBABLY BAD ALL PROCEDURE ERRORS ARE FATAL
NO MODE DEF
ILLEGAL TYPE CODE
MODE CHANGE
CONTROL IN TO UNES. TRIB
COMMAND TO TRIB O
COMMAND TO UNMALTED TRIB
MAX TRIBS EXCEEDED
ESTB TO ALREADY ESTABLISHED
ILLEGAL REQEST KEY
ASSIGN BUFF UNEST. TRIB
ASSIGN BUFF HALTD TRIB

YES

ASSIGN BUFF BYTE CNT O
ASSIGN TX BUFF TRIB O
R OR W RESERVED TSS

USE RESERVED BIT IN BSEL7
COMMON POOL ERROR
QUOTA OVERFLOW
s2+x4 END OF PROCEDURE ERRORS#¢#ss+

PROCEDURE ERROR

EQ 24

M2
C2CLMCO OMP/V-11 DCLT

MACRO Vv05.00

Thursday 22-Mar-84

ILLEGAL TRANSMIT COMPLETE

SEL4

XXXXXX

SEL6

XXXXXX

16:24

Page

; INDICATES DEVICE GOT A TX
;COMPLETE WHEN IT WAS NOT
sEXPECTING IT.

ILLEGAL RECEIVE COMPLETE
SEL6
SEL4

: INDICATES DEVICE GOT A RX
;COMPLETE WHEN IT WAS NOT
sEXPECTING IT.

QUE OVERFLOW BUFFER COMPLETE
SEL6
SEL4

: INDICATES A BUFFER COMPLETE

XXXXXX

iWAS TAKEN FROM THE QUE AFTER
+A QUE OVERFLOW

RLD OR MODE ENABLE OF PASSWORD SW NOT SET
SELO
SEL2
; INDICATES THAN WHEN IN DLL
XXXXXX

;MODE ON A TRIB THE SWITCHES
:ON THE DEVICE WERE NOT SET

XXXXXX

;CORRECTLY.

sWHEN RUNNING DOWN LINE LOAD

DOWN LINE LCAD ABORTED

RXBUF

222222

TXBUF

XXXXXX

YYYYYY

; THE HOST HAS SENT A "ENTER
;MOP” MSG AND IS WAITING FOR
sRESPONSE. ZZZZZ IS FIRST WCRD

;OF REC BUFFER XXXXX FIRST WORD

;OF TX BUFFER AND YYYYY IS AN
;ASCII STRING THAT INDICATES
;ONE OF THE FOLLOWING

TX NOT COMPLETE

;:THE FIRST COMPLETE WAS
iNOT A TRANSMIT COMPLETE

RX NOT COMPLETE

; THE SECOND COMPLETE WAS

SEC REQ ERR WORD 1

;THE TX AND RX COMPLETE
sHAPPEN BUT THE FIRST WORD
;OF THE "SECONDARY BOOT"
;MSG IS IN ERROR

SEC REQ ERR WORD 2

;THE TX AND RX COMPLETE HAPPEN

iNOT A RX COMPLETE

;AND THE FIRST WORD IS GOOD IN
; THEN “SECONDARY BOOT" MESG BUT

;THERE IS AN ERROR IN
;BYTES 3 OR 4.

SEQ 25

N
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

Thursday 22-Mar-84 16:24

Page 17

4.0 PERFORMANCE AND PROGRESS REPORTS

DCLT USES IT'S OWN METHOD FOR DETERMINING AN "END OF PASS”
WHICH IS CALLED A “DCLT END OF PASS”.
THE NUMBER OF “DCLT PASSES”
TO BE RUN IS SPECIFIED BY THE “/PASS=XXX" SWITCH ON THE DCLT
RUN COMMAND.
THE TOTAL NUMBER OF "“DCLT ERRORS” ARE LOGGED IN
IN THE EVENT LOG WHEN EACH “DCLT PASS” IS COMPLETED.
4.1 PRINTING OF EVENT LOG

SIGNIFICANT EVENTS OR CHECK-POINTS WILL BE LOGGED IN A
THE LAST
“CIRCULAR QUEUE" STORAGE AREA CALLED THE EVENT LOG.

45 EVENTS ARE KEPT LOGGED AND CAN BE LISTED ON THE OPERATORS

CONSOLE BY GIVING A "PRINT” COMMAND AT THE “DR>“(DIAGNOSTIC SUPERVISOR)
OR "DCLT>* (DCLT) LEVEL. THE PRINT COMMAND MUST BE FOLLOWED BY A LOG
COMMAND.

THE EVENTS ARE PRINTED IN A "LAST-IN

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
START OR RESTART.
IT SHOULD BE NOTED THAT THE TIMES ARE
RELATIVE SINCE WHILE THE PROCESSOR IS RUNNING AT PRIORITY 7
THE (LOCK CAN'T INTERRUPT TO KEEP TIME.
THIS IS THE CASE
WHILE THE PROGRAM IS FETCHING DCLT COMMANDS FROM THE OPERATOR.
IT SHOULD ALSO BE NOTED THAT THERE ARE ONLY 8 BITS AVAILABLE TO STORE
RELATIVE MINUTES SO “TIME” WILL WRAP TO 000:00:00 AFTER 256:59:59.
A START OR RESTART COMMAND AT THE "“DR>" LEVEL INITIALIZES THE EVENT

LOG.
THEREFORE IT IS WISE TO DO A “PRINT” “LOG" AT THE "DR>" LEVEL
BEFORE GIVING A "START” OR "RESTART",
THE TYPES OF EVENTS KEPT IN THE EVENT LOG ARE:
TRANSMIT MESSAGE QUEUED:

EVENT TIME,ADDRESS OF TRIBUTARY TO/FROM

ADDRESS OF 1ST BYTE OF MESSAGE,
TOTAL NO. OF BYTES, MODEM STATUS AT THAT TIME.

TRANSMIT MESSAGE COMPLETED:

EVENT TIME,ADDRESS OF TRIBUTARY TO/FROM
ADDRESS OF 1ST BYTE OF MESSAGE,

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

RECEIVE SPACE QUEUED:

EVENT TIME,ADDRESS OF TRIBUTARY TO/FROM
ADDRESS OF 1ST BYTE OF MESSAGE,
TOTAL NO. OF BYTES, MODEM STATUS AT THAT TIME.

RECEIVE MESSAGE COMPLETEuU:

EVENT TIME,ADDRESS OF TRIBUTARY TO/FROM
ADDRESS OF 1ST BYTE OF MESSAGE,
TOTAL NO. OF BYTES, MODEM STATUS AT THAT TIME.
DATA COMPARISON STARTED:
EVENT TIME,ADDRESS OF TRIBUTARY TO/FROM
ADDRESS OF 1ST BYTE OF RECEIVED “MSG.,
TOTAL NO. OF BYTES IN RCV. MSG., TOTAL NO. OF BYTES
IN EXPECT MSG.
DATA COMPARISON DATA ERROR:

SEQ 26

B3
CZCLMCO DMP v-11 OCLTY

MACRO V05.00

Thureday 22-Mar-84 16:24

S€EQ 27

Page 17-1

EVENT TIME,ADDRESS OF TRIBUTARY TO/FROM
ADDRESS OF 1ST BYTE OF RECEIVED MSG.,
TOTAL NO.

OF BYTES IN RCV. MSG.,

TOTAL NO.

TOTALL. NO.

OF BYTES IN RCv. MSG.,

TOTAL NO.

OF BYTES

COMPARISON FAILURES
DATA COMPARISON LENGTH ERROR:
EVENT TIME,ADDRESS OF TRIBUTARY TO/FROM
ADDRESS OF 1ST BYTE OF RECEIVED MSG.,

IN EXPECT MSG.
DEVICE INIT AND SETUP:
EVENT TIME, MODC OF OPERATION, TYPE OF MAINTENANCE
LOOP, “DCLT" PASS COUNT, "“RUN" PARAMETERS
DEVICE ERROR:
EVENT TIME, DEVICE ERROR MESSAGE, CONTENTS OF TwO
REGISTERS RELATING TO THE ERROR.
END OF PASS:

EVENT TIME, “DCLT" PASS COUNT, “DCLT” ERROR COUNT,
@0F RX THRESMOLD ERRORS,® OF Tx THRESMOLD ERRORS
NOTE - RX THRESHOLDS AND TX THRESHOLDS OCCUR IF
ONE STATION IS STARTED BEFORE THE OTHER
OR IF LINKS ARE RUN AT WIGH SPEED

4.2 OPERATOR STATUS MESSAGES

THE “/STATUS,

/NOSTATUS®

QULAIFIERS FOR THE DCLT "RUN“" COMMAND

ENABLES/DISABLES THE PRINTING OF PROGRAM STATUS MESSAGES TO THE
OPERATOR.

THESE MESSAGES ARE INTENDED TO TELL THE OPERATOR WMAT

THE DCLT PROGRAM IS CURRENTLY DOING. BELOW ARE THE MESSAGES THAT

MIGHT BE PRINTED AND THEIR MEANING:

MESSAGE

MEANING

TMQ
TXC
RXQ

DEVICE IS ABOUT START TRANSMITTING A MESSAGE
TRANSMISSION OF MESSAGE COMPLETED
DEVICE MAS QUEUVED SPACE TO RECEIVE/ COMPLETED RECEIVE

INI

DEVICE ABOUT TO BE INITIALIZED

EOP

END OF PASS

ERR

cHe
cML
cMD

DEVICE ERROR HMAS OCCURRED

ABOUT TO DO DATA CHECKING OF RECVD v5. EXPTD DATA
LENGTH ERROR OCCURRED DURING DATA COMPARISON
DATA ERROR OCCURRED DURING DATA COMPARISON

3
CZCLMCO DMP/V-11 DCLT

MACRO v05.00

Thursday 22-Mar-84

16:24

Page

SEQ 28

5.0 DEVICE INFORMATION TABLES

THIS IS THE DEFAUL! HARDWARE P-TABLE.
TME VALUES AND
SIZE ARE USED AS A “TEMPLATE" FOR CREATING ACTUAL P-TABLE
ENTRIES AND THE DEFAULT VALUES PROVIDED FOR THE OPERATOR.

SEE SECTION 2.4 FOR AN EXAMPLE OF THE HARDWARE QUESTIONS.
THE NUMBERS IN BRACKETS (

I.E.

[10)) INDICATES THE OFFSET OF THE

WORD INTO THE HARDWARE P-TABLE.
THE OFFSETS MUST MATCH THE P-TABLE
OFFSETS USED IN THE HARDWARE PARAMETER CODING SECTION WHERE THE
“GET PARAMETER" CALLS ARE USED TO FILL THE P-TABLE.
.WORD
.WORD
.WORD
.WORD

.WORD
.WORD

1
160170
300

:1[0] FULL OR HALF DUPLEX FLAG (BITO=1 IF FULL)
:[2] CSR_ADDRESS
:[4) INTERRUPT VECTOR

1[10) DF.VICE PARAMS BIT1
TRIB
IF A ZERO
i

240

1[6) INTERRUPT PRIORITY (5)

:(12)

IF A ONE

CONTROL

JPTION TYPE O=DMP 1=DMvV

BITO
POINT -POINT

MULTIPOINT

6.0 MODE AND MESSAGE DESCRIPTIONS
THE FOLLOWING ABBREVIATIONS WILL BE USED IN THE
MODE DESCRIPTIONS
MTP/TB
MTP/CS
PTP

- MUTIPOINT TRIBUTARY
- MULTIPOINT CONTROL STATION
- POINT TO POINT

6.1 MODE DESCRIPTIONS
6.1.1 TRANSMIT MODE
.............

IF PTP OR MTP/TB:

THE TRANSMIT LIST OF MESSAGES IS
TO BE RECEIVED.

TRANSMITTED WITHOUT EXPECTING ANY DATA

THE LIST IS SENT TO EACH TRIBUTARY

IF MTP/CS:

6.1.2 RECEIVE MODE
IF PTP OR MTP/TB:

SPACE IS QUEUED FOR THE DEVICE TO RECEIVE MESSAGES.
AFTER RECEIVING AN “EXPECTED” NUMBER OF MESSAGES, THE DATA RECEIVED
CAN BE COMPARED AGAINST A LIST OF “EXPECT TO RECEIVE" MESSAGES
IF DATA-CHECKING IS ENABLED.
IF MTP/CS:

SPACE

IS QUED FOR ALL

TRIBUTARIES

D3
CZCLMCO OMP/V-11 DCLT

MACRO v05.00

Thursday 22-Mar-84

16:24

SEQ 29

Page 18-1

PASSIVE MODE

6.1.3

IF PTP OR MTP/TB:

EVERY TIME A MESSAGE IS RECEIVED, A MESSAGE IS TRANSMITTED.

DATA CHECKING CAN BE DONE ON THE RECEIVED DATA, THE "“/ECHO, /NOECHO"
ENABLES/DISABLES THE RETRANSMISSION OF THE DATA RECEIVED.
IF MTP/CS:
6.1.4

A MESSAGE IS RECEIVED FROM EACH TRIB AND THEN A
MESSAGE IS TRANSMITED TO EACH TRIB.

ACTIVE MODE

A LIST OF MESSAGES IS TRANSMITTED AND MESSAGES ARE RECEIVED,

AFTER RECEIVING AN "EXPECTED"” NUMBER OF MESSAGES,

THE DATA RECEIVED

CAN BE COMPARED AGAINST A LIST OF “EXPECT TO RECEIVE” MESSAGES
IF DATA-CHECKING IS ENABLED.

IF MTP/TB:
NOTE:

THE TRANSMIT MESSAGES OF ALL TRIBS MUST BE IDENTICAL
IF DATA CHECKING IS ENABLED.

IF BOTH ENDS OF THE LINK ARE IN ACTIVE MODE,
LINK MUST BE A FULL DUPLEX LINK!

6.1.5

THEN THE

DOWN-LINE-LOAD

asssssss

- THE SATELLITE IN MTP MODE WILL ALMAYS BE THE FIRST

& NOTE «

YTy

TRIB IN THE TRIB LIST.

IF IN PTP MODE, THE SATELLITE WILL ENTER MOP MODE
ONLY IF THE PASSWORD SUPPLIED BY THE USER MATCHES
THAT SET IN ITS PASSWORD SWITCH PACK.

IF PTP OR MTP/CS:
THE “HOST”
REQUESTS THE “SATELLITE" TO ENTER MOP MODE.
THE SATELLITE THEN SENDS A ~SECONDARY BOOT REQUEST MESSAGE".
THE “MOST” THEN CHECKS THE RECEIVED MESSAGE TO SEE THAT IT IS
A “SECONDARY BOOT REQUEST"”. THEN THE HOST SENDS A “MEMORY LOAD
WITH TRANSFER ADDRESS”
THAT CONTAINS IMAGE DATA TO BE LOADED

BY THE SATELLITE'S MICRO-CODE INTO MAIN MEMORY STARTING
LOC. 0. THIS IMAGE DATA WILL CONTAIN CODE THAT PRINTS

A MESSAGE STATING DOWN-LINE-LOAD WAS SUCCESSFUL. THE BOOTING
PROCESS OVERWRITES PART OF THE "VECTOR"” AREA SO THE DCLT
PROGRAM MUST BE RELOADED IN THE

“SATELLITE" SYSTEM.

IF MTP/T1B:

RUNNING DOWN LINE LOAD MODE IN A MULTIPOINT TRIB JUSTS
ENABLES PRIMARY MOP MODE.
TRIBS CANNOT BE

"HOSTS”

8480000

¢ NOTE o

THE SATELLITE MUST HAVE CERTAIN SWITCHES SET ON

E3
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

sssssess

Thursday 2c-Mer-84

16:24

Page

18-2

THE LINE UNIT CARD IN ORDER TO ALLOW THE BOOT

OCCUR. THE MODE ENABLE SWITCH [SW 8 OF E121) MUST
BE SET TO A 1[OFF],THE MODE MUST BE DEFINED IN THE
SWITHCES[SW"S S 6 AND 7 OF E-121). THE PASSWORD OR
TRIB ADDRESS MUST BE SET IN THE SWITCHES(SW'S IN
E-134)., THIS MUST BE DONE FOR ALL TYPES

OF DOWN LINE LOAD, IN ADDTION THE FOLLOWING MUST
BE DONE FOR.
REMOTE LOAD DETECT:

SWITCH 9 OF E-121 TO A ONE [OFF)

FOR POWER ON BOOT AND ENTER P MOP

SWITCH 10 OF E-121 TO A ZERO (ON)

INCLUDED IN THE “SECONDARY BOOT MESSAGE" IS THE
DEVICE TYPE CODE THAT IS DECIPHERED AND INCLUDED
IN AN IDENTIFICATION MESSAGE.

EXAMPLE:

SECONDARY BOOT REQ FROM XXX DEVICE TYPE = vY
Yy

XXX

0
2

oP
oV

6
8
10

0oQ
DA
DUP

DMC

oLV
oMP
DTE
ov
DZ
KDP

16
18
20
22
24
28

30
32
34
6.1.6

KDZ
KL
DMV

TALK AND LISTEN MODE

ssssbens

4 NOTE =

sedbbses

IN MTP MODE TALK AND LISTEN USE ONLY

THE

TRIB LIST

THE FIRST

TRIB

6.1.6.1 TALK MODE

THE

"TALK” END OF THE LINK TRANSMITS OPERATOR-TYPED MESSAGES

UNTIL A “EXIT* MESSAGE IS TYPED.,
AT THAT POINT, THE NODE GOES
INTO “LISTEN” MODE.
AN “EXIT MESSAGE" IS A MESSAGE WHOSE FIRST
FOUR CHARACTERS ARE

"“EXIT”,

SINCE ONLY

THE FIRST FOUR CHARACTERS

NEED TO BE “EXIT", MORE CHARACTERS CAN BE ADDED SO THAT A MESSAGE

F3
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

Thursday 22-Mar-84

16:24

SEQ 31

Page 18-3

MAY BE SENT AND THE MODE SWITCHED ALL AT ONCE.

FOR EXAMPLE:

TLK> EXIT ALL OF THIS LINE IS SENT THEN MODE SWITCHED

6.1.6.2 LISTEN MODE
THE “LISTEN” END OF THE LINK PRINTS ALL OF THE MESSAGES

RECEIVED BY THE DEVICE ON THE OPERATOR'S CONSOLE.
IF THE MESSAGE
RECEIVED IS AN "EXIT" MESSAGE, THEN THE NODE ENTERS “TALK"” MODE.
AN “EXIT MESSAGE" IS A MESSAGE WHOSE FIRST FOUR CHARACTERS ARE

6.1.7

"EXIT”.

MAINTENANCE "LOOP" MODES

REMEMBER THAT THE WHENEVER A “RUN” COMMAND IS TYPED, THE DEFAULT IS
NO LOOPBACK AND THAT A LOOP MODE MUST BE SPECIFIED BY A “/LOOP=.."
IF A LOOP MODE IS DESIRED.

LOOP MODES ARE ONLY VALID IF THE MODE TO RUN IS ACTIVE

INTERNALTTL

LOOPS DATA INTERNALLY THIS WILL NOT WORK
FOR MTP/TB.

ESTABLISHED.

IF MTP/CS THEN TRIB 1 MUST BE

THE FOLLOWING ARE ONLY VALID IN PTP MODE.

CABLE

DOES NOT CAUSE ANY BITS TO BE SET OR

REQUESTS TO BE QUEUED, BUT MAKES FOR
A NICE BOOKKEEPING FEATURE.

"/L=CABLE"

WILL THEN BE SHOWN WHEN THE COMMAND
WHAT
DER
OF
LINE IS TYPED AS A REMIN
TYPE OF LOOPING IS BEING ATTEMPTED.
REMEMBER TO INSTALL ANY CONNECTORS OR
ENABLE ANY LOOP FEATURES THMAT ARE
NECESSARY TO MAKE CABLE LOOPBACK
POSSIBLE.

LOCALMODEM

SETS MM1 ON INTERFACE
ALSO CALLED ANALOG-LOOPBACK.

REMOTEMODEM

SETS MM2 ON RS449 INTERFACE
ALSO CALLED DIGITAL -LOOPBACK.

6.1.8 MODE SUMMARY

TABLE

G3
CZCLMCO DMP/V-11 DCLT

MACRO V05.00 Thursday 22-Mar-84 16:24 Page 18-4

THE FOLLOWING TABLE SUMMARIZES THE MODES THAT CAN BE RUN TOGETHER

WHEN THE DCLT PROGRAM IS RUNNING ON TWO PROCESSORS (ONE AT EACH

END OF THE LINK):

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

!STATION A

!“HOST* NODE

STATION A

“/LOOP" ALLOWED?

STATION B

DUPLEX

LISTENes, RECEIVE

HALF OR FULL!

fecsonasnsuns SRNSRENINIGESENEE
4
GOEPesSERSREEsSss 8848442
wescews

! TALK

'ACTIVE

YES

!LISTEN
! TRANSMIT
!RECEIVE
!PASSIVE
'ACTIVE

'DOWNLINELOAD

NO
NO
NO
NO

YES

“REMOTE" NODE

TALKs, TRANSMIT
RECEIVEs, LISTEN
TRANSMITs, TALK
ACTIVEs

HALF OR FULL!
HALF OR FULL!
HALF OR FULL!®
HALF OR FULL!

PASSIVEs

HALF OR FULL!

ACTIVE»

PASSIVE«

FULL

HALF FORCED !

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

= MOST LIKELY TO BE IN THAT MODE

6.2 MESSAGE DESCRIPTIONS

NAME

DESCRIPTION

ZEROES
ONES
1ALT
OALT
CCITT
ITEP

MESSAGE OF ALL 0'S (00000000, 00000000,00000000,...)
MESSAGE OF ALL 1°S (11111111,11111111,11111111,...)
MESSAGE OF ALTERNATING 1'S (10101010,10101010,....)
MESSAGE OF ALTERNATING 0'S (01010101,01010101,....)
“CCITT” S12-BIT (VS. S11 BITS) TEST PATTERN
“INTERPROCESSOR TEST PROGRAM'S (ITEP)” MESSAGE 1(DP1:)

ALPHA

ALPHA -NUMERICS (OR FUTURE COMM TURNAROUND MSG)

(<177><177>/%A THE QUICK BROWN FOX JUMPED OVER THE
LAZY DOG.<15><12><001><177><177><177><177>)

(08!" (AMPERSAND)'()#+,-.0123456789:; <=>28ABCDEFGHIJUK

LMNOPQRSTUVMXYZ/[\]t o)

OPERATOR-SPECIFIED

“A-Z,0-9,SPACES,
TABS"

THESE ARE THAT THE CHARACTERS THAT CAN

BE TYPED BETWEEN QUOTATION MARKS (“..")
TO SPECIFIY A UNIQUE MESSAGE.

H3
CZCLMCO OM 'v-11 P

MACRO V05.00

Thursday 22-Mar-84

16:24

Page

7.0 OTHER INFORMATION

7.1

INTERFACING TO AN “ITEP” NODE
...............................

THIS DCLT WILL INTERFACE ONLY TO THE ITEP FOR DMC.
1IF THIS LINK IS NEEDED THEN THE DMP/V-11 MUST BE IN POINT

TO POINT MODE AND THE FOLLOWING TABLE APPLIES TO THE ITEP
ITEP NODE

DCLT NODE

ONE -WAY -0UT

RECEIVE OR LISTEN

INTERNAL LOOP
EXTERNAL LOOP

ACTIVE
ACTIVE OR PASSIVE

ONF -WAY -IN

TRANSMIT OR TALK

NOTE: WHEN INTERFACING TO ITEP IF THE RX BUFFER ON THE
ITEP SIDE IS ONLY 10 BYTES LARGER THAN THE TX BUFFER YQU
HAVE SELECTED, SO BE SURE TO SET THE TX BUFFER ON THE DCLT
NODE ACCORDINGLY.

WHEN ITEP IS IN A MODE THAT IT IS EXPECTING TO BE TRANSMITTED
T0, A SOFT ERROR “BASE TABLE ERR COUNTS NON-ZERO" WILL OCCUR.
THIS IS DUE TO THE SPEED DIFFERENCES IN THE SOF TWARE.
WHEN DCLT IS IN LISTEN MODE THE RX BUFFER IS ONLY
82 BYTES LONG THEREFORE DO NOT SEND THE DCLT NODE
!I)EEER"SG 3 FROM THE ITEP NODE OR A “LOST DATA” ERROR WILL

BE SURE ITEP NODE HAS INCORPORATED PATCH FROM DEPO¢ MD-11-DZDMO-A1
ITEP NODE SHOULD ALWAYS BE RUN WITH SW 4 = TO O

5EQ 33

I3
CZCLMCO MP/v-11 DCLT

MACRO V05.00

Thursday 22-Mar-84

16:24

SEQ 34

Page 20

7.2 TROUBLESHOOTING HINTS
.....................

DCLT IS MEANT TO BE A VERY FLEXIBLE TOOL! THIS SECTION IS MEANT TO
GIVE SOMEONE NOT TOO FAMILIAR WITH DCLT A PLACE TO START.
REMEMBER THAT THE PRINTING OF STATUS MESSAGES AND PRINTING OF THE
EVENT LOG CAN PROVIDE A LOT OF INFORMATION ABOUT THE SEQUENCE OF
EVENTS AND HOW THE DEVICE AND LINK ARE BEHAVING.

NOTE: IF BOTH NODES IN ACTIVE AND "/NOCHECK” IS USED,
----- END-OF -PASS IS DEFINED AS RECEIVING 1 MESSAGE
AND COMPLETING THE TRANSMIT LIST.

WITH NO DATA

CHECKING, THERE IS NO WAY FOR DCLT TO KNOW HOW
MANY MESSAGES IT SHOULD EXPECT TO RECEIVE.
7.2.1

INTERNAL LOOP AT EACH NODE

RUN EACH END OF THE LINK IN ACTIVE MODE WITH

LOOP=INTERNAL.

TRANSMIT TWO OR THREE MESSAGES WITH NO DATA CHECKING.

STATUS PRINTING COULD BE TURNED OFF IF ON, BUT SEEING THE SEQUENCE

OF EVENTS MIGHT BE INFORMATIVE.

INTERNAL LOOP WORKS ONLY FOR POINT TO POINT OR MUTLITPOINT
CONTROL STATIONS. THE SEQUENCE BELOW IS FOR POINT TO POINT
IF YOU WISH TO DO MULTIPOINT ADD THE COMMAND WITH THE «
C E
c T
SE ET;MS/S'ZO/C'Z

T
R M=A/LO=I/NOCH/STAT

WHAT THE ABOVE COMMAND SEQUENCE MEANS:

THE “C E” AND THE “C T" INITIALIZES THE “EXPECT“
LIST AND THE “TRANSMIT LIST"., THE "SE T=ONES/S=20/C=2"
SETS THE TRANSMIT LIST TO CONTAIN 3 MESSAGES. THE MESSAGES
CONTAIN DATA OF ALL ONES AND EACH ONE IS 20 BYTES IN LENGTH.
THE “T E=1"(ONLY FOR MTP) ESTABLISH-S ONE TRIB ,TRIB ADDRESS 1.
THE "R M=A/LO=I/NOCH/STAT" SETS THE .10DE TO RUN IN TO BE
ACTIVE AND LOOP TYPE TO BE INTERNAL TTL.

THE PROGRAM WILL

NOT BE CHECKING DATA SO THERE WAS NO NEED TO 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 RXQ TXC TXQ RXQ TXQ

RXQ TXC EOP

MODE =ACTIVE/L.OOP
= INTERNAL /PASS=00000

J3
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

Thursday 22-Mar-84

DCLT> (A)

16:24

Page 20-1

/STATUS/NOCHECK/NOECHO/NOMODEM

THIS GIVES YOU A IDEA IF THE COMM., DEVICE CAN TRANSMIT AND

ANY ERRORS REPORTED WILL PROBABLY BE DUE TO INCORRECT
RECEIVE.
DEVICE ADDRESSES BEING USED OR A FAULTY DEVICE.
CHECK ADDRESSES

UIT?CEDISPLAY" AND RUN THE PREREQUISITE DIAGNOSTICS FOR THE COMM.

DEVICE.

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

SE E-7

R M=A/LO=I/CH/PAS=3

WHAT THIS SEQUENCE MEANS:

THIS SEQUENCE IS SIMILAR TO THE ONE ABOVE . THE "SE E=T"
MAKES A COPY OF THE TRANSMIT LIST IN THE EXPECT LIST.
THE EXPECT LIST NOW CONTAINS 3 MESSAGES (SAME AS TRANSMIT).

THE MESSAGES WILL HAVE ALL ONES FOR DATA AND BE 20 BYTES
EACH IN LENGTH. THE RUN COMMAND IS THE SAME WITH THE
ADDITION OF TWO SWITCHES “/CH/PAS=3", THE "CH” SWITCH

TELLS THE PROGRAM TO CHECK THE RECEIVED DATA AGAINST
THE "EXPECTED LIST”., THE "PAS=3" SWITCH TELLS THE PROGRAM
TO RUN 3 PASSES BEFORE RETURNING TO THE DCLT> PROMPT.

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

INI RXQ TXQ Rx@ TXC TXQ RxQ TxC

TXQ TXC CMP CMP CMP EOP RXQ TXQ
RX@ TXC TXQ Rx@ TXC TXQ@ TXC CMP

CMP CMP EOP RXQ TXQ RXQ TXC TxQ

RXQ@ TXC TxXQ TXC CMP CMP CMP EOP
MODE =ACTIVE/LOOP=INTERNAL /PASS=00000
DCLT> (A)

/STATUS /CHECK /NOECHO /NOMODEM

IF A CABLE TURNAROUND CONNECTOR IS AVAILABLE, PUT IT ON THE END OF
THE CABLE JUST BEFORE THE MODEM AND RUN IN ACTIVE MODE WITH NO LOOP.

THIS COMMAND IS VALID FOR POINT
POSSIBLE COMMAND SEQUENCE IS:

TO POINT STATIONS ONLY.

R M=A/CH/PAS=3
WHAT THIS SEQUENCE MEANS:

THIS SEQUENCE HAS 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 :
RXQ

TXQ@ TXC RXQ

TXQ TXC RxQ TxQ

SEQ 35

I<K3
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

Thursday 22-Mar-84

16:24

Page 20-2

TXC CMP CMP CMP EOP RXQ TXQ TXC
RXQ@ TXQ@ TXC RXQ TXQ TXC CMP CMP

CMP EOP RXQ TXQ TXC RXQ TxQ TxXC

RXQ TXQ TXC CMP CMP CMP EOP
MODE =ACTIVE/PASS=00000
DCLT> CA)

7.2.2

/STATUS/7CHECK/NOECHO/NOMODEM

TRANSMIT ON ONE NODE RECEIVE ON THE OTHER

NOW TRY TRANSMITTING FROM ONE END AND RECEIVING ON THE
OTHER. MAYBE WITH NO DATA CHECKING AT FIRST TO ESTABLISH
IF THE LINK IS WORKING.
POSSIBLE COMMAND SEQUENCES ARE:
YT
YT Yy

*« NOTE » - THESE SEQUEMCES ARE FOR POINT TO POINT MODE

FPYYTITYS

IF YOU WISH TO RUN MULITPOINT ADD THE COMMAND

COMMAND LINES MARKED WITH AN »,
NODE A

NODE B

£ g
W
SE T=1ALT/S5=250
T E=1
R M=TR/PAS=3

A
g

T E=1
R M=R/NOCH/PAS=3

WHAT THIS SEQUENCE MEANS:

THE “C E ” AND "C T” INITIALIZE BOTH THE
TRANSMIT AND EXPECT LISTS. THE "SE T=1ALT/S=250"
SETS THE TRANSMIT LIST ON NODE A TO BE 1 MESSAGE
WITH A LENGTH OF 250 BYTES AND DATA OF ALTERNATING

ONES AND ZEROS. THE “T E=1" ESTABLISHES 1 TRIBUTRAY
WITH AN ADDRESS OF 1. THIS IS ONLY FOR MULTIPOINT

SITUATIONS. THE "R M=TR/PAS=3" SETS THE RUN MODE OF
NODE A TO BE TRANSMIT AND THE PASS COUNT IS SET TO 3.
THE "R M=R/NOCH/PAS=3" SETS THE RUN MODE OF NODE B
TO 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

INI TXQ TXC EOP TXQ TXC EOP TxQ
TXC EOP

MODE = TRANSMIT/PASS
=00000
/STATUS/NOCHECK /NOECHO/NOMODEM
DCLT> (A)
?
FOR NODE

INI RXQ EOP RXQ EOP RXQ EOP

MODE =RECEIVE/PASS=00000

SEQ 36

L3
CZCLMCO DMP/V-11 DCLT

MACRO v05.00

Thursday 22-Mar-84

OCLT> (A)

16:24

Page 20-3

/STATUS/NOCHECK/NOECHO/NOMODEM

NOW TRY DOING DATA CHECKING ON THE MESSAGE(S) BEING
TRANSMITTED.

POSSIBLE COMMAND SEQUENCES ARE:

SE E=1ALT/S=250
R M=R/CH/PAS=3

R M=TR/PAS=3
WHAT THIS SEQUENCE MEANS:

THE "SE E=1ALT/S=250" LINE MUST BE ADDED HERE
TO SET UP THE "EXPECT” LIST ON THE RECEIVE NODE
SO IT WILL KNOW WHAT TO COMPARE AGAINS.
THE CHANGE IN THE RUN COMMAND IS FROM “NOCH” TO "CH"
THE "CH" ENABLES DATA CHECKING
WHAT YOU SHOULD SEE AFTER ENTERING THE RUN COMMAND
IF THINGS ARE RUNNING CORRECTLY :
NODE A:
NODE B:

IS THE SAME AS ABOVE.

INI RXQ CMP EOP RXQ CMP EOP RXQ

CMP EOP
MODE =RECE IVE /PASS=00000
DCLT> CA)

/STATUS/NOCHE CK/NOECHO/NOMODEM

NOW RUN THRU THE SEQUENCE AGAIN WITH NODE A RECEIVING

“MDmEFEOLRANSHITTM TO CHECK OUT THE OPPOSITE DIRECTION

7.2.3

ONE NODE ACTIVE THE OTHER NODE PASSIVE

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

&« NOTE » - THESE SEQUENCES ARE FOR POINT TO POINT MODE
T

“
WHAT

YOU WISH TO RUN MULITPOINT

ADD

COMMAND LINES MARKED WITH AN =,

THE COMMAND

NODE A

NODE B

R
e ¥

CE
€7

T E=1
R M=ACT/NOCH/PAS=3

T E=1
R M=P/NOCH/PAS=3

SE T=CCITT/S=10/C=2

THIS SEQUENCE MEANS:

SE T=1ALT/S=20/C=2

SEQ 37

M3
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

Thursday 22-Mar-84 16:24

Page 20-4

THE EXECUTION OF THIS SEQUENCE CAUSES THE FOLLOWING
THINGS TO HAPPEN ON NODE A. THE TRANSMIT AND EXPECT

LISTS ARE INITIALIZED THEN THE TRANSMIT LIST IS SET
TO 3 MESSAGES OF 10 BYTES EACH. THE DATA USED IN THE
TRANSMIT MESSAGES IS THE CCITT PATTERN.
IF THIS IS A MULTIPOINT NETWORK A

THEN A

TRIB IS ESTABLISHED (TRIB ADDR. 1)
THEN NODE A IS RUN IN ACTIVE MODE
WITH DATA CHECKING DISABLED AND THE PASS COUNT

SET TO THREE. NOTE STATUS WOULD STILL BE

PRINTED IF THE PREVIOUS SEQUENCES HAD BEEN RUN,

IF YOU ARE RUNNING FROM LOAD TIME YOU WOULD HAVE
TO ADD A "/STA TO THE RUN COMMAND LINE.

NODE B:

THE TRANSMIT AND EXPECT LISTS ARE INTIALIZED

THEN THE TRANSMIT LIST IS SET TO 3 MESSAGES OF

20 BYTES EACH. THE DATA FOR EACH MESSAGE IS ALTERNATING
1'S AND 0'S. IF MULITPOINT ESTABLISH 1 TRIB. THEN
RUN IN PASSIVE MODE WITH DATA CHECKING DISABLED
AND THE PASS COUNT SET TO 3.

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

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

RXQ@ TXC TXQ RXC TXC EOP RX@ TXQ
RXQ TXC TXQ RX@ TXC TXQ RxQ TXC
EOP
MODE =ACTIVE/PASS=00000

DCLT> CA)

/STATUS/NOCHECK /NOECHO/NOMODEM

FOR NODE B:

INI RXQ@ TXQ TXC RXQ TX@ TXC RxQ
TXQ TXC EOP

MODE =PASSIVE/PASS
=00000
/STATUS/NOCHECK /NOECHO/NOMODEM
DCLT> (A)
?

NOW USE DATA CHECKING WITH THE "EXPECT MESSAGE LISTS" SET
UP APPROPRIATELY.
ANOTHER VARIATION IS TO HAVE LARGE SIZE
MESSAGES ON ONE SIDE WITH SMALL MESSAGES ON THE OTHER.
THEN REVERSE THE SETUP SO THAT THE NODE RUNNING IN ACTIVE
IS RUNNING IN PASSIVE AND VICE VERSA.
7.2.4

BOTH NODES ACTIVE

NOW BOTH NODES CAN BE RUN IN ACTIVE WITH DATA CHECKING ON.

%LA;U*S"PRINTIMS COULD BE TURNED OFF IF YOU'RE NOT INTERESTED

SEQ 38

N3
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

Thursday 22-Mar-84

16.24

Page 20-5

NOTE - THIS IS FOR POINT TO POINT ONLY
NODE A

NODE B

E E
£ T
SE T=0ALT/S=10
SE T=CCITT/S=20
SE T=ALPHA/S=30
SE E=ZERO/S=11

£CE
4
SE E=0ALT/S=10
SE E=CCITT/S=20
SE E=ALPHA/S=30
SE T=ZERO/S=11

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

E=ONES/S=21
SE E=ITEP/S=31

SE T=0ONES/S=21
SE T=ITEP/S=31

WHAT THIS SEQUENCE MEANS:
NODE A SETS UP IS TRANSMIT LIST

TO BE

3 MESSAGES. MESSAGE 1 IS 10 BYTES LONG AND
CONTAINS DATA OF ALTENATING O'S AND 1'S
MESSAGE
2 IS 20 BYTES LONG AND CONTAINS
DATA OF TPE CCITT PATTERN. MESSAGE THREE
IS 30 BYTES LONG AND CONTAINS ALPHANUMERICS
FOR DATA.

THE EXPECT LIST ALSO CONTAINS

3 MESSAGES. MESSAGE 1 IS 11 BYTES LONG AND
CONTAINS 0'S FOR DATA. MESSAGE TWO IS 21
BYTES LONG AND CONTAINS 1'S FOR DATA. MESSAGE
3 IS 31 BYTES LONG AND CONTAINS THE ITEP DATA.
NODE B HAS THE SAME MESSAGES EXCEPT THAT THE
TRANSMIT MESSAGE LIST IS THE EXPECT MESSAGE LIST
AND VICE VERSA.

BOTH NODES ARE RUN IN THE ACTIVE MODE WITH NO
DATA CHECKING AND PASS COUNT EQUAL TO THREE.
WHAT YOU SHOULD SEE AFTER ENTERING THE RUN COMMAND
IF THINGS ARE RUNNING CORRECTLY :
ON BOTH NODES A AND B:
MODE=ACTIVE/PASS=00000
DCLT> (A)

/NOSTATUS/CHECK/NOECHO/NOMODEM

A VARIATION THAT CAN BE USED IS FOR ONE END TO SEND A LOT OF
SMALL MESSAGES AND THE OTHER TO SEND A FEW LARGE MESSAGES.

:D'%Rm'—'w-PASS” POINT WILL BE OUT OF SYNC BUT THIS IS NOT
7.2.5 TALK AND LISTEN MODES FOR COMMUNICATING

TALK AND LISTEN MODES ARE USEFUL IF THE OPERATORS WISH TO COMMUNICATE
WITH EACH OTHER.
JUST SETUP A TIME THAT EACH WILL GO TO THEIR MODE,
TALK OR LISTEN, AND SEND MESSAGES OVER THE LINK, POSSIBLE COMMAND

SEQUENCES ARE. WHEN USING TALK AND LISTEN MODES ON MULTIPOINT LINKS

REMEMBER THAT YOU CAN ONLY USE THESE MODES FROM THE CONTROL STATION
TO THE FIRST

TRIBUTARY

R M=LIS/NOST
LIS»

IN THE

TRIB LIST.

R M=TA/NOST
TLK>

SEQ 39

B4
CZCLMCO DMP/V-11 DCL T

MACRO v05.00

7.3

Thursday 22-Mar-84

16:24

Page 20-6

EXAMPLES OF COMMANDS

THIS SECTION WILL SHOW A SAMPLING OF COMMANDS AND

EXACTLY WHAT TO EXPECT FROM THEM,

7.3.1 EXAMPLES OF MESSAGES COMMANDS
THE

CLEAR COMMANDS

€ E
cT
THIS WILL INITIALIZE THE TRANSMIT AND EXPECT LIST
TO 1 MESSAGE OF S8 BYTES. THE DATA OF THE MESSAGE WILL

BE THE ITEP MESSAGE.
IF T!ESES'C‘OE’MS ARE FOLLOWED BY A SHOW COMMAND

SUCH AS THE SHOM EXPECT LIST. WHMAT YOU WOWLD SEE IS
MSG: TYPE-ITEP/SIZE-58

MODE =ACTIVE/PASS=00001
/NOS TATUS /CHECK /NOE CHO /NOMODEM
OCLT> (A) ?

NOM IF YOU DID A SET EXPECT LIST COMMAND SUCH AS:
SE E=A/S+=35/C=3

AND F&Lgntg IT WITH A SHOW EXPECT LIST COMMAND
WHAT YOU WOULD SEE IS

MSG: TYPE=ALPHA/SIZE~35
MSG: TYPE=ALPHA/SIZE=35
MSG: TYPE-ALPMA/SIZE=35
MSG: TYPE-ALPMA/SIZE=35

MODE =ACTIVE /PASS=00001
TM
S
/NOE CHO /NOMODE
TATU
7CHE CK
/NOS
DCLY> (A) ?

7.3.1 EXAMPLES TRIBUTARY COMMANDS

WHEN YOU FIRST GET TO THE DCLT> comno LEVEL

MYI’OINT moc AND YOU EXECUTE
A TRIB SHOW COMMAND:
WHAT VW uouo SEE IS

TRIB ADDRESS LIST

IS EMPTY

THEN VWtC(ElLDZTg : TRIB ESTABLISH COMMAND
THIS WOULD ESTABLISM TRIB ADDRS

1 2

3 AND 4

IF YOU FOLLOWED THIS WITH A TRIB SHOW COMMMAND

YOU WOULD SEE
TRIB ADDRESS LIST:

1.
2.
3.
‘I
YOU Y:EN gID A TRIB KILL COMMAND
[€]

F&LMDYB;’ A

TRIB

SHOW.

SEQ 40

CZCLMCO MP/v-11 DCLT

MACRO V05.00
WHAT

C4
Thursday 22-Mar-84 16:24 Page 20 7

YOU WOWLD SEE IS
TRIB ADDRESS LIST:

IF YOU rguou':eo THIS WITH A TRIB KILL ALL COMMAND
K-

AND ANOTHER TRIB SMOM
TS

WHAT YOU WOWLD SEE IS
TRIB ADDRESS LIST IS EMPTY

IS You D;Dellzslg’sSThfl.ISN WITH A /W SWITCH

WHAT YOU WOULD SEE IS SHOWN BELOW WHEN YOU GET TO THE ?

;EFE‘LE¥"ER THE NEW PARAMATER OR CARRIAGE RETURN FOR
uT.
PARAMETERS FOR TRIB

001

000000
PRESET VALUE FOR Tx DELAY TIMER
NEW POLL PARAMETERS (WORD)= (0)
O ?
377

Q VAL FOR ACT

R VAL FOR ACT

000

NEW POLL PARAMETERS (BYTE LOW) = (0)
NEW POLL PARAMETERS (BYTE MI) = (0)

Q VAL FOR INACT
R VAL FOR INACT

000
100

NEW POLL PARAMETERS (BYTE LOW) = (0)

377 ?
O ?
0 ?

NEW POLL PARAMETERS (BYTE MI) = (0) 100 ?
000
Q VAL FOR UNRSP
020
R VAL FOR UNRSP
NEW POLL PARAMETERS (BYTE LOW) = (0) 0 ?
NEW POLL PARAMETERS (BYTE WI) = (0) 20 ?
010
NDM TO INACT

002

@ 7-0 TO UNRSP

NEW POLL PARAMETERS (BYTE LOW) = (0)

10 ?

NEW POLL PARAMETERS (BYTE MWI) = (0) 2 ?
010

oT-0 TO DEAD

004

MAX MSG COUNT

NEW POLL PARAMETERS (BYTE LOW) = (0)
NEW POLL PARAMETERS (BYTE MI)

10 ?

- (0) 4 ?

005670
SELECTION INTERVAL TIMING COUNT
NEW POLL PARAMETERS (WORD)- (0)
5670 ?

013650 BABBLING TRIB TIMING COUNT
NEW POLL PARAMETERS (WORD)- (0)
13650 ?
PARAMETERS FOR TRIB

000000

002

PRESET VALUE FOR TX DELAY

THE SAME AS FOR TRIB 1

TIMER

ste 4

D4
CZCLMCO OMP 'v-11 DCLT

MACRO v05.00

Thursday

22-Mar-84

16:24

Page 20-8

013650 BABBLING TRIB TIMING COUNT
13650 ?
NEW POLL PARAMETERS (WORD)= (0)
GLOBAL POLL PARAMETERS
0000015 NUM SYNC
NEW POLL PARAMETERS (WORD)= (0)

15
?

013650 CARRIER WAIT TIMER COUNTER
13650 ?
NEW POLL PARAMETERS (WORD)= (0)
DELTA T
000062
NEW POLL PARAMETERS (WORD)= (0)

13650 ?

DEAD T
000000
NEW POLL PARAMETERS (WORD)= (0)

13650 ?

000000

POLL DELAY

NEW POLL PARAMETERS (WORD)= (0)
DCLT> CA)

13650 ?

2?2

7.3.1 EXAMPLES STATISTICAL COMMANDS

IF You T:;EPA HELP COMMMAND
WHAT YOU WILL SEE IS
DCLT CMDS:

CLEAR OR SHOW

OR EXIT

EXPECTLIST OR TRANSMITLISY

DUMP START-END/B
TRIB SHOW, TRIB ESTABLISH=N/W,N(D)..OR TRIB KILL=N,ALL
WHERE W=INDICATES WRITE POLL PARAMS

SET EXPECTMSG OR TRANSMITMSG-TYPE/SIZE=N OR /COPY=N
SET EXPECT=TRANSMIT
,ALPHA
TYPE=ONES, ZEROES, 1ALT ,OALT,ITEP,CCITT

OR “OPR SPCD=A-Z,SP,TAB,0-9 IN QUOTES"
RUN MODE =MTYP/LOOP=LTYP/CHECK,STATUS,ECHO,MODEM,PASS
=N
MTYP=TRAN,REC,ACT,PAS,
TAL ,LIS,00WN

DCLT> (A)

THE SAME WILL HAPPEN IF

YOU USE

THE

THE DUMP COMMAND WORKS LIKE THIS
DUM 41260-41300
THIS WILL DUMP THE DATA FROM ADDRESSES 41260
41300 IN THE FOLLOWING MANNER

41260

41300

104423

006312

000167 177772 021122 012112 006312 006312 (06312

IF vOU HAD USED THE /B SWITCH

SEQ

E4
CZCLMCO DMP/Vv-11 DCLT

MACRO V05.00

WHAT

Thursday 22-Mar-84

16:24

Page 20-9

DUM 41260-41300/8

YOU WOULD SEE IS
41260
023 211 167 000 372 377 122 024
41270
112 024 312 014 312 014 312 014
41300

312

7.3.1 EXAMPLES RUN COMMMANDS

YOU CAN FIND SEVERAL EXPAMLES OF THE RUN COMMMAND IN TH:
TROUBLE SHOOTING HINTS SECTION BUT HERE ARE SOME OTHERS.

IF YOU WERE TO EXECUTE THE RUN COMMAND
R M=TR/NOST/CH/PAS=4

WHAT WOULD HAPPEN IS AFTER 4 PASSES THE PROGRAM WOULD RETURN
TO THE DCLT PROMT. AND PRINT.
MODE = TRANSMIT/PASS =00000
DCLT> (A)

/NOSTATUS/CHECK/NOECHO/NOMODEM

IF YOU WERE TO EXECUTE THE RUN COMMAND
R M=A/LO=I/ST/CH/PAS=4

WHAT YOU WOULD SEE (IF USING DEFUALT TRANSMIT AND EXPECT

MESSAGES)

INI RXQ TXQ TXC CMP EOP RXQ TxQ

TXC CMP FOP RXQ TXQ TXC CMP EOP
MODE =ACT1VE/LOOP=INTERNAL
/PASS =0000

DCLT> CA)

/STATUS/CHECK /NOECHO/NOMODEM

IF YOU gsgrfli EXIT COMMAND
X

WHAT YOU WOULD SEE IS
CzCLM EOP
0 CUMLATIVE ERRORS
DR>

7.3.1 EXAMPLES PRINT COMMANDS

THE PRINT COMMMAND CAN BE USED FROM THE SUPERVISOR (DR>)
LEVEL OR THE DCLT (DCLT>») LEVEL. ONCE YOU ARE AT THAT
LEVEL YOU WILL KNOW IT BY THE PROMPT "RPT>",
AFTER TYPING PRI FOR EITHER THE THE DLCT> OR DR> PROMPTS
TYPE "H” 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:

SEQ 43

Fg
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

Thursday 22-Mar-84

16:24

Page 20-10

EXIT OR LOG
TSS NNN(D)/SW
OR GSS/SuW
WHERE /SuW= /FULL,/ERROR,/OFFSET=NN(0O)

RPT> (A)
?
THE LOG E&'flw

PRODUCES THE FOLLOWING
>>>

DCLT

EVENT LOG ENTRY

0:01:16

>>>3333333333333333333333>»3>>>>)>

RECEIVE SPACE QUEUED

TO-FROM TRIB ADDRESS-001

ADDR OF MSG=000455
MODEM STATUS:

BYTE COUNT= 512

C‘T,S Difl DgD RBS R{ S?D 7'11

>>> DCLT EVENT LOG ENTRY

0:01:16

>3>33333333333333333>3333>3>>>>3>)>

RECEIVE SPACE QUEUVED

TO-FROM TRIB ADDRESS-001

ADDR OF MSG=000455
BYTE COUNT= 512
MODEM STATUS: C;S D‘.‘;R DgD R;S RI SQD TT
.S

THIS GOES ON FOR 45 EVENTS IF THE MODE
PREVIOUSLY EXECUTED HAD THAT MANT.
YOU EXIT FROM EVENT LOG PRINTING BY
TYPING A CONTROL C.
THE TSS COMMANDS CAN BE USED AS FOLLOWS

TO GET T;Elim COUNTERS FROM A TSS USE
T 1/E
THIS WILL PRODUCE:

88 § 8888

000000
000000
000000

TO GET

DATA MSGS. TX'MITTD
DATA MSGS. Rx'CVD
SELECTION INTERVALS
DATA ERRORS OUT
HBCC 0 BCC O REP O
DATA ERRORS IN
HBCC 0 BCC O REP O
LOCAL BUFFER ERRS
TUO TS O

REMOTE BUFFER ERRS
TUO TS O

SELECTION T-0
NRTS O IRTS O
LOCAL REPLY T-0
REMOTE REPLY T-0

THE ENTIRE

USE

7SS FOR A SPECIFIED

THE COMMAND
T 1/F
THIS WILL PRODUCE:

000000

TRIB STATUS FLAGS

TRIB

SEQ 44

G4
MACRO v05.00

Thursday 22-Mar-84

16:24

Page 20-11

NAK REASON
TRIB ADDR
POLL STATUS FLAGS
POLL RATE

§§§§§§§§§§§§§§§§§§§§§§§§§§§§§§ g§ 888 §§§§§§§§§§§§§§§

CZCLMCO DMP/V-11 DCLT

:g.L PRIORITY

MAX MSG COUNTER

COMM POLL QUOTA
RX THRESH ERRS
TX THRESH. ERRS

SELECT THRESH. ERRS
DATA MSGS. TX'MITTD
DATA MSGS. RX'CVD
SELECTION INTERVALS
DATA ERRORS OUT
HBCC O BCC O REP 0O
DATA ERRORS IN
HBCC 0 BCC O REP O
LOCAL BUFFER ERRS
TUO TS O

REMOTE BUFFER ERRS
TUO TS O

SELECTION T-0
NRTS O
IRTS O
LOCAL REPLY T-0
REMOTE REPLY T-0

HIGHEST MSG ¢ TX'D
HIGHEST MSG @ ACK'D

NEXT MSG @ TO TX

HIGHEST MSG ¢ R

STRT OF RX BUFFQ
END OF RX BUFF Q@

TX DELAY TIMER
NO DATA MSG COUNTER
T-0 COUNTER
PRESET VALUE FOR TX DELAY TIMER

SELECTION INTERVAL TIMING COUNT
BABBLING TRIB TIMING COUNT

TO GET A SPECIFIC OFFSET LOCATION FROM THE
TSS USE THE COMMAND

SEQ 45

H4
MACRO v05.00

Thursday 22-Mar-84

16:24

1/0=4

THIS IS FOR THE VALUES AT OFFSET 4 BUT

USE ANY VALUE FROM O TO 36 OCTAL

Page 20-12

YOU COULD

THIS WILL PRODUCE:

000
000

MAX MSG COUNTER
COMM POLL QUOTA

TO GET THE GLOBAL ERROR COUNTERS USE

THE CU‘HSM)

To PRODUCE

TO GET

TEEFFU.LL GSS USE THE COMMAND
/

TO PRODUCE:
POLPTR
RCVPTR
XMTPTR

o momom
»2323 88%

§838888888888 & §§§§§§§§§§§§§§§§§§§§§§§§

R STATUS
TIMER (L)

B8-Cu TIME (M)
RPM CNTR
AACTIM
MODEM

CZ2CLMCO DMP/V -11 DCLT

ALT
XMTQRT
RTNADD

REMOTE STA ERRS
OVRN O MHFE O SEL 0 STR 0
LOCAL STA ERRS
OVRN O MHFE O UNDRO OVR O
GBL HDR BCC
MAINT DATA BCC ERR
TX HOR 1
TX HOR 2
TX
TX
TX
TX
RX
RX
RX
RX
RX

HDR
HOR
HOR
HOR
HDR
HOR
HDR
HOR
HDR

3
4
5
&
1
2
3
4
5

5EQ 46

14
MACRO v05.00

Thursday 22-Mar-84 16:24

Page 20-13

RX HDR 6
R TIMER

CZCLMCO DMP/V-11 DCLT

D TIMER
POLL DELAY TIMER
POLL UPDATE PTR

DEAD SCAN
CARRIER LOSS TIM
USART HANG CTR
NUM SYNC
CARRIER WAIT TIMER COUNTER
DELTA T
DEAD T
POLL DELAY

thdhbite

+ NOTE «
LE T

- DATA DISPLAYED HERE IS ZEROES ACTUAL DATA WILL VARY

T LYY
Y}

TO GET AN OFFSET VALUE USE THE COMMMAND
G/0=4
TO PRODUCE

000
000

E-OF
S-0Q

THE EXIT COMMAND WORKS LIKE THIS. IF YOU
ENTERED THE REPORT LEVEL FROM THE SUPERVISOR
(DR>)THEN TYPING
EXIT
WILL RETD\:N YOU TO THE SUPERVISOR
>

IF YOU ENTERED REPORT FROM THE DCLT LEVEL

THEN TYPING
EXIT
WILL RETURN YOU TO THE DCLT LEVEL
DCLT>

SEQ 47

)

J4
CZCLMCO DMP/V-11 DCLT

MACRO V05.00
7.4 THINGS

Thursday 22-Mar-84

16:24

Page 20-14

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.

IF YOU ARE USING PASSVIE MODE WITH THE ECHO SWITCH
THEN YOU WILL PROBALBLY HAVE TO RE ENTER THE TRANSMIT
LIST ON THE SIDE WITH THE ECHO SWITCH. THE REASON IS
THAT THE TRANSMIT LIST GETS OVER WRITTEN WITH THE

RECEIVE LIST WHEN USING THE ECHO SWITCH

IF YOU ARE IN MULTIPOINT MODE AND YOU ARE USING THE
DATA CHECK FEATURE ALL TRIBUTARYS MUST USE THE SAME
TRANSMIT LIST.

SEQ 48

I<4
CZCLMCO DMP/Vv-11 DCLT
1

MACRO V05.00

Thursday 22-Mar-84 16:24

.SBTTL

53
33 002000

SEQ 49

Page 21

PROGRAM HEADER
BGNMOD

34
29

43
a4

64
65

66
g;

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

;1 002000

POINTER BGNRPT ,BGNAU,BGNDU

88
89
g?

98 002000

002000
002000
002001
002002
002003
002004
002005
002006
002007
002010
002010
002011
002011
002012
002012
002014

002014

002016
002016
002020
002020
002022

HEADER

103
132
103
114

115
000
000
000

LSDEPO: :
LSUNIT::

000000

LSTIML::

003410

LSHPCP: :

066710

LS$SPCP: :

000000

002024
002026
002026
002030
002030
002032

000000

067350
000000

002032

000000

002034
002036
002036
002040

000000

002034

LSREV::

060

002130

000000

LSNAME: :

.ASCII
.ASCII
.ASCII
.ASCII
.ASCII
.BYTE
.BYTE

103

002022

002024

(C2CLM,C,0,1800.,0,PRIO7

LSHPTP: :

LSSPTP: :
LSLADP: :
L$STA::
L$CO::
LSDTYP::

LSAPT::

LSOTP::

/C/
72/
/Cs
7L/
TM/

.BYTE

O
O
©

.ASCII

/Cs

.ASCII

.WORD

1800.

.WORD

L SHARD

.WORD

LSHW

.WORD

LSLAST

.WORD

MORD

L4
CZCLMCO DMP/V-11 DCLT

MACRO v05.00

Thursday

22-Mar-84

16:24

Page

SEQ 50

21-1

023266
050736
000000
000000
052056

052050
000000
002076
002102
002102
002104
002104
002106
002106
002110
002110
002112
002112
002114
002114
002116
002116
002120
002120

023304

104035
000000
050752
051772

051770
050744
000000
000000
000000

L$SPC::

388 :
mm

FEEEEE

000000

L$EF::

LSDEVP:
:
LSREPP::
LSEXPS:
:

LSEXPS::
:
LSAUT:
LSOUT::

LSLOAD:
:

LS$CCP::
LSACP::
LSPRT::
LS$TEST::

LSDLY::
LS$HIME::

0
0
0

LSDVTYP
LSRPT
0o
0

LSAU

LS$DESP:
:

LSICP::

LsDU

LSLUN::

LSETP::

PRIO7

L$DESC
ESLOAD

55888568

000000
000000

CSREVISION
CSEDIT

003
003

LSMREV:
:

000000

LSEXPL::

000000

LSENVI::

LSDISPATCH

000340

L$PRIO:

002124

002040
002042
002042
002044
002044
002046
002046

-l =y

PROGRAM HEADER

LSINIT
LSCLEAN

LSAUTO

L$PROT
)
0
0

IOV
E Wl

CZCLMCO OMP/v-11 DCLT
DISPATCH TABLE

MACRO V05.00

Thursday 22-Mar-84

.SBTTL

16:24

SEQ S1

Page 22

DISPATCH TABLE

; THE DISPATCH TABLE CONTAINS THE STARTING ADDRESS OF EACH TEST.
: IT IS USED BY THE SUPERVISOR TO DISPATCH TO EACH TEST,
§on

002122
002122
002124
002124

000001
052064

DISPATCH 1

. WORD
LS$SDISPATCH::
. WORD

1
T1

oMP/v-11 DCLT

CO®IOUVDWN
-

CzCLmMCo
DEFAULT HARDWARE P -TABLE

MACRO V05.00 Thursday 22-Mar-84 16:24 Page 23
.SBTTL

"o 3

DEFAULT HARDWARE P-TABLE

: THE DEFAULT HARDWARE P-TABLE CONTAINS DEFAULT VALUES OF

: THE TEST-DEVICE PARAMETERS.
THE STRUCTURE OF THIS TABLE
: IS IDENTICAL TO THE STRUCTURE OF THE HARDWARE P-TABLES,
; AND IS USED AS A "TEMPLATE" FOR BUILDING THE P-TABLES.
002126

002126

002130
002130

BGNHW

000010

DFPTBL

LSHW: :
DFPTBL::

.WORD

L10000-L sHW/2

;s INDEPENDENT SECTION
H
THE NUMBERS IN BRACKETS ARE THE OFFSET VALUES USED IN THE PARAMETER
CODING SECTION.
H

002130

000001

.WORD

s[0] FULL OR HALF DUPLEX FLAG (BITO=1 IF FULL)

;DEVICE DEPENDENT SECTION

H
H

ADDING OR REMOVING WORDS FROM THIS TABLE EFFECTS THE "GET” CALLS IN
THE HARDWARE PARAMTER CODING SECTION BY CHANGING “OFFSETS”

002132
002134
002136

160170
000300
000240

.WORD
.WORD
.WORD

002142

000000

.WORD

002144
002146

000004
000000

.WORD
.WORD

002140

002150
002150

000000

.WMORD

ENDHW

160170
300
240
O

4
O

;[2) CSR ADDRESS
;[4) INTERRUPT VECTOR
:1[6] INTERRUPT PRIORITY (5)

;[10] DEVICE PARAMETERS WORD
; BITO=(1=MULTI O=POINT TO POINT)
;: BIT1=(1=CONTROL 0=TRIB)

;[12) DEVICE OPTION TYPE
; O=DMP,1=DMV
: [ 14 )SPARE
; [16 JSPARE

L10000:

B5
MACRO v05.00
CZCLMCO DMP/v-11 DCLT
DEFALLT HARDWARE P -TABLE

Thursday

22-Mar -84

16:24

S5€EQ 5%

Page 24

1
2
19

42
43
44
45

.SBTTL

55
56
S7
58
59
60
61
76

GLOBAL EQUATES SECTION

+ THE GLOBAL EQUATES SECTION CONTAINS PROGRAM EQUATES THAT
+ ARE USED IN MORE TYAN ONE TEST.

EQUALS

77 002150
‘

3+ BIT DIFINITIONS
§

010000

BIT15e»
BIT14==
BIT13==
BIT12=»
B8ITil=+
B8IT10==
B8IT09=+
BIT08=~

100000
40000
20000
10000
4000
2000
1000
400

BIT07=- 200
BITO6== 100

BIT0S5+=~ 40
BITO4== 20
BIT03=- 10
B8IT02=~

BITOL== 2
BIT00=- 1
:

BIT9==
B8IT8=BIT7=»
BIT6=~
BITSe=BIT4=~
BIT3==
BIT2==
BIT1=BITO=-

BIT09
BIT08
B8IT07
81706
BIT05
81704
81703
BITO02
81101
BITOO

s+ EVENT FLAG DEF INITIONS

000040
000037
000036
000035
000034

EF32:EF17 RESERVED FOR SUPERVISOR TO PROGRAM COMMUNICATION

]

T
EF .STAR==

EF .RESTART
==

EF .CONTINUE
==
EF .NEW=~
EF .PUR=~

START COMMAND WAS ISSUED
RESTART COMMAND WAS ISSUED
CONTINUVE COMMAND WAS ISSUED

A NEW PASS HAS BEEN STARTED
A POMER -FAIL/POMER
-UP OCCURRED

C5
CZCLMCO DMP/v-11 DCLT
GLOBAL EQUATES SECTION
0

MACRO v05.00

Thursday 22-Mar-84

16:24

Page 2%

: PRIORITY LEVEL DEFINITIONS
]

000340
000300
000240
000140
000100
000040

PRIO7==

340

PRIO6=~ 300

PRIOS== 240
PRIO4== 200
PRIO3== 140
PRIO2=+= 100

PRIO1== 40

PRIOO== O
i

;OPERATOR FLAG BITS
5

000010
000020
000040
000100

000200
001000
004000
010000
020000
040000
100000

EVL==

LOT==

ADR==
IDY==
ISR==
UAM= =
BOE ==

20
40
100
200
400

PNT=»
PRI==

1000
2000

IBE=-

10000

IXE==

IER==

LOE==

HOE==

4000

20000

40000

100000

S5EQ S4

>4
—

O® IOV
D LN

CZCLMCO DMP/V-11 DCLT
GLOBAL EQUATES SECTION

MACRO v05.00

Tnursday 22-Mar-84

16:24

Page 26

SEQ S5

; INDEPENDENT EQUATES
001000

BUFLIM=512.

000017

MSGLIM=15,

1MAX BUFFER SIZE IN BYTES

1
APPLIES TO TX,RX AND CHMP BUFFS
tMAX NO. OF MESSAGES PER BUFFER

(FOR EACH INCREMENT (+1) TO MSGLIM,
ADD 6 WORDS TO THE POINTER TABLE
(PTRTAB:) SINCE THIS MEANS 2 MURE
“POINTER” WORDS PER BUFFER.

1MAX NUMBER OF BYTES FROM ALL TRIBS
sALLOWS FOR 32 TRIBS TIMES DEFAULT
s ITEP MESSAGE SIZE (58 BYTES).

RBFLIM=2048,

iMODE OF OPERATION EQUATES

REC=0

sPECEIVE MODE

ACT=3
DOW=4

sACTIVE MODE
3 DOWN -L INE -LOAD MODE

TRA=1
PAS=2

s TRANSMIT MODE
sPASSIVE MODE

TAL=S

: TALK MODE

LIS=6

sLISTEN MODE

tMAINT LOOP TYPE EQUATES
NONE=
TTL=

O
1

sNO LOOP
sINTERNAL TTL

MODLOC= 3
MODREM= 4

sMODMEM LOCAL
sMODEM REMOTE

CABLE=

MOP=

;CABLE LOOP

1 MOP

;CLOCK ENABLE VALUES TO BE LORDED IN CLK'S CSR
000100
000111
001600

LCLKEN= 10C
PCLKEN= 111
PCLKCT= 1600

1L -CLOCK CSR VALUE TO ENABLE THE CLOCK
iP-CLOCK CSR VALUE TO ENABLE THE CLOCX
1P-CLOCK COUNT SET REGISTER FOR COUNTER

;PARAM WORD EQUATES
000001
000002

STATB= BITO
DATCKB= BIT1

000010
000020
000040

CRCB=

ECHOBMOCHi<=

BIT2
BITS

BIT4

PROTOB= BITS

;OPERATOR AMAKE ASKED FOR
:DATA CHECK BIT
;ECHO BIT
sMODEM CHECK/NO CHECK
tCRC CALCULATE ASKED FOR
1PROTOCOL PROCESSING ASKED FOR

tOPTION TYPE EQUATES

DMPE=

0
1

:OMP OPTION
DMV
1DMP 8206

MTP=
TRBB=

8ITO
BIT1

sMULTIPOINT IF 1 IF PIPT =0

000001

DMP =
DMy =

000001
000002

1TRIB BIT

IF O«TRIB IF

1-CONTROL

CZCLMCO DMP/V-11 DCLT

GLOBAL EQUATES SECTION

MACRO Vv05.00 Thursday 22-Mar-84 16:24 Page 26-1

69
70
71
72
73
74

000000
000002
000004
000006

000010
000012
000014
000016
000020

g:l,:

000024

89
90

000100
000200

103
104
182

121
122
123
124

125
126
127
128
129
130
131
132
133

134
135

1END OF PASS

1DATA COMPARISON LENGTH ERROR

:DATA COMPARISON DATA ERROR

ININT=

BITO

s INPUT INT, REC.

ERX=
ETX=

BIT6
BIT?

sEXPECT TO GET A RX COMPLED
sEXPECT TO GET A TX COMPLETED

000002
000004
000010

OTINT=
QRX =
QTX=

000400
001000
002000

RUNST=
DLLGA=
INOVR=

107

108
109
110
111
112
113
114
115
116
117
118
iég

EOP=

DOE =

1DATA COMPARISON RESULTS
+MODEM STATUS CHANGE

+EQUATES FOR FLAG WORD
000001

tDEVICE INFORMATION
sDEVICE ABOUT YO INIT

DLE=

10
12
14
16
20

DCK=
MSC=

000022

102

AND DISPATCHING TO SEPARATE SECTIONS OF THE EVENT REPORTING SECTION)
TXQ+
0
1 TRANSMIT MESSAGE QUEUED
TXC=
2
1 TRANSMIT COMPLETE
RXQ=
4
+RECEIVE BUFFER QUEUED
RXC=
6
+RECEIVE COMPLETE

DER=
OVI=

gz»

86
87
88

—

;EVENT LOG MESSAGE TYPES (USED TO LOCATE EVENT DESCRIPTION IN EVENT TABLE

.
76
77
78
79

SEQ

BIT1
8IT2
BIT3

BIT8
BIT9
BIT10

sOUTPUT INT REC
sRX QUED /COMPL
1 TX QUED/COMPL

;sINDICATES TRIB COULD GIVE RUN STATE INTERRUPT
s INDICATES GO AMEAD FOR DLL.
s INDICATE DEVICE INITIALIZATION OVER

; SPECIAL CLI CODES FOR "CHAR" ARGUMENT IN CLI CALLS
000000

000001
000002
000003
000004
000005
000006
000007
000010
000011
000012

000000
000001
000002
000003
000004
000005
000006
000007
000010
000011
000012
000013
000014
000015

;

C(COMMAND LINE INTERPRETER DEFINITIONS)
CLIERR= O
CLIEXI- 1
CLIBR=
2
CLIBIF= 3
CLISFA= 4
CLINUM= 5
CLIALP= 6
CLIALN= 7
CLIOCT=- 8.
CLIDEC- 9.
CLISTR= 10.

; DEFS FOR COMMAND LINE INTERPRETATION ACTION VALUES
NULL =0
CLEAR=1
SHOMW=2

CHECK=3
RUN=4
HLP=5
CSHEXP
=6
CSHTRN=7
SETEXP=10
SETTRN=11
SIZE=12
QCOPY=13

NUM=14
OPRMSG=15

F3
CZCLMCO DMP/V-11 DCLT
GLOBAL EQUATES SECTION
156

137
138
139

140
141
142
143
144
145
146
147
148
149

150
151
152
153
154
155
156
157
158
159
160
161
162
163
164
165
166
167

169
170
171
172
173
174
175
176
177
178
179
180
181
182
183
184
185
186
187
188
189
190
202
203

MACRO v05.00

Thursday

22-Mar-84

000016
000017
000020
000021
000022
000023
000024
000025
000026
000027
000030
000031
000032
000033
000034
000035
000036
000037
000040
000041
000042
000043
000044
000045
000046
000047
000050
000051
000052
000053
000054
000C355
000056
000057
000060
000061
000062
000063
000064
000065
000066
000067

STATUS=16
ENDQO=17
CMSGO=20
CMSGLl=21
CMSG2=22
CMSG3-23

000001
000002
000003
000004
000005
000006
000007
000010
000011
000012

RPHLP=1
RPEXT=2
RPLOG=3

16:24

Page 26 -2

CMSG4 =24
CMSG5=25
CMSG6=26

ATVMOD=27
PASMOD =30
RECMOD=31
LISMOD=3¢2

OLLMOD=33

TRAMOD =34
TALMOD=35

NO=36
ECHO=37
CRC=40

PROTO=41
PASC=42

MOP=43

TTLLOP=44

CBLLOP=45
LMDLOP =46

RMDLOP =47

NOTNUF =50
BADCHR=51
DMPS=52
DMPE =53
OMPQ=54
PRNT=55

MOSC=56
SLST=57

ETRB=60

KTRB=61
KALL =62

EXTB=63
CTPP=64
ETWS=65
EXIT=66
SETET=67

;REV B EC

RPGSS=4
RPTSS=5
RPTSN=6
RPSWE =7
RPSWF =10
RPSWO=11
RNOTNF =12

; DEVICE DEPENDENT EQUATES

SEQ 57

G5
CZCLMCO DMP/V-11 DCLT
GLOBAL EQUATES SECTION

MACRO V05.00

Thursday 22-Mar-84

16:24

Page 26-3

SEQ 58

; MODEM SIGNAL BIT DEFINITIONS
:
IF SIGNAL AVAILABLE IN DEVICE, EQUATE NAME TO BIT POSITION,
ELSE EQUATE IT TO = 0
:

205
000010
000001
000040
040000
002000

CTSDSR=
DCD=
RTS=
RI=

SQD=
TM=

BIT2
BIT3
BITO

1CLEAR TO SEND (CIRCUIT CB)
1DATA SET Reavr (CIRCUIT CC)
1DATA CARRIER DETEC) (CIRCUIT CF)

B8IT14

s SIGNAL QUAL ITY DETECT (CIRCUIT CG)

BITS
BIT7

8IT10

; DEVICE BIT DEFINITONS
RQI=
RDO=

MCLR=
RDI=

IEI=
IEOQ=

BIT?
BIT?7
BIT14
BIT4
BITO
BIT4

tREGUEST TO SEND (CIRCUIT CA)
sRING INDICATOR (CIRCUIT CE)

+MODEM IN TEST MODE (RS 449 ONLY CIRCUIT

TM)

HS
CZCLMCO DMP/V-11 DCLT

GLOBAL DATA SECTION

MACRO v05.00

Thursday

O®-JONDBWN
-

.SBTTL
.SBTTL

22-Mar-84

16:24

SEQ 59

Page 27

GLOBAL DATA SECTION

DEFAULT MESSAGE DEFINITIONS AND TABLES

HERS

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

DMSGCT:
MSGOC :
MSG1C:

000001
000001
000001
000001
000100
000072
000101

MSG2C:

MSG3C:

MSGAC:

MSGSC:
MSG6C :
OPCNT:
MSG8C:
DLLMIC:
DLLM2C:

000001

000254

EMSGO -MSGO
EMSG1 -MSG1
EMSG2 -MSG2

EMSG3 -MSG3

EMSGA -MSG4
EMSGS5-MSGS
EMSG6 -MSG6
0
EMSGB8 -MSG8
DLLMLE-DLLM1
DLLM2E -DLLM2

MESSAGE @0
1BYTE COUNT
T
MESSAGE o1
COUN
iBYTE
MESSAGE o2
:BYTE COUNT
MESSAGE 23
iBYTE COUNT
MESSAGE 4
1BYTE COUNT
MESSAGE @5
1BYTE COUNT
MESSAGE o6
sBYTE COUNT
1BYTE COUNT FOR OPERATOR SPEC'D MSG.
sBYTE COUNT OF RECEIVE BUFFER FILL PATTERN

FNKRRK|R

002150
002150
002152
002154
002156
002160
002162
002164
002166
002170
002172
002174

+MESSAGE BYTE COUNT TABLE

sDLL MSG 1 COUNT
:DLL MSG 2 COUNT

;MESSAGE ADDRESS TABLE

002220
002221
002221
002222
002222
002223
002223
002224
002224
002224
002232
002240
002244
002252
002260
002264
002272

002300
002304
002312

DMSGAD:

002220
002221
002222
002223
002224
002324
002416
002524
002646

MESSAGE @0
MESSAGE o1
MESSAGE @2
MESSAGE o3
MESSAGE &4
MESSAGE o5
MESSAGE 6
OPERATOR SPEC'D MSG.
RECEIVE BUFFER FILL PATTERN

MSGO:
EMSGO:
MSG1:
EMSG1:

sMESSAGE

ALL 0'S

MSG3:
EMSG3:

s MESSAGE

MSG1

MSG2

000

377

s MESSAGE

iMESSAGE

MSG2:
EMSG2:

252

125
177603
047321
143325
040041
172334
111337
030030
143531
066730
052012
151172

;sADDRESS OF
; ADDRESS
: ADDRESS
s ADDRESS
1 ADDRESS
; ADDRESS
: ADDRESS
; ADDRESS
; ADDRESS

MSGO

157427
163715
142304

014116

105025
111523
145064
063617
026575
053627

165044

031011
105221

% % % % [NINKISK

002176
002176
002200
002202
002204
002206
002210
002212
002214
002216

ALL

1'S

ALTERNATING 1'S

ALTERNATING 0°S

;"CCITT" S512-BIT (VS. S11 BITS) TEST PATTERN
177603,157427,031011,047321,163715,105221,143325,142304

MSG4
:

052606
123754

.WORD

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

137642
135075

. WORD

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

070071

.WORD

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

031605

Thursday 22-Mar-84
MACRO v05.00
CZCLMCO oMP/v-11 DCLT
DEFALLT MESSAGE DEFINITIONS AND TABLES

002320
51 002324
52 002324
53
54 002324
002327
002332
002335
002340
002343
002346
002351
002354
002357
002362
002365
002370
002373
002276
002401
002404
5 002406
002411
002414
002416
002416
002416
002421
002424
002427
002432
002435
002440
002443
002446
002451
002454
002457
002462
002465
002470
002473
002476
002501
002504

59 002507
002512
002515
002517
61

166632

177

101
110
121
103
102
127
106
040
115
104
126
040
105
101
040
107
015
177
177

043
042
047
052
055
061
064
067
072
075
100
103
106
111

114
117
122
125

130

057

135
045

016741

044

044
040
050

041
046
051

124
040
111
040

002520
002523
67 002524

l"zTTE?Sg?CE)SSOR TEST PROGRAM'S (ITEP)" MESSAGE

.ASCII

<177><177>/%A THE QUICK BROWN FOX JUMPED OVER THE LAZY DOG.~/

.ASCIZ

<15>¢12><001><177><177><177><177>

.ASCII

7888

.ASCIZ

/(N1
%2

117

130
125
105
117
122
110
114
131
117
001
177

EMSGS:
MSG6:

s ALPHA -NUMERICS (OR FUTURE COMM TURNAROUND MSG)
&'()es,-,0123456789: ; < => 28ABCDEF GHIJKLMNOPQRS
TUVWXYZ/

063
071
074
077
102
105
110
113
116
121
124
127
132
134
137

EMSG6:

63
65

SEQ 60

Page 27-1

EMSGA :
MSGS:

177
040
105
125
113
122
116
117
112
120
040
105
124
040
132
104
056
012
177
000

053
056
062
065
070
073
076
101
104
107
112
115
120
123
126
131
133
136

16:24

.EVEN

88888804028 0408088088088800000020408008200200028000000020000200000000
000

;YPESE THREE STORAGE AREAS MUST NOT BE SEPARATED !!!!
045
101

116

045

OPBFPT:

.ASCII

/9NsA/

OPBUF :

.BLKB

82.

1BUFFER FOR OPERATOR SPEC'D MESSAGES

JD
Thursday 22-Mar-84
MACRO v05.00
CZCLMCO oMP/v-11 DCLT
DEFALLT MESSAGE DEFINITIONS AND TABLES

16:24

SEQ 61

Page 27-2

OPEND
:

002646

; THE ABOVE THREE LINES MUST BE KEPT TOGETHER
P

MSG8:
EMSGS8:

(]

(o]

002646

002647

CRARAAREAAAAAAAASALAEEAARNRANNAANANRAARARAAALAIANANNRNNAEONNENLIINES

.BYTE

;sRECEIVE BUFFER FILL PATTERN

: DOWN-LINE-LOAD MESSAGE DEFINITIONS
002650

002651

002653
002654
002654
002655
002656

002657

002661

DLLM1:

888888 88888

002647

PASS1:
PASS2:
PASS3:
PASS4:

DLLMIE:
DLLM2:

.BYTE

6
0
0
0
0

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

0
0

.BYTE
.BYTE
.BYTE
.BYTE

8
0

; CODE
;LOAD NUMBER

;LOAD ADDRESS LSB
;LOAD ADDRESS

: IMAGE DATA
:

101

103
104
105
106

002670
002674
002700
002702
002706
002712
002714
002720
002722
002730
002734
002736
002741
002744
002747
002752
002755
002760
002763
002766
002771
002774
002777
003002
003005
003010

003013
003016
003021
003024

001000

177560

015
117
115
123
105
101
122
105
105
123
103
123
114
040
116
117
124
124

;BYTE COUNT=240 (USED ONLY IN CATS VTC LOADER)

21000,
SP
@177560,R1

sSET UP TTY

9<MSG-.>,R0O

;ADDRESS MSG.

PC.RO

000034

000026

206

18:

TST8

041

1
(RO)+,6(R1)
1
926 ,8024

000024

102
124
105
101
040
123
105
111
104
125
105
106
114
055
104
106
105

4(R1)

MSG:

.ASCII

8026
.

;MAKE ADDR.PIC
sTTY READY?

sWAIT TIL YES
sTYPE A CHAR
iKEEP GOING

:SET UP POMER FAIL

tMAKE SURE T BIT CLAER
iJUMP ON YOURSELF

<12><15>/B00T MESSAGE WAS RECEIVED SUCCESSFULLY

-END OF TEST!:!/

IKS
Thursday 22-Mar-84
MACRO v05.00
CZCLMCO DMP/V-11 DCLT
DEFALLTY MESSAGE DEFINITIONS AND TABLES

117

040

117

101

015
056
105
101
120
107
115
056

157427
163715
142304
052606
123754
030030

.ASCIZ

056
056
114
104
122
122
056
056

Page 27-3

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

HPADDIM TO OBTAIN 240 BYTES OF DATA
177603,157427,031011
047321,163715,105221
143325, 142304 , 04004
1
014116,052606,172334

031011

105221

040041

172334
111337
145064

105025,123754,111337
111523,030030, 145064

VALUE FOR ABOVE 240 BYTES OF DATA

152645

cooom

012
056
122

107 003025
003030
003033
003036
003041
003044
003047
003052
003055
108
109
110 003056
111 003064
112 003072
113 003100
114 003106
115 003114
116
117
118 003122
119
120 003124
121 003125
122 003126
123 003127
124 003130
125
126
127

16:24

DLLM2E :

sCRC

SEQ 62

O ~IOV
D WM -

Thursday 22-Mar-84
MACRO v05.00
CZCLMCO oMP/v-11 DCLT
DEFALLT MESSAGE DEF INITIONS AND TABLES

16:24

SEQ 63

Page 28

;COMMAND LINE BUFFER, DATA LOCATIONS AND MESSAGES FOR ACTION ROUTINES
003130
003252

003254

003256
003260
003262
003264
003266
003270
003272
003274
003276
003300
003302
003304
003304
003306
003310
003312
003314

003314
003322
003330

000000

KEYWD1:

CMDBUF:

.BLKB

82.
0

3BUFFER FOR OPERATOR COMMANDS

000000
000000
024123
024136
024254

QUALFG:
QUALVL:
HLPTAB:

.WORD
.WORD
.WORD

0
0
HLP1
HLP2
HLP2B
HLP2C

: THIS LOC HOLDS QUALIFIER VALUE (SIZE OR COPY)

024344

024417
024504
024531
024610
024666
024756

HLPEND
:
RHLPTB:

025377
025421
025436
025470

025647
025670
025710

RHLPEN:

025656
025675
025716

025663
02570%

SHTYTB:

.WORD

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

HLP3
HLP3A

HLP4
HLP4A
HLPS
HLP6

s THIS LOC WILL =1 IF CLEAR TYPED, 2 FOR SHOW,
:+ A 4 IF RUN WAS TYPED, 5 IF HELP WAS TYPED

;REV B EC

.WORD
. WORD

.WORD
.WORD

RHLP1
RHLP2
RHLP3
RHLP4

.WORD

SHTYPO,SHTYP1,SHTYP2,SHTYP3,SHTYP4 , SHTYPS,SHTYP6,SHTYP7

; THE LIST OF BYTES BELOW ARE THE FIRST BYTES OF THE PREDEFINED MESSAGES
: USED TO "SHOW" THE TRANSMIT AND COMPARE BUFFER CONTENTS.
SHTAB:

003334
003337
003342
003343

000
125
043

003344
003346
003350
003352
003354
003356
003360

026674
026704
026715
026725
026734
026751
026756

MODES:

003362
003364
003366
003370
003372

026765
026775
027006
027014
027027

LOOPS:

377

203

252
177

.BYTE

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

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

MCC
MO1
MO2
MO3
MO4
MOS

;ADDRESSES OF MODE TYPES IN ASCII

.WORD
.WORD
.WORD
. WORD
.WORD

LPO
LP1
LP2
LP3
LP4

;ADDRESSES OF LOOP TYPES IN ASCII

SHTEND:

MO6

;sCOMMAND L INE TRAVERSE LOCATIONS (USED BY
003374
003376

000000
000000

P$BUFA:
P$TREE:

.WORD
.WORD

0
0

;LOC.
;LOC.

"P$TRV")

TO HOLD ADDR. OF CMD LINE BUFFER
TO HOLD ADDR. OF PARSING TREE

003404
003406
003410
003411
003412
003414

PSACT:
PSCNT:
PSNUM:
PS$RADX:
P $NNUF
:
P$GDBD:
WRFLG:

VALTRB:

.WORD
.WORD

.WORD
.WORD
.BYTE
.BYTE
.BYTE
.EVEN
.WORD

0000000

003400
003402

SEQ 64

Page 28-1

:LOC. TO HOLD ADDR. OF ACTION ROUTINE
;LOC. TO BE A COUNTER LOCATION
+LOC. TO HOLD NUMERIC VALUE FROM PARSE
1LOC. TO HOLD RADIX USED(LO) AND +/-(HI BYTE)
;RETURN =0 IF ENOUGH OF COMMAND FOUND
+RETURN CODE O IF NO ERROR FOUND
iWRITE FLAG

54
55
56
57
58
59
60
61
62
63

Thursday 22-Mar-84 16:24
CZCLMCO DMP/v-11 DCLT ~ MACRO v05.00
ULT
DEFA
ME SSAGE DEFINITIONS AND TABLES

;+VALID TRIB FLAG..IF SET

-1

THEN VALID REV B EC

NS
oMP/v-11 DCLT

MACRO v05.00

Thursday 22-Mar-84

16:24

BUFFERS AND POINTER TABLES

BUFLIM
BUFLIM
RBFLIM

PTRTAB:
PTR13:
PTR23:

011606
011702

015406
015406
015412

016166

TXBUF
:

RXBUF
:

011416

015512
015612
015652
015712
015752
015754
015756
015760
015762
015764
015766
015770
015772
015774
015776
016012

MESSAGE BUFFERS AND POINTER

CMPBUF: .

011512

177777

SEQ

.SBTTL

TABLES

i TRANSMITTER BUFFERS

1 COMPARISON BUFFERS
+RECEIVER BUFFERS

MSGL IM#2

;TABLE FOR MESSAGE ADDRS.

MSGLIM#2+31,

;TABLE FOR MULTIPOINT POINTERS

MSGL IM«2
MSGL IM+2

& BYTE COUNTS

TABLE

PTREND :

: END OF MSG. PTR.

CPTRLS:
CPTTLS:
DVRCLS:
DVTCLS:
TRIBLS:

+FILLER FOR OVERFLOW OF RX POINTER TABLE
; TABLE FOR MULITPOINT RX POINTERS
;TABLE FOR MULITPOINT TX POINTERS
;TABLE (BYTES) FOR REC COUNTS
: TABLE (BYTES) FOR TX COUNTS
;:TABLE (BYTES) OF TRIB ADDRESSES

TRBTOT:
TRIBN:

INDW:
INDEX:
CTX:
CRX:
ASPTRS:

RSPTRE:
TSPTR:
TXSTAK:
RXSTAK:
RXSKEN:

.BLKW

gOOOOOOOOOO

003416
004416
005416

Page 29

; TOTAL NUMBER OF TRIBS IN LIST
;CURRENT TRIB NUMBER

:WORD INDEX

;:BYTE INDEX FOR TRIBS
;COUNTER FOR TX BUFFER COMPLETE INTERRUPTS
;COUNTER FOR RX BUFFER COMPLETE INTERRUPTS
:STACK POINTER FOR RX INTERPUTS ON STACK
;STACK POINTER FOR RX INTERPUTS OFF STACK
;STACK POINTER FOR TX INTERRUPTS
;TX AND RX INT STACKS

e
6

B6
CZCLMCO OMP/v-11 DCLT
MACRO v05.00
ME SSAGE BUFFERS AND POINTER TABLES

Thursday 22-Mar-84

16:24

Page

1POLL DEFAULTS FOR
016166
016170
016171
016172
016173
016174
016175
016176
016177
016200
016201
016202
016204

s’fl

POLDEF:

.BYTE
.BYTE
.BYTE
ArE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE

000
000

100

000
020
010
002
010
004

005670
013560

.WORD
BYTE

DMVDF1l:
OMVDF2:

}

.WORD
.WORD

TRIBS

O
377

1 TX DELAY TIMER
1Q FOR ACTIVE

5670
13560

$SELCET TIMER (3 SECS )
;INTERVAL TIMER (6 SECS )

O
O
100
9
20
10
2
10
a',

SEQ 64

1R FOR ACTIVE
1@ FOR INACTIVE
1R FOR INACTIVE
1Q FOR PDEAD
1R FOR PDEAD
1ONDM INACTIVE
107/0 T0 PDEAD
1@7/0 TO DEAD
1MAX MESSAGE COUNTER
1130

1GLOABAL DEFAWLTS
016206
016210
016212
016214
016216
016220

000015
013560

023420

GLBDEF:
DMVDFS:
DMVOF4:
DMVOFS:
GLBEND:

.WORD
.WORD
.WORD
.WORD
LMORD

15
13560
62
23420
O

$NUMS YNC
;CARRIER WAIT TIMING {6 SECS]
$DELTA T
;;DEAD T
1POLL DELAY

1130
1750

100000800000 000004000000000800000000820000008030008080088080000000800080800000
&

1 NOTE » - THE VALUES FOR DHMVDF1-DMVDFS ARE ASSEMBLED FOR DMP IF
:
THIS IS A DMV THE INIT CODE CHANGES TMESE VALUES TO DEFAWLTS
i
FOR DMv. THIS IS POSSIBLE BECUASE THIS PROGRAM WILL BE LOADED
'

ONE TIME FOR EVERY DEVICE.

3
&

§00000808088080000000000000000000000000000000000000000000000080000000000 .

016220

POLLIS:

017220

GLBPLS:

s TRIB LIST OF POLL PARAMETERS
.BLKW

8.e32,

sGLOBAL LIST OF POLL PARAME TERS
.BLkW

Cé6

CMPPTR:
CMPTOT:
CTOTCC:
CCURAD:
DVTXA:
OVTCC:
DVTTB:
DVTCT:

TXMTOT:
TTOTCC:
TCURAD:

OVRTB:

C00000
000000
000000
000000
000000
000000
000000
000000
000000

017322
017324
017326
017330

000000
000000
000000
000000

RQIFLG:

017332

000000

MSGTYP:

017334
01713¢
0173«6
017342
017347
017346
017350
017352
017354
017356
017360
017362
017364
017366
017370
017371

000000
000000
000000
000000
000000
000000
000000
030000
000000
000000
000000
000000
000000
000000
000
000

CURCC:
CPTRR:
CPTR:
CURADD

000000000

LNCNT:
OPVAR:
OPVAR1 :

FTLFLG:

TSSFLG:

ROOOO

ERRCNT:
STADD:
ENADD:
BYTBIT:
CLNSET:

8838838850085 5 2555& 3

PSCNT:

OVRCNT:
10THER ME

SAVSP:
CONOTM:
GOOD:
BAD:

TEMP:
TEMPL:
TEMP2:
TEMPS:;
TEMPY;
TEMPS:

—

TOTCC:

OFSET:

S5EQ

Page 31

tMULTIPLIER
1RECEIVER MESSAGE POINTER

1 TRANSMITTER BUFFER POINTER

1COMPARISCN BUFFER POINTER
1CMP MSG TOTAL
1COMPARE BUFFER CHAR, COUNT
1CURRENT ADDR OF CMP BUFF TO ADD AT
sDEVICE TX ADDR
1DEVICE Tx CHAR COUNT
t1DEVICE TRIBN
sDEVICE TX MESSAGE COUNT
1 TX MSG TOTAL
74 SUFFER CHAR,

COUNT

AT
;1CURRENT ADDR. OF TX BUFF TO ADD

llECE!VE TRIBN

sDEVICE RX ADDR
;DEVICE RX CHAR COUNT
sDEVICE RX MESSAGE COUNT
sRX MSG TOTAL

iINUMBER OF OPERATOR AWAKE MSGS

sHOLDER FOR OPTIONAL VARIABLE (1)
sHOLDER FOR OPTION VARIABLE (2)
sPASS COUNTER
;ERROR COUNTER
1START ADDR.
1END ADDR. FOR DUMP

l.VTE BIT FOR DUMP ROUTINE
sCLEANSEY FLAG SET AND CLEARED IN CLEAN P
sINDICATES TO OUTPUT HMANDELER THAN NO OUPUTS SHOULD
18E PRINTED
1RQI FLAG
1USED AS FATEL ERROR FLAG

iUSED AS TSS FLAG
3USED FOR QUE OVERFLOW FLAG
LATED STMWE LOCATIONS

017300
017302
017304
017306
017310
017312
017314
017316
017320

DVRXA:
DVRCC:
DVRCT:
RXMTOT:

000000000000
OCO0

017272
017274
017276

000000
000000
000000
000000
000000

017270

16:24

00000000 COO000000000

MPLY:
RXPTR:
TXPTR:

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

22-Mar-84

017232
017234
017236
017240
017242
017244
017246
017250
017252
017254
017256
017260
017262
017264
017266

Thurseday

e
e

MACRO v05.00
DMP/vV-11 DCLT
BUFFERS AND POINTER TABLES

s TYPE OF DATA 020'S,1-1°'S,2-10°5,.3=01'S
14=CCITT,S=QUICK FOX,6=ALPHA/NAM, 7=-0PER

: TX/RX/7CMP CHAR COUNT

;CURRENT RX POIWTER
sCURRENT POINTER
sCURRENT TX/RX/CMP START ADDD
:TOTAL CHAR COUNT NOT MORE

THEN "SuFLIM

1OFFSET COUNT
;s TEMPORARY LOCATIONS (USED A LOT)

1STACK POINTER SAVE AREA

1CONTROL OUT ERROR MSG. ADDRESS AND TSS AND GSS MSGS.
1BYTE TO HOLD EXPECTED MESSAGE DATA BYTE FOR ERR REPORT
tBYTE TO HOLD RECEIVED MESSAGE DATA BYTE FOR ERR REPORT

A
NDWN ORI

ZZCLMCOo DMP/V-11 DCLT

MACRO V05.00
BLFFERS AND POINTER TABLES

Thursday 22-Mar-84 16:24

SEQ 68

Page 32

;MORE INDEPENDENT CODE STORAGE LOCATIONS
017372
017374
017376
01740C
017402

000000
000000
000000
000000
000000

LOGUNT:
PCADD:
OCLFLG:
RESFLG:
MODTYP:

.WORD
.WORD
.WORD
.WORD
.WORD

O
O
O
O
O

1LOC. TO HOLD LOGICAL UNIT NUMBER
iLOC. HOLD PC OF CALLING ROUTINE
1LOC. TO HOLD DO CLEAN FLAG 1 IF DOCLEAN INIT O IF NOT,
1LOC TO HOLD FLAG (-1) THAT A RESTART WAS GIVEN
1DCLT MODE OF OPERATION TYPE

i
3=ACTIVE-LOOPBK, 4=DOWN L.L., S=TALK, 6=LISTEN)
tMAINTENANCE LOOP TYPE (O=NONE, 1=INTERNAL TTL,

017404

000000

MLTYP:

.WORD

017406
017410

000000
000002

FHOPLX:
PARAM:

.WORD
_WORD

O
2

017412
017414
017416

000000
000000
000000

RPASS:
FLAG:
RUNING:

.WORD
.MORD
.WORD

O
O
O

017420

060036

MODE :

017422
017424
017426
017430
017432

060064
060122
060150
061420
062276

017436
017440
017442

000000
000000
000000

017434

017444
017246

:MODE DISPATCH TABLE

062530

000074
000000

LSBTTL

CLKCSR:
CLKBR:
CLKVEC:
CLKMZ:
CLKEN:

C(O=REC-ONLY,

1=TX-ONLY, 2=PASSIVE -LOOPBK,

3
i

2=CABLE, 3=-MODEM-ANALOG LOOPBK (LOCAL),
4-MODEM-DIGITAL LOOPBK (REMOTE), S5=MOP)

tFULL OR HALF DUPLEX FLAG (1+FULL FROM P-TABLE)
1PROGRAM PARAME TERS
3 BITO= STATUS MSGS TO OPR PRINTED (1-YES)
s BITi= DATA CHECKING DONE ON RCVD MSGS (1=YES)
3 BIT2+= ECHO (TRANSMIT) RCv’'D MSG.(PASSIVE)(1-YES)
; BIT3= MODEM STATUS CHECK (1-YES)
+ BITA= CRC CALC./CHECK DONE (1=YES)
3 BITS= PROTOCOL EMULATION (1-YES)
s+ BIT6= SPARE
1PASS NUMBER FROM RUN COMMAND
:DEVICE FLAG WORD
3 -1 = DCLT RUNNING(DEVICES ARE COMMUNICATING)

.MORD

RXONLY

;RX ONLY DISPATCH

.MORD

LISCx

sLISTEN MODE DISPATCH

LHORD
LMORD
LHORD
LMORD
.MORD

.WORD
.WORD
,WORD

.WORD
.WORD

TXONLY
PLCK
ALCKX
ODLL
TALCK

;TX ONLY DISPATCH
1PASSIVE LOOP BACK DISP
sACTIVE LOOP BACK DISP
100WN LINE LOAD DISP
s TALK MODE DISPATCH

CLOCK TABLES, EVENT LOG AND POINTERS
O
O
O

60.
O

sCLOCK CSR ADDRESS
;CLOCK INTERRUPT LEVEL
+CLOCK INTERRUPT VECTOR

;CLOCK'S HERTZ RATE
;CLOCK'S CSR VALUE TO INTRPT. ENABLE

017450

000000

TIMMIN:

.WORD

1PLACE TO KEEP TIME-SINCE-START

017454

000000

TIMTCK:

.WORD

tPLACE TO KEEP & OF TICKS/SEC

O
O
O

;EVENT TIMER @1 (TICKS)
1EVENT TIMER 02 (TICKS)
sEVENT TIMER @3 (SECONDS)

017452

017456
017460
017462

000000

000000
000000
000000

TIMSEC:

TIMERL1:
TIMER2:
TIMERS:

.WORD

.WORD
.WORD
.WORD

E6
CZCLMCO DMP/V-11 DCLT
MACRO V05.00
CLOCK TABLES, EVENT LOG AND POINTERS
1
2 017464
3 017466

017466

; 020522
©
®

6
020524

000000

Thursday 22-Mar-84 16:24

Page 33

:EVENT LOG TABLE AND ITS NEXT ENTRY POINTER
EVIPTR: .WORD
EVTLOG
;POINTER TO NEXT FREE SPACE IN EVENT LOG
EVILOG: .BLKW
270,
1EVENT LOG BUFFER

EVTEND: .BLKW

.SBTTL

MODEM DATA SECTION

MODS:

.WORD

SEQ 69

1APPROXIMATE END OF EVENT TABLE (ALLOWS CIRCULAR QUE)
sMODEM STATUS

MACRO V05.00 Thursday 22-Mar-84 16:24 Page 34

;TABLE OF MODEM SIGNAL BIT DEFINITIONS

020526

000004
000010
000001
000040
000200
040000
002000

MOBITS:

MOBITE:

.WORD
.WORD

.WORD
.WORD
.WORD
.WORD
.MORD

CTS
DSR

1CLEAR TO SEND (CIRCUIT CB)
1DATA SET READY (CIRCUIT CC)

DCD
RTS
RI
SQD
TM

;1DATA CARRIER DETECT (CIRCUIT CF)
sREQUEST TO SEND (CIRCUIT CA)
tRING INDICATOR (CIRCUIT CE)
s SIGNAL QUALITY DETECT (CIRCUIT CG)
sMODEM IN TEST MODE (RS 449 ONLY CIRCUIT TM)

:TABLE OF ADDRESSES OF MODEM SIGNAL MESSAGE POSITIONS
031530
031534
031540
031544
031550
031554
031560

MOMSGS:

.WORD
.WORD
.WORD
.WORD
.WORD
.WMORD
.MORD

EVMCTS
EVMDSR
EVMDCD
EVMRTS
EVMRI
EVMSQD
EVMTM

sCLEAR TO SEND (CIRCUIT CB)
1DATA SET READY (CIRCUIT CC)
sDATA CARRIER DETECT (CIRCUIT CF)
sREQUEST TO SEND (CIRCUIT CA)
tRING INDICATOR (CIRCUIT CE)
3sSIGNAL QUALITY DETECT (CIRCUIT CG)
sMODEM IN TEST MODE (RS 449 ONLY CIRCULIT TM)

020606

EVTLST:

EDTXQ
EDTXC
EDRXQ
EDRXC
EDDER
EDDOVI

020570
020572
020574
020576
020600
020602

030001
030025
030054
030101
030127
030174
030144
026765
030222
030257
030312

33333338388

:TABLE OF ADDRESSES OF EVENT DESCRIPTION MESSAGES
ORDER CORRESPONDS TO MESSAGE TYPE VALUES
:

LPO

EDDLE
EDDDE
EDEOP

s TRANSMIT MESSAGE QUEUED
;TRANSMIT OF MESSAGE COMPLETE
;RECEIVE MESSAGE SPACE QUEUED
;MESSAGE RECEIVED - RECEIVE COMPLETE
;DEVICE INFORMATION
;DEVICE INITIALIZE STARTED

;DATA COMPARISON DONE
iNULL STRING

;DATA COMPARE LENGTH ERROR
;DATA COMPARE DATA ERROR
;END OF PASS

;LOCATIONS USED DURING EVENT REPORTING
EVISEC:

020610
020612
020614
020616
020620
020622

.WORD

: TEMPORARY LOCS TO KEEP EVENT TIME WHILE REPORTING

.WORD
.WORD

;TEMP, LOC. TO HOLD ADDRESS DURING EVENT REPORTING
.
*
“ BYTE COUNT
=
:

EVTMIN:
EVTITCK:

.WORD
.WORD

EVITMP:

.WORD

EVTADD:
EVIBCT:

O
O

OTHER DATA

;REPORT CODING DISPATCH TABLE
020624
020626
020630
020632

020634
020636
020640
02064c
020644
020646

043444
043444
043244
043444
043522
043622
044056
04413€
044056
Ca3776

RPTDSP:

C® JOND
WM -

CZCLMCO DMP/V-11 DCLT
MODEM DATA SECTION

i
.WORD

RPTTXQ
RPTTXQ
RPTTXQ
RPTTXQ
RPTDER
RPTOVI
RPTOCK
RPTMSC
RPTDLE
RPTDDE

;TRANSMIT QUEUED ENTRY DECODING
;TRANSMIT COMPLETE ENTRY DECODING
;RECEIVER QUEUED ENTRY DECODING
;RECEIVER COMPLETE ENTRY DECODING
;DEVICE ERROR ENTRY DECODING
;;DEVICE INIT ENTRY DECODINC
;DATA COMPARISON ENTRY DECODING
;PLACE HOLDER
;DATA COMPARISON LENGTH ERROR
;DATA COMPARISON DATA ERROR

G6
MODEM DATA SECTION

58 020650

043672

020652
020654
020656
020660

000000
000000
000000
000000

59
60
61
62
63
64

MACRO v05.00

Thursday 22-Mar-84

.WORD
DEV1:
DEV2:
DEV3:
DEvVA:

.WORD

.WORD
.WORD

16:24
RPTEOP
o000

CZCLMCO DMP/V-11 DCLT

SEQ 71

Page 34-1

1END OF PASS

s+ TEMP LLOCS TO HOLD DATA FOR EVENT REPORTING
SUBROUT INE

H6
CZCLMCO DMP/V-11 DCLT

Thursday 22-Mar-84

16:24

SEQ 72

Page 35

TSS ASCII AND ROUTINES

020674
020676
020700
020702
020704
020706
020710
020712
020714
020716
020720
020722
020724
020726

020730
020732
020734
020736

020740
020742
020744
020746
020750
020752
020754
020756
020760

032112
032146
032216
032252
032325
032373
032455
032545
032603
032637
032675
032772
033066
033151
033235
033320
033404
033476
033565
033653
033740
034027
034114
034145
034230
034302
034361
034444
034527
034606
034665
034737

.SBTTL

TSSLST:

.WORD
.WORD
.WORD

TABLE FOR TSS ASCII AND ROUTINES
TSSOA
sPOINTER FOR OFFSET

TSS1A
TSS2A
TSS3A
TSS4A
TSS5A
TSS6A
TSS7A
TSS10A
TSS11A
TSS12A
TSS13A
TSS14A
TSS15A
TSS16A
TSS17A

+POINTER FOR OFFSET
+POINTER FOR OFFSET
1POINTER FOR OFFSET
1POINTER FOR OFFSET
tPOINTER FOR OFFSET
sPOINTER FOR OFFSET
;POINTER FOR OFFSET
sPOINTER FOR OFFSET
iPOINTER FOR OFFSET
sPOINTER FOR OFFSET
;POINTER FOR OFFSET
;POINTER FOR OFFSET
;POINTER FOR OFFSET
:+POINTER FOR OFFSET
:POINTER FOR OFFSET

TSS21A
TSS22A
TSS23A
TSS24A
TSS25A
TSS26A
TSS27A
TSS30A

;POINTER FOR OFFSET
sPOINTER FOR OFFSET
sPOINTER FOR OFFSET
;POINTER FOR OFFSET
;+POINTER FOR OFFSET
:POINTER FOR OFFSET
1POINTER FOR OFFSET
s1POINTER FOR OFFSET

TSS20A

TSS31A

TSS32A
TSS33A
TSS34A
TSS35A
TSS36A
TSS37A

sPOINTER FOR OFFSET

ASCII
;POINTER FOR OFFSET
1POINTER FOR OFFSET 33 ASCII
ASCII
;:POINTER FOR OFFSET
1POINTER FOR OFFSET 35 ASCII
ASCII
;POINTER FOR OFFSET

;POINTER FOR OFFSET 37 ASCII

s TABLE FOR 7SS ACTION ROUTINES
:IF BYTE = O USE WORD ROUTINE
+IF BYTE = 2 USE BYTE/BYTE ROUTINE

002
002

: INDEX FOR
: INDEX FOR
: INDEX FOR
;s INDEX FOR
: INDEX FOR
s INDEX FOR
: INDEX FOR
1 INDEX FOR

1 INDEX FOR
s INDEX FOR

1 INDEX FOR

1 INDEX FOR
s INDEX FOR
: INDEX FOR

s INDEX FOR
s INDEX FOR

Y. FOR
+ INDE
1 INDEX FOR

TSS
TSS

7SS

TSS

TSS
TSS

TSS
TSS
TSS

p— NOUVNBWN-O

002
002
002
002

TSSIND:

NS LBLAO000ONNNNONVOD

002

ge2ggass

020763
020764
020765
020766
020767
020770
020771
020772
020773
020774
020775
020776
020777
021000
021001
021002
021003

g g

1IF BYTE = 4 USE BYTE SPECIAL ROUTINE

020762

ASCII
ASCII
ASCII
ASCII
ASCII
ASCII
ASCII
ASCII
10 ASCII
11 ASCII
12 ASCII
ASCII
14 ASCII
15 ASCII
16 ASCII
17 ASC1I
ASCII
21 ASCII
22 ASCII
23 ASCII
24 ASCII
ASCII
ASCII
27 ASCII
ASCII
31 ASCII

NOVBWN-O

020662
020664
020666
020670
020672

HHHEE R

TABLE FOR

MACRO V05.00

TSS 11
TSS 12
TSS 13
TSS
7SS
TSS

14
15
16

T1SS 17
TSS 20
TSS 21

16
CZCLMCO DMP/v-11 DCLT
MACRO V05.00
TABLE FOR TSS ASCII AND ROUTINES

58 021004
59 021005
60 021006
61 021007

000
002
000
002
002
002
002
002

35 021021

000

70 021020

73 021022
74 021024
75 021026

Page 35-1

JYTE
MYIE
BYTE
HYIE
.BYTE
.BYTE

@
e
2
@2
O
2

+ INDEX FOR
+INDEX FOR
s INDEX FOR
: INDEX FOR
s INDEX FOR
+ INDEX FOR

TSS 22
TSS 23
TSS 24
TSS 25
TSS 26
TSS 27

SIE
ST
B

2
2
2

+ INDEX FOR
: INDEX FOR
s INDEX FOR

TSS 31
TSS 32
TSS 33

002
002
002
002

62 021010
63 021011
64 021012
65 021013
66 021014
67 021015
68 021016
69 021017

.BYTE

SYIE
MYIE

000
000000
000000
000000

5EQ

Thursday 22-Mar-84 16:24

BYIE

.BYTE
1SSE:
TSSA:
TSSKEY:

.WORD
.WORD
.WORD

@
2

O
O
O

:INDEX FOR

;INDEX FOR
1 INDEX FOR

:INDEX FOR

: INDEX FOR

TSS 30

TSS 34
TSS 35

TSS 36

TSS 37

sWORD FOR LAST TSS TO BE PRINTED
sWORD FOR ADDRESS
s¥EY WORD FOR READING TS5

021046
021050
021052
021054
021056
021060
021062
021064
021066
021070
021072
021074
021076
021100
021102
021104
021106
021110

035004
035045
035103
035142
035177
035234
035271
035347
035425
035477
035517
035555
035616
035637
035747
036057
036141
036206
036253
036320
036365
036432
036477
036521
036543

021126

036653
036736
036761
037026
037050
037071

021044

021112
021114
021116
021120
021122
021124

TABLE FOR GSS ASCII AND ACTION

GSSLST:

GSSOA
GSS1A
GSS2A
GSS3A
GSS4A
GSSSA
GSS6A
GSS7A
GSS10A
GSS11A
GSS12A
GSS13A
GSS14A
GSS15A
GSS16A
GSS17A
GSS20A
GSS21A
GSS22A

036576

021134
021135
021136
021137

021140
021141
021142
021143
021144
021145
021146
021147

002
002
002
002
002
002
002
002
002

002
002

002

56Q

.SBTTL

GSS23A
GSS24A
GSS25A
GSS26A
GSS27A
GSS30A
GSS31A
GSS32A
GSS33A
GSS34A
GSS35A
GSS36A
GSS37A

;TABLE FOR
+IF BYTE =
:IF BYTE =
;IF BYTE =
021130
021131
021132
021133

Page

GSSIND:

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

;1POINTER
sPOINTER
;1POINTER
;1POINTER
1POINTER
;POINTER
;POINTER
;1POINTER
;POINTER
1POINTER
1POINTER

OFFSET
OFFSET
OFFSET
OFFSET
OFFSET
OFFSET
OFFSET
OFFSET
OFFSET
OFFSET
OFFSET

:POINTER
1POINTER
sPOINTER
;POINTER
;POINTER
;POINTER
;POINTER
;POINTER
;POINTER
;POINTER
;POINTER
sPOINTER
sPOINTER
sPOINTER
;POINTER

OFFSET
OFFSET
OFFSET
OFFSET

OFFSET
OFFSET
OFFSET
OFFSET
OFFSET
OFFSET
OFFSET
OFFSET

OFFSET
OFFSET
OFFSET

;POINTER
;POINTER
;POINTER
;POINTER
;POINTER

GSS ACTION ROUTINES
O USE WORD ROUTINE

2 USE BYTE/BYTE ROUTINE
4 USE BYTE SPECIAL ROUTINE

: INDEX FOR
X FOR
s INDE
X
: INDE FOR
3 INDEX FOR
; INDEX FOR
X FOR
;s INDE
X FOR
s INDE
: INDEX FOR
X FOR
s INDE
X FOR
3 INDE
: INDEY. FOR
: INDEX FOR

GSS
GSS

GSS
GS5
GSS
GSS
GSS
GSS
GSS

GSS

GSS
GSS
GSS
GSS

GSS

ASCII
ASCII
ASCII
ASCII
ASCII
ASCII
ASCII
ASCII

ASCII
ASCII
ASCII
ASCII
ASCII
ASCII
ASCII
ASCII
20 ASCII
21 ASCII
22 ASCII
23 ASCII
24 ASCII
25 ASCII
26 ASCII
27 ASCII
30 ASCII
31 ASCII
32 ASCII
33 ASCII
34 ASCII
35 ASCII
36 ASCII
10
11
12
13
14
15
16
17

OFFSET
OFFSET
OFFSET
OFFSET
OFFSET
OFFSET 37 ASCII

1POINTER

X FOR
;s INDE
FOR
X
DE
s IN
s INDEX FOR
: INDEX FOR

NOVMDBWN-O

021030
021032
021034
021036
021040
021042

16:24

nNasoOnNNOMNNRVN

O®

OV D WM r

TABLE FOR GSS ASCII AND ACTION

Thursday 22-Mar-84

~NOVDWN
O

MACRO Vv05.00

§8888888885055555355553353353855

CZCLMCO DMP/V-11 DCLT

K6
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

TABLE FOR GSS ASCIT AND ACTION

58 021150
59 021151
60 021152
61 021153
62 021154
63 021155
64 021156
65 021157

002
002
002
002
002
002
000
000

67 021161
68 021162
69 021163

002
002
000

66 021160

70
71
72
73

021164
021165
021166
021167

000

000
000
000
000

Thursday 22-Mar-84 16:24

Page 36-1

JYTE
Bk
.BYTE
MYE
.BYTE
.BYTE
JYIE
.BYTE
.BYTE
BYIE
SYE
.BYTE

; INDEX FOR
: INDEX FOR
: INDEX FOR
+ INDEX FOR
s INDEX FOR
: INDEX FOR
+ INDEX FOR
s INDEX FOR
:INDEX FOR
; INDEX FOR
:INDEX FOR
: INDEX FOR

.BYTE
.BYTE
.BYTE
BYIE

¢
@
2
2
2
2
O
O
O
2
2
0

0
0
O
©

s INDEX
; INDEX
: INDEX
: INDEX

FOR
FOR
FOR
FOR

SEQ

GSS 20
GSS 21
GSS 22
GSS 23
GSS 24
GSS 25
GSS 26
GSS 27
GSS 30
GSS 31
GSS 32
GSS 33
GSS
GSS
G5S
GSS

34
35
36
37

L6
MACRO Vv05.00
CZCLMCO oMP/v-11 DCLT
COMMAND LINE ACTION TREE

Thursday 22-Mar-84

B WY

.SBTTL

16:24

Page

(ALWAYS AT LEAST

OV®- I

021170
021170
021174

021200

021202
021216
021220
021234

021236

021252
021254
021266
021272
021306

021312
021326
021332
021346
021352
021356
021370
021374
021406
021412

COMMAND LINE ACTION TREE

:SAMPLE CLI TREE NODE

S5EQ

! ASCIZ HATCH STRING

(.EVEN)

1 WORD)

ONLY

"MI5S” ARGUMENT DEF INED

ONLY

"ASCII” ARGUMENT DEF INED

ONLY

"ASCII” ARGUMENT DEF INED

CLITRE:

;FIRST KEYWORD
N10$:

Na2s$:
N4a3s$:
NA44s:

N45$:
NA46S$
:

N4O$:
NAT7S:

N20$:
N25§$:
N30s$:

CLI
CLI
CLI
CLI
CLI
CLI
CLI
CLI
CLI
CLI
CLI
CLI
CLI
CLI
CLI
CLI
CLI
CLI
CLI
CLI
CLI
CLI
CLI

CLISPA,O,N10$
< 2> ,HLP ,NA2S
CLIEXI,O

CLISTR,HLP ,N4A3S, <'HELP' >
CLIEXI,O
CLISTR,PRNT , N44S$, <'PRINT' >
CLIEXI.O
EXIT'>
<
CLISTR,EXIT,NASS,
CLIEXI,O

CLISTR,RUN,NA6S,<'RUN' >
CLIBR,O,N8OS
F >
,NAOS, <'DUMP’
CLISTR,NOTNU
CLIBR,0,NS0$
CLISTR,CLEAR,N47%,<'CLEAR’ >
CLIBR,NOTNUF ,N100$
CLISTR,CTPP ,N20$,<' TRIB' >
CLIBR,NOTNUF ,N105¢
<'S> ,NOTNUF ,N30$
<'HOW® >
HOMW
,N25$,
CLISTR,S
CLIBR,0,N100$
CLISTR,O,N308,<'ET'>
CLIBR,O0,N1108
CLIERR,O

sSKIP ANY LEADING SPACES

;IS THE FIRST NON-SP CHAR A "2~
IF YES DO "HLP” AND EXIT
;
;ELSE, IS FIRST WORD A “HELP”
IF YES DO "HLP” AND EXIT
s

;ELSE, IS FIRST WORD A "PRINT”
IF YES DO "PRINT” AND EXIT
;
:ELSE, IS FIRST WORD A "EXIT"
IF YES DO "EXIT” AND EXIT
;
;ELSE, IS FIRST WORD A "RUN"
;

IF YES
DO "RUN" & GOTO N8OS

;ELSE, IS FIRST WORD A "DUMP“
IF YES GOTO N8OS
s
;ELSE, IS FIRST WORD A "CLEAR“
IF YES DO "CLR"” & GOTO N100O$
:
;ELSE IS FIRST WORD TRIB

;ELSE, IS FIRST CHAR. A "S”
IF YES IS REST OF WORD “HOW"
:
IF YES, DO “SHOM",BR N100$
H
ELSE, IS REST OF WORD “ET”
;
:

YES,

“SET”,

BR N110s$

;OTHERWISE "ILL CMD" - EXIT

; SECOND KE YWORD (MODE=) FOR RUN COMMAND
N8OS
:
N81§:

N82$:
N83$:
N84:
N85
:

CLI
CLI
CLI
CLI
CLI
CLI
CLI
CLI
CLI
CLI
CLI
CLI
CLI

CLISPA,O,N30$

F >
,N30$, <'MODE’
CLISTR,NOTNU
<«'=>,0,N308
CLISTR,ATVMOD,N828,<'ACTIVE' >
CLIBR,O,N115%

;SKIP LEADING SPS, IF NONE -ERR

: IS NEXT WORD “MODE =
H

IT'S WRONG -ERR -EXIT

:IS NEXT WORD “ACTIVE"
"ACTIVE",BR N115$
IF YES,
:

285328 8

021414
021420
021434
021440
021456
021462
021500
021504
021522
021526
021544
021550
021574

“PASSIVE"
<’ PASSIVE' >
1 IS NEXT
CLISTR,PASMOD,N83s,
“PASSVE"” ,BR N115$
NS
W
.N115¢
.
CLIBR,0
"RECEIVE"
NBAS, >
< 'RECEIVE'
: IS NEXT
CLISTR,RECMOD,
"RECVE",.BR N115%
IF YES
i
CLIBR,0,N115¢
“LISTEN"
1 IS NEXT
CLISTR,LISMOD,N85%,<'LISTEN'>
N115$
“LISTEN",BR
YES
IF
3
CLIBR,0,N115%
"DOwW...
WORD
NEXT
;IS
CLISTR,DLLMOD,N86$
, < ' DOWNL INELOAD' >
IF YES, DO "DWNLLTM +BR N115s$
i+
CLIBR,0,N115$

N87S$:

<'T>,0,N30%
CLISTR, TRAMOD ,N87%,<'RANSMIT'
>
CLIBR,0,N115%

CLI

CLIBR,0,N115¢

CLISTR,
TALMOD ,N30$,<' ALK’ >

;IS NEXT CHAR A "T"
e

CLI
CLI
CLI

CLI

SEQ 77

37-1

N86$ :

Page

021600
021604
021622
021626
021640

16:24

58
59
60
61
62
63

Thursday 22-Mar-84

MACRO v05.00
CZCLMCO DMP/V-11 DCLT
COMMAND LINE ACTION TREE

;SECOND KEYWORD (FOR CLEAR OR SHOW)

021644
67 021650
021672
021674
021720

N100$:
N102s:

021722
021726
021746
021752
021774

N110s:
N111s$:

022000
022004
022010
022014
022020
022024
022030
022034

NSO$ :
N51§:
N52$:

022040
022044

N11Ss:
N114s:

022050
022062
022066
022102

107 022105
022124
022130
110 022144
111
124 022150
125 022164
126
127 022170
128 022204
129
130 022210
131 022224
132
133

IS REST OF WORD “RANSMIT"
IF YES, DO “TRANSM”
,BR N115$
IS REST OF WORD “ALK
"
IF YES, DO “TALK”,BR N115$
IF NO, ERROR - EXIT

N104s:

CLI
CLI
CLI
CLI
CLI

CLISPA,Q,N30$
;SKIP LEADING SPACES, NONE=ERR
;IS NEXT WORD "EXPE..."
CLISTR,CSHEXP
,N104§ ,<'EXPECTBUFF ' >
: IF YES, DO CLR-EXP,EXIT
CLIEXI,O
CLISTR,CSHTRN,N30$,
<’ 1RANSMITBUFF ' >
;IS NEXT WORD "TRANS.."
CLIEXI,O
; IF YES, DO CLR-TRN,EXIT

;IF NO - ERROR - EXIT

;SECOND KEYWORD (FOR SET)

N112$:

CLI
CLI
CLI
CLI
CLI

CLISPA,0,N30$
CLISTR,SETEXP,N112$,<'EXPECTMSG’>
CLIBR,0O,N120%
CLISTR,SETTRN,N30$,
<’ TRANSMITMSG’ »
CLIBR,0,N120$

;:GET ADDRESSES FOR DUMP COMMAND
CLI
CLI
CLI
CLI
CLI
CLI
CLI
CLI

CLIALP,O,NS51$
CLISPA,0,N52¢
CLIOCT,DMPS,
N3OS
<' -> NOTNUF ,N125$%
CLIOCT,DMPE ,N30$
<' /> ,NOTNUF ,N125%
<'8>,DMPQ,N30$
CLIBR,O,N125$

;QUALIFIERS FOR THE RUN COMMAND
CLI
CLI
CLI
CLI
CL1
CLI

CLIALP,O,N114%
<' /> ,NOTNUF ,N125$%
CLISTR,NO,N116%,<'NO’'
>
<'C>,0,N117$
CLISTR,CHECK ,N1178,<'HECK' >
CLIBR,O,N115¢%

CLI
CLI
CLI
CLI

CLISTR,STATUS,N118$,<'STATUS'
>
CLIBR,O,N115%
CLISTR,ECHO,N130$,<'ECHO’
>
CLIBR,0,N115%

N130s:

CLI
CLI

CLISTR,O0,N1328,<'PASS'
>
CLIBR,0,N150¢

N132s:

CLI
CLI

CLISTR,MOSC,N131$,<'MODEM'
>
CLIBR,O,N115$

N131s:

CLI
CLI

CLISTR,O0,N30$,<'LOOP'
>
CLIBR,0,N140%

N1168:

N1178:
N118s:

;GET MESSAGE TYPE FOR SET MESSAGE COMMANDS

CZCLMCO DMP/v-11 DCLT

COMMAND LINE ACTION TREE

MACRO v05.00 Thursday 22-Mar-84 16:24 Page 37-2

{g; 022230

N120s:

136
137 022234
138 022250

;
LOOK FOR DEFAULT MESSAGE NAME
N60§ :
CLI
CLISTR CMSG1,N61$, <'ONES' >
CLI
CLIBR,0,N121$
N61s:
CLI
CLISTR,CMSGO,N62$
, < ZEROES' >
CLI
CLIBR,O,N121%
N62$:
CLI
CLISTR,CMSG2,N638,<'
1ALT' >
CLI
CLIBR,O,N121%
N63s$:
CLI
CLISTR,CMSG3,N648,<'OALT'>
CLI
CLIBR,O,N121¢
N64s:
CLI
CLISTR,CMSGS,N65%,<'
ITEP' >
CLI
CLIBR,O,N121%

139 022254
140 022272
141 022276
142 022312
143 022316
144 022332
145 022336
146 022352
147 022356
148 022372
149 022376
150 022412
151 022416
%gg 022436
154
155 022442
156 022446
157 022452
158 022456
159 022462
160 022466
igé 022472
163
164
165
166
167
168
igg

N65$:
N66$:
N678:

CLI

aalin

CLI

CLI
CLI
CLI
CLI
CLI

<'=>,0,N30%

CLISTR,CMSGA ,N668,<'CCITT >

CLIBR,O,N121¢
CLISTR,CMSG6,N678,<'ALPHA'>
CLIBR,O,N121%
CLISTR,SETET,N68$,
<’ TRANSMIT' >
CLIBR,0,N125%

;
LOOK FOR QUOTED MESSAGE
N68s:
CLI
<’ "> ,0PRMSG,N30$
N70s:
CLI
<'“>,ENDQO,N71%
CLI
CLIBR,0,N121$
N71$:
CLI
CLISPA,O,N72¢
N728:
CLI
CLIALN,O,N73$

;ONLY A-Z,SP,TAB, OR 0-9 BETWEEN “'S

N73s:

;PRINT ERROR IF NONE LEGAL CHAR FOR "'S

CLI
CLI

CLIBR,O,N70$
CLIERR,BADCHR

022474
022500
022504
022520
022524
022540

;GET QUALIFIERS
N121s:
CLI
N123s:
CLI
CLI
CLI
N122s:
CLI
CLI

(SIZE OR COPY) FOR SET MESSAGE COMMANDS
CLIALP,O,N123$
<' /> ,NOTNUF ,N125$
CLISTR,SIZE ,N122%,<'SIZE' >
CLIBR,0,N126%
CLISTR,QCOPY,N30s,<'COPY'
>
CLIBR,O,N126%

171
172 022544
173 022550
{;; 022554

;NUMER FOR SIZE
N126s:
CLI
CLI
CLI

OR COPY
<'=>,0,N30%
CLIDEC,.NUM,N30$
CLIBR,O,N121$

176
177 022560

;GET MAINTENANCE LOOP TYPE FOR RUN “LOOP" QUALIFIER
N140$:
CLI
<'=>,0,N308

188
189
190
191
192
193
194
{gz

022564
022606
022612
022626
022632
022654
022660
022702

N141s:

198 022706

N150$:

197

N142s:
N143s:

N144s:

CLI
CLI
CLI
CLI
CLI
CLI
CLI
CLI

CLISTR,TTLLOP,N142%,
<’ INTERNALTTL' >
CLIBR,0,N115$
CLISTR,CBLLOP,N143$,<'CABLE'
>
CLIBR,0O,N115$
CLISTR,LMDLOP,N144$,<' LOCALMODEM' >
CLIBR,0,N115$
CLISTR,RMDLOP,N30$,
<' REMOTEMODEM' >
CLIBR,O,N115%

;GET LINE NUMBER FOR "PASS” RUN QUALIFIER
CLI

<'=>,0,N30%

CZCLMCO DMP/V-11 DCLT MACPG V05.00 Thursday 22-Mar-84 16:24 Page 37-3
COMMAND LINE ACTION TREE
199 022712

200 022716
201
202 022722

203 022726

204 022742

CLIDEC,PASC,N30$

CLI

CLISPA,NOTNUF ,N106$

CLI

CLIEXI.O

CLI
CLIBR,O,N115¢
;GET TRIB SHOM OR ADDR FOR KILL OR ESTABLISM

N10Ss:

N1068:

205 022744
206 022764
207 022770

N1078:

210 023022
211 023026

N1628:

208 023004
209 023010

cLI

N108s:

N160$:
N1618:

CLI

CLI
CLI
CLI

CLI
CLI

CLI

CLIBR,0,N1614

215
216 023050

1END
-OF -L INE
N12Ss:
CLI

CLISTR,ETRB,N1088,
< ESTABLISH' >
CLIBR,0,N160¢
CLISTR,KTRB,N30$,
< KILL® >

CLI
CLI

N1638:

CLISTR,SLST,N1078,
<’ SHOW' >

<'=>,0,N308
CLISTR,KALL ,N1628, <’ ALL " >
CLIDEC .EXTB N30
CLISTR,ETWS,N1638,<*
/W' »

212 023040
Sfi 023044

CLI

S4,NOTNUF ,N125$
CLIEXI,O

;LOOKING FOR -,"

CZCLMCO DMP/v-11 DCLT

COMMAND LINE ACTION TREE
14
15

19 023052

20 023052
21 023054

023056
023056
023060
023062
023062
023064
023066
023066
023070

33 023072
34 023074
35 023076
36 023100
37 023102

40
a1
42
43
4a

000000
000000

000000
000000
000000
000000
000000

INVEC:
OUTVEC:
INTPRI:
OPTYP:
DEVPAR:

023106
023110
023112
45 023114
46 023116

000000
041075
041075
040076
040117

48 023122
49 023124
S0 023126

040161
040203
041075

023130
023132
023134
023136
023140

58 023142
59 023143
60 023146

61 023150
62 023152
63 023154
64 023156
65 023160
66 023162
67 023164
68 023166
69 023170
70 023172

SELO:

BSELO:
BSEL1:

000000
000000

000000

47 023120

CURRENT DEVICE PARAMTERS

SEL2:
BSEL2:
BSELS:
SELA:
BSELA:
BSELS:
SEL6:
BSEL6:
BSEL7:

000000
000000

023104

51
52
53
54
S5
3

S0 %0

JDEVICE DEPENDENT STORAGE LOCATIONS FOR

22
23
24
25
26
27
28
29
30

C/
MACRO V05.00 Thursday 22-Mar-84 16:24 Page 38

.WORD
.WORD

O
O

.WORD
.WORD

O
O

.WORD
.WORD

O
O

.MORD
.MORD
.WMORD
.WMORD
.WORD

O
O
O
O
O

'MORD
'MORD

WORD

THORD
JMORD
'MORD

040245
040257
040275
040312
040226

040413
040444
040466
040517
040542
040576
040622
040652
040701
040730

O
O

STATYP: .MORD
O
; DEVICE ERROR MESG TABLES
CONOLS: .MORD
O
WORD
RXTHEM
IMORD
TXTHEM

040140

040331
040345
040367

.WORD
.WORD

.MORD
WORD
"WORD

WORD
WORD
'WORD
'WORD
WORD
WORD
'WORD
'WORD
'WORD
'WORD

s INPUT INTERRUPT VECTOR ADORESS
JOUTPUT INTERRUPT VECTOR ADDRESS
s INTERRUPT PRIORTTY
10PTTON TYPE
iDEVICE PARAM. BIT 0
BITL

:
-

sSTATION TYPE

MTP
PTP

CONT

TRIB

SLTHEM
STRCHM

s TABLE MOLDER
sRX THRESMOLD ERROR MESSAGE ADOR.
1TX THRESHOLD ERROR MESSAGE ADOR
1SELECT THESMOLD MESSAGE
;DOCMP START REC MESSAGE ADODR.

MARMM
STRMM
PEla2M

sMAINT RECEIVED IN HALD
JSTART REC. IN MAINT MESSAGE.
+ SPARE

MARM

WMORD
DEADTM
WORD
RUSM
'WORD
BABTM
TWORD
STREAM
WORD
RIM
1PROCEEDURE ERRORS

CONO1S:

+ADDRESSES OF REGISTERS SELO THRU BSEL7

PE100M
PE102M
PE104M

PE106M
PE110M
PE112M
PE114M
PE116M
PE120M
PE122M
PE124M
PE126M
PE130M

1DDCM® MAINT REC IN RUN

iDEAD TRIB MESSAGE
JRUN STATE SET IN ERROR
iBABLING TRIB MESSAGE
\STREAMING TRIB MESSAGE
JRING DETECTED
NO MODE DEF
+ ILLEGAL TYPE
s ILLEGAL MODE CHANGE

;CONTROL IN TO UNESTABLISHED TRIB
:NON-GLOBAL TO TRIB O
+ ILLEGAL REQUEST
{ATTEMPT TO ESTABLISH MORE THAN MAX TRIBS
JESTABLISH TO ALREADY ESTABLISMED
+ ILLEGAL CONTROL IN
JASSIGN BUFFER FOR UNESTABLISMED TRIE
{ASSIGN BUFFER FOR MALTED TRIB
ASSTGN BUFFER WITH BYTE COUNT =0
{ASSIGN Tx BUFFER TO TRIB ©

D7
COMMAND L INE ACTION TREE

MACRO v05.00

Thursday

71 023174
023176
023200
023202
023204
023206

’2
73
74
75
76

16:24

. WORD
. WORD

PE134M

WORD

CONO3S:

78 023210

79 023212

PE132M

PE136M
PE140M
PEi42M
PE144M

BUF TSM
NOE XM
DISCON
QUEOM
CARLOS

Page

SEQ

38-1

tATTEMPT

TO R/W RESERVED 7S55/GSS

sUSING RESERVED BITS IN BSEL7
1 COMMOI4 POOL ERROR
1COMMON POOL QUOTA ERROR
1 SPARE
1 SPARE

1BUFFER TOO SMALL
INONESTANT MEM
1DISCON MESSAGE
;QUEOVER M.
1CARRIER LOSS

1:3sFOLLOWING TABLE USED IN DOWNLINE LOAD ROUTINE.
333 sCONTAINS POINTERS TO ASCIZ DEVICE DESCRIPTIONS
;:REV B EC

DLLIND:

032072
032076
032102
032105

38855888300888888

80 023214
81 023216
82 023220
83
84
85
86
87
88
89
90
91
92
93
94
95
9%
97
98
9
100
101
102
103
104
105
106
107
120
131

22-Mar-84

55888 388

CZCLMCO DMP/V-11 DCLT

DLM

¥
CZCLMCO DMP/V-11 DCLT
- GLOBAL. TEXT SECTION

MACRO v05.00

Thursday

O®~AOND
M) e

.SBTTL

22-Mar-84

16:24

Page

SEQ 82

GLOBAL TEXT SECTION

:."'E GLOBAL TEXT SECTION CONTAINS FORMAT STATEMENTS,
+ MESSAGES, AND ASCII INFORMATION THAT ARE USED IN
+ MORE THAN ONE TEST.
gus

.SBTTL

DEVICE SUPPORTED

: NAMES OF DEVICES SUPPORTED BY PROGRAM
i

DEVTYP

023266
023266
023266
023271
023274
023277
023302

104
040
040
126
061

115
117
104
040
000

DATA coMM. LINK
ST/
023307
023312
023315
023320
023323
023326
023331
023334
023337
023342
023345
023350
023353

.SBTTL

39
47
43

g
TE

114
115

104
055
040
124
103
115
114
113
105

132

103

115

103

040
120

/DMP OR DMV

11/

PROGRAM IDENTIFICATION

TEST DESCRIPTION

DESCRIPT

<CZCLMCO DMP DMV-11 DATA COMM. LI':(OE;ESD
L

.ASCIZ

104
040

115
061
104
101
117
056

126
061
101
040
115
040

123

124

111
040

LSDVTYP::
LASCIZ

.EVEN

103

11>

120
122
115
061

26
32
33
35
36 023304
023304
023304

<DMP OR DMV

116
124

.EVEN
.EVEN

/CZCLMCO DMP DMV-11

F7
CZCLMCO DMP/V-11 DCLT

MACRO v05.00

Thursday 22-Mar-84

16:24

025727

025766
026017
026027
026115
026165

103
111
101

117

045
045
045
045
045
045

040
122
040
040

105
105
105
101
116

116
120
116
103

105
124

040
116
116

105
116

101
101
103
124
114
120
11€
116

104
116
116
116

045
045
045
045
045
114
114
122
125
122
040
105
105
040
040
125
040
040

127
127
127

124
045
045
124
045
114
130
123
040
045
045
122
105
114
114

CLISPM:
CLIERM:
CLINUF:
CLINBG:
CLIBRX:
CLIBOL:
CLINPS:
CLIBCR:
CLISEO:
CLIPPE:
CLIPW:

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

HLPF :
HLP1:

.ASCIZ
.ASCIZ

HLPO:

HLP2:

.ASCIZ
.ASCI1

HLP28B
HLP2C
HLP3:

HLP3A:
HLP4 :
HLPAA
HLPS:
HLP6:
EQUA:

.ASCII
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCII
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

045

MESSAGES,

AND ASCII

INFO

/DCLT>/

/8NSAZILL CMD-BAD SYNTX?2/
/8NSA?INCMPLTE CMD?/
/8NSA?NUM TOO BIG?/
/#NuA?BAD RADIX?/
/8NSA?"LOOP" VALID ONLY IN ACTIVE?Z/
/8NSA? "ECHO" VALID ONLY IN PASSIVE?/

/8NSA?ILL CHR-

"A-Z,0-9,SP,TAB” ONLY?/

/8NSA?"SIZE=0" NOT VALID?/
/6NSA?TRIB CMDS ILLEGAL IN PT-PT MODE?/

/8NSA?2TRANSMIT € EXPECT LIST MUST BE IDENTICAL FOR LOOP?/
/8NSATHIS IS DCLT. TYPE “H” OR "?” FOR DETAILS/
/8NST/

/DCLT CMDS:/

/7 CLEAR OR SHOW

EXPECTLIST OR TRANSMITLIST/<15><12>

/ PRINT OR EXIT/<15>¢12>

? DUMP START-END/B?
? TRIB SHOMW, TRIB ESTABLISH=.,.”W,N(D)..OR TRIB KILL=N,ALL?
WHERE W=INDICATES WRITE POLL PARAMS/
«15>¢12>/
? SET EXPECTMSG OR TRANSMITMSG=TYPE/SIZE=N OR /COPY=N?
/ SET EXPECT=TRANSMIT/

TYPE=ONES,ZEROES, 1ALT ,OALT, ITEP,CCITT ,ALPHA?

OR "M SPCD-A;

SP TB 0-9 IN MTES"'

7 RUN m-HTVP/LW-LTYPIOECK STATUS ,ECHO ,MODEM,PASS=N?

/
MTYP=TRAN,REC,ACT,PAS, TAL LIS.DOlN/«lSNlZ»
/
LTYP-INI’.CM.LOC.REHI
/NEMW POLL PARAMETERS (WORD)=/

/NEW POLL PARAMETERS (BYTE LOMW)=/

/NEM POLL PARAMETERS (BYTE MI)=/
/SATELLITE PASSWORD=/
/8NSSSSAPOLL
PARAMETERS FOR TRIB w=DS/

7 7SS NNN(D)/SW OR GSS/SW?
?
WHERE /SW= /FULL,7ERROR,/OFFSET=NN(0)?

/8NSAZTRIB STATUS OFFSET=-#02#AsT00 BIG?2/

IUNSAMSG:

/ZERQES/

TYPE=nTe#A/SIZE-sD3?

/ONES/

/1ALT/
/0ALT/
/CCITT/
/ITEP/

111

105
120
122
045
045
063
045
045

GLOBAL FORMAT STATEMENTS,

/#NSAGLOBAL POLL PARAMETERS/
/RPT>/
/8NSATYPE "H” OR 2" FOR MHELP!/
/DCLT REPORT CMDS:/
/7 EXIT OR LOG/

061

103
103
120
104
124
012
123
123
040

114
045
045
045
045
045
045
045

117

103

116
116
116
116
116
116
116
116
116
116
116
116

BEX

025025
025055
025111
025151
025210
025234
025301
025334
025341
025377
025421
025436
025470
025544
025613
025647
025656
025663
025670
025675
025703
025710
025716

104
045
045
045
045
045
045
045
045
045
045
045
cas
104
040
040
040
040
015
040
040
040
040
040
040
040
116
116
116
123
045
045
122
045
104
040
040
040
045
045
132

.SBTTL
.NLIST

4
=

VE SOV
D WM

GLOBAL FORMAT STATEMENTS, MESSAGES, AND ASCII INFO

SEQ 83

Page 40

/ALPHA/

/0PR SPEC/
\SNSATRIB ADDRESS LIST IS EMPTY\
\SNSATRIB ADDRESS LIST:#N\
wD3sA,

"ASCIZ
.ASCIZ

\SNSATRIB ADDRESS LIST FULL

- ADDRESS= wZ3#A NOT ADDED\

\SN#A?TRIB ADCRESS= #Z3A IS NOT UNIQUE 2\
\SNSA?TRIB ADDRESS= #Z3%A NOT FOUND2\

G7
CZCLMCO DMP/V-11 DCLT

MACRO v05.00

Thurscay 22-Mar-84

GLOBAL FORMAT STATEMENTS, MESSAGES, AND ASCII INFO
026231
026316
026371
026433
026504
026543

027014
027027
027043
027045
027054
027056
027064
027066
027073
027075

045
045
045
045
045
045
045
122
124
120
101
104
124
114
000
057
111
103
114
122
116
123
116
103
116
105
116
115

97 027103
98 027114
99 027121

045
124
124

58
59
60
61
62
63
64

026605

65 026674
66 026704
67 026715
68 026725
69 026734
70 026751
71 026756
72 026765
73 026766
74 026775
75
76
77
78
79
80

81
82
83
84
85
2%

027006

100
101
102
103
104

105
106
107 027160
108
109 027232
110 027256
111 027337
112 027377

113 027415
114 027446
115 027531
116
122
123
124
125
126
127
128
129

027567
027627

027672
027724

116
116
116
116
116
116
116
105

045
045
045
045
045
045
045
103

114
116
101
117
105
117
124
117
110
117
103
117
117

117
124
102
103
115

116
114

045
113

122
101
103
117
101
111

110

101
123
124
127
114
123

SHTLP:
SHTLPA:
SHTLPB:
SHTLPC:
SHTLPD:
SHTIV:
SHTBR:
MOO:
MO1:

101

105
110
104

SEQ 84

Page 40-1

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.PSCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCII
.ASC1Z
.ASCII
.ASCIZ
.ASCII
.ASCIZ
.ASCII
.ASCIZ

\#NsA?CABLE ,LOC,REM LOOP NOT VALID IN "MULTIPT MODE "2\
/8NSA?TRIBS MUST BE ESTABLISHED TO EXECUTE?/

.ASCIZ

/8NSALIS>/
/TLK>/
/THIS A S0,

.ASCIZ
.ASCIZ

111

16:24

.EVEN

/8NsA?TRIB STATION CANNOT DO LOOP?/
/#NSAZ0ONLY ONE TRIB (TRIB ADDR 1) ALLOWED/
/8NuSS#AFOR LOOP IN MULTIPOINT?/

\#NSA?TRIB ADDRESS= #Z3%A INVALID?\
/9NSARX BUFFER NOT BIG ENOUGHNSATOO MANY

/RECEIVE/
/TRANSMIT/
/PASSIVE/
/ACTIVE/
/DOWNL INELOAD/
/TALK/
/LISTEN/

TRIBS OR MSGS/

2/L00P=?
2INTERNAL
?
?2CABLE?
2LOCALMODEM?
?REMOTEMODEM?

/NO/
/STATUS/

OR 60.

HZ.

LSI-11:/

+ FORMAT STATEMENTS USED IN PRINT CALLS

045

116

045

DLLCM:

.ASCIZ

/#NSADOWN LINE LOAD COMPLETED SUCCESSFULLY/

045
045
115
102
045
045
045

116
116
101
125
116
116
116

045
045
130
106
045
045
045

BDOCLK:
NOCLK:
TABEX:

.ASC1Z
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

/8NsSACLOCK NOT FOUND/
/76NufBAD CLOCK - PROGRAM WILL HANG ON "“TIMEOQUT“!!/
/MAX. CHAR., MSG COUNT EXCEEDED -/

045
045
045
045

116
123
116
123

045
065
045
065

BUFEX:
MSGTRN:
MSGTRU:
SHFO:
SHF1:

EFM2:
PCPM;
EFM11:

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

/BUFFER FULL -/
/#NSTSA MSG. NOT BUILT

/#NSACHAR,

!t/

COUNT EXCEEDS BUFF LIMIT

78NS SSSAMODE *# TH TE THA/PASS =825?

- MSG TRUNCATED/

T2
STEA
/S THA/STEA/S
26NSSSESSHSSEA/

/8SSSATOTAL MISMATCHES IN MSG = #DS/

/8NBS38ACALLED FROM PC=%06/
/8SSEACOMPARE COUNT =wDS#S34ARECEIVE COUNT =«wDS/

;EVENT DESCRIPTION MESSAGES

H7
CZCLMCO DMP/V-11 DCLT

MACRO V0S5.00

Thursday 22-Mar-84

GLOBAL FORMAT STATEMENTS, MESSAGES, AND ASCII INFO
130
131
132
133
134
135
136
137
138
139
140

030001
030025
030054
030101
030127
030144
030174
030222
030257
030312
141 030326
142

124
124
122
122
104
104
104
104
104
105
101

122
122

105
105
105
101
105
101
101
116
102

101
101
103
103
126
124
126
124
124
104
116

143
144
145

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

5€EQ 85

Page 40-2

/TRANSMIT MSTG QUEUED/

/TRANSMIT MSG COMPLETED/
/RECEIVE SPACE QUEUED/
/RECEIVE MSG COMPLETED/

/DEVICE ERROR/

/DATA COMPARISON STARTED/
/DEVICE INIT AND SETUP/
/DATA COMPARISON LENGTH ERROR/
/DATA COMPARISON DATA ERROR/
/END OF PASS/
/ABNORMAL MODEM STATUS CHANGE/

:EVENT REPORTING MESSAGES

; THE FOLLOWING ARE USED IN THE DUMP SUB ROUTINE

146

147
148
149
150
151
152
153
154
155
156
157
158
159
160
161
172
173
174

EDTXQ:
EDTXC:
EDRXQ:
EDRXC:
EDDER:
EDDCK:
EDDVI:
EDDLE:
EDDDE:
EDEOP:
EDMOS
:

16:24

030363
030372
030401
030407

030447
030545
030574

030646
030660
030675
030717
030756

031016
031055
031124
175 031226
176
177 031324
178
179 031410
180
181
182
1.3
184 031433
185 031513
186 031530
187 031534
188 031540
189 031544
190 031550
191 031554
192 031560
193 031564
194
195
196

045

045
045

123
123
116

063
063
045

BASM3:
BASM2:
BASM1:

.ASCIZ
.ASCIZ
.ASCIZ

/%S3803/
/9535067
/
/%N%06

045
045
045
045
045
045
045
045
045

116
116
116
116
116
123
123
123
116

045

NULEVT:
EVTFO:
EVTIF1:
EVTF2:
EVIF3:
EVTFSC:

.ASCIZ
.ASCIZ
.ASCIZ
.ASC1Z
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

/8NSATHE DCLT EVENT LOG IS EMPTY/

045
045
045
045

116
116
116
116

045
045
045
045

EVIFaB:
EVTFa4;
EVTIF4:
EVTF4A:

.ASCIZ
.ASCIZ
.ASCIZ

.ASCIZ

/95NsS38APASS
=80 5%S SSAERRORS =#D5 /
/8NuS3SARX THRESH=#DS#S3#8ATX THRESH=%D5/
/8NsS35AADDR OF MSG=#w06#S3#ABYTE COUNT=#DS#S3sANO. OF CMP ERRS-#DS5/
/8NsS3%AADDR OF MSG=#06%S3sARX BYTES=wDS«#S3SACOMPARE BYTES=wD5/

045

123

065

EVTFSA:

.ASCIZ

/8SSSABYTE @ IN MSG. =wDSe#S3eAEXPTD =#03%S3SARECVD =%03/

045

116

045

EVMOCG:

.ASCIZ

/%NSSOSACHANGED T0:/

045
045
045
063
063
063
045

EVTF3D:
EVIF3F;
EVTF6:

/8NSA>>> DCLT EVENT LOG ENTRY

<€<€€qcccceceacacceeCccccccccccccc/

/78NSDSSA
: 8Z28A : 8724537 /
/78NSS38AADDR OF MSG=w06#S3#ABYTE COUNT=#D5/
/98NSS
38 TSN/
/45380645 3806 /
/9S3u06%S 380685 3T/
/8S38068S38068S3SATRIB ADDR=%Z3/
/8NsS3#SATO-FROM TRIB ADDRESS-#23/

2882000008808 800488808200000080848200000002002000300800080000000000000000

:00 NOT SEPARATE THE NEXT LIST OF MESSAGES - MODEM SIGNAL HEADER AND REPORT
045
045
130

130
130
130
130
130
130

116
116
040
040
040
040
040
040
040

045
045
040
040
040
040
040
040
040

EVMOHD:
EVMOST:
EVMCTS:
EVMDSR:
EVMDCD:
EVMRTS:
EVMRI:
EVMSQD:
EVMTM:

.ASCIZ
.ASCII
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.EVEN

/uNSS8%AMODEM STATUS:
S
IS SEA/
/SNSSO8

CTS DSR DCD RTS RI

SQD TM/

‘X,40,40,40
'X,40,40,40
'X,40,40,40
‘X,40,40,40
'X,40,40,40
'X,40,40,40
'%X,40,40,40
0

sEXECUTION STATUS MESSAGES TO BE PRINTED TO KEEP OPERATOR AWAKE

Thursday 22-Mar-84 16:24 Page 40-3

MACRO V05.00
CZCLMCO DMP/V-11 DCLT
GLOBAL FORMAT STATEMENTS, MESSAGES, AND ASCII INFO

197 031566
198 031571
199 031602
200 031613
201 031624
202 031635
203 031646
204 031657
205 031670
206 031701
207 031712
208

045
045
045
045
045
045
045
045
045
045
045

116
123
123
123
123
123
123
123
123
123
123

000
063
063
063
063
063
063
063
063
063
063

209

210
ell

212 031724

045

116

223
224
225
226
227
228

104
104
104
125
113
113

124
126
132
116
104
104

213 032006
214 032011
215 032014
216 032017
217 032022
218 032025
219 032031
220 032035
221 032040
222 032044

032050
032054
032057
032062
032072
032076

229 032102

230 032105
231
232
233
234

104
104
104
104
104
104
104
104
104
104

113

104

045

CR:
STXQ:
STXC:
SRXQ:
SDVE:
SCM:
SOVI:
SCML:
SCMD:
SEOP:
SMSC:

LASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.EVEN

/%N/
/%wS3%ATXQ/
/%wS3sATXC/
/wS3%ARXQ/
/wS3%AERR/
/%S3sACMP/
/wS3#AINI/
/#S3sACML/
/wS3#ACMD/
/#S3#AEOP/
/#S3#AMSC/

SECRM:

.ASCIZ

/«#N#ASECONDARY BOOT REQ FROM #Ts#A DEVICE-TrPE= =D3/

000
000
000
000
000
120
103
000
126
120

DPM:
DUM:
DLM:
DQM:
DAM:
DUPM:
DMCM:
DNM:
DLVM:
DMPM:

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

/DP/
/DU/
/DL/
/DQ/
/DA/
/DUP/
/DMC/
/DN/
/DLV/
/DMP/

114

000

KLM:

.ASCIZ

/KL/

115

105
000
000
113
120
132
126

DTEM:
DVM:
D2ZM:
UNKM:
KDPM:
KDZM:
DMVM:

.ASCIZ
.ASCIZ
.ASCIZ
LASCIZ
.ASCIZ
.ASCIZ

.ASCIZ

.EVEN

/DTE/
/Dv/
/DZ/
/UNKNOWN/
/KDP/
/KDZ/s
/DMv/

1CR FOR LINES IN A ROW
1ABOUT TO TRANSMIT
1 TX COMPLETED
1ABOUT TO RECEIVE
;DEVICE ERROR
+ABOUT TO DO DATA CHECKING OF RECVD vS. EXPTD
sDEVICE ABOUT TO BE INITIALIZED
;COMPARE LENGTH ERROR
;COMPARE DATA ERROR
;END OF PASS
+MODEM STATUS CHANGE

iREV B BY EC
3 sNEXT ASCIZ LINES ARE USED IN SATELLITE ID MESSAGES

120
125
114
121
101
125
115
116
114
115

J7
CZCLMCO DMP -V

-11 DCLT

MACRO v05.00

Thursday

OV®-IOVND
N e

ASCII FORMATS FOR TSS AND GSS SLOTS

22-Mar -84

045
045
045
045
045
045
045
045
045
045
045
045
045
045
045
045
045
045
045
045
045
045
045
045
045
120
045
045
045
045
045
045
045
045
045
045
045
045
045
045
045
045
045
045
045
045
045
045

116
116
116
116
116
116
116
116
116
116
116
116
116
116
116
116
116
116
116
116
116
116
116
116
116
122
116
116
116
116
116
116
116
116
116
116
116
116
116
116
116
116
116
116
116
116
116
116

045
045
045
045
045
045
045
045
045
045
045
045

036057
03614!
036206

045
045
045
045
045
045

116
116
116
116
116
116

045
045
045
045
CA45
045

036253

036320
036365

045
045
045
045

045
045
045
045
045

045
045
045
045
105
045
045
045

045
045
045
045
045
045
045
045
045
045
045
045
045
045
045
045
045
045
045

TSSOA:

TSS1A:
TSS2A:
TSS3A:
TSSA4A:
TSSSA:
TSS6A:
TSS7A:
TSS10A:
TSS11A:
TSS12A:
TSS13A:
TSS14A:
TSS15A:
TSS16A:
TSS17A:
TSS20A:
TSS21A:
TSS22A:
TSS23A:
TSS24A:
TSS25A:
TSS26A:

TSS27A:
TSS30A:
TS30AA:
TSS31A:
TSS32A:
TSS33A:
TSS34A:
TSS35A:
TSS36A:
TSS37A:

GSSOA:
GSS1A:
GSS2A:
GSS3A:
GSS4A:
GSSSA:
GSSHA:
GSS7A:
GSS10A:
GSS11A:
GSS12A:
CSS13A:
GSS14A:
GSS15A:
GSS16A:
GSS17A:
GSS20A:
GSS21A:
GSS22A:
GSS23A:

GSS24A:

SEQ 87

Page 41

ASCII FORMATS FOR

.SBTTL
032112
032146
032216
032252
032325
032373
032455
032545
032603
032637
032675
032772
033066
033151
033235
033320
033404
033476
033565
033653
033740
034027
034114
034145
034230
034242
034302
034361
034444
034527
034606
034665
034737
035004
035045
035103
035142
035177
035234
035271
035347
035425
035477
035517
035555
035616
035637
035747

16:24

TSS AND GSS SLOTS

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASC1Z
.ASCIZ
.ASCIZ
.ASCIZ
.ASCII
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCI1Z
.ASCIZ
.A5CIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

/8NS06%S28ATRIB STATUS FLAGS/
/%NSOSHSSWANAK REASONSNSOSSSSSATRIB ADDR/
/8NS068S28APOLL STATUS FLAGS/
/%NHOSHSSHAPOLL RATESNSO3SSSSSAPOLL PRIORITY/

.ASCIZ
.ASCIZ

/8NS03u8SSSAGBL HDR BCCeN®O3wSSEAMAINT DATA BCC ERR/

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

/%NSOSHSSHANAWNKOSHSSSAMAX MSG COUNTER/
/%NSOSHSSHACOMM POOL QUOTASNSO3SSSSARX THRESH ERRS/

/#NHOSHSSHATX THRESH.
/7%NBO6#S2%ADATA MSGS.

ERRS WNSOSSSSSASELECT
TX'MITTD/

THRESH.

ERRS/

/¥NWOGSS28ADATA MSGS. RX’CVD/
/#NHOEWS2WASELECTION INTERVALS/
/%NHOSHSSHADATA ERRORS OUTSNSS8SAHBCC SO1%A BCC ®O1%A REP %01/
/4NHOSHSSWADATA ERRORS INSNWSSSAHBCC wO18A BCC wO1sA REP %01/
/¥NWO3WSSEALOCAL BUFFER ERRSSNSSSSA TU SO1#A TS 01/
/4NSOSHSSHARENOTE BUFFER ERRSSNWSSSA TU SO1%A TS %01/
/7%NSO3SSSHASELECTION T-OWNWSSWA NRTS wO1%A IRTS w01/
/%NSOSHSSHALOCAL REPLY T-OWNSOSWSSEAREMOTE PEPLY 1.0/
/4NHOSHSSHAHIGHEST MSG @ TX' DENSOISSSSAHIGHEST MSG @ ACK D/
/%NSOSHSSHANEXT MSG @ TO TXWNWOSWSSSATPTR ADDR OF LKNBK/
/%NSQ3SSSHALAST MSG @ TX' DENSOSSSSEAXPTR ADDR OF LNKBK/
/7uNs03s8SSESACTL X REPLY T-OuNsSO3sSSSSASTRT OF TX BUFF Q/
/#NSOSSSSHAEND OF TX BUFF QuNSO3SSSSAHIGHEST MSG & RX'D/
/%NBOSHSSHASTRT OF RX BUFFQWNSO3SSSSAEND OF RX BUFF Q/
/%NSOGSS28ATX DELAY TIMER/
/%NHOSSSSHAND DATA MSG COUNTERWNSO3SSSSAT
-0 COUNTER/
/SNBOESS
28A /
/PRESET VALUE FOR TX DELAY TIMER/
/7uNs038SSEAQ VAL FOR ACTuNSO3#SSSAR VAL FOR ACT/

/#NSO3SSSHAQ VAL FOR INACTSNSOISSSSAR VAL FOR INACT/

/4NSO3SSSEAG VAL FOR UNRSPSNSO3SSSSAR VAL FOR UNRSP.
74NSOSSSSEANDM TO INACTSNSO3SSSSA® T-0 TO UNRSP/
/4NSO3SSSEA® T-0 TO DEADSNSOSSSSSAMAX MSG COUNT/
/4NSOSWS2WASELECTION INTERVAL TIMING COUNT/
/9NSOEHS2WABABBLING TRIB TIMING COUNT/

78NBO3SSSSAPOLP TRENSOSSSSSARCVP TR/

/79NO3HSSHAXMTP TRENSOSSSSHATSP /
79NRO38SSEANASPENSO SESSEABUFP TR/
/9NBOSHSSHAS
- OF SNSOSSSSSAE - OF /
/74NRO3SSSHAS
- OQUNSO SESSEAE -00/
/8NBO3SSSEAS
- OCENSOSSSSHAE - OC /
/8NsQ3sSSEATIMER STATUSHNSO3SSSESAS-R TIMER

(L]~

/#NMOSHSSHAS
-R TIME [W]SNSO3SSSEAB-Cw TIME (L1/

-CW TIME [H]SNWO3SSSSARPM CNTR/
/9NBO3SSSHAB
TM/
T AC
/MNSOESS2WA
/9Nm0 38 S SHAMODE I mNW0 385 SSAMODE /
/
/SNSOSHSSSAALT SWENSOISSSSAXMTQRT

/%NOESS 28AR TNADD /

)

/8NB0O3ESSEAREMOTE STA ERRSENSS8SAOVRN s01sA MHFE #01%A SEL s0lsA STR w(Cl
/8NB038SSSALOCAL STA ERRSHNESASAOVRN s01sA MHFE #01sA UNDR s0lsA OVR «01

/8NsS038SSEATX
/8NS038SSEATX
/8NS038SSEATX
/8Ns038SSEARX
/8NS038SSEARX

HOR
HOR
HOR
HDR
HDR

18NSO3sSSEATX
2sN#03#SS#ATX
SeNsS03sSSSATX
1¥Ns03#SSEARX
3uNw0O3#SSEARX

HOR 2/
HOR 4~/

HDR 6/
HDR 2/

HOR 4/

I<7
MACRO V05,00
CZCLMCO DMP/V-11 OCLY
ASCII FORMATS FOR TS5 AND GSS SLOTS

58
59
60
61
62
63
64

65
66

68
69
88
89

90
91
92
93
94
95
9%
97
98
99
100
101

Thursday

22-Mer-84

16:24

SEQ 88

Page 41-1

/8NS034SSHARX HDR S#N#03#SS#ARX HDR 6/
/8NS068S28AR TIMER/
/8NS06%S28AD TIMER/
/8NS06%S2%APOLL DELAY TIMER/
/8NS038SSSAPOLL UPDATE PTReN#03%SS#ADEAD SCAN/
/8NS038SSSACARRIER LOSS TIMSNSO3SSSSAUSART HANG CTR/
/8NS0O6%S28ANUM SYNC/
/9NS068S28ACARRIER WAIT TIMER COUNTER/

036432
036477
036521
036543
036570
036053
036736
036761
037026
037050
037071

cAS
045
045
045
045
045
045
045
045
045
045

116
116
116
116
116
116
116
116
116
116
116

045
045
045
045
045
045
045
045
045
045
045

GSS25A:
GSS26A:
GSS27A:
GSS30A:
GSS31A:

037116
037153

104
015

105
012

126
040

DVEMO:

.ASCII
.ASCIZ

/DEVICE DID NOT RETURN RUN BIT/

037177
037233

106

101
012

111
040

DVEM1:

.ASCI1
.ASCIZ

/FAILURE

015

037257
037330

124
015

012

040

115

DVEM2:

.ASCII
.ASCIZ

/TIME OUT WAITING FOR TX OR RX TO COMPLETE~/

037354
037404

124
015

111
012

115
040

DVEM3:

.ASCII
.ASCIZ

/TIME OUT WAITING FOR RDI/

103

117
012

116
040

DVEM4:

_.ASCII
.ASCIZ

/CONTROL OR INFORMATION OUT ERROR/
«15><12>/
SEL2
SEL6/

111

114
040

DVEMS:

.ASCII
.ASC1Z

/ILLEGAL

015

114
012

111
015

114
012

114
040

DVEM6:

.ASCII
.ASCIZ

/ILLEGAL RECEIVE COMPLETE/
€15»<12>/
SELA
SELS/

121
015

012

040

105

DVEM7:

.ASCII
.ASCI1Z

/QUE OVERFLOW BUFFER COMPLETE/
SEL6/
SEL4
<15><12>/

122
015

114
012

104
040

DVvEMB:

.ASCII
.ASCIZ

/RLD OR MODE ENABLE OF PASSWORD SW NOT

040
015

104
012

117
040

DLLAB:

.ASCII
.ASCIZ

7/ DOWN LINE LOAD ABORTED/

123
123
115
115
123
122
104
122
102
123

105
124
101
101

114
101
111
111
116

.ASCIZ
.ASCIZ
.ASCIZ
_ASCIZ
_ASCIZ

/SELECT THRESHOLD/
/START RXD IN RUN/
/MAINT RXD IN RUN/

111

SLTHEM:
STRCM:
MARM:
MARHM:
STRMM:
DEADTM:

.ASCIZ

102 037430
103 037470
104
105 037514
106 037545
107
108 037571
109 037621
110
111 037645
112 037701
113
114 037725
115 037776
116
117 040022
118 040051
119
120
121 040076
122 040117
123 040140
124 040161
125 040203
040226
127 040245
128 040257
129 040275
130 040312
131 040331
132 040345

015

116
111

111

125

124

105
125
101
124
117
114

101

101
116
102
122

040
114

GSS32A:
GSS33A:
GSS34A:
GSS35A:
GSS36A:
GSS37A:

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
,ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

/8NS068S2%ADELTA T/

/8NS06%S28ADEAD
/8NS06%S28APOLL

DELAY/

;:DEVICE ERROR MESSAGES

RIM:

RUSM:

BABTM:
STREAM:

PE1OOM:
PE102M:

.ASCIZ

LASCIZ

,ASCIZ
.ASCIZ

«15>¢12>/

«15»<12>/

SELO

SEL2/

IN MICRO DIAGNOSTICS/

SELO

«15>¢<12>/

SELO

<15>¢12>/

«15>¢12>/

SEL6/

SEL2/

TRANSMIT COMPLETE~/

€«15><12>/

<15>¢12>/

SELS

SELO

RXBUF

/MAINT RXD IN HALT/
/START RXD IN MAINT/
/RING DECTECTED/
/DEAD TRIB/
/RUN STATE ERR/

/BABLING TRIB/

/STREAMING

TRIB/

/NO MODE DEF/
/ILLEGAL TYPE CODE~/

SEL6/

SEL2/

TXBUF

SET/

L7
CZCLMCO DMP/V-11 OCLT
ASCII FORMATS FOR

133
134
135
136
137
138
139

140
141
142
143
144
145
146
147
148
149

150
151
152

040367
040413
040444
040466
040517
040542
040576
040622
040652
040701
040730
040756
041002
041034
041056
041075
041075
041075
041103

MACRO v05.00
TSS AND GSS SLOTS

103
103
103
115
105
111
101
101
101
101
122
125
103
121

123
123
123
123
040
123
117
125

114
116
115
115
130
124
114
123
123
123
123
117
105
115
5Ny

123
123

120
120

101
101

111

114
117

117
117
101
123
114

Thursday 22-Mar-84

PE104M:

.ASCIZ

PE112M:

.ASCIZ

PE106M:
PE110M:
PE114M:
PE116M:
PE120M:

PE122M:
PE124M:
PE126M:
PE130M:
PE132M:
PE134M:

PE136M:
PE140OM:

TXTHEM:
RXTHEM:

PE142M:

PE144M:

.ASCIZ
.ASCIZ

.ASCIZ
.ASCIZ
.ASCIZ

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

.ASCIZ
.ASCIZ

.ASCIZ

16:24

Page 41-2

/ILLEGAL MODE CHANGE/
/CONTROL IN TO UNES, TRIB/

/COMMAND TO TRIB 9O/
/COMMAND TO UNMALTED TRIB/
/MAX TRIBS EXCEEDED/
/ESTB TO ALREADY ESTABLISHED/
/ILLEAGAL REQEST KEY/
/ASSIGN BUFF UNEST. TRIB/
/ASSIGN BUFF HALTD TRIB/
/ASSIGN BUFF BYTE CNT 0O/
/ASSIGN TX BUFF TRIB 0/
/R OR W RESERVED 1SS/
/USE RESERVED BIT IN BSEL7/
/COMMON POOL ERROR/
/QUOTA OVERFLOW/

/SPARE
/
/SPARE/

SEQ 8.

M7
CZCLMCO DMP/V-11 DCLT
ASCII FORMATS FOR

153 041111
154 041132
155 041150
156 041162
157 041175
158 041212
159 041232
160 041252
161 041272
162 041315
163
164
165

15
26
27
35
36
37
38

MACRO V05.00

TSS AND GSS SLOTS

102
116
104
121
103
111
124
122
123
123

125
117
111

125
101
116
130
130
105
105

106
116
123
105
122
106
040
040

103
103

Thursday 22-Mar-84

RXM1:
RXM2:

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

.LIST

.EVEN
BEX

BUF TSM:
NOEXM:
DISCON:
QUEOM:
CARLOS:
INFOM:
TXNC:
RXNC:

16:24

Page 42

/BUFFER TOO SMALL/

/NON EXIST MEM/

/DISCONECT/

/QUEVE OVER/
/CARRIER LOSS/
/INFORMATION OUT/
/TX NOT COMPLETE/
/RX NOT COMPLETE/
/SEC REQ ERR WORD 1/
/SEC REQ ERR WORD 2/

SEQ 90

!x VLT
BNOO®-IOND
W

MACRO v05.00
CZCLICO DMP/V-11 DCLT
GLOBAL FRPCR REPORT SECTION

.SBTTL

SEQ 91

Page 43

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.

041340
041340
041340

041402
041402
041402
041402
041406
041412
041416
041420
041422
041426
041426
041426

041430
041430
37 041430
041430
041434
041436
041442
041446
041450
041452
041456
041456
041456
39

16:24

041340
041342
041346
041350
041354
041360
041364
041370
041372
041374
041400
041400
041200

Thursday 22-Mar-84

005046
153716

153716
013746
012746
012746
010600
104414
062706

BGNMSG

ERR1

PRINTB

®EVTFSA,0FSET,<B,GO0D>,<B,BAD>

017371

017370
017346

031324
000004

000012

ENDMSG

L10001:

104423

013746
012746
012746
010600
104414
062706

017360
027627
000002

BGNMSG

ERR2

PRINTB

SEFM2, TEMP4

ENDMSG

104423

017356

BGNMSG

ERR10

PRINTB

HEFM11,R4,TEMP3

ENDMSG

-(SP)
BAD, (SP)
-(SP)
GO0D, (SP)
OFSET, -(SP)
QEVTFSA, -(SP)

ADD

@12,SP

SP,RO

TRAP

C$PNTB

TRAP

C$MSG

ERR2::

ADD

#6,5P

TRAP

Cs$MSG

ERR10::

;LENGTH COMPARISON ERROR
MOV
MOV
MOV
MOV
MOV

027724
000003
000010

CLR
BISB
CLR
BISB
MOV
MOV
MOV
MOV

; TOTAL DATA COMPARE FAILS ERROR
TEMP4, -(SP)
MOV
MOV
9EFM2, -(SP)
82, -(sP?
MOV
SP,RO
MOV
TRAP
CSPNTB

L10002:

104423

013746
010446
012746
012746
010600
104414
062706

ERR1::

;INDIVIDUAL DATA COMPARE ERROR

L10003:

TEMP3, -(SP)

#EFMLL, -(SP)

TRAP

ADD

SP,RO
CSPNTB
£10,5P

TRAP

CSMSG

B8
MACRO vV05.00
CZCLMCO DMP/v-11 DCLT
GLOBAL ERROR REPOR T SECT ION

Thursday 22-Mar-84

.6:24

50
51
52

54 041460

BCNMSG

ERR13

PRINTB

OQEVTF3C,TEMP3,
TEMPA

tPRINT

IN TEMP3/4

MOV

33333

013746
013746
012746
012746
010600
104414
062706

ERR1S::

ENOMSG

L10004
;

104423

TRAP

1PRINT THE 2 OCTAL 0'S IN TEMP3/4
3 AND THE MESG. WHOSE ADDR. IS IN CONOTM
:

041550
041550
041550
041550
041552
041556
041562
041566
041572
041576
041600
041602
70 041606
041606
041606

72 041610
041610

017366
017360
017356
030675

000012

ERR14

PRINTB

OEVTF3SD,TEMP3, TEMP4 ,CONOTM

ENDMSG

L10005:

104423

005046
153716
013746
013746
012746
012746
020600
104414
062706

ERR1A::

BGNMSG

ERR1LS

PRINTB

OEVTF 3F ,RSELA ,RSELG6, <B,RSEL3>

CONOTM, -(SP)

TRAP

SP,RO
CSPNTB

TRAP

CIMSG

TEMPA, -(SP
TEMPS, -(SP

®EVTF3D,
-(

013746
013746
013746
012746
012746
010600
104414
062706

BGNMSG

%vv

041512
041512
041512
041512
041516
041522
041526
041532
041536
041540
041542
041546
041546
041546

g 433343

g 2R28o8Y

041460
55 041460
041460
041464
041470
041474
041500
041502
041504
041510
041510
041510

s 2%

THE 2 OCTAL @'S

S€EQ 92

Page 43-1

012,5P

ERR15::
-(SP)

RSELS,.(SP)
RSELSG, -(SP)
RSEL4A,

(SP)

AEVTIFSF,

04,
- 'SP
SP RC

CsPNTL
eL2.5P

ENDMSG

L1000

104423
BGNMSG

ERR16

ERRLG::

g Le

(SP

73 041610
041610

005046

012746
012746
010600
104414
062706

041646
041646

104423

76 041650

041650
041652

PRINTB

16:24

SEQ 93

Page 43-2

@EVTF3F,TSELA,TSEL6,<B,
TSEL 3>

CLR
B81ISB

153716
013746
013746

041612
041616
041622
041626
041632
041636
041640
041642

74 041646

Thursday 22-Mar-84

000167
177772

MOV

ENDMSG

EXIT

L10007:
MSG

-(SP)

TSEL3,(SP)

TSELSG, -

SEVTF3F

04,-(SP)

MOV
TRAP

9.“
CIPNTB

TRAP

CsMSG

MACRO Vv05.00
CZCLMCO DMP/v-11 DCLT
GLOBAL ERROR REFORT SECTION

)

-(5P)

012,5P

Js P
L10007-2-.

D8
CZCLMCO DMP/Vv-11 DCLT
MACRO V05.00
GLOBAL SUBROUTINES SECTION

Thursday 2”-Mar-84 16:24
.SBTTL.

GLOBA!

SEQ 94

Page 44

SUBROUTINES SECTION

+ THE GLOBAL SUBROUTINES SECTION CONTAINS THE SUBROUTINES
+

THAT ARE USED IN MORE

THAN ONE

TEST.

'-0

.SBTTL

CLOCK SETUP SUBROUTINE

jee

+ FUNCTIONAL DESCRIPTION:
H
H
H
H

94
95

THIS SUBROUTINE SETS UP THE CLOCK

LINE OR P-CLOCK IS FOUND.

: INPUTS:
H
R1= POINTS TO SUPERVISOR SPACE WHERE CLOCK INFO WAS RETURNED

98
99
100

R2+= POINTS TO "CLK” TABLE WHERE CLOCK INFO WILL BE KEPT

3 IMPLICIT INPUTS:
H
THE SUPERVISOR
:

101
102
103

SPACE WHERE CLOCK INFO WAS RETURNED By THE "CLOCK" CALL

3 OUTPUTS:
H
"CLKCSR” GETS LOADED WITH THE CLOCK'S CSR ADDRESS
H
“CLKBR” GETS LOADED WITH THE CLOCK'S INTERRUPT LEVEL

104

]

105
{g?

H
B

*CLKVEC"” GETS LOADED WITH THE CLOCK'S INTERRUPT VECTOR

“CLKHZ” GETS LOADED WITH THE LINE FREQ. (HERTZ RATE) WHICH DETERMINES
THE NUMBER OF TICKS IN A SECOND

108

s+ CALLING SEQUENCE:

1
111

3 --

123

112 041654

113
114
115
116
117

INFORMATION TABLE FOLLOWING A “CLOCK"

CALL EXECUTED IN THE INITIALIZATION CODE. BUT SINCE THE “CLOCK” CALL
SAYS NOTHING ABOUT AN LSI-11'S CLOCK, THIS ROUTINE IS ONLY USED IF A

041654
041656
041660
041562
041664

012122
012112
006312
006312
006312

120 041672
121 041674

012122
012122

118 041666
119 041670
122 041676

006312
006322
000207

CLKSET:

JSR

PC,CLKSET

;CALL CLOCK SETUP WITH R1 € R2 SETWP

MOV
MOV
ASL
ASL
ASL

(R1)+,(R2).
(R1)+,(R2)
(R2)
(R2)
(R2)

;LOAD CLOCK'S CSR ADDR. INTO “CLKCSR"
;LOAD CLOCK'S INT. LEVEL INTO "CLKBR"”
sADJUST THE INT. LEVEL FOR LOADING INTO
3
THE PSW WITH A "SETVEC" CALL

ASL
ASL
MOV
MOV

RTS

(R2)
(R2)«
(R1)+,(R2)~
(R1)+,(R2)»
PC

;LOAD CLOCK'S INT, VECTOR INTO “CLKVEC’
:LOAD CLOCK'S HERTZ RATE INTO "CLKMZ*“

E8
CZCLMCO DMP/Vv-11 DCLT
CLOCK SETUP SUBROUTINE

MACRO V05.00

Thursday 22-Mar-84 16:24

LSBTTL

SEQ 95

Page 45

CLOCK INTERRUPT SERVICE ROUTINE

l..

s FUNCTIONAL DESCRIPTION:

S
6
8

H
:

THIS IS THE CLOCK INTERRUPT SERVICE ROUTINE WHICH TAKES CARE OF
KEEPING THE “TIME-SINCE-START” AND COUNTING DOWN ANY OF THE

REQUESTS., THE "“TIME-SINCE-START” IS USED TC BE LOGGED WITH EACH ENTRY

H
H

"EVENT" TIMERS.

THE TIMERS ARE USED TO TIME COMPLETION OF

DEVICE

INTO THE EVENT LOG.

: IMPLICIT INPUTS:

13
14
15
1o

H
H
:
H

19
20
21

TIMTCK:

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

HAS BEEN COUNTED OFF
CLKHZ:
THE NO. OF TICKS IN A SECOND, DETERMINED By THE SYS. LINE FREQ.
TIMMIN & TIMSEC: CURRENT VALUE OF “TIME-SINCE-START”
IN MINUTES & SECONDS
TIMER 1,2, € S: CURRENT VALUES OF THE “EVENT TIMERS”

: IMPLICIT OUTPUTS:
:
NEW VALUE OF EVENT TIMER "1~ DECREMENTED By 1 TICK IF IT WAS NON-ZERC

H
H

: FUNCTIONAL SIDE EFFECTS:

NEW VALUE OF EVENT TIMER “2* DECREMENTED BY 1 TICK IF IT WAS NON-ZERO
NEW VALUE OF EVENT TIMER "S” DECREMENTED By 1 SECOND IF IT WAS NON-ZERO

THE CLOCK IS DISABLED UPON ENTRY AND REENABLED WHEN LEAVING

27
28

: CALLING SEQUENCE:
:
THIS ROUTINE IS CALLED WHEN THE CLOCK INTERRUPTS THRU “CLKVEC".

33 041700

se 041700
35 041700
36 041704

005077
005337

155532
017454

38 041712
39 041720

013737
005237

017444
017452

37 041710
40 041724

4] 041732
42 041734

:2 041740

001015
022737
001004
005237

005037

000074

017456

47 041752

005337

017456

005337

017460

48 041756
49 041762

S0 041764

S1 041770

S2 041774
S3 041776
54 042004

55 042006
56 042012

001402

005737
001402

005737

001406
023737

001002

005337
013777

017452

1%:

017460

28:

017462

017444

017462
017446

CLKINT

CLR
DEC

8CLKCSR
TIMTCK

;:DISABLE THE CLOCK FORM INTERRUPTING
;DECREMENT THE @ OF TICKS/SEC.

MOV
INC

CLKHZ, TIMTCK
TIMSEC

sRESET THE @ OF TICKS/SEC.
sINC @ OF SECS-SINCE-START

3s:

cMP

260, , TIMSEC

CLR

TIMSEC

BNE
INC

017452

005737

46 041750

BGNSRV

BNE

017454

017450

45 041744

THE ADDRESS OF THIS ROUTINE WAS LOADED INTO THE CLOCK'S INTERRUPT

VECTOR WITH A SUPERVISOR “SETVEC" CALL.

18
TIMMIN

1SEE IF WE'VE COUNTED 60 SECS.

1IF NOT, GO CHECK TIMERS
3 ELSE INC MINUTES-SINCE-START

YET

: AND RESTART SECOND COUNTER

1SEE IF TIMER @1, TIMING ANYTHING

TIMERL

: ELSE DECREMENT THE TIMER VALUE (BY 1 TICK)

TST
BEQ

TIMER2
3

TST

TIMERS

DEC

:GO CHECK TIMERS (1£2-TICKS, 3-SECONDS)

TIMERL

BEQ

DEC

CLKINT::

TIMER2

;

IF=0, NOTHING BEING TIMED CHECK NEXT TIMER

1SEE IF TIMER 02, TIMING ANYTHING
: IF=0, NOTHING BEING TIMED CHECK NEXT TIMER

;+ ELSE DECREMENT THE TIMER VALUE (By 1 TICK)
;SEE IF TIMER 03,

TIMING ANYTHING

017454

BEQ
cMP

44
CLKHZ, TIMTCK

1 IF=0, NOTHING BEING TIMED, LEAVE
1SEE IF A SECOND HAS BEEN COUNTED OFF

155416

DEC
MOV

TIMERS
CLKEN, 8CLKCSR

1 ELSE DECREMENT THE TIMER VALUE (By
tREENABLE THE CLOCK TO INTERRUPT

BNE

43%:

: BR IF NO

1 SEC.)

F8
CZCLMCO DMP/V-11 DCLT
MACRO V05.00
CLOCK INTERRUPT SERVICE ROUTINE
57 042020

042020
042020

Thursday 22-Mar-84 16:24
ENDSRV

000002

SEQ 96

Page 45-1

L10010:

RTI

G8
CZCLMCO DMP/Vv-11 DCLT
EVENT LOG SUBROUTINES

MACRO v05.00

Thursday 22-Mar-84 16:24

.SBTTL

EVENT LOG SUBROUTINES

i FUNCTIONAL DESCRIPTION:

S
6
8

H
3

THIS SUBROUTINE HAS A DIFFERENT ENTRY POINT
FOR EACH EVENT TO BE LOGGED AND ALWAYS PRINTS

EVENT TYPE, TIME, AND THE OTHER 3 WORDS OF INFO PASSED TO THE

i INPUTS:

12
13
14
15

:
:
H
3

1_6;.

H
:

; SUBORDINATE ROUTINES USED:
H
*DVMODS” THE DEVICE SUBRGUTINE THAT RETURNS MODEM STATUS IN “MODS”
:

28
§2

:
H

SIDE EFFECTS:

TEMP:
TEMP1:

JSR

3‘3

3 -~

39 042022

012737

:5 042036

000522

012737

031571

000000

017352

031602
000002

017352
017350

49 042056

012737

031613

017352

gé 042072

000504

000513

012737

000004

LOGTXQ:

017350

012737
012737

012737
C00500

000006

017350

57 042104

012737

031624

017352

JSR

MOV

USED TO STORE ADDRESS OF "OPERATOR AWAKE~ MESSAGE
USED TO SETUP THE VALUE OF THE “EVENT TYPE” BYTE FOR LOGGING

LOGTXC:

LOGRXQ:

LGDVE
:

”

sCALL THE LOG EVENT SUBROUTINE WITH TEMP,TEMPL,
;

TEMP2,

TEMP3, AND TEMP4 SETUP

PC,LOGCMP

asTxQ, TEMPL

sSET UP MSG. TO PRINT

LOGS1

;GO LOG EVENT AND TIME

&TXQ, TEMP

MOV
MOV

@STXC, TEMPL
OTXC,TEMP

LOGS1

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

MOV

#SRXQ, TEMP1

;SET UP MSG.

LOGS1

;GO LOG EVENT AND TIME

MOV
BR

oRXC, TEMP
LOGS1

:SET UP EVENT TYPE
:GO LOG EVENT AND TIME

MOV

OSDVE , TEMP1

1SET UP MSG.

MOV

LOGRXC:

PC,LOGTXQ

MOV

017350

S4 042074
S5 042102
56 042104

FUNCTIONAL

3 CALLING SEQUENCE:

53 042074

(FOR SOME EVENT TYPES)

0 042064

UPDATED "EVTPTR” (EVENT LOG ENTRY POINTER)

48 042056

"OPERATOR AWAKE"” MESSAGE SENT TO THE CONSOLE
NEW EVENT LOGGED IN "EVTLOG” (EVENT LOG)

23
24

:g 042054

CURRENT VALUE OF THE MODEM SIGNALS AVAILABLE FROM THE DEVICE

: OUTPUTS:

19
20

44 042040
45 042046

MODS :

43 042040

TIMMIN & TIMSEC:
CURRENT VALUE OF "TIME-SINCE-START"
TEMP2:
WORD #1 OF EVENT LOG INFORMATION (FOR MOST EVEMT TYPES)
TEMF3:
WORD €2 OF EVENT LOG INFORMATION
TEMP4:
WORD @3 OF EVENT LOG INFORMATION

40 042030

SUBROUTINE AT CALLING TIME

37
38 042022

THE SHORT “OPERATOR AWAKE” MESSAGE TO CONSOLE THEN LOGS THE

SEQ 97

Page 46

ORXQ, TEMP

:SET UP EVENT TYPE

;GO LOG EVENT AND TIME
TO PRINT

1SET UP EVENT TYPE

TO PRINT

H8
CZCLMCO DMP/V-11 DCLT

EVENT LOG SUBROUTINES

58 042112
23 042120

MACRO v05.00

012737
000511

000010

017350

012737
012737
113737
113737
013737
013737
000466

031646
000012
017402
017404
017412
017410

017352
017350
017354
017355
017356
017360

71 042170

012737

031635

017352

73 042204
74 042206

000415

61 042122

62 042122
63 042130
64 042136
65 042144
66 042152
67 042160
68 042166
6

70 042170

72 042176

012737

000014

012737
012737
000406

031657
000020

79 042224

012737

031670

017352

81 042240

013737

015756

017362

012737
012737

031701
000024

017352
017350

90 042266
91 042274

012737
012737

031712
000016

017352
017350

94 042304
95 042310
96 042316

013746
013737
004737

017310
015756
063756

017362

020437

017310

000137

042552

013737

020524

017360

105 042344
106 042352

022737
001434

000006

017350

108 042362

001430

000001

017410

80 042232

gg 042246

84 042250

85 042250
86 042256

:; 042254

89 042266

gg 042302

012737

000436

000427

000420

97 042322

012604

99 042330

001402

98 042324

100 042332
101

ll.gg 042336
104 042344

107 042354

{?g

111 042364
112 042372
113 042374
114

032737

022737
001012
005037

000022

000010
017300

LOGDVI:

LOGCMP:

017350

75 042206
76 042214
77 042222
78 042224

Thursday 22-Mar-84 16:24

017352
017350

017350

017300

LOGCML:

LOGCMD:

LOGMSC:

ODFR, TEMP
LOGLS3

1SET UP EVENT TYPE
;GU LOG EVENT AND TIME

MOV
MOV
MOVB
MOVB
MOV
MOV
BR

@SDVI, TEMP1
@DVI, TEMP
MODTYP, TEMP2
MLTYP,TEMP2+1
RPASS, TEMP3
PARAM, TEMP4
LOGS3

1SET UP MSG. TO PRINT
:SET UP EVENT TYPE

MOV

1$:
LOGS3:

OSCM, TEMP1

:SET UP EVNT ENTRIES
1GO LOG EVENT AND TIME
:SET UP MSG. TO PRINT

MOV

o0CK, TEMP

3SET UP EVENT TYPE

MOV
MOV

oSCML, TEMPL
Q0LE, TEMP

3SET UP MSG. AND TYPE

MOV

LOGS3A

;GO LOG EVENT AND TIME

9SCMD, TEMP1

MOV

©DDE, TEMP

B8R

LOGS3

;GO LOG MSG TYPE AND TIME

MOV
MOV

9SEOQP, TEMP1
QEOP, TEMP
LOGS3

;GO LOG MSG TYPE AND TIME

MOV
MOV

@SMSC, TEMPL
oMSC, TEMP

MOV
MOV
JSR
MOV

ERRCNT, -(SP)
TRIBN, TEMPS
PC,DVMODS

$SAVE CURRENT ERROR COUNT
:SAVE TRIBN
:+ GO GET MODEM STATUS

CcHP

BEQ

R4 ,ERRCNT

;WERE ANY ERRCRS FOUND

JMP

LOGEX

MOV

MODS, TEMP4

cMP
BEQ

aRXC, TEMP
LOGSS

:IF RXC DON'T PRINT

BEQ

LOGSS

:IF NO STATUS SELECTED

CMP
BNE
CLR

210,LNCNT
LOGS4
LNCNT

iHAVE WE DONE 10?2
;IF NOT GO TO 4
+ELSE CLEAR IT

B8R
LOGS1:

MOV
BR

LOGS3A: MOV
LOGEOP:

€0 98

Page 46-1

BIT

TRIBN, TEMPS

LOGS3

(SP)+,R4

@STATB,PARAM

:GET SAVED ERRCNT VALUE
:

BR_IF NONE

3 ELSE, LEAVE WITHOUT LOGGING ANYTHING
i
BUT THE DEVICE ERROR FROM "DVMODS*

tAND PUT IT IN TEMP4

;GO 10 5

18
CZCLMCO DMP/V-11 DCLT
EVENT LOG SUBROUTINES

® -y

—

115 042400

119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136

042400
042404
042410
042412
042414
042420
042420
042424
042424

042430
042434
042436
042440

042444
042446

042452
042456
042464
042472
042476
042502
042506
042512
042516
042522
042526
042532
042534

042540
042544
137 042550
138 042552
139
140

MACRO v05.00

Thursday 22-Mar -84
PRINTF

012746
012746
010600
104417
062706

031566
000001

005237

017300

013746
012746
010600
104417

017352
000001

062706
010346
013703
113723
013737
163737
113723
113723
113723
013723
013723
013723
013723
020327
103404
012713
012703
010337
012603
000207

16:24

SEQ 99

Page 46-2

oCR

;ELSE PRINT CR

MOV
MOV
MOV

TRAP

000004

LOGSA:

INC

PRINTF

LNCNT
TEMPL

s INC COUNTER OF & OF AWAKE MSGS
;PRINT OPERATOR AWAKE MSG.

MOV
MOV
MOV

TRAP

000004

017464
017350
017444
017454
017350
017452
017450
017354
017356
017360
017362
020522

LOGSS:

MOV
MOV
MOV

EVIPTR,R3
TEMP,(R3).
CLKHZ, TEMP
TIMTCK, TEMP
TEMP,(R3).
TIMSEC,(R3).
TIMMIN,(R3).
TEMP2,(R3).
TEMP3,(R3).
TEMP4 ,(R3).

BLO

LOGS2

MOVB
MOV
SUB
MOVB

017350
017350

MOVB

177777

017466
017464

MOV

LOGS2:

LOGEX:

MOV
MOV
MOV
MOV
RTS

TEMPS,(R3).
R3,9EVTEND
#-1,(R3)

QEVTLOG,R3

R3,EVTPTR

(SP)+,R3
PC

1SAVE R3 ON THE STACK

sLOG EVENT

tLOG TIME SINCE START

; TICKS ,SECS AND MINS.

;LOG EVNT
;LOG EVNT
;:LOG EVNT
;LOG EVNT

ENTRY
ENTRY
ENTRY
ENTRY

3
4
5
6

s IF EVENT LOG FULL GO

sCONTINUE ;ELSE GO 1O 2
sLOG A TABLE END
sPUT R3 TO START OF TABLE
sRESTORE POINTER
sRESTORE R3

TEMPL, -(SP)

e1,-(SP)
SP,RO
CSPNTF
04 ,5P

J8
Thursday

11
12
13
14

042554
042556
042560

16:24

SEQ

Page 47

MOV
MOV

R2, -(SP)
R3,-(SP)
R4, -(SP)

$SAVE R2,R3,R4 ON THE STACK

;PRINT REPORT HELP MESSAGE
012746
012746
010600
104417
062706

PRINTF

105037
105037

025341
000001

@RHLPO

ORHLPO, -(SP)

SP,RO
CSPNTF
GETRCL: CLRB
CLRB

003411
003410

P$GDBD
P SNNUF

23
24

26
27

;PRINT PROMPT RPT>
GMANID

104443
000406
003130
000142
025334

012737
012737
012737
005037
004737
105737
001412

003130
044774
044360

012746
012746
010600
104417
062706
000137
105737
001412

023362
000001

012746
012746
010600

023412
000001

104417
062706
000137

32
33

04 ,5P

:CLEAR GOOD BAD FLAG

CLISRP,CMDBUF,A,0,1,72.,NO

CSGMAN
10000
CMDBUF
T$CODE
gLISRP

000000
000001
000110

17
18
19

170

DUMP EVENT LOG AND BASE TABLE

REPORT
: MOV

010246
010346
010446

15
16

22-Mar-84

.SBTTL

CO®IIND
WM -

MACRO v05.00
CZCLMCO DMP/V-11 DCUT
DUMP EVENT LOG AND BASE TABLE

023727
00’ 203
004737

OCLIRT,P$TREE
OCLIRAC,PSACT
QUALFG
PC.P$TRvV

047646
003411

MOV
MOV
MOV
TRAP
ADD

GETRCL

;SEE IF INCOMPLETE COMMAND TYPED

P $NNUF

1$:
PRINTF

10$
@CL INUF

MOV
MOV
MOV
TRAP
ADD

GETRCL

042602

043006

;CLEAR QUALIFIER FLAG LOCATION
;GO PARSE COMMAND LINE
:SEE IF PARSED OK OR AN ERROR

P$GDBD
13
OCLIERM

042602
003410

003252

:
10000

oCMDBUF ,PSBUFA

003374
003376
003400

000005

1G$:

CMP
BNE

JSR

KEYWD1,0RPTSS
20%
PC,RPTTSS

TSLOLIM
TSHILIM

iJUMP TO

REPORT TSS

SCLIERM, -(SP)
SP.RO
CSPNTF

4,SP

iK8
MACRC Vv05.00
CZCLMCC DMP/V-11 DCLT
TABLE
AND
BASE
DUMP EVENT LOG

042764
042766
042774
042776
043000
043002
40 043004
al
34
35
36
37
38
39

42
43 043006
44 043014
45 043020

46 043022
47 043030
48 043036
49 043044

50
51
52
53
54
35
56
57
58
59
60
61
62
63
64
65

043046
043054
043062
043070
043072
043100
043104

043112
043116
043124
043130
043136

043144
043152
043160
043166
67 043170
043176
69 043202
043210
043214

000706
023727
001302
012604
012603
012602
000207

012737
005737
001003
012737
012737

122737

001422
012737
012737
122737
001410
o13737
005337
013737

005237
152777
004737
012737
113777
013777
112777
023737
001351
152777
004737
113777
105077
112777

002252

22-Mar -84

B8R
CMP
BNE
: MOV
ENDALL
MOV
MOV

20$:

RTS

000046

021024

000054
000057
000105

021024
021022
021026

000037
000077
000106

021024
021022
021026

021026
021024
021026

021024

015756

021024
000200
065114
177777
015756
021024
000001
021024
000200
065114
015756
157652
000001

RPTTSS:

000207

043224
043226
043230

G10246
010346
010446

043232
043236
043244
043246
043246
043252
043256

013702
023727
001034

017464
017466

GETRCL

KEYWD1, #RPEXT
GETRCL

(SP)+ .R4
(SP)+,R3
(SP)+,R2

012746
012746
010600
104416
062706

030407

+ IF EQUAL JUMP BACK
;SEE IF EXIT REPORY SECTION

sRETURN TO CALLING ROUTINE

246, TSSA
TRIBN
RDTS2
454 ,TSSA

;SET KEY UP TO FIRST ERROR

TSSA
ORQI,aBSELO
PC,TOORIO
@-1,TSSFLG
TRIBN,SBSEL3
TSSA,8SEL6

RDTSS:

001,88SEL2
TSSA, TSSE
RDTSS

ORQI,SBSELO

157654

PC,TOORIO

;BRANCH IF TSS
s IF GSS USE 55

;SET UP 57 AS END

+IS THIS AN E
:AND GO READ THEM

$SET UP LIMITS
;IS THIS FULL
s IF SO READ FULL

;MAKE RQEST

1SET FLAG
;D0 CONTROL IN READ TSS
;ARE WE DONE

;sIF NOT GO BACK FOR MORE
;MAKE RQEST

TRIBN,88SELS

157650

8BSEL6
001 ,8B8SEL?2

157634

REPLOG:

€020001

101

TSSA
TSSKEY, TSSE

017326
157714
157714
157676
021022

177777

SEQ

Fage 47-1

57, TSSE
9105, TSSKEY
RDTSS
#37,TSSA
@77,TSSE
9106, TSSKEY
RDTSS
TSSKEY, TSSA

RDTS2:

021022

157726

16:24

043222

043260
043262

000002

Thursday

;00 CONTROL IN [NC REQUEST]
: THIS GETS LAST OQUTPUT
;RETURN WHEN DONE

MOV
MOV
MOV

R2,-(SP)
R3, -(SP)
R4, -(SP)

;SAVE R2,R3,R4 ON THE STACK

MOV
cMP
BNE

EVIPTR,R2

;MAKE R2 A POINTER TO EVENT TABLE

PRINTS

RPTO

ONULEVT

;SEE IF EVENT TABLE IS EMPTY

+BR IF NO
;IF EMPTY TELL OPERATOR.

MOV
MOV
MOV
TRAP

ADD

ONULEVT, -(SP)

21, -(SP)

SP.RO

CSPNTS
24 ,5P

L8
MACRO v05.00
C2CLMCO DMP/V-11 DCLT
OUMP EVENT LOG AND BASE TABLE

86 043266
87
88 043272
89

90
91 043276
92 043302

93 043304
94 043310

000137

044204

162702

000014

020227
001010
012702

017466

026227

020522
177776

95 043316
96 043320

001007
000137

043324
043330
043332

020237
001002
000137

044204

043336
043342
043342
043346
043352
043354
043356
043362
043364
043370
043374
043400
043400
043404
042410
043414
043420
043424
043430
043432
043434

162702

000014

012746
012746
010600
104416
062706

030447
000001

98
99
100
101
102
103

104
105
106
107
108

109
110
111
112
113
114
115

043440

043444
043450
043454
043456
043462
043462
043466
043472
043476
043502
043504
043506
116 043512
117 043516
118
119 043522
120 043526
121 043532

112203
112237
112237
112237

016346
013746
013746
013746
012746
012746
010600
104416
062706
000173
012237
012237
012203
004737

Thursday

RPT:

177777

044204

017464

RPT1:

RPTO:
RPTAA:

22-Mar-84

16:24

5EQ

Page 47-2

JMP

ENDEVT

3sAND END

suB

@14 ,R2

sNOW POINT BACK TO TOP OF ENTRY U
3 JUST PRINTED

CMP
BNE
MOV
CMP
BNE
JMP

R2,4EVTLOG
RPT1

®EVTEND .R2

sPOINTING TO TOP OF EVNT LOG QUEUE?
: BR IF NO
;SET R2 TO POINT TO BOTTOM OF LOG

RPTO
ENDEVT

:IF END OF LOG IS NOT EMPTY
. .ELSE EXIT
sCONTINUE.

CMP
BNE
JMP

R2,EVTPTR
RPTO

;ARE WE BACK TO POINTER?

ENDEVT

: IF NOT CONTINUE
sIF SO EXIV....

SuB
PRINTS

;POINT R2 TO START OF ENTRY

QEVTFO

;PRINT EVENT ENTRY HEADER

MOV
MOV
MOV

TRAP

000004

(R2)+,R3

;PUT EVENT TYPE INTO R3

ADD

MOV
MOV
MOV
MOV
MOV
MOV
MOV

020562

020614
020610
020612

030545
000005

TRAP

000014
020624

SRPTDSP(R3)
RPTTXQ:

020620
020616
030574
000003

012237
012237
012237

020622

PRINTS

000010
044214
043272

020652
020654

MOV
MOV
JSR

044326

013746
013746
012746
012746
010600
104416
062706
004737
000137

SEVTFO, -(SP)
@1,-(SP)

SP,RO
CS$PNTS
24,5P

(R2)+,EVTTCK
(R2)+,EVTSEC
;PUT EVENT TIME (TICKS,SECS,MINS IN TEMP LOC.S)
(R2)+ ,EVTMIN
;PRINT EVENT TIME AND DESCRIPT.
QEVIF1 ,EVTMIN,EVTSEC,EVTTCK ,EVTILST(R3)

020614
020610
020612

020616
020620

102

RPTDER:

ADD

EVTLST(R3), -(SP)
EVTTCK, -(SP)
EVTSEC, -(SP)
EVTMIN, -(SP)
SEVTF1, -(SP)
5, -(SP)
SP,RO
CSPNTS

214,SP

;sDISPATCH TO DECODING SECTION FOR SPECIFIC TYPE

:STORE MESSAGE ADDRESS FOR PRINTING
;STORE BYTE COUNT FOR PRINTING
(R2)+,R3
;STORE MODEM STATUS FOR PRINTING
PC.PNTTRB
;:PRINT TRIB NO.
QEVTF2,EVTADD,EVTBCT
:PRINT ADDR,BYTE CNT
(R2)+,EVTADD
(R2)+ ,EVTBCT

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

JSR

PC,RPTMSB
RPT

;GO PRINT MODEM STATUS
;GO BACK FOR NEXT EVENT ENTRY

MOV
MOV
MOV

(R2)+ ,EVTTMP
(R2)+,DEV1
(R2)+,DEV2

:GET ADDRESS OF DEVICE INFO MESSAGE
:STORE DEVICE REG CONTENTS FOR PRINTING

EVTBCT, -(SP)
EVTADD, -(SP)
QEVTF2, -(SP)
23, -(SP)

SP.RO
CSPNTS
210.5P

M8
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

DUMP EVENTM LOG AND BASE TABLE

122 043536

012237

017362

043542
043546
043552
043556
04356C
043562

013746
012746
012746
010600
104416
062706

020622
030646
000002

043566
043572
043576
043602
043606
043610
043612
{gz 043616

013746
013746
012746
012746
010600
104416
062706
000137

020654
020652
030660
G00003

127 043622

005037

123 043542

124 043566

128 043626
129 043632
130 043636
131 043642
132 043645
133 043652
124 043654
135 043660
136 043662
137 043666
138 043672

139 043676
140 043702
{:g 043706

043712
043716
043722
043726
043732

PRINTS

@©EVTF3C,DEV1,DEV2

000010
043272

JMP

RPT

020652

RPTDVI: CLR

000006

017362
043272

012237
012237
012237

020620
020622
017362

043734
043726

146 043742

013746
013746
012746
012746
010600

104416
062706

020654
020652
020654
020656
020660
047344
020616

020620
020616
031016
000003

000010

DEV2, -(SP)
DEV1, -(SP)
QEVTF3C, -(SP)
#3,-(SP)
SP R0
C$PNTS
#10,5P

;CLEAR UPPER BYTES OF DEV1 & DEV2 BEFORE USE
;STORE SETUP OPERATION PARAMETERS FOR PRINTING
;:SAVE R2 ON THE STACK
;GO PRINT MODE, MAINT-LOOP TYPE, PARAMTERS.
sRESTORE R2
;DUMMY MOVE
;GO0 BACK FOR NEXT EVENT ENTRY
;:DUMMY MOVE

;PRINT

PASCOUNT ERROR COUNT RX THRES AND TX TTHRES

PRINTS

@EVTF4B,EVTADD,EVTBCT

MOV
MOV
MOV
MOV
MOV

EVTBCT, -(SP)
EVTADD, -(SP)
QEVTF4B, -(SP)
@3, -(SP)
SP,.RO

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

TEMPS, -(SP)
EVITMP, -(SP)
2EVTFa4, -(5P)
23, -(SP)
SP,RO
CSPNTS
210,5P

TRAP
ADD

RPT

:THEN GO GET NEXT EVENT ENTRY

020616

RPTDDE: MOV

(R2)+ ,EVTADD

;:STORE MESSAGE ADDRESS FOR PRINTING

012237

(R2)+ ,EVTBCT
(R2)+ ,EVTTMP
(R2)+,TEMPS

(R2)+ ,EVTADD

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

JMP

150 043776

151 044002

MOV
MOV
MOV

RPTEOP: MOV

EVTTMP, -(SP)
QEVTF3, -(SP)
02, -(5P)
SP,RO
CSPNTS
06,5P

043272

017362
020622
031055
000003

149

DEV2
(R2)+,DEV1
(R2)+,DEV2
(R2)+,DEV3
(R2)+,DEVA
R2,-(SP)
PC, SHWOP
(SP)+,R2
(R2)+,TEMPS
RPT

;GO BACK FOR NEXT EVENT ENTRY

MOV
MOV
MOV
MOV
TRAP
ADD

@®EVTF44 ,EVTTMP, TEMPS

013746
013746
012746
012746
010600
104416
062706
000137

DEV1

CLR
MOVB
MOVB
MOV
MOV
MOV
JSR
MOV
MOV
JMP

;PRINT DEVICE REG CONTENTS,

PRINTS

043742
043746
043752
043756
043762
043764
043766

{:z 043772

(R2)+, TEMPS

®EVTF3,EVITMP

{:2
145 043712

MOV

SEQ 103

Page 47-3

PRINTS

005037
112237
112237
012237
012237
010246
004737
012602
012237
000137
012237

Trursday 22-Mar-84 16:24

000010

020620

MOV

(R2)+,EVTBCT

;STORE BYTE COUNT FOR PRINTING

CsPNTS
210,SP

N8
MACRO v05.00
CZCLMCO PMP/V-11 DCLT
DUMP EVENT LOG AND BASE TABLE

152 044006
153 044012
154 044016
044016
044022
044026
044032
044036
044042
044044
044046

155 044052
157
158
159
160
161
162

163
164
165
166
167
168
169
170
171

044056
044056
044062
044066
044072
044076

044132

012237

020622
044326

013746
013746
013746
012746
012746
010600
104416
062706
000137

020622
020620
020616
031124
000004

012237
012237
012237
004737

020616
020620
020622
044326

013746
013746
013746
012746
012746
010600
104416
062706

020622
020620
020616
031226

000137

043272

004737

044144

172 044164
173 044166
174 044172
175 044174
176 044200
177
178 044204
179 044204
180 044206
181 044210
182 Q44212
183
184
185
186
187

MOV
JSR

PRINTS

16:24

SEQ

Page 47-4

(R2)+ ,EVITMP

PC,.PNTTRB

:STORE TOTAL & OF CMP ERRORS
;PRINT TRIB NO.

®EVTF4 ,EVTADD,EVTBCT,EVTTMP

:PRINT

ADDR,

BYTE CNT,
MOV

MOV
MOV
MOV
MOV
MOV

TRAP

000012
043272
RPTDLE:
RPTDCK:

MOV

MOV
JSR

PRINTS

RPT

;THEN GO GET NEXT EVENT ENTRY

(R2)+,EVTADD

:STORE MSG ADDR FOR PRINT
:STORE BYTE COUNT

(R2)+,EVTBCT
(R2)+ ,EVTTHP

ADD

104

& CMP ERRS

EVTTMP, -(SP)
EVTBCT, -(SP)
EVTADD, -(SP)
VEVTF4,-(SP)
SP,.RO

CSPNTS

#12,5P

:STORE BYTE COUNT COMP

;PRINT TRIB NO.
QEVTF4A,EVTADD,EVTBCT
,EVTTMP

PC,PNTTRE

000004

;PRINT ADDR,R¥SYTES,CMPBYTES.
MOV
EVITMP, -(SP)
MOV
EVTBCT, -(SP)
EVTADD, -(SP)
MOV
MOV
#EVTFAA, -(SP)
MOV

MOV

TRAP

ADD

000012

SP,RO
C$PNTS
#12,5P

RPT

: THEN GO GET NEXT EVENT ENTRY

(R2)+,R3

;PUT OLD MODEM STATUS IN R3 FOR PRINTING

RPTMSC:

044136
044136
044140

Thursday 22-Mar-84

012203
004737
012746
012746
010600
104416
062706
012203
004737

012203
012237
000137
012604
012603
012602
000207

MOV
JSR
PRINTS

044214

031410
000001
000004

MOV
JSR
MOV
MOV
JMP

044214
017362
043272

ENDEVT:

MOV
MOV
MOV
RTS

PC,RPTMSB
#EVMOCG

(R2)+,R3
PC,RPTMSB

(R2)+,R3
(R2)+,TEMPS

;GO PRINT OLD MODEM STATUS
:GO PRINT

“CHANGED TO:*

MOV
MOV
MOV
TRAP
ADD

#EVMOCG, -(SP)
21, -(SP)
SP.RO
C$PNTS
24 ,SP

;PUT NEW MODEM STATUS IN R3 FOR PRINTING
;GO PRINT NEW MODEM STATUS
;POP NULL WORD FROM ENTRY QUT OF LOG
:DUMMY MOVE
; THEN GO GET NEXT EVENT

;RETURN TO CALLER AFTER REG RESTORE
+RESTORE R4,R3,R2

;RETURN TO CALLING ROUTINE

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

B9
CZCLMCO DMP/Vv-11 DCLT
DU EVENT

MACRO v05.00
LOG AND BASE TABLE

188 044214

044214
044220
044224
044226
044230

044234

012746
012746
010600
104416
062706

012704

012705
005714
001004
112735
005724
000407
032403
001403
112735
000402

031433

Thureday

RPTMSB:

22-Mar-84

16:24

PRINTS

@EVMOHD

+PRINT MODEM STATUS HEADER
MOV

000001

000004
020526
020544

MOV

TRAP

68:

000130

000061

000060

012746
012746
010600
104416
062706
000207

031513
000001

020544

MOV
MOV

OMOBITS,R4
, RS
OMOMSGS

BNE
MOVB

74
o'X,8(R5).

TST

7¢:

112735
020427
002760

SEQ 105

Page 47-5

8s:
9s:

(R4)

(R4).

BEQ
MOVB
BR

8s
9'1,8(RS5).
94

cHP
BLY

R4, 0MOBITE
63

8IT

MOVB
PRINTS

(R4).,R3

®'0,8(R5).
@EVMOST

ADO

MOV

TRAP

RTS

SP,RO

CIPNTS

04,5P

tMAKE R4 A POINTER TO MODEM SIG. BIT DEF. TABLE
tMAKE RS A POINTER TO MODEM MSG. POSITION TABLE
1SEE _IF BIT AVAILABLE FROM DEVICE
1BR _IF THAT MODEM SIG. AVAILABLE
$ELSE PUT "X IN REPORT IF SIGNAL NOT AVAILABLE
1BUMP R4 TO POINT TO NEXT BIT DEFINITION
1GO SEE IF CHECKED ALL MODEM SIGNALS
1IF THERE, SEE IF THAT BIT IN DEVICE'S ENTRY-]
1BR IF BIT (SIGNAL) VALUE =0
1IF=1, PUT ~“1" IN REPORT MESSAGE
1GO SEE IF ALL MODEM SIGNALS CHECKED
ll' BIT(SIGNAL
)=0, PUT “0” IN REPORT MESSAGE
1SEE IF ALL BITS(SIGNALS) CHECKED
sLOOP UNTIL ALL SIGNALS(BITS) CHECKED
s THEN PRINT MODEM SIGNAL VALUE MESSAGE

MOV

000004

GEVMOHD, - (SP)

iRETURN TO EVENT DECODING

ADD

SEVMOST, -(SP)
SP,RO

CSPNTS

04,SP

1PRINT TRIBNO

044352

210 044356

012237

017362

013746
012746
012746
010600
104416
062706
000207

017362
030756
000002

PNTTRB:

MOV

PRINTS

(R2).,TEMPS

@EVTIFG, TEMPS

;PRINT

TRIB NUMBER.

MOV

MOV
MOV
MOV

TRAP

RTS

sRETURN TO EVENT

ADD

TEMPS, -(SP)

®EVIFG, -(SP)
02, -(SP?
SP,RO

CIPNTS

06, 5P

044360
044360
044362
044366
044372
044374

006302
016202
062702
004712
000207

044376
044400
044402
044404
044406
044410
044412
044414
044416
044420
044422

000034
000036
000102
000112
000126
000156
000202
000150
000274
000310
000026

Thursday 22-Mar-84

LSBTTL
CLIRAC:

ASL

JSR

0108 ,R2
PC,(R2)
PC

MOV

044376
044376

RTS

10%:

16:24

SEQ

Page 48

CLI FOR REPORT CODING SECTION

OB IO ND WM -

MACRO v05.00
CzZCLMCo DMP/V-11 DCLT
SECTION
REPORT
CODING
CLI FOR

108(R2),R2

ACTRNL -10%
ACTRHL -10%

ACTREX-10%

ACTRLG-10%

ACTRGS-104
ACTRTS-108
ACTRTN-10%
ACTRSE -10%
ACTRSF -10¢
ACTRSO-10%
ACTRNF -108

1FORM ADDRESS OF ACTION ROUTINE

106

NEwN
-

MACRO v05.00
CZCLMCO DMP/V-11 DCLT
REPORT COMMAND ACTION ROUTINES

044424
044432
044434
044440
044440
044442
044446
044452
044454
044456
044462
044466
044470
044476
044500
044506
044510

003304

012246
012746
012746

024116
000002

010600

104417
062706
020227
001364
012737

044514
044522
044524
044530
044536
044544
044546
044552
C44554

044562
044570
044576
044600
044604
044610
044614
044620
044622
31 044624
044626
044626
044632
044636
0445642
044644
044645
33 044652
34 044660
35 044662
36 044670
37 044672
044676
39 044704

LSBTTL

ACTRNF
:
ACTRNL
:
ACTRHL
:
1%:

MOVB

RTS

MOV

PRINTF

16:24

SEQ

Page 49

107

REPORT COMMAND ACTION ROUTINES

0-1,PSNNUF

1SET FLAG TO SAY MORE NEEDED

ORHLPTB,R2

1SETUP R2 AS A POINTER TO HELP MSG TABLE
iPRINT HELP INFORMATION "ESSAGESm

OHLPF ,(R2)+

MOV
MOV
MOV

TRAP

000006

CMP

003314
000001

003252

000002

003252

043224
000003

003252
021026
003252

003410
000105
000005
177777

021026
003410

ACTREX:

RTS
MOV
RTS

ACTRLG: JSR
RTS

ACTRGS: CLRB
RTS

?%.MPEN

:RMP.KEYWI

C
Pmc XT,KEYWD1

1SEE IF ALL INFO PRINTED YET

s IF NO KEEP PRINTING
$SET UP EXIT WORD

PC,REPLOG
®RPLOG ,KEYWD1

3GO REPORT DCLT EVENT LOG

TRIBN
9105, TSSKEY

1FOR GLOBAL STATUS MAKE TRIN =0

RPTSS ,KEYWD1

;SET UP KEY WORD
:AND RETURN
;CLEAR NOT NUF FLAG

ACTRSE: CLRB

P SNNUF

ACTRTS: MOV
MOV

ORPTSS ,KEYWD1

1SET UP KEY WORD

sAND RETURN

RTS

ACTRTN: CLR8

003410
000040
015712
003404

3s:

2105, TSSKEY

@-1,PINNUF

P SNNUF
@32..RS
#TRIBLS,R2

:CLEAR NOT NUF

013746
012746
012746
010600

104417
062706
112737
000403

113737

044720
044722
044726

012746

43 044722

003410

22-Mar-84

015756
000105
000005

0002907
105037
012737
000207
105037
023727
003416

40 044706
41 044712

177777

112737
000207
012702

Thureday

013746

PRINTF

003404

OSHTNF P SNUM

026165

000002
000006

177777

003411

003404

015756

003410
000106
003410
003404

003404
025544

021026
000037

5%:

ACTRSF
;

ACTRSO:

MOVB
BR
MOVB

RTS

CLRB
MOV
RTS

CLRB
cMP
BLF

PRINTF

MOV
MOV
MOV
MOV

OSHTNF, -(SP)

02.-(SP)
SP,.RO

TRAP

CSPNTF
26,5P

MOV
MOV

PSNUM, -(5P)

PSNUM, TRIBN
PC
P SNNUF
0106, TSSKEY
PC
P S$NNUF
PENUM, 037

28
ORPTIV,PS$NUM

ORPTIV,

-(SP)

CZCLMZO DMP/Vv-11 DCLT

MACRO V05.00 Thursday c2-Mar-84 16:24 Page 49-1

. e

REPORT COMMAND ACTION ROUTINES

44
45
46
47
48

044732
044736
044740
044742
044746
044754
044756
044764
044772

012746
010600
104417
062706
112737
000406
013737
052737
000207

000002
000006
177777

003411

003404
000040

021026
021026

2%:
3s:

MOVB
BR
MOV
BIS
RTS

#-1,P$GDBD
34
PSNUM, TSSKE Y
@BITS, TSSKEY
PC

MOV
MOV
TRAP
ADD

@2,-(5P)
SP,RO
CSPNTF
06 ,5P

VRNV
WN -

MACRO v05.00
CZCLMCO CMWP/v-11 DCLT
REPORT CODE COMMAND LINE PARSING TREE

044774
045000
045004
045006
045022
045024
045040
045042
045054
045060
045072
045074
045106

04511c
045116
045122
045136
045140
045154
045156
045174
045200
045204
045206
045210

Thursday 22-Mar-84

16:24

Page 50

.SBTTL

REPORT CODE COMMAND LINE PARSING TREE

CLIRT:

CLISPA,O,R10$
1SKIP ANY SPACES
<" 7>,RPHLP,R11$ ;IS FIRST NON-SP CHAR A "2"?
$EXIT
CLIEXI,O
>
CLISTR,RPHLP,R12%,<'HELP'
CLIEXI,O
CLISTR,RPEXT,R138,<'EXIT'>
CLIEXI,O
CLISTR,HAPGSS,R148,<'GSS’
>
CLIBR,0,R20¢
CLISTR,RPLOG,R15%,<'LOG’'>
CLIEXI,O
1TSS’ >
CLISTR,RPTSS,R308,<'
CLISPA,RNOTNF ,R30$
CLIDEC,RPTSN,R30$

R10$:
R11$:

R12$:

R13$:
R14$:

R15¢%:
R20$:

R21$:

R22$:

R30$:
R125%:

<' /> ,RNOTNF ,R125%

CLISTR,RPSWE ,R21%,<'ERROR’ >
CLIEXI,O
CLISTR,RPSWF ,R228,<'FULL"’ >
CLIEXI,O
CLISTR,RNOTNF ,R308,<'OFFSET’ >
<'=>,0,R30¢
208
CLIOCT,RPSWO,#
CLIEXI,O
CLIERR,O
CLIEXI,O

SEQ 109

G9
CZCLMCO DMP/V-11 DCLTY
DUMP BYTES OR WORDS

MACRO v05.00

Thursday

22-Mar-84

SEQ 110

Page 51

DUMP BYTES OR WORDS

.SBTTL

NE WM -

16:24

+ FUNCTIONAL DESCRIPTION:
DUMPSR

- DUMP BYTES OR WORDS SUBROUTINE

ORI

THIS SUBROUTINE PRINTS THE CONTENTS OF THE LOCATIONS BETWEEN
A STARTING AND END ADDRESS IN LOCS. “STADD” AND "ENADD”.
THE WORD OR BYTE CONTENTS ARE PRINTED 8 TO A LINE WITH THE

ADDRESS OF THE FIRST BYTE AS THE FIRST 6 OCTAL CHARS. FOLLOWED
BY A SEMICOLON.
INPUTS

STADD=
STARTING ADDRESS (FIRST LOC. TO PRINT)
ENADD=
END ADDRESS (LAST LOCATION TO DUMP)
BYTBIT= 1 IF SUPPOSED TO PRINT "BYTES”
0 IF SUPPOSED TO PRINT

"“WORDS”

OUTPUTS:

CONTENTS OF A RANGE OF LOC.S PRINTED ON THE OPERATORS CONSOLE.

CALLING SEGUENCE:
JSR PC,DUMPSR

045212
045216

013702
005003

045220
045222
045226
045232
045234
045236
31 045242
32 045246
33 045250
045254
045254
045256
045262

010246
012746
012746
010600
104417
062706
005737
001416

045220

045272
045274
045276
045302
045304
045304
045306
045312
045316
045320
045322
37 045326
38 045332

112237

005046

153716

012746
012746
010600
104417

062706
000411

012246
012746
012746
010600
104417
062706
020237
003005

017312

DUMPSR: MOV
CLR
DUMA;
PRINTF

STADD,R2
R3
@BASM1,R2

;CALL DUMP BYTES SUBROUTINE

1SET R2 UP TO STARTING ADDR.
;CLEAR R3
;PRINT ADDRESS

030401
000002

MOV
MOV

TRAP

000006
017316

DUM3:

017350

TST

BEQ
MOVB

PRINTF

BYTBIT

:IS THIS BYTE OR WORD

&BASM3,<B,TEMP>

;PRINT BYTE

buM1
(R2)+,TEMP

:BR IF WORD
MOV BYTE TO TEMP

8ISB
MOV

017350

030363
020002

MOV
MOV

TRAP

000006

DUM1
:

PRINTF

DuM2

@BASM2,(R2)+

;PRINT WORD

—
MOV
MOV

030372
000002

MOV

TRAP

000006
017314

DUM2:

CcMP

BGT

R2,ENADD

DUME X

;COMPARE FOR LAST ADD

s IF DONE EXIT

#BASM1, -(SP)
@2,-(SP)
SP,RO

CSPNTF
#6,SP

-(SP)

TEMP,(SP)

#BASMS3, -(SP)
SP.RO
CSPNTF
06 ,SP

(R2)+,-(SP)
#BASM2, -(SP)
SP,RO
CSPNTF
26 ,5P

H9
CZCLMCO DMP/v-11 DCLT
OUMP BYTES OR WORDS
045336
045342
045344

005203
022703
001725
000736

045346

000207

39 045334

40
41
42
43
44
45

MACRO v05.00

Thursday 22-Mar-84

000010

DUMEX:

16:24

INC
CMP
BEQ
BR

RTS

08, ,R3
DUM4
ouUM3

Page 51-1

1ELSE BUMP R3

tHAVE WE PRINTED 8 ACROSS
+IF SO GO BACK TO 4

;ELSE GO BACK AND PRINT ANOTHER

:BYTE OR WORD
sRETURN TO CALLER

SEQ

111

19
MACRO v05.00
CZCLMCO OMP/v-11 DCLT
UPDATE TOTAL CHAR, COUNT SUBROUTINE

Thursday 22-Mar-84

SEQ

Page 52

112

UPDATE TOTAL CHAR, COUNT SUBROUT INE

LSBTTL
FUNCTIONAL

DESCRIPTION:

UPDATES TOTAL CHAR. COUNT TOTCC BASED ON CURCC.
LAST MESSAGE IS TRUNCATED TO FIT INTO THE
BUFFER IF TOTAL CHAR, COUNT EXCEEDS "BIFLIM”
A MESSAGE
IS PRINTED TELLING THE OPERATOR THE TRUNCATION OCCURRED.

INPUTS:

O®

G¢

iPDND
T, e

16:24

CURCC=

CHAR,

COUNT OF MESSAGE BEING ADDED

TOTAL CHAR COUNT OF BUFFETM ITS BEING ADDED

OUTPUTS:

MESSAGE TO OPERATOR IF MESSAGE TRUNCATED TO FIT

FUNCTIONAL SIDE EFFECTS:
LOCATION “TEMP” USED FOR CALCULATIONS
CALLING SEQUENCE:

JSR

PC,ADDCC

;UPDATED TOTAL CHAR. COUNT

TOTCC-

045350
045356
045364

063737
022737
103027

017334
001000

017344
017344

ADDCC:

BHIS

CURCC, TOTCC

;ADD CURRENT TO TOTAL

ADDC1

;IF NOT MORE THEN “BUFLIM” EXIT

OBUFLIM,TOTCC

; COMPARE TO "BUFLIM”

; PRINT MESSAGE AND TRUNCATE COUNT

31
32
33

35
37

045366
045366
045372
045376
045400
045402
045406
045414
045422
045430
045436
045444

012746
012746
010600
104417
062706
163737
012737

163737

013737
063737
000207

PRINTF

027446
000001
000004

017334
001000
017344
017350
017334

017344
017350

017350
017334

017344

ADDC1:

SUB
MOV
SuB
MOV
ADD
RTS

OMSGTRU

CURCC, TOTCC

:1SUB CURRENT FROM TOTAL

T0TCC, TEMP

:SUB TOTAL FROM "BUFLIM"

OBUFL IM, TEMP
TEMP, CURCC

CURCC, TOTCC
PC

MOV
MOV
MOV
TRAP
ADD

MSGTRU, -(SP)
e1,-(SP)
SP,.RO
CSPNTF
e4,5P

MOV "BUFLIM” TO TEMP

;AND ESTABLISH NEW CURRENT

:ADD “ADJUSTED CURRENT" TO TOTAL CHAR. CNT.
:RETURN TO CALLER

CZCLMCO DMP/V-11 DCLT

MACRO V05.00

BUILD MESSAGE BUFFERS SUBROUTINE

Thursday 22-Mar-84 16:24

.SBTTL

e
3

;

BLDPUF
--

11
12

H
:

INPUTS:

CURCC= CHAR. COUNT OF MESSAGE TO BE ADDED
CURADD= ADDRESS OF MESSAGE TO BE ADDED

CPTR=

; OUTPUTS:

ég

TRANSMIT OR EXPECT LIST

USING THE POINTER, BYTE COUNT, AND ADDRESS PASSED 10 IT.

BUILD POINTER TABLE AND BUFFERS

THIS SUBROUTINE ADDS A MESSAGE TO THE

BUILD MESSAGE BUFFERS SUBROUTINE

FUNCTIONAL DESCRIPTION:

SEQ 113

Page 53

ADDRESS % :glg:’&ferflLE WORD WHERE MESSAGE POINTERS ARE

MSGTYP= VALUE TO USE AS AN INDEX TO FIND SOURCE OF MESSAGE DATA
INDEX INTO DMSGCT() AND DMSGAD().

A MESSAGE ADDED TO EITHER TXBUF OR CMPBUF

APPROPRIATE POINTERS IN PTRTAB POINTER TABLE

; CALLING SEQUENCE:

JSR PC,BLDBUF

;BUILD MESSAGE IN BUFFER AND ADD PTRS.

MOV

R2,-(SP)

:SAVE R2 AND R3 ON THE STACK

MOV
MOV
MOV
MOV

CURADD, (R2) CURCC,.(R2)+
R2,CPTR
MSGTYP,R2

;PUT
1PUT
sPUT
;GET

MOV
ADD
MOV
MOV
MOV

CURADD, TEMP
1MOVE CURRENT ADD TO TEMP
CURCC, TEMP
;ADD CHAR COUNT TO IT TO GET END
CURADD,R3
:SET R3 TO CURRENT START ADD
DMSGCT(R2), TEMP2
sGET BYTE COUNT
DMSGAD(R2),R4
;PUT STARTING FROM ADD IN R4

MOVB

(R4)+,(R3).

'-.

25 045446

26 045446

27 045450
gg 045452

BLDBUF
:

010245

010346
013702

017340

045456
045462
045466
045472

013722
013722
010237
013702

017342
017334
017340
017332

35 045500
36 045506
37 045514
38 045520
39 045526

013737
063737
013703
016237
016204

017342
017334
017342
002150
002176

30
31
32
33

34 045476

40 045532
41 045576

006302

060437

112423

020337

017350

44
45
46
47

020437
001762
000770
063737

017354

045546
045552
045554
045556

48 045564

49 045566

S0 045570

001404

012603

012602

000207

BLDB1:

017334

ASL

017350
017350

017354

42 045540

43 045544

MOV
MOV

BLDB2:
BLDB3:

ADD
cMP

BEQ

017342

cMP
BEQ
BR
BLDBEX: ADD

MOV
MOV

RTS

R3, -(SP)
CPTR,R2

CURRENT ADD ON POINTER TAB
CURRENT CC ON POINTER TAB
UPDATED R2 BACK TO CURRENT POINT
MESSAGE TYPE TO USE AS INDEX

;DOUBLE FOR WORD INDEX

R4, TEMP2

sADD IT TO TEMP2 TO GET END OF FROM

R3,TEMP

;ALL DONE?

BLDBEX

R4, TEMP2
BLDB2
BLDB3
CURCC,CURADD

(SP).,R3
(SP).,R2

;MOV BYTE FROM PATTERN TO BUFFER

;IF SO EXIT

;IS PATTERN COUNT EXPIRED
:IF SO GO START AGAIN
sIF NOT GET ANCTHER BYTE
;8uMP CURADD

;RESTORE R3 AND R2

sRETURN TO CALLER

K9
CZCLMCO DMP/V-11 DCLT

Yhurm¥ 22-Mar-84 16:24

TX BUFFER AND MESSAGE LIS

.SBTTL

SEQ

Page 54

CREATE FACSIMILE OF TX BUFFER AND MESSAGE LIST

sFUNCTIONAL DESCRIPTION:

BE WS S0 G6

6 B0 G

B8 S8 G4 S5 S

S0 S5 S0 W6 S0 B0 S8 S

B8 S6 W6 W

S5 S0 W8 B8 S8 B0 S0 W

FACSIMILE:

@6 G5

O®-SOND
W) r

CREATE FACSIMILE OF

MACRO v05.00

THIS ROUTINE IS USED TO CREATE A FACSIMILE OF THE
OF THE TRANSMIT LIST AND TRANSMIT BUFFER IN THE
EXPECT LIST AND EXPECT BUFFER. THE ROUTINE IS
NORMALLY CALLED WHEN USER COMMAND “SET E [XPECT]=
T [RANSMIT] IS ENTERED.

CALLING SEQUENCE:
DEFINITIONS

JSR

CMPBUF

TXBUF
TTOTCC
PTRTAB

cToTcC
CMPTOT
CMPPTR
TXPTR
TXMTOT

CCURAD

MSGL IN
BUFLIM

PC,FACSIMILE

EXPECTED DATA BUFFER
HOLDS MAX 512 BYTES
TRANSMIT DATA BUFFER
HOLDS MAX 512 BYTES
NUMBER OF BYTES IN TXBUF
TOP OF MESSAGE LIST POINTER TABLE

NUMBER OF BYTES IN EXPECT MESSAGE
NUMBER OF EXPECTED MESSAGES
EXPECTED MESSAGE LIST POINTER
TRANSMIT MESSAGE LIST POINTER

NUMBER OF TRANSMIT MESSAGES
STORAGE ADDRESS OF MESSAGE IN CMPBUF

MAXIMUM NUMBER OF MESSAGES THAT CAN BE STORED
NUMBER OF BYTES IN BUFFER

BEGIN FACSIMILE ROUTINE
(+COPY TXBUF ==> CMPBUFs)
..SAVE R1
..INIT R1
. .REPEAT

+««« [CMPBUF
JR1=[ TXBUF ]R1
«...R1=R1.1
..UNTIL R1 = BUFLIM

(eNOW CALCULATE EXPECT LIST MESSAGE POINTERs)
..CMPPTR = PTRTAB + (2 « MSGLIM)
(sNOW PRIME THE WMILE - DO LOOPs)
..TXPTR = PTRTAB
. .CCURAD = CMPBUF
.. TXPTR = TXPTR + 2
..CTOTCC = [TXPTR]
..CMPTOT = O
.. WHILE TXMTOT <> CMPTOT DO
....[CMPPTR] = CCURAD
«+..CMPPTR = CMPPRT » 2
....[CMPPTR] = CTOTCC
«.«.TXPTR = TXPTR + 4
++..CCURAD = CCURAD + crorcc
....CTOTCC = [TXPTR]
«+..CMPPTR = CMPPTR .« 2
1
«...CMPTOT = CMPTOT
..END WHILE DO
..CTOTCC = TTOTCC
END FACSIMILE ROUTINE

114

L9
MACRO V05.00
Thurada ¥ 22-Mar-84
CZCLMCO CMP/V-11 DCLT
LIS
TX
OF
MESSAGE
E
AND
BUFFER
CREATE FACSIMIL
58
59
00
61
62
63
€4

045572
045572
045574
045576
045604
045606
045612

66
67
68
69
70
71
72
73

FACSIMILE:

010146
005001
116161
005201

MOV

003416

004416

020127
001371

001000

045614
045620
045622
045624
045632
045636

012701
006301
006301
012737
060137
005001

000017
011416
017240

017240

74 045640
75 045646
76 045654

012737
012737
062737
017737

0o11416
004416
000002

77 045662
78 045670
79

80
81
82
83
84
85
86
87
88
89
S0

045674
045702
045704
045712
045720
045726
045734
045742
045750
045756
91 045762
92
93 045764
9a

95
96 045772
97 045774
98
99
100

20%:

005037

n17242

151350

017236
017246
017236
017244

023737
001430
013777
062737
013777
062737
063737
017737
062737
0035237

017260

017242

017246
000002
017244
000004
017244
151270
000002
017242

151326
017240
151312
017236
017246
017244
017240

000744

013737
012601
000207

017262

10$:

017244

16:24

R1,-(SP)

CLR

CMP
BNE

R1,#BUFLIM
10¢

FIOSEIB

MOV

;JI(BW(RI).CWBW(RI)

1BUMP INDEX
sALL DATA COPIED ?
sNO,BRANCH

OPTRTAB,CMPPTR
R1,CMPPTR

sTOP OF POINTER TABLE

CLR

sMULTIPLY BY 2
sMULTIPLY BY 2

;START OF EXPECTED POINTER TABLE
sINIT R1
:TX POINTER NOW AT TOP OF TABLE
s TRANSFER ADDRESS OF

;BUMP POINTER

1ST MESSAGE

;BYTE COUNTER 1ST MESSAGE

s INIT EXPECTED MESSAGE COUNT

gl':lILE TX MESSAGE TOTAL <> EXPECTED MESSAGE TOTAL DO
TXMTOT,CMPTOT
sALL MESSAGES COPIED ?

BEQ
MOV
ADD
MOV

40$
CCURAD, 8CMPPTR
#2,CMPPTR
CTOTCC,aCMPPTR

30¢

ADD
ADD
MOV
ADD
INC

40s:

sCOPY TX BUFFER TO EXPECTED BUFFER

sMESSAGE LIMIT

R1
R1

;SET UP WHILE - DO LOOP
MOV
OPTRTAB, TXPTR
MOV
@CMPBUF , CCURAD
ADD
@2, TXPTR
MOV
8TXPTR,CTOTCC
CMPTOT
CLR
30%:

1SAVE R1
s INIT R1

OMSGLIM,R1

ASL
ASL

MOV
ARD

SEQ

Page 54-1

24, TXPTR
CTOTCC,CCURAD
8TXPTR,CTOTCC
#2,CMPPTR
CMPTOT

;END WHILE - DO
MOV
TTO0TCC.CTOTCC

;END ROUTINE
MOV
(SP)+,R1
RTS

: YES ,BRANCH
; TRANSFER ADDRESS OF MESSAGE
;BUMP POINTER
:BYTE COUNT OF MESSAGE
;BUMP TX MESSAGE POINTER
;CALC. TRANSFER ADDRESS
:BYTE COUNT NEXT MESSAGE
;BUMP POINTER
: INCREMENT MESSAGE COUNT
;D0 IT AGAIN

;COPY TOTAL CHARACTER COUNT

;RESTORE R1
;RETURN

115

CZCLMCO DMP/V-11 DCLT

DO ALL GLOBAL PARMAS

MACRO V05.00 Thursday 22-Mar-84 16:24 Page 55

.SBTTL

DO ALL GLOBAL PARMAS

: FUNCTIONAL DESCRIPTION:

50 116

DOGLOB - ASK QUESTIONS ABOUT ALL GLOBALS

THIS ROUTINE ASKS QUESTIONS TO ALL GLOBAL POLL PARMS

IF NESCESSARY THEN CLEARS THE WRITE GLOBAL FLAG

: CALLING SEQUENCE
:

13 045776

010246

16 046004
17 046010

105037

138 046000 010346
1S 046002 010446

046010
046014
046020
046022
046024
18 046030
19 046032

20 046036

21 046040
22 046042
53 046044
2a 046052
25 046060
046060
046064
046070
046074
046076
046100
26 046104
046104

012746
012746
010600
104417
062706
005003
012702
005202

010204
006304
016337
016437
013746
013746
012746
010600
104417
062706

JSR

DOGLOB: MOV

MOV
MOV

003412

CLRB
PRINTF

025301
000001

000004
000032

CLR

DOGL1:

017220 017350
021030 017366
017350
017366
000002

PC.DOGLOB

R2,-(SP)

{SAVE R2,R3.R4 ON THE STACK

WRFLG
@POLPM3

{CLEAR WRITE GLOBAL FLAG
iPRINT GLOBAL PARAMS ARE

R3, -(SP)
R4, -(SP)

MOV
INC
MOV
ASL
MOV
MOV

GMANID

EQUQ,TEMP,O.-1.0,-1.YES

032,R2
R2,R4
R&
GLBPLSCR3),
TEMP ;GET DEFAULT
GSSLSTCR4
). CONOTM

104443

OPOLPM3, -(SP)
01,-(SP)
SP.RO
CSPNTF
#4,5P

MOV
MOV
MOV
MOV
TRAP
ADD

TEMP, -(SP)
CONOTM, -(SP)
02, -(SP)
SP.RO
CSPNTF
26.5P

TRAP

PRINTF CONOTM, TEMP

000006

MOV
MOV
MOV
TRAP
ADD

:GET INPUT

046106 000406

B8R

CSGMAN

046112
046114

"WORD
WORD

T$CODE
EQUQ

046110

017350

046116
046120
046122

177777
000000
177777

MORD

000032
025055

046124
27 046124 013763 017350 017220
28 046132 062703 000002
29 046136
032737
000002 023102
30 046144 001403
32 046146

022702

35 046154

012604

37 046160

012602

33 046152 001331

36 046156 012603

000037

MOV
ADD
BIT
BEQ

TEMP , GLBPLS(R3)
;PUT ANSWER BACK
02,R3
1BUMP R3
oTRBB,DEVPAR
;IS THIS TRIB
DOGL4
{BRANCH IF TRIB

DOGL2:

CMP

BNE

DOGL1

037,R2

{ALL DONE

DOGL4:

MOV

(SP)+,R4

JRESTORE R4,R3,R2

MOV

(SP)+,R2

(SP)+ .R3

100018:

WORD
"WORD
"WORD

10001$
TEMP

-1
TSLOLIM
TSHILIM

N9
CZCLMCO DMP/V-11 DCLT

DO ALL GLOBAL PARMAS

38 04616

(000207

MACRO V05.00

Thursday 22-Mar-84 16:24

RTS

Page 55-1

yRETURN TO CALLING ROUTINE

SEQ 117

B10
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

Thursday 22-Mer-84 16:24

QUELE UP ALL REC BUFFERS FOR MULTIPOINT

.SBTTL

QUEUE UP ALL REC BUFFERS FOR MULTIPOINT

i+ FUNCTIONAL DESCRIPTION:
1]

;

:
:
i
:
:
:

GIVIND

WRPLS

LOGAGR

LOADS INDEX WITH OFFSET TO NEXT
VALID TRIB AND LOADS TRIBN WITH
ADDRESS OF NEXT VALID TRIB
MOVES RXPTR FOR THIS TRIB TO
CPTRR FROM CPTRLS.
QUES REC BUFFER POINTED TO BY

LORPLS

MOVES VALUE OF CPTRR TO SLOT IN

:
i

CALLING SEQUENCE :

JSR

}

CPTRR AND LOGS THIS IN EVENT LOG
CPTRLS FOR THIS TRIB

PC . RXQUAL

046164

- QUEUE ALL REC BUFFERS

IF MODE IS POINT TO POINT TRIB LIST WILL STILL BE ONE.

i SUBORDINATE ROUTINES USED:

11
12
13
14
15
0

QURXAL

THIS ROUTINE QUEUES ALL REC BUFFERS FOR VALID TRIBS

SEQ

Page 56

046176
046204
046206
046212

046220
046224
046230
046232

012737

004737
022737

001412
004737
052737
004737
004737

000760
000207

177777

046462
000040
046526
000004

047302
046506

015762

015762
017414

RXQUAL: MOV

RXQU1:

@-1, INDEX

3SET INDEX 1O -1

RXQUE X
PC,ULRPLS
0QRX ,FLAG
PC.LOGAQR
PC,LDRPLS

1 IF SO EXIT
;:LOAD CPTRR FOR THIS TRIB
1SET THE QRX,FLAG

JSR
cHp

PC.GTVIND
032, , INDEX

RXQU1

BEQ
JSR
8IS
JSR
JSR

RXQUEX: RTS

sGET NEXT VALID INDEX
1 IS ALL DONE

sRELOAD Rx PTR LIST

1AND THEN GO BACK FOR MORE
tRETURN TO CALLER

118

C10
16:24

5*Q

Page 57

LOAD CPTRLS LIST

INITIALLY

FUNCTIONAL

LCPRLS

DESCRIPTION:

-LOAD CPTR LIST

INITIALLY

THIS ROUTINE LOADS UP THE CPTRLS LIST FOR ALL

VALID TRIB ADDRESS IN THE TRIBLS IT ALSO LOADS
THE DVRCLS LIST FOR MSG COUNTS.
INPUTS:

RXMTOT

TOTAL NUMBER OF RX MSGS PER

OUTPUTS:

CPTRLS

- LOADED WITH POINTERS TO THE RXPTR TABLE

DVRCLS

- LOADED WITH RXTOT COUNT FOR EACH TRIB

TRIE

FOR EACH TRIB

SUBORDINATE ROUTINES USED:
GTVIND

LCPRL1

GETS NEXT VALID INDEX BY
CHECKING TRIBLS FOR NON ZERO ENTRY

LOADS POINTER TABLE FOR TRIB AT THIS

INDEX VALUE AND RXMTOT TO DVRCLS FOR
THIS TRIB.

CALLING SEQUENCE:

JSR

046234
046242
046246

046262
33 046264

Thursday 22-Mar -84

.SBTTL

- e
b
e e

0 PEERNERBERNEELT o NEAN-OOD L AR
R7 LT

MACRO v05.00
vV -11 DCL T
CZCLMCO DMP/
Y
INITIALL
LIST
LOAD CPTALS

012737
004737
022737
001403
004737
000767
000207

177777

046462
000040
046266

015762
015762

LCPRLS: MOV
LCPR1:
JSR
cMpP
BEQ
JSR
B8R
LCPREX:

RTS

PC.LCPRLS

@-1, INDEX
PC,.GTVIND

$SET UP INDEX VALUE TO -1
$GET VALID INDEX

LCPREX
PC,LCPRL1
LCPR1
PC

1BRANCH IF 32,
s IF NOT LOAD CPTRLS FOR THIS TRIB.
1GO BACK FOR NEXT
sRETURN TO CALLER WHEN DONE WITH ALL.

@32. , INDEX

IS IT 322

119

D10
CZCLMCO DMP/V-11 DCLTY

MACRO v05.00

LOAD CPTRLS AND DVRCLS FROM INDEX

Thursday 22-Mar-84 16:24

€0 120

LOAD CPTRLS AND DVRCLS FROM INDEX

.b:leIONAL DESCRIPTION:

Be Se

O® IO ND W)=

.SBTTL

Page 58

LCPRLL1 - LOAD CPTRLS AND DVRCLS FROM INDEX

THIS ROUTINE LOADS UP THE CPTRLS LIST FOR THE

INPUTS:

RXMTOT - TOTAL NUMBER OF RXx MSGS PER TRIB
PTR23

START OF RX POINTER TABLE

QUTPUTS:

CPTRLS - LOADED WITH POINTERS TO THE RXPTR LIST

DVRCLS - LOADED WITH RXMTOT COUNT

SUBORDINATE ROUTINES USED:
MTPLY
-

MULTIPLIES VALUE IN INDEX BY VALUE IN
TEMP AND THEN ADDS

THAT RESULT

JSR

CALLING SEQUENCE:

PC.LCPRL1

046266
046274
046302
046310
046314
046320
046326
046330
046336

012737

013737
012737

004737
013703
113763
006303
013763
000207

011606
015762
000074
046436
015762
017276

017354
017232
017350

017354

015412

015612

TO VALUE

IN TEMP2 AND PUTS FINAL RESULT IN TEMP2

Ge B0

B¢

INDEX VALUE AND THE DVRCLS IS LOADED WITH RXMTOT.

LCPRL1: MOV
MOV
MOV
JSR
LCPR2:
MOV
MOVB

QPTR23, TEMP2

1SET UP

TEMP 2 AS BASE

INDEX ,MPLY

;SET UP MULTIPLIER

PC, MTELY

:GO MULTIPY

860,

$SET UP MULTIPLICAN

ASL

INDEX,R3
RXMTOT ,DVRCLS(R3)
R3

;LOAD UP COUNT LIST

RTS

sRETURN TO CALLER

MOV

TEMP2 ,CPTRLS(R3)

sMAKE R3 WORD INDEX

sSET UP POINTER TABLE

EL1O
CZCLMCO DMP/V-11 DCLT
MACRO VO5.00
CLEAR RECEIVE POINTER LIST

Thursday 22-Mar-84 16:24

.SBTTL

4
2

i OUTPUTS:

+ CALLING SEQUENCE:

13 046340

012737

15 046352

005023

16 046354
17 046360

{g 046362
20

CPTRLS

- IS ZEROED IN ALL SLOTS

14 046346

CLEAR RECEIVE POINTER LIST

+ FUNCTIONAL DESCRIPTION:
CLRPLS - CLEAR RX POINTER LIST
:
THIS ROUTINE CLEARS ALL 32 SLOTS OF THE CTPRLS

;

S5€EQ 121

Page 59

012703
005337
001374

000207

000040

015412
017350

017350

JSR

CLRPLS: MOV

PC,CLRPLS

032.,TEMP

MOV

OCPTRLS,R3

:LOAD START OF LIST TO R3

DEC
BNE

TEMP
CLRPL1

+ IF NOT DONE GO BACK

CLRPL1: CLR
CLRPEX: RTS

(R3).

1CLEAR THIS SLOT

tRETURN TO CALLER WHEN DONE

F10
CZCLMCO DMP/V-11 DCLT
MACRO V05.00
LOAD Tx POINTER LIST INITIALLY

LSBTTL

S
6

H
H

8
g

:
:

INPUTS:

TXMTOT
PTRTAB

H
CETTLE
H
H
DVTCLS :
: SUBORDINATE ROUTINES USED:
H
GTVIND
H
H

gé

LCPTLS - LOAD TRANSMIT POINTER LIST

THIS ROUTINE LOADS CPTTLS WITH TX POINTERS
FOR EACH VALID TRIB.

; OUTPUTS:

12
13
14
15
16
17
ig

TOTAL NUMBER OF TX MSGS
POINTER TO TOP OF TxX POINTER TABLE

LOADED WITH POINTERS TO TX POINTER TABLE
FOR ALL VALID TRIBS
TX MSG COUNT LIST LOADED WITH MSG COUNTS
FOR ALL VALID TRIBS
GETS NEXT VALID INDEX BY
CHECKING TRIBLS FOR NON ZERO ENTRY

LDTPLS

LOADS VALUE FROM CPTR TO CPTTLS IDEXED

LDTCLS

LOADS DVTCT TO DVTCLS INDEXED By TRIBN

BY TRIBN

;s CALLING SEQUENCE:

29 046364

013737

017260

32 046406

004737

046462

30 046372
31 046400
33
34
35
36
37

LOAD TX POINTER LIST INITIALLY

SEQ 122

Page 60

: FUNCTIONAL DESCRIPTION:

Thursday 22-Mar-84 16:24

046412
046420
046422
046426
046432

38 046434

012737
012737

022737
001405
004737
004737
000765
000207

011416
177777

.000040
046644
046704

017256

017340
015762
015762

JSR

LCPTLS: MOV
LCPT1:

MOV
MOV

PC,.LCPTLS

TXMTOT,DVTICT

OPTRTAB,CPTR
#-1,INDEX
#32. ,INDEX
LCPTEX
PC,LDTPLS
PC.LDTCLS

sLOAD INDEX WITH -1
:GET VALID INDEX
;IS THIS THE END
sEXIT IF SO
;LOAD Tx POINTER LIST
;LOAD TX COUNT LIST

sRETURN TO CALLER

JSR

PC.GTVIND

LCPT1

cMP
BEQ
JSR
JSR

LCPTEX: RTS

sLOAD UP COUNT

;G0 BACK

G10
C2CLMCO DMP/V-11 DCLT

MACRO v05.00

Thursday

22-Mar-84

16:24

SEQ

Page 61

MULTIPY

MTPLY - MULTIPY
FUNCTIONAL DESCRIPTION:
THIS ROUTINE MULTIPLIES THE VALUE IN MPLY BY
THE VALUE IN TEMP AND THEN ADDS IN THE VALUE OF TEMP2
WITH THE RELSUT GOING TO TEMP2

INPUTS:

TEMP2
TEMP
MPLY

INITIALLY VALUE
VALUE TO MULTIPLY BY
NUMBER OF TIMES TO MULITPLY

OUTPUTS:

TEMP2

RESULT OF

[MPLY = TEMP).TEMP2

CALLING SEQUENCE:

JSR

PC,MTPLY

©s @e

RSO
D WM -

.SBTTL

005737
001406
063737
005337
000767
000207

MTPLY:

c17232

017350
017232

017354
MTPLEX:

TST

BEQ
ADD
DEC
BR
RTS

MPLY
MTPLEX
TEMP, TEMP2
MPLY
MTPLY
PC

sIF MULITPLIER IS ZERO QUIT
3sADD THE FACTOR TO BASE
;COUNT DOWN THE MULTIPLIER
;GO BACK FOR MORE
;RETURN TO CALLER

123

H10
CZCLMCO DMP/V-11 DCLT
GET NEXT VALID INDEX

MACRO v05.00

Thursday 22-Mar-84

ORIV
B LN

.SBTTL

16:24

S5EQ 124

Page 62

GET NEXT VALID INDEX

: FUNCTIONAL DESCRIPTION:

GTVIND

- GET NEXT VALID INDEX

THIS LOADS INDEX WITH INDEX VALUE OF NEXT VALID TRIB.

THIS ALSO

LOADS TRIBN WITH THE ADDRESS.
E:%g BEING THE LOCATION IN THE TRIBLS THAT HAS A NON-ZERO
v,

INPUTS:
OUTPUTS:

INDEX
INDEX

JSR

PC,GTVIND

TRIBN
CALLING SEQUENCE:

013703
005203

116337

001773
010337
000207

015762

015712
015762

015756

GTVIND: MOV
INC
GTVI1:

MOVB

INDEX,R3
R3

ADDRESS OF

THIS TRIB

TRIBLS(R3). TRIBN

;:LOAD TRIBN

R3, INDEX

;LOAD INDEX VALUE IF NOT ZERO

BEQ

GTVI1

RTS

MOV

SET TO VALUE OF LAST INDEX
SET TO VALUE OF THIS TRIB

;IF ZERO GO GET ANOTHER

sRETURN TO CALLER WHEN DONE

110
v -11 DCLT
C2CLMCO OMP
LOAD REC POINTER LIST

MACRO Vv05.00

Thursday

22-Mar -84

AN
uT e

.SBTTL

16:24

5EQ

Page 63

LOAD REC POINTER LIST

FUNCTIONAL DESCRIPTION:

LDRPLS

- LOAD RX POINTER LIST FROM CPTRR

THIS ROUTINE MOVES DATA FROM CPTRR TO THE SLOT

INPUTS:
QUTPUTS:

CPTRLS INDEXED BY

JSR

004737
013703
013763
000207

047154
015760
017336

015412

LORPLS: JSR
MOV

MOV

RTS

THE

INDW - WORD INDEX INTO LIST
CPTRLS - CORRECT SLOT LOADED WITH DATA FROM CPTRR

SUBORDINATE ROUTINES USED:
GETIND
CALLING SEQUENCE

046506
046512
046516
046524

INDW.

GETS INDW FOR THIS TRIBN

PC,LDRPLS

PC,GETIND
INDW,R3

sGET INDW FOR THIS TRIBN
sMOVE WORD INDEX 7O R3

;RETURN TO CALLER

CPTRR,CPTRLS(R3)

;LOAD CPTRLS LIST

UNLOAD CTPRR LIST

.SBTTL

FUNCTIONAL DESCRIPTION:
ULRPLS - UNLOAD RXx POINTER LIST
THIS ROUTINE MOVES DATA FROM CPTRLS SLOT INDEXED

BY INDW TO CPTRR.
IMPLICIT INPUTS:
TRIBN ADDRESS OF CURRENT TRIB
QUTPUTS:
CPTRR
VALUE FROM CPTRLS
SUBORDINATE ROUTINES USED:
GETIND
GET INDW FOR THIS TRIBN
CALLING SEQUENCE:

JSR

046526
046532
046536
046544

004737
013703
016337
000207

047154
015760
015412

ULRPLS:
017336

JSR
MOV
MOV

RTS

PC,ULRPLS

PC,GETIND
INDW,R3
CPTRLS(R3),CPTRR
PC

;GET INDEX
:MOVE WORD INDEX TO R3
;:LOAD CPTRR FROM LIST INDEX
;RETURN TO CALLER

125

J10

CZCLMCO POINTER
DMP/V-11 TODCLT
MACRO V05.00 Thursday 22-Mar-84 16:24 Page 64
CPTR

GET REC

.SBTTL

[

GET REC POINTER TO CPTR

: FUNCTIONAL DESCRIPTION:

THIS ROUTINE GETS

BUFFER,

: INPUTS:

)

10
11
12
13

- GET RX POINTER TO CPTR

INDEX - INDEX VALUE FOR TRIB

JSR

§--

PC,.GRPTCP

18 046546
19 046554
20 046562

013737
012737
013737

015762
000074
017234

017232
017350
017354

GRPTCP: MOV
MOV
MOV

INDEX ,MPLY
#60., TEMP
RXPTR, TEMP2

sSET UP MULPILIER

22 046574

013737

017354

017340

MOV

TEMP2,CPTR

;SET UP POINTER ADDR.

21 046570
23 046602

IN BUILD

; OUTPUTS:
CPTR
- LOADED WITH ADDRESS OF RX BUFFER FOR THIS TRIB
: SUBORDINATE ROUTINES USED:
:
MTPLY - MULTIPLIES INDEX BY TEMP AND ADDS TEMP2 TO RESULT
: CALLING SEQUENCE:

GRPTCP

THE RX POINTER TO CPTR FOR USE

004737
000207

046436

JSR

RTS

PC.MTPLY
PC

s[INDEX VALUE X 60.] +» RXPTR = POINTER ADDRESS

IK10
CZCLMCO DMP/V-11 DCLT

LOAD DVRCT LIST

MACRO V05.00

Thursday 22-Mar-84 16:24

LSBTTL

; FUNCTIONAL DESCRIPTION:

15 046604
16 046610

004737
013703

ig 046622

000cu~

17 046614

INPUTS:

113763

047154
015762

017274

TRIBN - ADDRESS OF TRIB IN USE

DRVCT

- COUNT VALUE TO GO TO LIST

DVRCLS- VALUE OF DRVCT

SUBORDINATE ROUTINES USED:

GET INDEX FROM TRIBLS

JSR

LDRCLS: JSR
MOV

PC,GETIND
INDEX,R3

sGET INDEX
sLOAD R3 WITH BYTE INDEX

;RETURN TO CALLER

015612

- LOAD RX COUNT LIST

THE VALUE FROM DVRCT

THE SLOT IN DVRCLS INDEXED BY TRIBN

i
GETIND
: CALLING SEQUENCE:

LDRCLS

THIS ROUTINE LOADS

: OUTPUTS:

10
11

LOAD DVRCT LIST

SEQ 127

Page 65

MOVB
RTS

PC,LDRCLS

DVRCT ,DVRCLS(R3)

;LOAD LIST WITH COUNT

.SBTTL

22
23
24
25
26

;s FUNCTIONAL DESCRIPTION:
ULRCLS - UNLOAD RX COUNT LIST
:
THIS ROUTINE UNLOADS THE VALUE TO DVRCT FROM
3
THE SLOT IN DVRCLS INDEXED BY TRIBN
: INPUTS:
TRIBN - ADDRESS OF TRIB IN USE
:
DVRCLS- VALUE OF DRVCT

29
30

; SUBORDINATE ROUTINES USED:
3
GETIND -

27
28

; OUTPUTS:
:

DRVCT

; CALLING SEQUENCE:

32
35 046624
36 046630

004737
013703

38 046642

000207

37 046634

UNLOAD DVRCT LIST

116337

047154
015762

015612

017274

- COUNT VALUE FROM LIST

GET INDEX FROM TRIBLS

JSR

ULRCLS: JSR
MOV

PC,GETIND
INDEX,R3

sGET INDEX
;MOVE INDEX TO R3

:RETURN TO CALLER

MOVB
RTS

PC,ULRCLS

DVRCLS(R3),DVRCT

;UNLOAD LIST

L10
MACRO v05.00
CZCLMCO DMP/V-11 DCLT
LOAD CPTR LIST (TRANSMIT POINTER)

Thursday 22-Mar-84

VRN
VND W

.SBTTL

16:24

SEQ 128

Page 66

LOAD CPTR LIST (TRANSMIT POINTER)

FUNCTIONAL DESCRIPTION:
LOTPLS - LOAD TX POINTER LIST
THIS ROUTINE LOADS THE VALUE FROM CPTR TO

THE TX POINTER LIST INDEXED BY TRIBN INDEX.

INPUTS:
TRIBN - ADDRESS OF TRIB IN USE
OUTPUTS:
CPTTLS - SLOT LOADED WITH CPTR DATA
SUBORDINATE ROUTINES USED:
GETIND
CALLING SEQUENCE:
JSR

046644
046650
046654
046662

004737
013703
013763
000207

047154
015760
017340

015512

GET INDEX VALUE FROM TRIBLS

PC.LDTPLS

LDTPLS: JSR
MOV
MOV

PC,GETIND
;GET INDEX
INOW,R3
sMOVE INDEX TO R3
CPTR,CPTTLS(R3) ;LOAD LIST

.SBTTL

UNLOAD CPTR LIST (TRANSMIT POINTER)

RTS

;RETURN TO CALLER

FUNCTIONAL DESCRIPTION:

ULTPLS

- UNLOAD TX POINTER LIST

}3‘2,',‘2""" MOVES DATA FROM TX POINTER LIST

INPUTS :

OUTPUTS :

TRIBN - ADDRESS OF TRIB IN USE

CPTR

- VALUE FROM THE TX POINTER LIST

SUBORDINATE ROUTINES USED:
GETIND
- GET INDEXx FROM TRIBLS
CALLING SEQUENCE:
JSR
PC,ULTPLS

046664
046670
046674
046702

004737
013703
016337
000207

047154
015760
015512

ULTPLS:

017340

JSR
MOV
MOV

RTS

PC,GETIND

INDW,R3

;GET INDEX

;MOVE WORD INDEX TO R3

CPTTLS(R3),CPTR ;GET PTR FROM LIST
PC

;RETURN TO CALLER

M10O
MACRO V05.00
CZCLMCO DMP/V-11 DCLT
COUNT)
TRANSMIT
7
LIST
LOAD DVTCT

Thursday 22-Mar-84

UNID WM -

.SBTTL

16:24

SEQ 129

Page 67

LOAD DVTCT LIST (TRANSMIT COUNT)

‘e

FUNCTIONAL DESCRIPTION:
LDTCLS - LOAD TX COUNT LIST
THIS ROUTINE LOADS A VALUE FROM DVTCT TO

THE TX COUNT LIST (DVTCLS).

VRO

INPUTS:

QUTPUTS:

TRIBN

DVTICT

DVTCLS

INDEXED BY TRIBN.

ADDRESS OF TRIB IN USE

SLOT LOADED WITH DVTCT

CURRENT TX COUNT FOR TRIB

SUBORDINATE ROUTINES USED:
GETIND
GET INDEX FROM TRIBLS
CALLING SEQUENCE:
JSR
PC,LDTCLS
046704
046710
046714
046722

004737
013703
113763
000207

047154
015762
017256

015652

LDTCLS: JSR
MOV
MOVB

PC,GETIND
sGET _INDEX
INDEX,R3
;MOVE BYTE INDEX TO R3
DVTCT,DVTCLS(R3);LOAD LIST

.SBTTL

UNLOAD DVTCT LIST (TX COUNT)

RTS

tRETURN TO CALLER

see

ULTCLS - UNLOAD TX COUNT LIST
; FUNCTIONAL DESCRIPTION:
:
THIS ROUTINE TAKES DATA FROM DVTCLS AND MOVES
IT TO DVTCY
:

: INPUTS:

TRIBN

: OUTPUTS:
DvIcYT
: SUBORDINATE ROUTINES USED:
;
GETIND
;

046724
046730
046734
046742

004737
013703
116337
000207

047154
015762
015652

017256

CALLING SEQUENCE:

- ADDRESS OF TRIBN IN USE

VLAUE

GET INDEX VALUE FROM TRIBLS

;

JSR

ULTCLS: JSR
MOV
MOVB

PC,GETIND
:GET INDEX
INDEX,R3
;MOVE BYTE INDEX TO R3
DVTCLS(R3),DVTCT

RTS

PC,ULTCLS

;RETURN TO CALLER

N1O
Thursday 22-Mar-84
MACRO V05.00
CZCLMCO DMP/V-11 DCLT
GET ALL Rx POINTERS FROM LIST TO CPTRR

SEQ 130

Page 68

GET ALL RX POINTERS FROM LIST TO CPTRR

.SBTTL

ORNOND
WM -

16:24

GARPFL - GET ALL RX POINTERS FROM LIST
THIS ROUTINE CHECKS ALL RX POINTERS FOR VALID TRIBS

FUNCTIONAL DESCRIPTION:

QUTPUTS:

IN CPTRLS AND MAKES SURE THEY ARE ALL ZERO.
CPTRR - ZERO IF ALL CPTRLS IS ZERO
NON ZERO IF NOT.

SUBORDINATE ROUTINES USED:
GTVIND
- GET VALID INDEX
- UNLOAD CPTRR LIST TO CPTRR
ULRPLS
CALLING SEQUENCE:

JSR

046744
046752
046760
046764
046772

046774
047000
047004

047006
047014

013737
012737
004737
022737
001405
004737
005737
001765
013737
000207

015756
177777

017362
015762

000040

015762

046526
017336
017362

015756

GARPFL:

MOV
MOV
GARP1:
JSR
CMP
8EQ
JSR
TST
BEQ
GARPEX: MOV
RTS

PC,GARPFL

TRIBN, TEMPS
PC,GTVIND
#32. , INDEX

GARPEX
PC,ULRPLS
CPTRR

GARP1
TEMPS, TRIBN
PC

;GET VALID INDEX
; COMPARE INDEX
;EXIT

IF DONE

:LOAD CPTRR WITH VALUE
s TEST THE VALUE
:IF ZERO CHECK NEXT
;RETURN TO CALLER WHEN DONE

Bl1
MACRO v05.00
CZCLMCO DMP/v-11 DCLT
GET ALL Tx COUNTS FROM LIST TO DVICT

Thuredey

22-Mar-84

16:24

SEQ 131

Page 69

O® iPND
)

.SBTTL
GET ALL TX COUNTS FROM LIST TO ODvTCT
tRETURN WITH DVTCT=1 IF ANY COUNT HAS SOME IN IT
: IF ALL COUNTS ARE ZERO EXIT
g

+ FUNCTIONAL DESCRIPTION:

GATCFL - GET ALL Tx COUNTS FROM LIST

THIS ROUTINE GETS AND CHECKS ALL

JSR

Tx COUNTS

i OUTPUTS:
OVTCT - ZERO IF LIST IS ZERO
NON ZERO IF NOT
i
+ SUBORDINATE ROUTINES USED:
GET NEXT VALID INDEX
GIVIND
:
+ CALLING SEQUENCE:
047016
047024
047032
047036
047042
047050
047052
047056
047062
047064
047072
047100

013737
012737
0050387
004737

022737

001410
013703
105763
001765
012737
013737
000207

015756
177777
017256
046462
000040

017362
015762

015762

015762
015652
000001
017362

GATCFL: MOV

MOV

GATC1:

TRIBN, TEMPS

@-1, INDEX

CLR

ovTCY

1CLEAR COUNT

cHP
BEQ
MOV

032, , INDEX
GATCEX
INDEX,R3

+IS INDEX =32 ALL DONE
+IF SO EXIT

BEQ

GATC1

JSR

TST8

017256
015756

PC.GATCFL

PC,GTVIND

1GET VALID INDEX

DVTCLS(RS)

1 IS THIS COUNT O

MOV

001,0vVICY

sLOAD

RTS

GATCEX: MOV

TEMPS, TRIBN

1 IF THIS ONE IS ZERO

COUNT WITH A 1

tRETURN TO CALLERR

TO BE ZERO

Cll

Ol O Ul (o G (i G O G

D O PO TV PO IO D N RO N

e 5

s e e ot ot et et it

ogqguruwwsoaugu-bumngooflou.uwnooo—..ouwu-m-

MACRO Vv05.00
CZCLMCO DMP/v-11 DCLT
GET NEXT Tx POINTER FROM LISY

Thursday

22-Mar-84

16:24

Page

GET NEXT

.SBTTL

SEQ

TX POINTER FROM LIST

"FUNCTIONAL DESCRIPTION:

GNTXPR - GET NEXT Tx POINTER
THIS ROUTINE GETS THE NEXT Tx POINTER TO CPTR

OUTPUTS:
CPTR - POINTER FOR NEXT TRANSMIT MESG
SUBORDINATE ROUTINES USED:
GET VALID INDEX
GTVIND
CALLING SEQUENCE:
PC,GNTXPR
JSR
047102
047110
047112
047120
047124
047132
047134
047140
047144
047146
047152

022737
001003
012737
004737
022737
001767
004737
005737
001756
004737
000207

000040

015762

177777

015762

045462
000040

015762

t";cixm: CMP
GNTX2:
GNTX1:

046724
017256
046664

BNE
MOV
JSR
cMP
BEQ
JSR
TST
BEQ
JSR
RTS

032. , INDEX

GNTX1

3+ IS INDEX = DONE

PC,GTVIND

932., INDEX
GNTX2
PC,ULTCLS

DVTCT
GNTXPR

PC,ULTPLS

sGET COUNT FROM LIST
s TEST COUNT

tUNLOAD POINTER
sRETURN TO CALLER

GET INDEX BYTE AND WORD

.SBTTL
e

+ FUNCTIONAL DESCRIPTION:

GETIND - GET INDEX FOR WORD AND BYTE

THIS ROUTINE GETS INDEX LOADED WITH INDEX AND INDW WITH INDEX
FOR WORD. IF TRIBLS ENTRY IS EQUAL TO TRIBN
OUTPUTS:
INDEX - BYTE INDEX

INDW
CALLING SEQUENCE:
JSR
047154
047160
047162
047166
047170
047176
047200
047204
047206
047212

012703
005203
022703
001772
126337
001370
010337
006303
010337
000207

177777
000040

015712

015762
015760

015756

GETI2:

MOV
INC
cMP
BEQG
cMPB
BNE
MOV
ASL

MOV

RTS

- WORD INDEX
PC.GETIND

@-1,R3
R3

;LOAD R3 WITH -1
1BUMP R3
1ARE WE ALL DONE

GETIND
:IF SO GO BACK
TRIBLS(R3),TRIBN ;ELSE COMPARE FOR THIS TRIB
GETI1
1BRANCH IF NO MATCH
R3, INDEX
R3
R3, INDW
PC

1STORE OFF BYTE INDEX

sMAKE UP WORD INDEX

:STORE OFF WORD INDEX

tRETURN TO CALLER

132

D11
Thursday 22-Mar-84 16:24
MACRO v05.00
C2CLMCO DMP/V-11 DCLT
WRITE DEFAULTS TO TRIB AND GLOBAL SLOTS

SEQ 133

WRITE DEFAULTS TO TRIB AND GLOBAL

LSBTTL

AR
ND
Y

Page

SLOTS

HE R

+ FUNCTIONAL DESCRIPTION:

WRDEFP - WRITE

DEFAULT POLL PARAMETERS

THIS ROUTINE WRITES ALL POLLIS WITH DEFAULTS AND ALSO
WRITE S THE GLOBAL LIST WITH DEFAULTS
INPUTS:

CALLING SEQUENCE:

sWRITE DEFAULT POLL PARMS FOR TRIBS
047214
047216
047220

010246
010346
010446

047222
047226
047232
047236
047240
047244
047246
047250

012704
012703
012702
012223
022702
001374
005304
001370

WRDEFP:

000040
016220
016166

016206

MOV

R2,-(SP)

MOV

OPOLLIS,R3
8POLDEF ,R2
\R2)e,(R3).

WRDESB: MOV
WRDESA: MOV
cHP

BNE
DEC
BNE

OGLBDEF ,R2

WRDESA
R4
WRDESB

$SAVE R2,R3,R4 ON THE STACK

sARE WE

THRU ONE SET?

sWRITE DEFAULTS FOR GLOBAL
047252
047256
047262
047264
047270
047272
047274
047276
047300

012703
012702
012223
022702
001374
012604
012603
012602
000207

017220
016206
016220

MOV
MOV
MOV

cMP
BNE

#GLBPLS,R3
OGLBDEF ,R2
(R2)+,(R3).
OGLBEND ,R2
WRDESD

MOV
MOV

(SP)+,R3
(SP)+,R2

MOV

RTS

(SP)..R4

t1RESTORE R4 ,R3,R2

sRETURN TO CALLING ROUTINE

E11l
MACRO v05.00
CZCLMCO DMP/V-11 DCLY
LOG AND QUE REC BUFFERS

Thursday 22-Mar-84

Page

ND WM e

LOG AND QUE REC BUFFERS

: FUNCTIONAL DESCRIPTION:
LOGAGR - QUE AND LOG RX BUFFERS
:
IHIS ROUTINE QUEUES THE REC BUFFER POINTED T0 Bv

.SBTTL

16:24

i INPUTS:

'0.

CPTRR - POINTS TO POINTER TABLE ENTRY

IMPLICIT OUTPUTS:

O®

BUFFER QUEUED FOR THIS ENTRY
:
:
SEQUENCE
i CALLING
PC,LOGAGR
JSR
:
‘--

047302
047306
047312
047316
047322
047326
047332
047336
047342

013702
011237
012237
011237
011237

010237
004737
004737

000207

017336
017354
017270
017356
017272
017336
064006
042056

LOGAGR: MOV
MOV
MOV
MOV
MOV
MOV
JSR

JSR

RTS

CPTRR,R2
(R2), TEMP2
(R2)+ ,DVRXA
(R2), TEMP3
(R2),DVRCC
R2,CPTRR
PC.DVRXQ

1LOAD R2 FROM POINTER
1SET UP ADDRESS FOR LOGGING
1SET UP ADDRESS FOR DEVICE
1SET UP CHAR COUNT FOR LOGGING
1SET UP COUNT FOR DEVICE
{RESTORE POINTER
1QUEVE REC BUFFER

sRETURN TO CALLER

PC,LOGRXQ

iLOG RXQ

F11
Thursday
22-Mar-84 16:24
MACRO v05.00
CZCLMCO DMP/V-11 DCLT
SHOW MODE OF OPERATION, LOOP TYPE AND QUALIFIERS
VR -IONB
WM -

.SBTTL

SEQ 135

Page 73

SHOW MODE OF OPERATION, LOOP TYPE AND QUALIFIERS

i+ FUNCTIONAL DESCRIPTION:
:
SHWOP - SHOW MODE OF CPERATION, LOOP, QULAIFIERS
.

PRINTED ON THE OPERATOR’'S CONSOLE.

INPUTS:

:
H

DEvVi=

MODE TYPE (MODTYP)

DEva=

PARAMTERS WORD (PARAM)

DEvV2~DEV3=

MAINT LOOP TYPE (MLTYP)
"RUN PASS” COUNT (RPASS) - COUNT DOWN

: IMPLICIT INPUTS:
:
MODES= TABLE OF ADDRESSES OF MODE NAME STRINGS
:
LOOPS= TABLE OF ADDRESSES OF LOOP TYPE NAMES
i

; CALLING SEQUENCE:
JSR PC, SHWOP
H
‘--

047344
047350
047352
047360
047364
047366
047374
047376
047400
047406

047414
047422
047422
047426
047432
047436
047442
047446
047452
047454
047456

35 047462
047464
37 047472
047500
39 047502
40 047510
41 047516
047524
a3 047526
047534
45 047542
46 047550
47 047552
48

013702
006302
016237
013702
006302
012737
005702
001003
012737
016237
013737

020652

013746
013746
013746
013746
012746
012746
010600
104416
062706

017354
017352
017356
017350
027531

005002
012737
032737
001003
012737
012737
032737
001003
012737
012737
032737
001003
012737

SHWOP:

MOV

DEV1.R2

;:GET THE MODE TYPE IN R2

MODES(R2),TEMP

;GET ADDRESS OF MODE-IN-ASCII

ASL

003344
020654

017350

MOV

026766

017356

MOV

026765
003362
020656

017356
017352
017354

!Als)z

ggva.az

104

: BR IF /L00OP= OF SOME KIND

MOV

oLPO, TEMP3

PRINTS

sGET MAINTENANCE LOOP TYPE

;LOAD TEMP3 TO POINT TO "/LOOP="

MOV
MOV

;MAKE IT A WORD TABLE OFFSET

#LPOO, TEMP3

TST

BNE
10%:

sSEE IF /LOOP=XXXXX OR NONE

sIF NO LOOP THEN DON'T PRINT ~/L0O0OP="

LOOPS(R2),TEMP1 ;GET ADDRESS OF LOOP-IN-ASCII
DEV3, TEMP2
;GET NUMBER OF PASSES
OSHFO,TEMP,TEMP3,TEMPL, TEMP2

000014

027045

017350
020660

027043
027056
000002

017350
017352

027054
027066

017352
017354
020660

027064

017354

000001

020660

18:

24:

CLR
MOV
BIT
BNE
MOV
MOV

BIT
BNE
MOV
MOV
BIT
BNE
MOV

R2
OPST, TEMP
0STATB,DEVA
18
OPNST, TEMP
oPCK, TEMPL

ODATCKB,DEVA
24
OPNCK, TEMPL
OPEC, TEMP2
@ECHOB ,DEVA
34
OPNEC, TEMP2

MOV
MOV
MOV

TEMP2, -(SP)
TEMPL, -(SP)
TEMP3, -(SP)

MOV
MOV

#SHFO, -(SP)
85, -(SP)

TRAP
ADD

CSPNTS
214,SP

iNOW SET UP FOR QUALIFIERS IN ASCII
:SEE IF /STATUS OR /NOSTATUS

1BR IF /STATUS

:1SEE IF /CHECK OR /NOCHECK
1BR IF /CHECK
;SEE IF /ECHO OR /NOECHO
1BR IF /ECHO

G11
Thursda
MACRC Vv05.00
22-Mar -84 16:24
C2CLMCO DMP/V-11 DCLT
SHOW MODE OF OPERATION, LOOP TYPE AND QUALIFIERS

65
66 047560

67 047566
68 047574
69 047576

012737
032737
001003
012737

027075

047604
047610
047614
047620
047624
047630
047634
047636
047640
72 047644

013746
013746
013746
013746
012746
012746
010600
104416
062706
000207

017362
017354
017352
017350
027567
000005

70
71 047604

017362

000010

020660

027073

017362

000014

3%:

S5$:

SEQ 136

Page 73-1

MOV
BIT
BNE
MOV

OPMS
, TEMPS
OMOCHK ,DEVA

PRINTS

4OSHF1,TEMP,TEMPL1,TEMP2, TEMPS

RTS

54
OPNMS
, TEMPS

1 SEE IF MODEM OR /NOMODEM
1BRANCH IF MODEM

sRETURN

JEMP3, TEMP4

+4RFUss
MOV

H11
CZCLMCO OMP/V-11 DCLT
TRAVERSE

MACRO V05.00

COMMAND LINE SUBROUTINES

Thursdsy 22-Mar-84

.SBTTL

16:24

SEQ 137

Page 74

TRAVERSE COMMAND LINE SUBROUTINES

e
3
4
S

P
:

;TAKE ACTIONS (VIA ACTION TREE) AS PARSING LINE

:PARSING DIRECTIONS FROM “CLI PARSING NODES"”
:
REGS USED:
H

12
13
14
15
16

R1,RS=SCRATCH

:
R2=ACTION CODE PARAMETER FROM TREE
:
R3=PARSE TREE POINTER
H
R4=INPUT STRING POINTER
; CALLING SEQUENCE:
:
JSR
PC,P$TRYV

PSNUM=NUMERIC CODE FROM DATA

17
18

19 047646

20 047646
21 047652

013704
013703

003374
003376

24 047662
25 047666
26 047670

121327
003023
111305
006305
016505
062705
004715
000763

000013

22 047656
23 047660

27 047672
28 047674

29 047700
30 047704

gé 047706

34 047710

105714
001441

000134

37 047716
38 047720
39 047722

000162
000204
000270

36 047714

047724
047726
047730
047732
047734

PSTRV:

P$TRS:

047710
047710

000114

35 047712

10$:

000152

MOV
MOV

P$BUFA,R4
PS$TREE,R3

CMPB
BGT
MOVB
ASL
MOV
ADD
JSR
BR

(R3),011.
208
(R3),R5
RS
10%(R5),R5
2108 ,RS
PC,.(RS)
PS$TRS

.WORD

TRVERR-10$

;s TRAVERSE TABLE FOR “CLI FUNCTIONS”

.WORD

TRVBR-10$

.WORD
.WORD
.WORD
. WORD
. WORD

TRVALP-10%
TRVALN-10$
TRVOCT-10¢
TRVDEC-10%
TRVSTR-10%

TST8B
BEQ

.WCORD

.WORD
.WORD
.WORD

000604
000650
000270
000256
000736

(R4)
PSEXIT

TRVEXI-10%

TRVBIF -104%
TRVSPA-10s
TRVYNUM-10$

sSEE IF ANY CHARS LEFT IN INPUT STRING
sBR IF NO

;SEE IF SPECIAL CLI CHAR CODE OR ASCII
;BR IF REGULAR ASCII CHAR,
;GET SPECIAL CHAR CODE INTO RS
;BUILD TRAVERSE ROUTINE ADDRESS
:JSR TO SPECIAL CLI TRAVERSE ROUTINE
;GO SEE IF MORE OF STRING LEFT

:3
;4
S

i6
37
:8
19
:10

:NOT A SPECIAL CODE

48 047736

49 047740

50
51
S2
53

SUBROUTINE

;PARSE THE COMMAND LINE SUBROUTINE

8
13

40
41
42
43
:;

P$TRV

047742
047746
047750
047754

54
55 047760
56 047762

121314

001403

004737
000743
004737
062703

005204

000735

20%:
050006

047766
000004

22%:

cMPB

(R3),(R4)

:SEE IF FIRST CHAR OF STRIWG IS A MATCH

JSR
BR
JSR
ADD

PC, TRVBRC
P$TRS
PC,.TRVACT
04 ,R3

:IF NOT A MATCH, GO TAKE MISS BRANCH
: THEN GO BACK PT'G TO MISS NODE
:IF A MATCH, GO DO ACTION DEFINED BY
:+ ACTION CODE IN CLI NODE, THEN

INC

BEQ

224

P$TRS

1BR IF A MATCH

i ADJUST PTR TO NEXT CLI NODE
1ADJUST BUF PTR TO NEXT CHAR IF MATCH

I11
CZCLMCO OMP/V-11 DCLT

TRAVERSE COMMAND LINE

58 047764
59
60

MACRO Vv05.00
SUBROUTINES

PSEXIT:

000207

63 047766
64 047772
65 047776
66 050002
67 050004
68
69
70 050006
71
Te
73
74

050012
050014

75 050016
76 050022
77
78
79 050024

80
81
82
83
84
85
86
87
88
89
90

050036
050040
050044
050050
050056

Thursday 22-Mar-84

116302
042702
013705
004715
000207

000001
177400
003400

016305
060503
000207

000002

062703
000207

000004

Page

BIC

MOV
JSR
RTS

2177400,R2

P$ACT,RS
PC,.(RS)

: TAKE BRANCH IN TREE
TRVBRC: MOV
2(R3),R5

ADD
RTS

R5,R3

iNO BRANCH TAKEN

TRVNOB:

ADD
RTS

SEQ 138

74-1

sRETURN FROM PARSER

RTS

;GOTO USER ACTION ROUTINE
TRVYACT: MOVB
1(R3),R2

04 ,R3
PC

;GET ACTION CODE FROM CLI NODE
:CLEAR ANY SIGN EXTENSION
sGET ADDRESS OF CLI ACTION ROUTINE
+GO DO ACTION DEFINED By CODE
sRETURN TO CALLING CODE

sGET BRANCH DISPLACEMENT FROM TREE
; AND POINT R3 TO THE “MISS” NODE
:+

RETURN TO PSTRV

; THINGS OK,

UPDATE R3 TO POINT

; NODE AND RETURN TO PSTRV

TO NEXT

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

004737
112737
005726
000137
004737

105037

005726
000137

047766
177777

003411

JMP

PSEXIT

: TAKE ERROR ACTION
:SET ERROR RETURN FLAG
:GET RID OF "JSR PUSH TO TRVERR“
;RETURN DIRECT TO EXIT OF P$TRV ROUTINE

JSR

PC,TRVACT

s TAKE EXIT ACTION

TST

JMP

(SP)+

PSEXIT

;SET GOOD/BAD FLAG TO "SUCCESS (0)"
;:GET RID OF "JSR PUSH TO TRVEXI"
;RETURN DIRECT TO EXIT OF P$STRV ROUTINE

JSR

PC,TRVACT

;GO TAKE BRANCH ACTION

JSR
1STB

18:

BEG
JMP
JMP

PC,TRVACT
P$GDBD

1
TRVBRC
TRVNOB

;SEE IF PSGDBD SET OR CLEARED BY ACTION
;IF CLEAR FALL THRU TO NEXT NODE
:ELSE TAKE THE "MISS" BRANCH
:JUST UPDATE TO NEXT NODE IF THINGS OK

TRVSPA:

CLR

;:CLEAR "SPACE OR TAB FOUND" FLAG

TRVERR:

047766
003411

TRVEXI:

047764

004737
000137

047766
050006

TRVBR:

050072
050076
050102
050104
050110

004737
105737
001402
000137
000137

047766
003411

TRVBIF:

98 050114
99 050116
100 050122
101 050124
102 050126
103 050130
104
105 050132
106 050136
107 050140
108 050142
109 050144
110 050146
111 050150
112 050152
113 050156
114 050162

005005
121427
001003
005204
005205
000772

121427
001003
005204
005205
000764
005705
001404
004737
000137
000137

050006
050016
000011

JSR

MOVB
TST

047764

050062

91
92
93
94
95
2%
97

16:24

18:

CLRB

JMP

10$:
047766
050016
050006

154

-1,P$GDBD

(SP)+

P$GDBD

TRVBRC

CMPB
BNE
INC
INC

(R4), 011
2s
R4
RS

CcMPB
BNE
INC
INC

(R4),040
10$
R4
RS

B8R

2$:

PC,TRVACT

BR
TST
BEQ
JSR

JMP
JMP

1
RS
154
PC, TRVACT

TRVNOB
TRVBRC

:SEE IF CHAR. IN CMD LINE= TAB
:BR IF NO, NOT A TAB
:INC INPUT STRING POINTER
: INDICATE A TAB FOUND
:GO CHECK NEXT CHAR

:SEE _IF CHAR. IN CMD LINE= SPACE

1BR _IF NO, NON-SPACE OR NON-TAB CHAR.

+ INC_INPUT STRING POINTER
+ INDICATE A SPACE FOUND
1GO CHECK NEXT CHAR
1SEE _IF ANY SPACES OR TABS FOUND
;:BR IF NO,

TAKE NO ACTION

;GO TAKE ACTION IF ANY FOUND
$1JUST GO UPDATE R3 TO NEXT NODE IF OK
i TAKE BRANCH (MISS) IF NONE FOUND

J11

CZCLMCO DMP/vV-11 DCLT

SEQ

MACRO V05.00 Thursday 22-Mar-84 16:24 Page 74-2

TRAVERSE COMMAND LINE SUBROUTINES

’

139

1%5

116

117 050166

012737

000012

003406

120 050200

012737

000010

003406

122 050210
123 050214

121427
001001

000053

121427
001004
112737
00520

000055

121427

000060

121427

000067

123727

003406

118 050174

119 050200

121 050206
124 050216

125 050220
126 050224
127 050226
{gg 050234

130 050236

000137
005005
000406

131 050242

002434

133 050250

003426

135 050260
136 050262
137 050266

001417
121427
003022

050270
050274
050300
050302

012746
012746
010600
104417

132 050244

134 050252

138 050270

050304
139 050310
%:(1) 050316

050206

177777

050320
050324
050326
050330
050332

121427
003003
005204
005205
000741

000071

148 050334

005705

160 050400

161 050404
162 050406
163 050414

164 050416

165 050424

166 050426

001464
010401
160501
005037
112102
162702
006337
103437
013737
006337
103431
006337

103426
123727
001004

CcCMPB
BNE

10$:
003407

1$:
000012

CMPB
BNE
MOVB
INC

003411
12%:

003404

3s:

000060
003404

003402

003404

CMPB

063737

003402

003404

060237

003404

tUSE OCTAL AS RADIX AND ASSUME -

(R4),
&'
104

1SEE IF THERE'S A + SIGN THERE
:+ BR IF NO

118

(R4),0' 1$
#-1,PSRADX+1
R4

;CLEAR DIGIT COUNTER

s+ ELSE PSRADX ALREADY SAYS +, JUST BR

1SEE IF THERE'S A - SIGN THERE
: BR IF NO
$SET “MINUS FLAG” (HI BYTE OF PS$RADX)
:BUMP R4 TO POINT TO FIRST CHAR

(R4), 460

:SEE IF CHAR. LESS THAN A "0"

(R4),067

;SEE IF CHAR. GREATER THAN A "7~

BLE

134

CMPB

PS$RADX, #10.

PRINTF

aCLIBRX

124
(R4),071
24

;BR _IF YES (NOT NUMERIC)

s BR IF YES

;SEE IF IN DECIMAL MODE

s+ BR IF YES (CAN USE HIGHER LIMIT)
;SEE IF DIGIT WAS A 8 OR 9
:BR _IF NON-NUMERIC

;ELSE WAS A 8 OR 9 WHEN IN OCTAL RADIX

MOV
MOV
MOV
TRAP

@CLIBRX, -(SP)
e1,-(SP)
SP.RO
CSPNTF

MOVB
BR

2-1,PSGDBD
S

ADD
:SET ERROR RETURN FLAG
: PRINT ERROR AND TAKE MISS

CMPB
B8GT
INC
INC
BR

(R4),e71
2%
R4
RS
1s

;SEE _IF CHAR. GREATER THAN A "9"
;BR IF YES (NOT NUMERIC)
;UPDATE CMD LINE PTR TO NEXT CHAR.
: INDICATE A NUMERIC FOUND
;GO LOOK AT NEXT CHAR.

TST

:SEE _IF FOUND ANY NUMERICS

BEQ
MOV
SuB
CLR
MOVB
suB
ASL
BCS
MOV
ASL
BCS
B8CS
CMPB
BNE
ADD

4s:

sUSE DECIMAL AS RADIX AND ASSUME +

8. ,P$RADX

ASL

000012

TRVNMA

BLT

BEQ
cMPB
BGT

2%:

003404

CMPB

003406

103416

11$:

10, ,P$RADX

;(SAME AS TRVNUM SINCE DEFAULT RADIX IS OCTAL)

TRVNMA: CLR

13%:

003404

JMP

TRVNUM: MOV

023457
000001
000004
177777

149 050336
150 050340
151 050342
152 050344
153 050350
154 050352
155 050356
156 050362
157 050364
158 050372
159 050376

TRVOCT:

000071

062706
112737
000474

142
143
144
145
{:9,

TRVDEC: MOV

BCS

ADD

S$
R4 ,R1
R5,R1
P $NUM
(R1).,R2
#60,R2
PS$NUM
7%
PSNUM,PSCNT
P S$NUM
74
PS$NUM

sBR IF NO, TAKE “MISS" BRANCH
:GET POINTER TO START OF NUMERIC STRING
;:CLEAR LOC. WHERE VALUE WILL BE STORED
;:GET ASCII CHAR AND CONVERT IT TO A &
:SHIFT CURRENT VALUE TO MAKE ROOM
;ERROR IF NUMBER TOO BIG

:SAVE FOR LATER IN CASE DECIMAL RADIX
:ERROR IF NUMBER TOO BIG

7%
P$RADX, #10.
43

+ERROR IF NUMBER TOO BIG
:SEE _IF DECIMAL RADIX
:BR IF NOT EQUAL

;ERROR IF NUMBER TOO BIG

PSCNT,PSNUM
R2,P$NUM

@4,5P

IK11
MACRO v05.00
CZCLMCO DMP/V-11 DCLT
TRAVERSE COMMAND LINE SUBROUTINES

167

168
169
170
171
172
173

103413
005305
001344
105737

003407

005437
004737
000137

003404
047766
050016

012746
012746
010600

023435
000001

001402

174
175
176

104417
062706
112737
000137

177
178
179
180
181
182
183
184
185

187

138
189
190
191

193 050554

005005
121427
002406
121427
003003
005204
005205
000767
005705
001404
004737
000137
000137

177777
050006

000101

197

050570
050574

050576

0506190
050612
050616

210
211
212
213
214
215
216
217
218

005205
000756
005705
001404
004737
000137
000137

010401

22-Mar-84

7%:

047766
050016

BEQ
NEG
JSR
JMP

P$RADX+1

15%

ISEE %: 'Nl.r WAS PRECEDED BY A - SIGN

PRINTF

P $NUM
PC, TRVACT
TRVNOB

#CLINBG

IF NUMBER TOO BIG

s+ ELSE NEGATE THE NUMBER BEFORE LEAVING
s SINCE NUMERIC FOUND, GO TAKE ACTION
;GO POINT R3 TO NEXT NODE
sPRANT NUMBER TOO BIG ERROR

MOV

OCLINBG, -(SP)

TRAP

CS$PNTF

MOV
MOV
003411

ADD

#1,-(SP)
SP,RO

#4,5P

@-1,P$GDBD
TRVBRC

;SET ERROR RETURN FLAG
;:TAKE "MISS” BRANCH

TRVALP:

2%:

R4
R5
1$
RS

;CLEAR ALPHA FOUND FLAG
sSEE IF CHAR. LESS THAN A "A”
;BR IF YES (NOT ALPHA)
;SEE IF CHAR. GREATER THAN A "Z*~
;:BR IF YES (NOT ALPHA)
;UPDATE CMD LINE PTR TO NEXT CHAR
;INDICATE AN ALPHA WAS FOUND
sGO LOOK AT NEXT CHAR.

S5§:

JMP

(R4),0101
24
(R4),0132
2$

1$:

TST

IF ANY ALPHA'S WERE FOUND

;BR IF NO

3s:

3%
PC.TRVACT
TRVNOB
TRVBRC

TRVALN:

:CLEAR ALPHANUM FOUND FLAG
:SEE IF CHAR. LESS THAN A "0"
:BR IF YES (NOT NUMERIC OR ALPHA)
:SEE IF CHAR. GREATER THAN A “9~
:BR IF YES (NOT NUMERIC)
{UPDATE CMD LINE PTR TO NEXT CHAR.
;INDICATE A NUMERIC FOUND
:GO LOOK AT NEXT CHAR.
:SEE IF CHAR. LESS THAN A "A”
:BR IF YES (NOT ALPHA)
1SEE IF CHAR. GREATER THAN A “Z*"

(R4),060
2%
(R4),072
1¢
R4

000072

RS
104
(R4),4101
2%
(R4),0132

1$:

000132

047766
050016
050006

SEQ 140

74-3

+ERROR

10%:

000101

Page

7%
RS

TSTB

15¢:

16:24

BCS
DEC
BNE

000132

005005

121427
002417
121427
003003
005204
005205
000767
121427
002406
121427
003003
005204

Thursday

2$:

TST

3s:

JMP

2
R4
RS
108
R5
38
PC,TRVACT
TRVNOB
TRVBRC

TRVSTR:

MOV

R4 ,R1

:IF ANY FOUND TAKE ACTION
; THEN UPDATE R3 TO NEXT NODE -NO BRANCH
iNONE FOUND, TAKE MISS BRANCH

:BR IF YES (NOT ALPHA)
{UPDATE CMD LINE PTR TO NEXT CHAR
:INDICATE AN ALPHA FOUND
:GO LOOK AT NEXT CHAR.

;SEE IF ANY ALPHANUM'S WERE FOUND
18R IF NO
;IF ANY FOUND TAKE ACTION

: THEN UPDATE R3 TO NEXT NODE -NO BRANCH
{NONE FOUND, TAKE MISS BRANCH

:POINT R1 TO CMD STRING

L11
MACRO Vv05.00
CZCLMCO OMP/v-11 DCLT
TRAVERSE COMMAND LINE SUBROUTINES

219
220
221
222
223

224
225
226
227
228
229
230
231
232
233
234
235
236
237
238
239

050650
050652
050656
050662
050664
050666
050670
050672
050674
050676
050702
050704
050706

010305
062705
005037
105715
001411
105711
001407
121115
001005
005237
005201
005205
000765

050710
050714
050716
050720
050724
050730

005737
001406
010104
004737

240 050732
241
242
243

244

066303
000207
000137

000006
003402

Thursday 22-Mar-84

CLR
TSTB
BEQ
TSTE

003402
047766

050006

15¢:

#6,RS

;POUNT RS TO MATCH STRING FROM CLI NODE

(R5)
10$
(R1)

$SEE IF END OF MATCH STRING YET
+BR IF YES
;SEE IF END OF CMD LINE YET
1BR IF YES

iCLEAR CHAR MATCH COUNT

10¢

;SEE IF CHARACTERS MATCH
:BR IF NO
sMATCH -INCREMENT MATCH COUNT
;UPDATE STRING POINTERS

(R1),(R5)
10¢

PSCNT
R1
RS

TST
BEG
MOV
JSR
ADD

10$:

SEQ 141

74-4

PSCNT

BEQ
CMPB
BNE
INC
INC
INC
BR

003402

Page

R3,R5

MOV
ADD

2s:

16:24

:BR TO CONTINUE CHECKING CHARS.

PSCNT

;WHEN DONE SEE IF ANY MATCHES FOUND
;BR IF NO, GO TAKE THE MISS BRANCH
;POINT CMD POINTER TO END OF STRING &

154

RTS

R1.R4
PC, TRVACT
4(R3),R3
PC

JMP

TRVBRC

+IF A MATCH FOUND,

3+
R

GO DO MATCH ACTION

;UPDATE R3 TO NEXT NODE (NO BRANCH)
; (NO RETURN THRU TRVNOB SINCE DIFFERENT
:
DISPLACEMENT DUE TO MATCH STRING)
; GO TAKE BRANCH
R

(PARSED OK),
L

-1 IF ILL CMD.....
Al

M11
CZCLMCO DMP/V-11 DCLT

REPORT CODING SECTION

MACRO v05.00

Thursday 22-Mar-84 16:24
.SBTTL

SEQ 142

Page 75

REPORT CODING SECTION

;

i--

;

9 050736
050736

23 050736
24
25
32
33

004737

41 050742
050742

“PRINTS" CALLS THAT GENERATE STATISTICAL REPORTS.
BGNRPT

050742

THE REPORT CODING SECTION CONTAINS THE

042554

JSR

ENDRPT
104425

LS$RPT::

PC,REPORT

sCALL SUBROUTINE TO DUMP EVENT LOG
;

AND BASE TABLE

L10011:

TRAP

CSRPT

CZCLMCO DMP/Vv-11 DCLT

PROTECTION TABLE

MACRO V05.00

Thursday 22-Mar-84

.SBTTL

;

2
3

PROTECTION TABLE

THIS TABLE IS USED BY THE RUNTIME SERVICES

; TO PROTECT THE LOAD MEDIA.
$--

8 050744

BGNPROT

% 050744

14 050752
15

SEQ 143

Page 76

10 050744
11 050746
{g 050750

16:24

177777
177777
177777

-1
-1
-1
ENDPROT

L$PROT: :
;OFFSET INTO P-TABLE FOR CSR ADDRESS
;OFFSET INTO P-TABLE FOR MASSBUS ADDRESS
;OFFSET INTO P-TABLE FOR DRIVE NUMBER

Ble
CZCLMCO DMP/V-11 DCLT
INITIALIZE SECTION

MACRO v05.00

Thursday 22-Mar-84 16:24

.SBTTL

jee
+ THE

e
3

INITIALIZE SECTION CONTAINS THE CODING THAT

34 050752

005737

017376

36 050760

005037

017376

050764
38 050766
39 050772

104444
005037
012737

017416
177777

051000

012700

000040

35 050756
37 050764

40 051000

051004

41 051006

001403

104447
103417

051010
051014

012700
104447

051016

103514

051020
051024
45 051026
051026
46 051030

012700
104447
103002
000137

051652

051034

012700

000035

48 051042
051042
;g 051044

103522
000524

43 051016

44 051020

47 051034

051040

104447

TST

OCLFLG

+IS DOCLEAN SET

CLR

DCLFLG

+IF SET CLEAR IT

CLR
MOV

RUNING
®-1,RESFLG

8EQ
DOCLN

017400

INIT1:

LSINIT::

READEF

INIT1

READEF

000037

1BRANCH IF NOT

@EF .START

BCOMPLETE

051006

42 051010

IS PERFORMED

BGNINIT

050752

Si:

JHP

ENDIT

READEF OEF NEW

BCOMPLETE

NEW

OEF .START RO

TRAP

CIREFG

BCS

START

MOV
TRAP

OEF .RESTART
RO
CIREFG

8CS

RESTRT

+IF HERE CAUSE OF RESTART, DO SOME INIT

1SEE

IF WE'RE HERE CAUSE OF A CONTINUE

1SEE

MOV
OEF . CONTINUE RO
TRAP
CSREFG
1BR IF NOT HERE CAUSE OF CONTINUE
8cc
S1
1JMP IF HMERE CAUSE OF A CONTINUE
THIS IS A "NEW PASS”

MOV

TRAP

OEF .NEW, RC

CSREFG

+IF YES, BR AROUND LOGUNIT @ SETWP
8Cs
NEW

GE TPRM

CLR
BRESET

RESFLG

1CLEAR RESTART FLAG SINCE HERE ON START
+INIT ENTIRE BUS

005037

53 051054

005037

017442

CLR

CLxVEC

1CLEAR CLX VECTOR PTR.

55 051060
56 051064

012702

017436

051064

1SETUP R2 AS A PTR. TO CLOCK INFO BLOCK
1LOOK FOR A LINE CLOCK

051072

104462

000114

OCLKCSR, R2
L,k1

051070

012700

MOV
CLOCx

010001

57 051074

051074

58 051076
59 051102

60 051110

104433

103006

004737
012737
000457

START:

MOV

51 051046
Se 051052

051052

017400

CSOCLN

+IF HERE CAUSE OF START,.DO SOME INIT

RESTRY

READEF OEF .CONTINUE

BNCOMPLETE

TRAP
3 _INIT “DCLT RUNNING” FLAG
1SET RESTART FLAG

START

@EF .RESTART

BCOMPLETE

000036

144

INITIALIZE SECTION

1 AT THE BEGINNING OF EACH PASS.

8 050752

SEG

Page 77

MOV

TRAP

BNCOMPLE TE

041654
000100

1 _NO CLOCK IS FOUND.

TRAP

017446

JSR
MOV
BR

PC,CLKSET
OLCLKEN,CLKEN
RESTRT

CSRESET

AS A FLAG IN

'L,RO

CsCLCx

MOV

RO,R1

8cC

IF NONE THERE GO LOOx FOR A P-CLOCx

+ GO SET UP CLOCK INFO TABLE & CLx VEC.
1SETUP THE ENABLE LINE CLOCK DATA

CZCLMCO DMP/V-11 DCLT

INITIALIZE SECTION
62 051112

051112
051116
051120
63 051122
051122
64 051124
65 051130
66 051136
67 051144
68 051152
69 051160
70

71 051162
051162
72 051164
051164
73 051166
74 051174
75 051200
76 051206
051206
051210
051212
051214
051216
051220
051222
051224
051226
77 051226
78
79

051230
051230

051234

83
85
87
88
89

051240
051242
051244
051250
051254
051260
051266
051272
051276
051302
051306

012700

104462

'hursday 22 -Mar -84 16:24
521

000120

103017
004737
062737

012777

162737

012737
000433

041654
000002 017436
001600 146272
000002 017436
000111 ©17446

P,R1

MOV

017442

READBUS

sREAD BUS TYPE TO SEE IF ON AN LSI

MOV

017440
017446 017436

CLR
MOV

GMANID

104443

RESTRT

Sé4

9100,CLKVEC

CLKBR
#CLKEN, CLKCSR

TRAP

sLOAD 100 AS CLK VECTOR

;LOAD O AS CLK INT. LEVEL
;KLUDGE UP THE CSR & ENABLE DATA LOCS

L5060,CLKMZ,D,377,50.,60.,YES

012746
012746

010600

104417
062706
005037
005037
013737
012702

010237
012722
020227
001373
012737

051316
93 051322
051330

005237
023737
002367

051332
051332
051336

013700
104442

TRAP

C sGMAN

_WORD
'WORD

CLKMZ
T$CODE

B8R

027232
000001

sa:

B8R

RESTRT

PRINTF

9BDCLK

000004
017450
RESTRT: CLR
017452
CLR
017444 017454
MOV
017466
MOV
017464

177777
020522

16:

177777 017372 NEW:

017372

017372 002012

017372

MOV

MOV
cMP
BNE
MOV

TIMMIN
TIMSEC
CLKHZ, TIMTCK
SEVTLOG,R2
R2,EVIPTIR
0-1,(R2).
R2, 0EVTEND
18

10000$
:

WORD
'WORD
'WORD
'WORD

LS060
377
TSLOLIM
TSHILIM

3+ START OR RES AND INIT TABLE POINTER

0-1,LOGUNT

cHP
BGE

LOGUNT ,L SUNIT
NE W

{SEE IF PAST MAX. LOG. UNIT @
1BR IF YES, AND START OVER

GPHARD

LOGUNT,R1

LOGUNT

10000

MOV
#80CLK
, -(SP)
MOV
o1, -(SP)
5P .RO
MOV
CSPNTF
TRAP
ADD
04,5P
;CLEAR TIME SINCE START LOCATIOWS
;LOAD TICKS/SEC
;INIT EVENT TABLE TO ALL 1°'S AFTER EACM
+SEE IF REACHED END OF TABLE
:LOOP UNTIL DONE
{INITIALIZE LOGICAL UNIT @

GETPRM: INC

CSRDBU

1BR IF NOT, NO CHANCE WOGCCLWS‘

000406
017444
000052
027121
000377
000062
000074
000410

o'P,RO

CsCLCK

MOV
RO,R1
; IF NONE THERE GO SEE x;c znzs ISSLSI
s
s ELSE GO SET UP CLOCK INFO & VECTOR
sPOINT CLKCSR TO P-CLK COUNT SET REG.
sLOAD CLK SET REG. WITH COUNT VALUE
+POINT CLKCSR BAC TO P-CLK CSR
1SETUP THE ENABLE THE P-CLK DATA

BNCOMPLETE
000100

JLOOK FOR A P-CLOCK SINCE NO LINE CLOCK

BNCOMPLE TE
s3
JSR
PC.CLKSET
ADD
02.CLKCSR
MOV
#PCLKCT , BCLKCSR
SuB
02, CLKCSR
MOV
OPCLKEN, CLKEN
8R

s3:

104407
103021
012737
005037
012737

cLock

SEGQ 145

Page 77 1

TRAP

010001

051310

MACRO v05.00

Ll12

woxm\'o NEXT LOGICAL UNIT
{GET

THE P-TABLE FOR THIS LOG. UNIT

MOV

TRAP

LOGUNT
, RO
CSGPHRD

D12
CZCLMCO DMP/V-11 DCLT
INITIALIZE SECTION
051340

010001

051342

103365

97 051342
Q93
99 051344

100
113
114
115
116 051350
117 051356
118 051364
119 051370
120 051376
121 051404
122 051412
123 051420
124 051426
125 051434
126 051442
127 051450
128 051456
129 051464
130 051472
131
132 051500
133 051506
134 051514
135 051522
136 051530
137 051536
138 051544
139 051552
140 051554
141 051562
142 051570
143 051576
144 051604
145 051612
146 051616
147 051624
148 051626
149 051634
150 051642
151 051644
152 051652
153 051652
051652
051656
051662
051666
051672
051674
154
155
156
165 051700

011137

MACRO v05.00

Thursday

22-Mar-84

16:24

BNCOMPLETE
MOV

017406

Page

SEQ 146

77-2

GETPRM

(R1),FHDPLX

MOV

RO,R1

+IF NO P-TABLE AVAIL., GO GET NEXT ONE
GE TPRM
BCC
sPUT FULL OR HALF DUPLEX ANSWER IN LOC.

+DEVICE DEPENDENT PART OF GETTING INFO FROM P-TABLE
016137
016137
005237
016137

062737

016137
062737
016137
062737
016137
062737
016137
062737
016137
062737

016137
016137
062737
016137
016137
016137
032737
001417
012737
012737
012737
012737
012737
005037
032737
001407
052737
032737

001003
052737

2(R1),SELO
2(R1),BSEL1
BSEL1L
2(R1),SEL2
02,SEL2
2(R1),BSEL3

1STORE AWAY CSR ADDRESSES

MOV
MOV
ADD
MOV

:STORE AWAY INPUT INTERRUPT VECTOR

=é;

4(R1), INVEC
4(R1),0UTVEC
4 ,0UTVEC
6(R1), INTPRI
10(R1),DEVPAR
12(R1),0PTYP
og;OPYVP

MOV
MOV
MOV
MOV
MOV
CLR
BIT
BEQ
BIS
BIT
BNE
BIS

0300, ,DMVDF 1
#600. ,DMVDF 2
#600. ,DMVDF 3
924 ,DMVDF 4
#1000. ,DMVDF5
STATYP
OMTP ,DEVPAR
1
oBIT2,STATYP
#TRBB ,DEVPAR
ENDIT
OBIT1,STATYP

1SET UP DMV DEFAWLTS
t1CLEAR STATION TYPE
: IS THIS MULTIPOINT
1BRANCH IF PT 70 PT
s IF MULTIPOINT SET BIT
;IS THIS A TRIB
:BRANCH IF
CONTROL
1SET STATION TYPE

SETVEC

CLKVEC,oCLKINT,2340

1SETUP CLOCK VECTOR

MOV
MOV

001130
001130
001750
023104
000001

023102

000002

023104
023102

023104

012746
012746
013746
012746

000340
041700
017442
000003

062706

000010

104437

MOV
MOV
INC
MOV
ADD
MOV

118:

1%$:
ENDIT:

1BUILD OUTPUT INTERRUPT VECTOR
:STORE AMWAY INTERRUPT PRIORITY
;SORE AWAY PARAMS
:STORE AWAY DEVICE OPTION TYPE
:IS THIS A DMV
a

MOV
MOV
MOV
MOV

TRAP

ADD

;DEVICE DEPENDENT VECTOR SETUP
SETVEC

INVEC,®DVINS,INTPRI

1SETUP INPUT INTERRUPT VECTOR

9340, -(SP)
OCLKINT, -(5P)
CLXVEC, -(SP)
23, -(SP)

CsSveC

210,5P

El2
CZCLMCO DMP/V-11 DCLT
INITIALIZE SECTION
051700
051704
051710
051714
051720
051722
166 051726
051726
051732
051736
051742
051746
051750
167
168 051754
051754
051760
169 051762
051762
051764
170
182
183
184
185 051766
051766
051766

MACRO v05.00

013746
012746
013746
012746

023076
066656
023072
000003

062706

000010

013746
012746
013746
012746
104437
062706

023076
066674
023074
000003

012700
104441

000000

104437

104432

Thursday

22-Mar-84

SETVEC

16:24

Page

SEQ

77-3

OUTVEC,@DVOUTS, INTPRI

$SETUP OUTPUT INTERRUPT

147

INTPRI, -(SP)

OUTVEC, -(SP)
23, -(SP)

CSSvEC
#10,SP

000010

SETPRI

EXIT

oPRIOO

1SET THE “RUN" PRIORITY

OPRIOO,RO

CS$SPRI

INIT

CSEXIT
L10013-.

000002

.EVEN

ENDINIT
104411

L10013:

TRAP

CSINIT

F12
CZCLMCO DMP/V-11 DCLT
AUTODROP SECTION

MACRO v05.00

Thursday 22-Mar-84 16:24

SEQ

Page 78

.SBTTLL.

S
6
;

:+ THE “ADR"” FLAG WAS SET.
THE UNIT(S) UNDER TEST ARE CHECKED TO
: SEE IF THEY WILL RESPOND.
THOSE THAT DON‘i ARE IMMEDIATELY
: DROPPED FROM TESTING.

148

AUTODROP SECTION

THIS CODE

IS EXECUTED IMMEDIATELY

AFTER

THE

INITIALIZE CODE

‘--

10 051770
051770

BGNAUTO

19 051770
051770

ENDAUTO

11
18

051770

104461

L$AUTO: :

L10014:;

TRAP

CsAUTO

Gle
MACRO v05.00

Thursday 22-Mar-84

16:24

Page

SEQ 149

0O
~
m

CZCLMCO oMP/v-11 DCLT
CODING SECTION
®-JOUVDWN-

.SBTTL

CLEANUP CODING SECTION

: THE CLEANUP CODING SECTION CONTAINS THE CODING THAT IS PERFORMED

AFTER THE MARDWARE

TESTS HAVE BEEN PERFORMED.

RNNNNNSO-”

VNBWNNHOO®Y

BGNCLN
005037
012737
004737
005037
105037
005037
004737
005077

017416
177777
064776
017320
015756
017350
064732
145402

012700
104441

000340

104432

017320

LSCLEAN: :

CLR
MOV
JSR

RUNING
0-1,CLNSET
PC,HLTTRB

s INIT DCLT RUNNING FLAG
;SET THE CLEANUP FLAG
sHALT ALL TRIBS

CLRB
CLR
JSR
CLR

TRIBN
TEMP
PC,WRMCS
8CLKCSR

H
;s MODEM SIGNALS TO CLEAR
s+ GO CLEAR MODEM SIGNALS
sDISABLE CLOCK

CLR

SETPRI

EXIT

CLNSET

@PRIO?

:SET PROCESSOR PRIORITY BACK TO r7nv
TRAP

CLN

TRAP

000002

ePRIO7,RO

C$SPRI

CSEXIT

.WORD

L10015-.

TRAP

CSCLEAN

.EVEN

ENDCLN

43 052046

052046
052046

104412

L10015:

H12
CZCLMCO OMP/v-11 DCLT
DROP UNIT SECTION

Thursday

.SBTTL

D®IONBWN
VRO

MACRO v05.00

22-Mar-84

16:24

SEQ 150

Page 80

DROP UNIT SECTION

THE DROP-UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE

: TO NO LONGER BE TESTED.
BGNDU

052050
052050
052050
052052

000167

EXIT

LS$DU::

.WORD
.WORD

JsUMP
L10016-2-.

TRAP

Csou

.EVEN
ENDDU

052054

052054
052054

104453

L10016:

I1ie
CZCLMCO DMP/V-11 DCLT
ADD UNIT SECTION

MACRO V05.00

Thursday 22-Mar-84 16:24

.SBTTL

S
6

:
;

)

10
19

21 052060

TO BE EXECUTED IN CONJUNCTION WITH THE ADDING OF A UNIT BACK
TO THE TEST CYCLE.
BGNAU

052056

20 052056
052056

ADD UNIT SECTION

THE ADD-UNIT SECTION CONTAINS ANY CODE THE PROGRAMMER WISHES

$--

8
9 052056

000167

SEQ 151

Page 81

EXIT

L$AU::
AU

.WORD

000000

Js$JUMP

.WORD

L10017-2-.

TRAP

CsAay

.EVEN

36 052062

052062

57 052062

ENDAUV

104452

L10017:

CZCLMCO OMP/v-11 DCLT
1:

Thursday 22-Mar-84

16:24

SEQ 152

Page 82

SETUP AND MODES OF OPERATION
.SBTTL

LRI
VND W

TEST

MACRO v05.00

TEST 1:

SETUP AND MODES OF OPERATION

THIS TEST WILL
3+ TEST TO DETECT FAULTS IN THE DATA COMMUNICATION L1INK.
:+ THE PROVIDE COVERAGE NECESSARY TO ISOLATE FAILURES TO THE COMPUTCR
: EQUIPMENT, THE COMMUNICATION LINK, OR THE MODEM.

BGNTST

052064
052064

PROGRAM SETUP SECTION

.SBTTL

052064
052072
052072
052074
052102
052106
052110
052112
052114
052114
052120
052124
052126
052130

43
a4 052134
45 052140
a6
47
48
49 052142

052146
51 052152
52 052156
53
052164
55 052170
S7 052176

59 052212
052220
61
052226
63 052234
052242
65 052246
67 052254

013777
005001
012737
005737
001412
005301
001373
012746
012746
010600
104417
062706
005737

001120

017446

000001
017456

145344

MOV

017456

GTXRXB:
GTRA2:
CLR
MOV
TST
1$:
BEQ
PRINTF

027256

Ti::

CLKEN,8CLKCSR

:ENABLE THE CLOCK

R1
#1, TIMERL
TIMERL

$sSET TIMER TO COUNT 1 TICK
sCHECK FOR IT TO BE COUNTED OFF

GTRA3
R1
1$

ONOCLK

000001

GTRA3:

017400

RESFLG
GTRAS

;BRANCH IF CLOCK EXISTS (COUNTED A TICK)
sKEEP CHECKING UNTIL R1 DOES FULL COUNTDWN
;PRINT BAD CLK MSG AND WARN OF HANG IF TIMEOUT
MOV
ONOCLK
, -(SP)
MOV
21.-(SP)
MOV
SP.RO
CSPNTF
TRAP
ADD
24,5P
:SEE IF HERE AFTER A RESTART.
iBR IF HERE CAUSE OF A RESTART

COUNTS AND SET UP DEFAULTS

OPTRTAB, TXPTR

;CLEAR TOTAL CHAR. COUNT TEMP. LOC.
3+ CLEAR TOTAL CHAR. COUNT FOR TX BUFF
;+ CLEAR TOTAL CHAR. COUNT FOR CMP BUFF
s INIT TRANSMIT MESSAGE POINTER

RXPTR
OPTR13,CMPPTR

i ZERO RX POINTER
s INIT COMP POINTER

017332
017334
017264
017246

@5 ,MSGTYP

:SET
1SET
:SET
+SET

TCURAD
, CURADD
TXPTR,CPTR

005037
005037
005037
012737

017344
017262
017244
011416

017236

005037
012737

017234
011512

017240

012737
013737
012737
012737

002162
003416
004416

000005

GTRA4:

013737
004737
012737

017264
017236
045446
000001

017342
017340

013737

017240

017340

013737

017260

TOTCC
TT0TCC

crovcce

MSGS5C, CURCC

@TXBUF , TCURAD

oCMPBUF , CCURAD

UP DEFAULT MSG TYPE (QUICK FOX - ITEP MSG)
UP DEFAULT CHAR COUNT
UP CURRENT ADD TO START OF TX BUFFER
UP CURRENT ADD TO START OF CMP BUFFER

01, TXMTOT

:SETUP CURRENT ADDR TO START OF TXBUF
1SETUP CURRENT POINTER TABLE POINTER FOR TxBUF
; GO BUILD POINTER TABLE AND BUFFER
1BUMP TOTAL MESSAGE COUNT

CMPPTR,CPTR

1SET UP START OF COMPARE POINTER TABLE

PC,BLDBUF

IK12

CZCLMCO DMP/V-11 DCLT

PROGRAM SETUP SECTION

SEQ 153

MACRO V05.00 Thursday 22-Mar-84 16:24 Page 82-1

68 052262
69 052270

013737
012737

017246
000005

017342
017332

MOV
MOV

CCURAD,CURADD - ;SET UP CURRENT ADDR.
95 ,MSGTYP

72 052310
73 052316

012737
012737

000001
000003

017242
017402

MOV
MOV

21,CMPTOT
OACT ,MODTYP

75
76
77
78
;g

012737
012737

000001
000002

017412
017410

MOV
MOV

003252

70 052276
71 052304
74 052324

052330
052336

013737
004737

005037

002162
045446

017404

052344
052352

012737
004737

000061
055472

gé 052356

004737

047214

83 052362
052362
052366
052372
052374
052376
84 052402
85 052406
86 052414
87 052422
88 (052430

012746
012746
010600
104417
062706
010637
013737
013737
013737
013737

024040
000001

91 052442
052442

104450

gg 052436

92 052444

052444
93 052446
94 052452
95 052454
052454
052456
96 052460
g; 052466

004737

103412
005737
001002
104432
014226
012737
000137

000004
017364
017402
017404
017412
017410

047344

017334

020652
020654
020656
020660

MOV
JSR

GTRAS:

MSGSC, CURCC
PC,BLDBUF

1PUT DEFAULT MESSAGE INTO CMPBUF

CLR

MLTYP

:SET DEFAULT MAINTENANCE LOOP MODE

MOV
JSR

OKTRB,KEYWD1
PC,ACTKAL

:SET UP DEFAULT “RUN PASS” COUNT TO 1
:SET UP PROG. PARAMETERS - DATA CHECKING ENABLD
;OPERATOR STATUS MSGS. PRINT OFF
+SET UP KEYWRD.
+ZERO TRIB LIST

JSR

PC,WRDEFP

;GO WRITE DEFAULTS TO TRIBS

PRINTF

@HLPO

MOV
MOV
MOV
MOV
MOV

SP, SAVSP
MODTYP,DEV1
MLTYP,DEV2
RPASS ,DEV3
PARAM,DEV4

JSR

000001
057056

017404

1§:

105037

052502
052504
052506
052510
052512
052514
052516
052520
052522

104443
000406
003130
000142
023354
000000
000001
000110

104 052522
105 052530
106 052536

105037

012737
012737
012737

003411

GETCL:

003410

003130
021170
053436

003374
003376
003400

GETCL

TST
BNE
EXIT

RPASS
1s
TST

MOV
JMP

OTTL ,MLTYP
GTR9

.SBTTL

102 052476
103 052502

PC, SHWOP

BCOMPLETE

138
101 052472

@1 ,RPASS
#2 ,PARAM

MANUAL

017412

TO START OF CMPBUF

1BUMP THE COMP MESG COUNT
+SET DEFAULT MODE= ACTIVE

=NONE

MOV
MOV
MOV
TRAP
ADD

:SAVE OFF STACK

oHLPO, -(SP)
@1,-(SP)
SP,RO
CS$PNTF
#4,SP

sPRINT TO OPERATOR THE CURRENT MODE......
;SEE IF MANUAL INTERVENTION ALLOWED
TRAP

BR IF YES (UAM=0 AND NOT CHAINED)

CSMANI

BCS
GETCL
;SEE IF THIS IS FIRST "DCLT PASS”"
;s BR IF NOT COMPLETED 1 PASS
; IF DONE 1 PASS IN UNATTENDED MODE - EXIT
TRAP
CSEXIT
.WORD
L10020-.
:SET UP DEFAULT FOR UNATTENDED MODE
3
"R M=ACT/LO=I/PAS=1/NOST/CH"” AND RUN

COMMAND LTNE FETCH & INTERPRETATION SECTION
CLRB

CLRB
GMANID

MOV
MOV
MOV

P$GDBD

;:CLEAR CMD LINE PARSING ERROR FLAGS

P $NNUF
CLISPM,CMDBUF,A,0,1,72.,NO

©CMDBUF ,P$BUF A
oCLITRE,PSTREE
#CLIACT,PSACT

:GET A COMMAND LINE FROM OPR.

10000
:

TRAP
BR
.WORD
.WORD
.WORD
.WORD
.WORD
JWORD

CSGMAN
10000$
CMDBUF
T$CODE
CLISPM
O
TSLOLIM
TSHILIM

L12
Thursday 22-Mar-84
MACRO v05.00
CZCLMCO DMP/V-11 DCLT
LINE
FETCH
&
INTERPRETATION
SECTION
COMMAND

107
108
109
110
111

112
113
114
115

052544
052550
052554
052560
052562
052562
052566
052572
052574
052576
052602
052606
052612
052614
052614
052620
052624
052626

052630

116 052634

117
118 052640
119 052646
120 052650
121 052656
122 052660
123 052664
124 052672
125 052674
126 052700
127 052704
128 052712
129 052714
130 052722
052722
052724
131 052726
132 052734
133 052736
134 052740
135 052746
136 052750
137 052754
138 052756
139 052762

140
141 052766
142 052774
143 053002

144

053004
053010
053014

053022
053024
145 053030

005037
004737
105737
001412

003254
047646
003411

012746
012746
010600

023362
000001

104417
062706
000137
105737
001412

012746
012746
010600
104417
062706
000137

023727
001711
023727
001002
000137
023727
001004
004737
000137
023727

001005
012737

104432
0137690
023727
001001
000525
023727
001407
105737
001402
004737
000137

CLR
JSR

T1STB

BEQ
PRINTF

000004
052472
003410

16:24

QUALFG
PC,P$TRV
P$GDBD
14
OCLIERM

GETCL

P $NNUF

1$:

SEQ 154

Page 82-2

10$

sCLEAR QUALIFIER FLAG LOCATION
1GO _PARSE COMMAND LINE
:SEE IF PARSED OK OR AN ERROR
MOV
MOV
MOV
TRAP
ADD

;SEE IF INCOMPLETE COMMAND TYPED

oCLINUF

023412

KEYWD1,0SETET

10¢:

GETCL
KEYWD1, #RUN
114
GTR9

003252
057056
003252

KEYWD1, 2DMPS
144
PC,DUMPSR
GETCL

11%:

045212
052472
003252

000066

177777

017376

KEYWD1,0EXIT

14%:

EXIT

003252

000010

40%:

003252

000011

44:

045776
052472

012746
012746
012746
010600
104417
062706
000137

027377
027415
000002

017344
001000

#-1,0CLFLG
TST

TRAP

CSPNTF

;3 START EXEC. IF YES
;IS IT DUMP

;GO TO DUMPSR
;AND GO BACK
;IS IT EXIT

:BRANCH IF NOT
;SET DO CLEAN FLAG
TRAP
.WORD

g%YHDI.OSETTRN

;SEE IF SET TX

77%:

S$:

TT0TCC, TOTCC

JMP

CSEXIT
L10020-.

; BR IF YES

:00 GLOBAL

IgICC.OBUFLIH

:SEE IF BUFFER ALREADY FULL

OMSGTRN, #BUFEX

:+ ELSE TELL OPR. AND DON'T BUILD MSG.

: BR IF NOT FULL (BUFLIM & OF CHARS.)
MOV
MOV
MOV

AMSGTRN, -(SP)
@2, -(SP)
SP.RO

ADD

%6,SP

TRAP

000006
052472

44 ,5P

;: BR IF NO

:SEE IF SET EXPECTED
:+ BR IF YES (A SETEXP WAS TYPED

WRFLG
77%
PC,DOGLOB
GETCL

#1,-(SP)
SP,RO

;WAS "“SET E=T*” ENTERED ?
; YES ,BRANCH
;SEE IF RUN WAS TYPED

KEYWD1,@SETEXP
a3

003412

017262
017344

OCLINUF
, -(SP)

ADD

GETCL

003252

013737
023727
002414

MOV
MOV
MOV

000001

000004
052472

OCLIERM, -(SP)
01,-(SP)
SP,RO
CS$PNTF
@4,5P

GETCL

THEN GO GET A NEW COMMAND

CSPNTF

M12
Thursday 22-Mar-84
MACRO v05.00
CZCLMCO OMP/v-11 DCLT
COMMAND LINE FETCH & INTERPRETATION SECTION

146 053034
147 053040
148 053042
149
150
151

152
153

154
155
157
158
159
160
161
162
163
164
165
166
167
168
169

170
171
172
173

174
175
176

177

178
179
180
181

182
183
184

005737
001002
005037
012737
013701

020127
002414

012746
012746
012746
010600
104417
062706
000137
006301
006301
060137
013737
013737
004737
004737
013737
013737
013737
005237
005337
001270
000137

013737
023727
002414
012746
012746
012746
010600
104417
062706
000137
005737
001002
005037

15¢:

017262
017260
011416
017260
000017

017236

6%:

PRINTF

027337
027415
000002

17%:

ASL
ASL

ADD
MOV
MOV
JSR
JSR
MOV
MOV
MOV
INC
DEC

017340
017342
017236
017262
017264

052472

017244
017344

SEQ 155

Page 82-3

TT0TCC
6%
TXMTOT
OPTRTAB, TXPTR
TXMTOT,R1
R1,#MSGLIM
17$
AMSGTRN, #TABEX

+IF FIRST

“SET” THEN GET RID OF DEFAULT

1GET POSITION OF END OF TXx LIST
:SEE IF MSG COUNT EXCEEDED.
;

BR IF NO

; ELSE TELL OPR. AND DON'T BUILD MSG.
MOV
MOV
MOV
MOV

OTABEX, -(SP)
MSGTRN, -(SP)
#2,-(SP)
SP,RO

ADD

#6,SP

TRAP

000006
052472

017236
017236
017264
045350
045446
017340
017344
017342
017260
003256

TST
BNE
CLR
MOV
MOV
CMP
BLT

16:24

017344
001000

28:

MOV
BLT

PRINTF

027377

GETCL

TXPTR,CPTR
TCURAD, CURADD
PC,ADDCC
PC,BLDBUF

;SETUP CHAR. COUNT, CURRENT ADDR, & PTR

TOTCC, TTOTCC

sUPDATE CHAR. COUNT, CURR ADDR, & PTR

R1
R1
R1,TXPTR

CPTR, TXPTR

CURADD, TCURAD
TXMTOT

THEN GO GET A NEW COMMAND.

:1#% OF MSGS #4 = NEXT FREE PTR BLOCK

;ADD IN CHAR. COUNT AND CHECK TOTAL

;GO BUILD MESSAGE IN BUFFER AND PTRS.

QUAL VL
S5$
GETCL

sDEC THE COPY COUNT

CTOoTCC,TOTCC

:SETUP CHAR. COUNT, CURR. ADDR. &€ PTR
:SEE IF BUFFER ALREADY FULL
: BR IF NOT FULL (BUFLIM & OF CHARS.)
:+ ELSE TELL OPR. AND DON'T BUILD MSG.
#BUFEX, -(SP)
MOV

TOTCC, #BUFLIM
16$
OMSGTRN, #BUFEX

027415
000002

MOV
MOV
MOV

OMSGTRN, -(SP)
82, -(sP)

ADD

#6.5P

TRAP

000006

052472
017244

16%:

017242

012737
013701

011512
017242

020127
002414

000017

012746
012746
012746
010600
104417
062706

027337
027415

017240

78:

JMP

GETCL

BNE
CLR

CMPTOT

TST

MOV
MOV
CMP
BLT

PRINTF

CSPNTF

CcToTCC
7%

SP,RO

CSPNTF

:+ THEN GO GET A NEW COMMAND
:IF FIRST "SET" THEN GET RID OF DEFAULT

#PTR13,CMPPTR

: INIT COMPARE MESSAGE POINTER

R1,4MSGLIM
18$
#MSGTRN, 4TABEX

:SEE IF MSG COUNT EXCEEDED.
: BR IF NO
: ELSE TELL OPR. AND DON'T BUILD MSG.

CMPTOT,R1

000002

MOV
MOV
MOV

OMSGTRN, -(SP)
@2, -(SP)
SP,.RO

000006

ADD

#6,SP

TRAP

CSPNTF

N12
Thursday 22-Mar-84 16:24
MACRO Vv05.00
CZCLMCO DMP/V-11 DCLT
COMMAND LINE FETCH & INTERPRETATION SECTION

185 053336
186 053342
187 053344
188 053346
189 053352
190 053360
191 053366
192 053372
193 053376
053404
053410
053416
053424
053430
053432

000137
006301
006301
060137
013737
013737
004737
004737
013737
005237
013737
013737
005337
001270
000137

052472
017240
017240
017246
045350
045446
017340
017242
017342
017344
003256

052472

18%:

017340
017342
017240
017246
017244

+ THEN GO GET A NEW COMMAND.
1# OF MSGS #4 = NEXT FREE PTR BLOCK

JMP

ASL
ASL

ADD
MOV
MOV
JSR
JSR
MOV
INC
MOV
MOV
DEC
BNE
JMP

SEQ 156

Page 82-4

R1,CMPPTR

CMPPTR,CPIR
CCURAD, CURADD
PC,ADDCC
PC,BLDBUF
CPTR,CMPPTR
CMPTOT
DD
, CCURAD
CURA
TOTCC,.CTOTCC
QUALVL
24
GETCL

+ADD IN XHAR. COUNT AND CHECK TOTAL

;UPDATE CHAR.

COUNT,

CURR ADDR.

& PTR

;IF COPY WAS GIVEN, PUT MSG IN BUFF
: AGAIN
;GO BACK UNTIL GET A "RUN"

B13
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

Thursday 22-Mar-84 16:24

COMMAND LINE FETCH £ INTERPRETATION SECTION
1

LSBTTL

S5 053436

6 053436

006302

8 053444
9 053450

062702
004712

7 053440

10 053452
11

016202

000166

15 053460
16 053462
17 053464
18 053466
19 053470
20 053472
21 053474
22 053476
23 053500
24 053502
25 053504
26 053506
27 053510

000200
001566
000300
000210
000324
000416
000740
000750
000766
000776
001006
001100
001574

31 053520

001216

28 053512
29 053514
30 053516
32
33
34
35

053522
053524
053526
053530

36 053532
37 053534
38 053536

39 053540

40
41
42
43
44
45

053542
053544
053546
053550
053552
053554

46 053556

47 053560

48 053562
49 053564

S0 053566

51
S2
53
S4
S5
56
57

053570
053572
053574
053576
053600
053602
053604

053454

000170

001120
001200
001206
001226
001236
001246
001264

001352
001362
001402

001410

001420
001430
001440
001466
001476
001602

001616

001650

001660
001670

001700

001710
001720
000160
001156
000674
000724
000716

ACTION TABLE AND ROUTINES

USER MUST CLEAR/SET PSGDBD IF USE "CLIBIF” IN CONNECTION WITH ACTION
R2 WILL

HOLD ACTION CODE

FROM PARSING

ASL

JMULTIPLY ACTION CODE BY 2

ADD
JSR

0108 ,R2
PC.(R2)

1ADD BASE VALUE
+GO DO ACTION

.MORD

ACTNWL -10%

.MORD
.WORD
.WORD
.WORD
.MORD
.WORD
.MORD
.MORD
.MORD
.WORD
.MORD
.HORD
.MORD

ACTSHO-10%
ACTCHK-10$
ACTRUN-10$
ACTHLP-108
ACTCSE-10%
ACTCST-10%
ACTSTE-10%
ACTSTT-108
ACTSZE-10$
ACTCOP-108
ACTNUM-108
ACTOPM-10%
ACTSTS-108

.MORD

ACTMS2-10%

MOV

053454

000207

13 053454

14 053456

CLIACT:

RTS

104:

SEQ 157

Page 83

.WORD

.WMORD
.WORD
.WORD

.MORD
.MORD
LWORD
.WMORD

.WORD
.HORD
.HORD

LMORD

.WORD
.MORD
.WORD
.MORD
.MORD
.WORD

. WORD
.WORD

.WORD

. WORD
.WORD
.HMORD
. WORD
.WORD
.WORD
. WORD

108(R2),R2

ACTCLR-104%

ACTEQO-108
ACTMSO-10%
ACTMS1-108
ACTMS3-10%
ACTMSA-10%¢
ACTMSS-108
ACTMS6-108

ACTATY-10%
ACTPAS-108¢
ACTREC-10s8

ACTLIS-108

ACTDLL-108
ACTTRA-10%
ACTTAL-10%
ACTNO-10$
ACTECH-103%
ACTCRC-10s

ACTPRO-108
ACTRPS-10%

ACTMOP-10%

ACTTLP-10%

ACTCLP-10$

ACTLLP-108
ACTRLP-10$
ACTNUF -10%
ACTBCR-10%
ACTDMS-10$
ACTDME-10$
ACTOMQ-10%

(CLI)

NODE

1OFFSET VALUE

tRETURN TO TRVACT:
1BRIEF DESCRIPTION OF ACTIONS TAKEN
sNULL

1CLEAR

3 SHOW
1 CHECK
1RUN
IHELP
1CLEAR OR SHOW EXPECTED
1CLEAR OR SHOM TRANSMIT
1SET EXPECTED
1SET TRANSMIT
1SIZE
1 COPY
iNUMERIC VALUE FOR SIZF OR COPY
1QUOTED MESSAGE FROM USER
1STATUS

sEND OF QUOTED MESSAGE FROM USER
1ONES DATA
1+ ZEROS DATA

s1ALT

10ACT
s ITEP
$CCITY
1ALPHA

sACTIVE MODE
1PASSIVE MODE
tRECEIVE MODE

sLISTEN MODE

100WNL INE LOAD
: TRANSMIT MODE
: TALK MODE
1+ /NO
1ECHO
1SET CRC BIT

1SET PROTOCOL BIT
1STATUS

JREMOTE STATION IN MAINTENACE LOOP MODE
1 INTERNAL

TTL

1CABLE LOOP

1LOCAL MODEM LOOP
1REMOTE MODEM LOOP
1MORE COMMAND LINE NEEDED
1BAD CHARACTER IN OPERATOR MESSAGE
1OUMP MEMORY START ADDRESS
;OUMP MEMORY END ADDRESS
1DUMP WORD

58
59
60
61
62
63
64

053606
053610
053612
053614
053616
053620
053622

000264
001610
002474
001776
002006
002016
002730

67 053630
62 053632

000254
001310

65 053624
66 053626
6

003334
002100

Thursday 22-Mar-84

. WORD

388888848

CZCLMCO OMP/V-11 DCLT
MACRO v05.00
ACTION TABLE AND ROUTINES

16:24

Page 83-1

ACTPRT-10%
ACTMOS-10%
ACTSLS-10%
ACTETB-10%
ACTKTB-10%

ACTKAL -10%
ACTEKT-10¢
ACTCKT-10%
ACTEWS-10%
ACTEXT-10$

ACTSEX-10%

1PRINT

sMODEM STATUS CHANGE

1SHOW TRIB LIST
1ESTABLISH TRIB
iKILL TRIB
iKILL ALL
tFLAG TRIB KILLED
1CHECK VALID TRIB
1POLL PARAME TERS
sEXIT

$sSET E=T COMMAND REV B EC

SEQ

158

D13
CZCLMCO DMP/V-11 DCLT

MACRO v05.00

Thursday 22-Mar-84

16:24

SEQ 159

Page 84

——

NEOO®-OUVE WN
-

ACTION TABLE AND ROUTINES
053634
053642

112737
000207

177777

003410

AC TNUF ;
ACTNUL:

053644
053652

012737
000207

000001

003252

ACTCLR:

053654
053662

012737
000207

000002

003252

ACTSHO:

053664
053670
053670
053672
053676
053702
053704
053706
053712
053716
053720
053726
053730
053736
053740
053746
053752

012702

003260

13
14
15
16
17
18
19
20
21
22
23 053754
24 053762
25 053770
26 053776
27

28 054000
29 054006
30
31 054012
32 054016
33 054022
34 054030
35 054032
36 054040
37
38 054044
39 054052
40 054060
41 054064

42 054070
43
44
45
46
47

054072
054076
054102
054106
48 054114
49 054116

S0 054124
S1 054130

012246
012746
012746
010600
104417
062706

020227
001364
012737

000207
012737
000207
012737
004737
000207

ACTHLP:
18:

MOvVB

RTS

#-1,PINNUF
PC

1SET FLAG TO SAY NEED MORE OF COMMAND
tRETURN TO PARSER

MOV
RTS

OCLEAR,KEYWD1

1SET LOC TO SAY A CLEAR WAS TYPED

MOV

@SHOW ,KEYWD1
PC

1SET LOC.

MOV

OHLPTAB,R2
OHLPF ,(R2).

1SETUP R2 AS A POINTER TO HELP MSG TABLE

RTS

PRINTF

TO SAY A SHOW WAS TYPED

tPRINT HELP

INFORMATION MESSAGES

MOV

000006
003304

cMP
BNE

000005

003252

000066

003252

ACTEXT:

000055

003252

ACTPRT:

003252

ACTRUN

042554

012737
112737
012737
000207

000004

177777

003410
017412

012737
013701

011512
017240

017240

013702
105037
023727
001471
012737
005037

017242
003410
003252

000001

MOV

MOV
MOV

024116
000002

MOV
RTS
RTS

l:% + OHLPEND

1SEE IF ALL INFO PRINTED YET

OHLP KEYWD1

3SET LOC.

’OEXIT JKEYWD1
9PRNT KEYWD1

%.REPWT

SRUN,KEYWD1
01,RPASS
PC

ACTCSE:

ePTR13,CMPPTR

CMPPTR,R1

CMPTOT,R2

TRAP
ADD

(R2)+,-(SP)
OHLPF, -(SP)
02,-(SP)

SP,RO

CSPNTF
96 ,5P

s+ IF NO KEEP PRINTING

TO SAY A HELP WAS TYPED

:SET UP KEYWORD AND SCOOT OUT OF HERE

;SET LOC. TO SAY A HELP WAS TYPED
s:CALL ROUTINE TO PRINT EVENT LOG AND BASE TABLE
:SET RUN FLAG

$SET FLAG TO SAY NEED MORE OF COMMAND
$SET DEFAULT RUN “PASS” TO 1
s INIT COMPARE MESSAGE POINTER

1FLAG THAT HAVE VALID COMMAND AT

000002

P SNNUF
KEYWD1 , #SHOW

000001
017244

017242

e1,.CMPTOT

1CLEAR COMPARE MESSAGE COUNT, CHAR. COUNT

012737
013737
012701
010137
000431

011512
017240
004416
017246

017240
017340

012701
013702
105037
023727
001437
012737
005037
012737

011416
017260
003410
003252
000001
017262
011416

ACTSHUW
crorcc

OPTR13,CHMPPTR
CMPPTR,CPTR
QCMPBUF ,R1
R1,CCURAD

:SEE IF A CLEAR OR SHOW WAS TYPED

THIS PT.

;B8R IF A SHOW WAS TYPED
:+

AND RESET POINTER

1 INIT COMPARE MESSAGE POINTER
$SET UP TO FILL IN DEFAULT MESSAGE

ACTCLB

ACTCST:

000002
017260

017236

OPTRTAB,R1
TXMTOT ,R2

P $NNUF
KEYWD1, #SHOW
ACTSHW
01, TXMTOT

T107CC
aPTRTAB, TXPTR

iFLAG THAT MAVE VALID COMMAND AT THIS PT.

1SEE IF A CLEAR OR SHOW WAS TYPED
1BR IF A SHOW WAS TYPED

1CLEAR TRANSMIT MESSAGE COUNT, CHAR, COUNT
i+ AND RESET POINTER

E13
MACRO v05.00
CZCLMCO DMP/V-11 DCLT
ACTION TABLE AND ROUTINES

054136
054144
054150

013737
012701
010137

017236
003416
017264

054154

012702
010137
012737
013737
105021
005302
001375
004737
000207

001000
017342

012705

122571

001404

020527
001372
005205
162705
006305

000005
002162

@BUFLIM,R2

ACTCLB:

017332
017334

R1,CURADD
@S ,MSGTYP
MSG5C, CURCC

(R1).

1$:

R2
1
PC,.BLDBUF
PC

OSHTAB,RS

ACTSHUW:

(R5)+.8(R1)

Ss:

003335

017350
003314
025613
000003

1SET UP TO PUT DEFAULT MSG IN LIST AFTER 033'S
sFILL EXPT OR TRAN BUFFER WITH 0'S I+ A CLEAR
;D0 "BUFLIM” NUMBER OF BYTE LOCATIONS

1 "CLEAR” REALLY MEANS TO PUT DEFAULT MSG IN
sWHEN DONE, RETURN TO PARSER

sLOOK AT FIRST BYTE OF MSG TO DECIPHER TYPE
;SEE IF LOOKED AT ALL OF DEFAULTS YET

003343

013746
016546
012746
012746

104417

R1, TCURAD

003334
000000

000002

SEQ 160

Page 84-1

TXPTR,CPTR
0TXBUF ,R1

017340

045446

016137

010600

16:24

sMUST BE OPR. SPEC’'D THEN

64:

017350

PRINTF

2(R1),TEMP
TEMP
OSHMSG,SHTYTB(RS),

;PRINT MSG SIZE € TYPE

MOV
MOV
MOV

52
53
54
55
56
57
58
59
60
61
62
63

Thursday 22-Mar-84

TRAP

062706
062701
005302
001341
013737
013737
013737
013737
004737
000207

000010
000004
017402
017404
017412
017410
047344

020652
020654
020656
020660

013737
005037
012737
000403

00340«
017316
000052

017312

012737
013737
105037
000207

177777
003404
003410

017316
017314

04 .R1
R2

;BUMP R1 TO NEXT SET OF POINTERS

ADD

SHTYTB(RS), -(SP)

OSHMSG, -(SP)
e3,-(SP)
SP,.RO
CSPNTF
@10,SP

ACTSHUW
MODTYP,DEV1

MLTYP,DEV2
RPASS ,DEV3
PARAM,DEVA

RTS

ACTDMS:

003252

CLR

PC . SHWOP

PSNUM, STADD

MOV
MOV
CLRB
RTS

1SETUP STARTING ADDRESS FOR DuMP

BYTBIT
@DMPS ,KEYWD1

:SET DEFAULT OF WORD DUMP

@-1,8YTBIT
PSNUM, ENADD

1SET DUMP FLAG TO “DUMP-WORD*“

ACTDME

ACTDMQ:
ACTDME :
ACTDMX;

:SHOW THE OPERATOR THE CURRENT MODE.....

P SNNUF

tFLAG THAT A DUMP WAS TYPED

:SETUP END ADDRESS FOR DUMP (=START IF NO “EEE"
;CLEAR NOT-ENOUGH FLAG, "DUMP N-N/B" IS VALID

Fid3

CZCLMCO DMP/Vv-11 DCLT
ACTION TABLE

MACRO V05.00 Thursday 22-Mar-84 16:24 Page 85

" .

AND ROUTINES

3 054414
: 054422

012737
000403

000010

003252

ACTSTE: MOV
BR

OSETEXP ,KEYWD1
ACTSTX

6 054424
7 054432
g 054440

012737
012737
000207

000011
000001

003252
003256

ACTSTT: MOV
ACTSTX: MOV
RTS

OSETTRN,KEYWD1
21 ,QUALVL
PC

10 054442

012737

000012

003254

ACTSZE: MOV

13 054452
1; 054460

012737
000207

000013

003254

ACTCOP: MOV
RTS

@QCOPY ,QUALFG
PC

16 054462
17 054470
18 054472
19 054476

023727
001023
005737
001014

003254

000012

ACTNUM: CMP
BNE
TST
BNE

QUALFG,#SIZE
1%
PSNUM
33

054500
054504
054510
054512
054514
21 054520
22 054526
23 054530

012746
012746
010600
104417
062706
112737
000411
013737

023651
000001

{é 054450

20 054500

24 054536
25 054540
26 054546
gz 054552

000207

000405
013737
005237
000522

29 054554

012737

g% 054572

000207

30 054562
31 054566

010437
005237

34 054574

010402

37
38
39
40
41
42

010237
013701
012705
112125
005302
001375

35 054576
36 054602

054606
054612
054616
054622
054624
054626

:2 054630

45 054632

163702
010237

012746

46 054652

000207

012746
010600
104417
062706

PRINTF

000004
177777

003411

003404

017334

33%:

003404
003256

003256

1%:

000007

017332

017350
017350

017350
017334

002166
017350
002524

000473

054632

054636
054642
054644
054646

003404

RTS

2%:

MOVB
BR
MOV
BR
MOV
INC
BR

ACTOPM: MOV

MOV
INC
RTS

ACTEQO: MOV

SuB
MOV

1%:

MOV
MOV
MOV
MOVB
DEC
BNE

023604

ACTBCR: PRINTF

@SIZE,QUALFG

@CLISEO

@-1,PsGDBD
2%
PS$NUM, CURCC
24
PSNUM, QUALVL

QUAL VL
ACTMEX

@7 ,MSGTYP

R4, TEMP
TEMP
PC

RTS

$1SEE IF A SIZE OR COPY TYPED
18R IF IT WAS A COPY
sCHECK TO BE SURE DIDN'T TRY SIZE=0
s+ BR IF NO

:1SET ERROR-IN-CMD FLAG

MOV
MOV
MOV
TRAP
ACD

#CLISEOQ, -(SP)
o1, -(SP)
SP,RO
CSPNTF
94,5P

sIF A SIZE LOAD CURCC WITH BYTE COUNT
:IF A COPY, LOAD COPY COUNT
1 INCREMENT SO FIRST DEC MAKES IT REAL @

sKEEP TRACK OF START OF QUOTED TEXT
; SO CAN CALC OPCNT AT END OF QUOTES

R4,R2

TEMP ,R2
R2,CURCC

R2,0PCNT
TEMP ,R1
@0PBUF ,RS
(R1)+,(R5).
R2
13

;CALC BYTE COUNT FOR QUOTED TEXT

;:COPY QUOTED TEXT

TO OPBUF

ACTMEX

oCLIBCR

000001

000004

$SET UP DEFAULT COPY TO 1 (/COPY=0)

;BAD CHAR.

IN OPR. QUOTED STRING

MOV

MOV
MOV
TRAP
ADD

)

@CLIBCR, -(SP)

e1,-(SP)
SP,RO
CSPNTF
24 ,SP

G13
CZCLMCO DMP/V-11 DCLT

MACRO v05.00
ACTION TABLE AND ROUTINES
48

054654

49 054660
5C 054662

51
52
53
54
55
56
57
58
59
60

054670
054672
054700
054702
054710
054712
054720
054722
054730

054736

054740
ve 054746
63
64 054754
65 054762
66
67
68
69 054764
70 054772
71 054774
72 055002
73 055004
74 055010
75 055016

76
77
78
79 055020
80 055024
81

005037
5
0004
012737
000431
012737
000425
012737
000421
012737
000415
012737
013737
000430

Thursday 22-Mar-84

ACTMSO:

017332

16:24

CLR

MSGTYP

MOV

01 ,MSGTYP

SEQ 162

Page 85-1

ACTME1

017332

ACTMS1:

017332

ACTMS2:

017332

ACTMS3:

017332

ACTMS4:

017332
017334

ACTMSS:

012737
013737

017332
017334

ACTMS6:

012737
000416

017334

ACTMELl:

000010

003252

ACTSEX: CMP
BEQ
MOVB
BR
10¢:
JSR
MOV
BR

@SETEXP ,KEYWD1
104
#-1,P3GDBD
ACTMEX
PC,FACSIMILE
OSETET ,KEYWD1
ACTMEX

;DID WE GET HERE FROM “SET E =" COMMAND?
; YES ,BRANCH

ACTMEX:

P SNNUF
PC

;:CLEAR NOT-ENOUGH FLAG

022737
001404

112737

000406
004737
012737
000400

177777

003411

045572
000067

003252

105037

003410

000207

MOV

ACTMEL

92 ,MSGTYP

ACTMEL

MOV
MOV
MOV

@3 ,MSGTYP
04 ,MSGTYP
@5 ,MSGTYP

MOV
BR

MSGSC, CURCC
ACTMEX

;SETUP DEFAULT SIZE FOR THIS TYPE

MOV

MSG6C, CURCC

sSETUP DEFAULT SIZE FOR THIS TYPE

MOV

064, ,CURCC

MOV

96 ,MSGTYP

ACTMEX

;REV B BY EC

CLRB
RTS

;SETUP DEFAULT SIZE FOR MSGO-4

EXIT

;SET ERROR FLAG

;GO TO EXIT
;GO COPY TRANMIT BUFFER TO EXPECT BUFFER
sSET FLAG 7O BE USED IN T1::
3GO TO EXIT

H13

CZCLMCO DMP/v-11 DCLT
ACTION

TAE.E

MACRO V05.00 Thursday 22-Mar-84 16:24 Page 86

AND ROUTINES

1 055026

012737

4 055036

012737

; 055054

000207

g 055034

5 055044
6 055050
9 055056

{(1) 055062

000432

000003

017402

ACTATV: MOV

OACT ,MODTYP

000002

017402

ACTPAS:

MOV

OPAS ,MODTYP

RTS

105037
005037

003410
017404

005037

017402

000417

CLRB
CLR

ACTREC: CLR

ACTM2X

P $NNUF
MLTYP

MODTYP

ACTM2X
oLIS,MODTYP

{: 055072

000413

012737

000006

017402

ACTLIS: MOV

15 055074

012737

000004

017402

ACTDLL: MOV

18 055104

012737

000001

017402

ACTTRA: MOV

gg 055114

012737

000005

017402

ACTTAL: MOV

@TAL ,MODTYP

23 055122
24 055130
25 055134

042737
105037
005037

000004
003410
017404

017410

ACTM2X: BIC
CLRB
CLR

9ECHOB , PARAM
P SNNUF
MLTYP

12 055064

{67' 055102
53 055112

26 055140

000407

000403

000207

RTS

sCLEAR NOT -ENOUGH FLAG
;CLEAR MAINT LOOP TYPE

ACTM2X

©D0W,MODTYP

ACTM2X

@TRA ,MODTYP

ACTM2X

;sDISABLE /ECHO (ALL BUT PASSIVE MODE)
;CLEAR NOT-ENOUGH FLAG
;CLEAR MAINT LOOP TYPE

I13
CZCLMCO DMP/V-11 DCLT

Thursday

22-Mar-84

16:24

055142
055150

012737
000207

000036

003254

ACTNO:

MOV
RTS

ONO, QUALFG
PC

055152
055160
055162
055170
055176
055200
055200
055204
055210
055212
055214

022737
001422
052737
022737
001416

000036

003254

ACTECH:

:?O.QUALFG

000004
000002

017410
017402

CcMP
BEQ
BIS
CMP
BEQ

012746

PRINTF

023541

SEQ

Page 87

OB
, PARAM
9ECH
OPAS ,MODTYP
2s

OCLINPS

000001

055240

012746
010600
104417
062706
112737
042737
005037
000501

OB
, PARAM
@ECH
QUALFG
ACTLXX

055242
055246

012701
007413

000002

ACTCHK :

#DATCKB,R1
ACTQFG

055250
055254

012701
000410

000001

ACTSTS:

@STATB,R1
ACTGFG

:SET THE STATUS BIT

055256
055262

012701
000405

000020

ACTCRC:

oCRCB,R1

:SET THE CRC BIT

055264
055270

012701
000402

000010

ACTMOS

OMOCHK ,R1

:SET THE MODEM BIT

055272

012701

000040

ACTPRO

oPROTOB,R1

:SET THE PROTOCOL BIT

055276
055302
055310
055312
055316
055322

050137
022737
001002
040137
005037
000450

017410
000036

ACTQFG:

R1,PARAM

055324
055332

013737
000444

055334
055342
055344
055352
055354
055362
055364
055372

055374

012737
000417
012737
000413
012737
000407
012737
000403
012737

055402
055410
055412
055420

022737
001415
112737
005037

000004
177777
000004
003254

MOV
MOV
MOV

#CLINPS, -(SP)
01,-(SP)
SP,RO

ADD

04,SP

TRAP

003411
017410

003254

017410
003254

#-1,P$GDBD

w o

055220
055226
055234

ACTQFG

CSPENTF

;CLEAR “NO” OUT OF QUALIFIER FLAG
sSET DATA CHECK BIT

:?O.QUALFG

R1,PARAM

QUALFG
ACTLXX

s:CLEAR “NO" OUT OF QUALIFIER FLAG

ACTRPS:

P$NUM,RPASS

sGET NUMBER OF "RUN PASSES"

017404

ACTMOP:

017404

ACTTLP:

017404

ACTCLP:

017404

ACTLLP:

017404

ACTRLP:

oS ,MLTYP
ACTLPX
21,MLTYP
ACTLPX
@2 ,MLTYP
ACTLPX
03 ,MLTYP
ACTLPX
04 ,MLTYP

000003

017402

ACTLPX:

177777
017404

003411

003404

1$:

017412

ACTLXX

BEQ
CLR

@ACT,MODTYP
ACTLXX
#-1,P$GDBD
MLTYP

164

;BE SURE IN PASSIVE MODE IF
s IF TRYING TO SET /ECHO

N -

CRNONDWN
-

ACTION

MACRO v05.00
TABLE AND ROUTINES

;BE SURE IN ACTIVE IF TRYING TO SET LOOP
+ BR IF IN ACTIVE

s1CLEAR ANY LOOP TYPE THAT MAY HAVE GOT SET

J13
CZCLMCO DMP/V-11 DCLT

MACRO v05.00
ACTION TABLE AND ROUTINES

S3 055424
055424
055430
055434
055436
055440
54 055444
55 055450
56

012746
012746
010600
104417
062706
105037
000207

Thursday 22-Mar-84

PRINTF

023477
000001

000004
003410

16:24

SEQ 165

Page 87-1

4CLIBDL

MOV
MOV

TRAP

ACTLXX:

CLRB
RTS

P $NNUF
PC

;CLEAR NOT-ENOUGH FLAG

oCLIBOL, -(SP)
SP,RO
CSPNTF
4 ,5P

IK13
CZCLMCO DMP/V-11 DCLT

Thursday 22-Mar -84

16:24

SEQ 166

Page 88

TABLE AND ROUTINES

O® NN
D WM -

ACTION

MACRO Vv05.00

055452
055460

012737
000207

000060

003252

ACTETB: MOV
RTS

055462
055470

012737
000207

000061

003252

ACTKTB: MOV

055472
055476
055504
055506
055514
055520
055522
055524
055530
055534
055540
055542
055544
055546
055552

105037
022737
001403
112737
105737
001401
000413
005037
012702
012705
005022
005305
001375
004737
000207

055554

010246

055560
055562
055566
0355570
055576
055576
055602
055606
055612
055614
055616
055622
055626
055634
055642

010446
005737
001517
112737

055556

055646
055652
0556€0
055662
055666
055670
055674
055676
055700
055702
055706
055712
055720
055726
055732
055734
055736

003410

000061

003252

177777
003411

003411

015754

010600
104417
062706
005037
012737
013737
004737

012702

032737
001002
012702
005202
116205
010204
006304
010403
042703
063703
016337
016437
000175
055736
056036

11%:

10¢:

015712
000020

1$:

047214

2%:

003414

177777

003412

000006
017354
000020
015762
046436

000027
000002

OKTRB,KEYWD1

+ RECORD THAT KILLTRIB TYPED

CLRB

P $NNUF

; CLEAR INCOMPLETE INFO FLAG

BEQ

114

; BR IF YES

CcMP

OKTRB ,KEYWD1

MOVB
TST8

@-1,P$GDBD
P$GDBD

CLR
MOV
MOV

TRBTOT
@TRIBLS.R2

BEQ
BR

CLR

DEC
BNE
JSR
RTS

10$
24

#16. ,RS
(R2)+
RS

; BE SURE "ALL” IS AFTER A "KILL"”
;
ELSE ERROR IN CMD
; SEE IF WAS AN ERROR FROM . .KTB
;s BR IF NO
3
ELSE EXIT

s ZERO TOTAL & OF TRIB ADDRESSES
s PT R2 TO TRIB ADDRESS TABLE
; SETUP RS AS COUNTER
; CLEAR 32 BYTES OF TABLE

1%
PC ,WRDEFP

tRETURN TO CALL

sWRITE DEFAULTS TO POLL PARMS

;RETURN TO CALL

MOV

R2,-(SP)
R3, -(SP)

:SAVE R2,R3,R4 ON THE STACK

TST

VALTRB

;VALID TRIB?

PRINTF

@POLPM, INDMW

;PRINT POLL PARAMS FOR TRIB 2

ACTW78
#-1,WRFLG

REV B EC

:NO,BRANCH REV B EC
:SET WRITE GLOBAL FLAG

MOV

CLR

017350
017232

SPOLPHM, -(SP)

ADD

26,SP

ACTWSS:

020762

MOV
MOV
JSR

#16. ,TEMP
INDEX,MPLY
PC.MTPLY

MOV

#27.R2

: THIS TRIBS POLL PRAMS
:INIT INDEX OF POLL PARAMS

;?.RZ

:ONLY 35 IS GOOD FOR TRIBS

BIT
BNE

023102

fil

MOVB

TSSIND(R2),RS

iRS = 0 FOR WORD 2 FOR BYTE

;MAKE R4 WORD INDEX

otC<17>,R3
TEMP2,R3

1MAKE R3 POLPARM INDEX

MOV

R4 ,R3

MOV

POLLIS(R3), TEMP

;:GETS DEFAULT

JMP

SACTWS1(RS)

;GO TO CORRECT ACTION

. WORD

ACTWS3
CONOTM, TEMP

MOV

ACTWS2:

;IS THIS TRIB
;:BRANCH IF NOT A TRIB

R2,.R4

BIC
ADD

ACTuWS1:

4TRBB,DEVPAR
ACTUSS

;USE 16 BYTES AS MULTIPLIER
;USE TRIB INDEX [BYTE]
;ON RETURN TEMP2=START ADDR OF

MOV
ASL

017350
017366

TEMP2

.WORD

PRINTF

TSSLST(R4),CONOTM

ACTWS2

INDW, -(SP)

MOV

MOV
MOV
TRAP

000034

177760
017354
016220
020662
055732

tRETURN TO CALL

BEQ
ACTWS9: MOVB

015760
025234
000002

;+ RECORD THAT ESTABLISH TYPED

RTS

ACTEWS: MOV

010346

013746
012746
012746

ACTKAL :

#ETRB,KEYWD1

#2,.-(SP)
SP.RO
CSPNTF

CZCLMCO DMP/V-11 DCLT

MACRO V05.00 Thursday 22-Mar-84 16:24 Page 88-1

ACTION TABLE AND ROUTINES

055736
055742
055746
055752
055754
055756

013746
013746
012746
010600
104417
062706

055762
055764

104443
000406

52 055762

055766
055770
055772
055774
055776

056000

056002
53 056002
54 056010
32 056016
57 056020

58 056024
59 056026
60 056030
61 056032
gg 056034

017350
017366
000002
000006

GMANID

EQUQ,TEMP,0,-1,0,-1,YES

$GET INPUT

017350
000032
025055

177777
000000
177777

013763
032737
001403

017350
000002

022702

000037

001320
012604
012603
012602

016220
023102

ACTWS7: MOV
BIT
BEQ
ACTW7A: CMP

BNE
ACTW78: MOV
MOV
MOV

000207

RTS

TEMP,POLLIS(R3)
;PUT ANSWER BACK
@TRBB,DEVPAR
+IS THIS TRIB
ACTW78
+BRANCH IF TRIB
@37,R2

ACTWSS
(SP)+,R4
(SP)+,R3
(SP)+,R2
PC

10001$:

MOV
MOV
MOV
MOV
TRAP
ADD

TEMP, -(SP)
CONOTM, -(SP)
92,-(SP)
SP,RO
CS$PNTF
06,5P

TRAP
BR

C$GMAN
10001

CLR
BISB
CLR
BISB
MOV
MOV
MOV
TRAP
ADD

-(SP)
TEMP+1,(SP)
-(SP)
TEMP,(SP)
CONOTHM, -(SP)
@3, -(sP)
SP.RO
CSPNTF
210.5P

TRAP

CSGMAN

.WORD
.WORD
.WORD
.WORD

TEMP
TSCODE
EQuUQ1
377

TRAP

CSGMAN

.WORD

T$CODE
EQu@e
377

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

TEMP
T$CODE
EQUQ
-1
TSLOLIM
TSHILIM

sALL DONE

;RESTORE R4,R3,R2
:RETURN TO CALLING ROUTINE

;:GET INPUT FOR LO AND HI BYTES

66 056036

056036
056040
056044
056046
056052
056056
056062
056064
056066

67 056072

056072

005046
153716
005046
153716
013746
012746
010600
104417
062706

000406

056106
056110

000000
000377

056112

113737

056120

104443

69 056120

017350
017366
000003
000010

GMANID

EQUQ1,TEMP,0,377,0,377,YES

017350
000032
025111
000377

68 056112

CONOTM,<B,TEMP><B,TEMP+1>

017351

104443

056074

056076
056100
056102
056104

ACTWS3: PRINTF

017351

017356

MOVB

GMANID

TEMP+1,TEMP3

EQUQ2,TEMP3,0,377,0,377,YES

10002%:

.WORD
.WORD

000406
017356

BR
.WORD

056132

000377

"WORD

056126
056130

000032
025151

056122
056124

10002$

TSLOLIM
TSHILIM

10003s
TEMP3

M13
CZCLMCO DMP/V-11 DCLT

8828

o828

¥ 3+

MACRO Vv05.00
ACTION TABLE AND ROUTINES

056134
056136
056140
056140
056146

000000
000377

113737

017356

017351

056150
056154
056162
056166
056170
056172
056176
056202
056204
056204
056210
056214

105037
012737
105737

003410
000002
003411

003252

005037
005737
001011

017300
015754

012746
012746
010600
104416
062706
000456
012702
012705

025727

012746
012746
010600
104416
062706
105712
001435
111237

025766
000001

000715

001401
000504

005046
153716
012746
012746
010600
104416
062706
005237
022737
001012

29REL

012746
012746
010600

104416
062706
005037
005202
005305
001336
012746
012746
010600

Thursday 22-Mar-84

ACTSLS:

10$:

16:24

MOvVB
BR

TEMP3,TEMP+1
ACTWS?

CLRB
MOV
TSTB
BEQ
BR
CLR
TST
BNE

P $NNUF

PRINTS

SEQ 168

Page 88-2

@SHOW,KEYWD1

P$GDBD
10¢
5%
LNCNT
TRBTOT
1$
#SHTRE

015712
000040

@TRIBLS,R2

1$:

#32.,R5
ASHTRH

000004

2%:

017350

TSTB
BEQ

PRINTS

(R2)
38
(R2), TEMP
#SHTAP, <B, TEMP>

INC
CMP
BNE

017300

PRINTS

031566
000001

LNCNT

#8. ,LNCNT
3s

MOV
MOV
MOV
TRAP
ADD

OSHTRE, -(SP)

CLEAR THE INCOMPLETE CMD FLAG
SET UP TO LOOK LIKE A SHOW CMD
SEE IF WAS AN ERROR FROM . .KTB
BR IF NO
ELSE EXIT
INIT ADDR/LINE COUNTER
SEE IF LIST EMPTY
BR IF NO
PRINT THE TRIB LIST IS EMPTY

PRINT TRIB LIST HEADER

031566
000001

3s:

CLR
INC
DEC
BNE

SEE IF A NULL ENTRY
BR IF YES

INCREMENT PRINT COUNTER
SEE IF TIME FOR A CR YET

#CR

PRINTS

LNCNT

R2
RS
2%

4CR

24 ,5P

MOV
MOV
MOV
TRAP
ADD

#SHTRH, -(SP)

CLR
BISB
MOV
MOV
MOV

-(SP)
TEMP,(SP)

TRAP
ADD

INCREMENT

@SHTAP, -(SP)
SP,.RO
C$PNTS
26,SP

oCR, -(SP)

@1, -(SP)
SP,.RO

ADD

94,5P

TABLE ADDRESS

SEE IF CHECKED ALL OF LIST

BR BACK IF NO
ELSE PRINT A PARTING CR

SP.RO
CS$PNTS
#4,SP

MOV
MOV
MOV

TRAP

017300

SP,RO

CS$PNTS

POINT R2 TO THE TRIB ADDR LIST
SETUP RS AS A COUNTER

017350
026017

017300
000010

TSLOLIM
TSHILIM

:
100034

000001

000004

.WORD
.WORD

MOV
MOV
MOV

CSPNTS

N13
MACRO V05.00
AND ROUTINES

CZCLMCO DMP/V-11 DCLT

ACTION

TABLE

056374
056376
056402

104416
062706
000207

103 056410
104 056414
105 056420
106 056422
107 056424
108 056430
109 056432
110 056434

005037
105037
105737
001401
000571
013701
005701
001403
022701
103012

100
101 056404
102 056404

111
112

113

114

115
116
117

118
119
120
121
122

123
124

126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141

010146
012746
012746
010600
104416
062706
000550
022737
001452
012705
012702
122201
001414
005305
001374
010146
012746
012746
010600
104417
062706
000522
105042
005337
162702
010237
012737
012737
004737
013705
012702
012225
022702
001374
000472

22-Mar-84

16:24

SEQ 169

Page 88-3

TRAP

000004

S5$:

ACTEKT:

003414
003410
003411

10¢:

003404

000377
1$:

RTS

CLR
CLRB
TSTB
BEQ
BR
MOV
TST
BEQ
cMP
BHIS

PRINTS

000006

000060

003252

tRETURN TO CALL

VALTRB

;sINIT. VALID TRIB FLAG
REV B EC
;:CLEAR NOT ENOUGH INFO FLAG
: SEE IF WAS AN ERROR FROM . .KTB
; BR IF NO
ELSE EXIT
H

P $NNUF
P$GDBD

10$
ACTEXX
P$NUM,R1
R1
1$
#377,R1
2
@SHTIV,R1

000040
015712

ACTEXX
QETRB,KEYMWD1

2%:

ACTEKE
#32..R5

#TRIBLS,.R2

(R2)+,R1

3s:

PRINTF

ADD

RS
3s
ASHTNF ,R1

;sREV B EC
MOV
MOV
MOV
MOV
TRAP
ADD

;
;
;
:
;
:

015754
015712
017232
000020
016220
046436
017354
016166

017350
017354

016206

017350

000003

suB
MOV

023100

-(R2)

TRBTOT
#TRIBLS,R2
R2,MPLY
#16.,TEMP
OPOLLIS, TEMP2
PC,MTPLY
TEMP2,R5
#POLDEF ,R2

MOV
MOV
MOV
MOV

ADD

;DELETE FOUND TRIB ADDR
; DECREMENT TOTAL # OF TRIBS
;MOV INDEX TO R2

OGLBDEF ,R2
ACTESA
ACTEXX

START ADDR OF THE
;:GET THE
;POLL PARMS FOR THIS TRIB TO TEMP2
;THE PUT IT IN RS
;PUT START ADDR. OF DEFAULT LIST IN R2
;MOVE A DEFAULT PARAM TO LIST
;:DONE ONE SET ?
: IF NOT GO BACK AND FINISH
;ALL DONE EXIT.

MOV

#32.,TEMP

: SE1UP TO ENTER A TRIB ADDRESS

BIT
BEQ

#3,0PTYP
1$

:BRANCH IF DMP

ACTESB:
ACTESA:

MOV
JSR
MOV
MOV
MOV
CMP
BNE
BR

ACTEKE :

(R2)+,(R5)+

SP,RO
CSPNTS

96,5P

; LOOP TIL ALL CHECKED

TRAP

ACTEXX

OSHTIV, -(SP)

SEE IF KILL OR ESTABLISH
BR IF WAS AN ESTABLISH
ELSE LOOK FOR ADDR TO KILL
SETUP TABLE PTR AND COUNTER
LOOK FOR ADDRESS TO KILL
BR IF FOUND

026165
000002

BR
CLRB

CS$PNTS
04 ,5P

; SEE THAT TRIB ADDR NOT 0,377

026543
000002

012737

032737
001403

Thursday

R1,-(SP)

ASHTNF, -(SP)

#2,-(SP)

SP,.RO
CSPNTF
#6,.5P

Bl14
MACRO V05.00
CZCLMCO DMP/v-11 DCLT
ACTION TABLE AND ROUTINES

142 056640
143 056646

012737
023737

000014
015754

056656
056660
056664
056670

010146
012746
012746
010600

026027
000002

144 056654
145 056656

056672
056674

146 056700

002412

104417
062706

000442

012702
013705
122201
001423
005305

015712
017350

154 056722

012702

015712

156 056730
157 056732
158 056734
{28 056740

001376
110142
005237
162702

161 056744
162 056752
163 056756
164 056762

012737
010237
010137
000411

056764
056766
056772
056776
057000
s 057002

010146
012746
012746
010600
104417
062706

167 057006
i:g 057006

000207

155 056726

165 056764

170 057010

105722

177777
015762
015760

24
@SHTFL,R1

003414

TRBYOT, TEMP

i+ BR IF NOT FULL YET
1PRINT ERROR IS LIST FULL

ACTEXX:

175 057046

112737

000004

177777

003410
023102

ACTCKT:

1%:

R1,-(SP)
OSHTFL, -(SP)
02,-(SP)
SP,RO

CSPNTF
06,5P

MOV
MOV
CHMPB
BEQ
DEC

@TRIBLS,R2
TEMP ,RS
(R2)+,R1
5S4
RS

+ NOW CHECK TO SEE ADDR IS UNIQUE

+ LOOP TIL ENTIRE TABLE CHECKED

MOV

OTRIBLS,R2

+ ONCE CHECKED LIST

BNE
MOV
INC
SuB

4%
R1, -(R2)
.
TRBTOT
@TRIBLS,R2

3+ LOAD TRIB ADDR IN EMPTY SLOT
3 INC TOTAL @ OF TRIB ADDRESSES
l&\.tfl;'flxSYMY OF LIST FROM POINT TO

MOV
MOV
MOV
BR

0-1,VALTRB
R2, INDEX
R1, INDW
ACTEXX

1ST8

PRINTF

(R2)+

OSHTUN,R1

RTS

]
BIT
BNE

0 -1,PINNUF
oMTP ,DEVPAR
18

PRINTF

003411

MOV
MOV
MOV
MOV

TRAP
ADD

ACTEXX

170

3 SEE IF LIST ALREADY FULL

3 CHECK EACH ADDR AGAINST NEW ONE
1+ BR IF EQUAL

LOOK FOR EMPTY SLOT TO LOAD

$1SET VALID TRIB FLAG
REV B EC
tMOVE R2 TO INDEX
sMOVE TRIB NUMBER TO INDW
3+ PRINT ADDR NOT UNIQUE ERROR

000006

023702
000001

000207

BLT
PRINTF

026115
000002

012746
012746

010600
104417
062706

as:

S¢:

057026
057032

178

3s:

015754
015712

177777
000001

};g 057054

e12.,TEMP

cMP

S5EQ

Page 88-4

MOV

BNE

112737
032737
001013

057036
05704C
057042

1%:

001374

171 057010
172 057016
173 057024
174 057026

017350

000006

147 056702
148 056706
149 056712
150 056714
151 056716

igg 056720

017350

Thursday 22-Mer-84 16:24

MOVB

RTS

Rl,-(SP) -~
GSHTUN, -(SP)
02,-(SP)
SP,RC
CSPNTF
06, 5P

iRETURN TO CALL

oCLIPPE

0-1,PsGDBD

MOV
MOV
MOV
MOV
TRAP
ADD

+ SET INCOMPLETE INFO FLAG
i SEE IF IN PT-PT OR MATIPT MODE
:+ BR IF IN MALTIPT MODE
:

TRIB CMDS INVALID IN PT-PT MODE

MOV
MOV

SET

THE ERROR IN CMD FLAG

tRETURN TO CALL

MOV
TRAP
ADD

OCLIPPE, -(SP*
o1, -(SP?

SP,RO
CSPNTF
04 ,5P

Cl4

15
16

17
18

057056
057064

057066
057072
057074
057102
057104
057104
057110
057114
057116
057120
057124
057130
057136
057140
057146
057150
057154
057156
057156
057162
057166
057170
057172

032737
001421
005737
001416
023737
001412

012746
012746
010600
104417
062706
000137
032737
001004

112737

000570
005737
001013

000002

017242

1BRANCH IF NO

444

1BRANCH IF NOT LOOP
1ARE TX AND EX EQUAL

CMPTOT, TXMTOT

017260

443

oCLIPW

023102

000001

015712

012746
012746
010600
104417
062706

026231
000001

022737
001057
032737
001013

GETCL

;?YP.DEVPAR

o1, TRIBLS

1BRANCH IF YES

tMAKE

TRIBLS

1 ZERO?. .BR IF NOT

0-1,PSGDBD
MLTYP,O8TTL

a%;

Ss
QSHTLP

1SET ERROR FLAG
1IS LOOP CABLE OR REMOTE
1BRANCH IF INT OR NONE
;PRINT ERROR LOOP MUST BE INT FOR MTP

TRAP

177777

000001

003411
017404

000002

023102

Ss:

MOVB

&-1,P$GDBD
OTTL MLTYP

BIT

0TRBB ,DEVPAR
63
aSHTLPB

CcMP

PRINTF

026371
000001

104

1SET ERROR FLAG
: IS IT INTERNAL
s IF NOT THEN CHECK COMPARE TOTALS
1 IS THIS CONTROL OR TRIB
1BRANCH IF CONTROL
;PRINT ERROR MUST BE CONTROL

MOV
MOV
MOV

TRAP

000004
177777
000001

003411
015754

177777

015762

046462
000001

64:

MOVB

cHP

BNE

MOV

015756
7%:

04 ,5P

000004

SP,RO
CSPNTF

1 1S THIS MULTIPOINT
$1BRANCH IF MULTIPOINT

sPRINT ERROR MUST ESTABLISH TRIB

003411
000001

OCLIPMW, -(SP)

01,-(SP)

;IS TRIB TOTAL

3s:

015754

171

1 IS THIS DATA CHECK

444

MLTYP

000004
052472
000001

177777
017404

012746
010600
104417
062706
112737
022737
001011
012737
004737
022737
001423

ODATCKB ,PARAM

GTR9;

023750

112737
023727

012746

SEQ

000001

026316
000001

112737

Page

RX ALLOCATE CODE

017404

012746
012746
010600
104417
062706

003413

017410

16:24

§‘<§<

057176
21 057204
22 057212
23 057214
057214
057220
057224
057226
057230
057234
25 057242
26 057250
27 057252
28 057260
29 057262
057262
057266
057272
057274
057276
057302
057310
057316
057320
057326
057332
057340
057342

LRGBUREE

22-Mar -84

33aas

—

11
12

Thursday

8 838

TABLE

OCO®-4ON
B il »

ACTION

MACRO v05.00
AND ROUTINES

2333

CZCLMCO DMP/V-11 DCLT

JSR
CHP
BEQ

PRINTF

e-1,P$GDBD
e1,TRBTOT
74
@-1, INDEX
PC,GTVIND
01, TRIBN

10¢

OSHTLPC

1SET ERROR FLAG
1IS TRIB TOATAL =
1BRANCH IF MORE

;GET
;0K

ADD

TRIBN WITH ADDRESS
IF

ADD

OSHTLPA, -(SP)
SP,RO
CSPNTF
04 ,5P

OSHTLP, -(SP)
SP.RO
CSPNTF
24 ,5P

QSHTLPB, -(SP)

SP,RO
CSPNTF
24,SP

D14
CZCLMCO DMP/V-11 DCLT
ACTION TABLE

MACRO v05.00
AND ROUTINES

057342
057346
057352
057354
057356
057362
057362
057366
057372
057374
057376
057402
057410
057414
057416
057424
057430
057432
057440
057446
057450
057456
057464
057470

012746
012746
010600

026433
000001

062706

000004

012746

026504
000001

104417

012746
010600

104417
062706
112737
105737
001043
013737
005737
001003
012737
032737
001430
013737
013737
005037
004737

000004
177777
003411

Thursday

22-Mar -84

16:24

S5EQ

Page 89-1

MOV

MOV
PRINTF

@SHTLPD

tPRINT ERROR - - -

017244
017334

017334

000072
000002

017334
017410

015754
017334
017354
046436

017232
017350

017354

0-1,PsGDBD
P$GDBD
128

108

CTOTCC.CURCC
#58. ,CURCC
s?lTCKB.PARAH

18:

TRBTOT ,MPLY

SP,RO

CIPNTF

MOV

@SHTLPD, -(SP)

MOV

SP,RO

ADD

04 5P

ADD

04 5P

CIPNTF

sMAKE CURRENT COUNT= COMPARE COUNT

s TEST TOTAL COMPARE COUNT
$1BRANCH IF NON DEFAULT
1SET UP DEFAULT

1BRANCH IF NOT CHECKING

CURCC, TEMP
TEMP2

PC.MTPLY

057474
057502
057504
057504
057510
057514
057516
057520
057524
057530
057536
057544

022737
002012

004000

012746
012746
010600
104417
062706
000137
012737
012737
012737

026605
000001
000004
052472
011416
011512
011606

017236
017240
017234

057552
057560
057566
057570
057576
057602
057606
057612
05762C
057626
057634
057640
057644
057650
057654
057660
057664
057670

013737
032737
001003
012737
005037
005037
005037
012737
012737
012737
005037
005037
005037
005037
005037
005037
004737
004737

017242
000002

017276
017410

MOV

000001
017320
015764
015766
016012
016012
015776
017414
017302
017304
017306
017310
017300
042122
062752

017276

MOV

gOFL IM, TEMP2
OSHTBR

015770
015772
015774

1SET ERROR FLAG
s TEST ERROR FLAG
1BRANCH IF ERROR

OSHTLPC, -(SP)

TRAP

003411

172

81T
GTREX:

CLR
CLR
CLR

MOV
MOV

CLR
CLR
CLR
CLR
CLR
CLR

JSR
JSR

sRESULT IN TEMP2
sIS IT MUCH TO MUCH
sNO EVERTHING IS HUNKY DORY
1ERROR

MOV
MOV
MOV

TRAP
ADD

OSHTBR, -(SP)
01,-(SP)
SP,RO

CSPNTF
04 ,5P

GETCL
®PTRTAB, TXPTR

31GO BACK TO GET NEW COMMAND
s INIT TRANSMIT MESSAGE POINTER
: INIT COMPARE MESSAGE POINTER
s INIT RECEIVE MESSAGE POINTER

CMPTOT ,RXMTOT

iMAKE COMPARE AND RX MESSAGE COUNTS EQUAL
;IS IT DATA CHECK

SPTR13,CMPPTR
OPTR23 ,RXPTR

MOV
MOV

sMULTIPY TRBTOT By CURCC

@DATCKB ,PARAM
GTREX
91 ,RXMTOT

CLNSET
CTx
CRX

ORXSTAK ,RSPTRS
ORXSTAK ,RSPTRE
QTXSTAK,TSPTR
FLAG

:1BRANCH IF CHECKING

1 IF NOCHK MAKE RXCOUNT =1

PSCNT
ERRCNT

1SET UP INT STAK POINIERS
1CLEAR FLAG
;1CLEAR NO BUFFER COUNTER
1CLEAR OPVAR1
1CLEAR PASS COUNT
;CLEAR ERROR COUNT

PC,LOGDVI
PC,DVINIT

;:LOG ABOUT TO INIT DEVICE
s INIT DEVICE

OPVAR
OPVAR1

LNCNT

;CLEAR COUNTER THAT IS USED FOR STATUS

El4
MACRO V05.00
CZCLMCO DMP/V-11 DCLT
ACTION TABLE AND ROUTINES
80
81
82
83
84

85
86
87
88
89

90
921
92
93
94
95
9%
97
98
99

057674
057702
057710
057716
057720
057726
057730
057736
057742
057746
057754

012737
013737
032737
001404
032737
001005
012737
005037
004737
022737
001423

177777
017334
000001

015762
017350
023102

000002

017410

001000
017350
046462
000040

017334
015762

Thursday 22-Mar-84

GTRX2:
MOV
GTRX2C: MOV

BIT
BEG
BIT

GTRX22:
GTRX2A:

BNE
MOV

CLR

JSR

CMP
BEQ

16:24

SEQ 173

Page 89-2

0-1, INDEX
CURCC, TEMP

OMTP,DEVPAR
GTRx22
@DATCKB ,PARAM

GTRX2A

#BUFLIM,CURCC
TEMP

PC,GTVIND

#32. , INDEX
GTRX28

tMAKE INDEX

=-1

s+IF NOT MULTI GO TO 22
+IS THERE DATA CHECKING
1BRANCH IF CHECKING
$SET UP CHAR COUNT TO 'BUFLIM’

sGET VALID INDEX
$1IS IT 32
1YES..

ALL DONE GO EXECUTE MODE

1GET RXBUFF PTR FIGURE
057756
057764
057772
057776

100
101
102 060004
103
104
105
106
107
108
109
110
111
112

012737
013737
004737
013737

005416
015762
046436
017354

017354
017232
017342

MOV
MOV
JSR
MOV

ORXBUF , TEMP2
INDEX,MPLY
PC,MTPLY
TEMP2, CURADD

sTEMP = O FOR PTP OR MTP/uW NO CHK
s INDEX X TEMP+ RXBUF ADDDR =

iNEW RXBUF ADDR.

1SET UP RX BUFFER ADDRESS

:GET CURRENT POINTER FIGURE
004737

JSR

046546

PC.GRPTCP

:GO LOAD '33'
012737
004737

000727
013702
006302
000172

017402

MOV
JSR
BR
GTRX28B: MOV

017420

JMP

000010
045446

017332

ASL

TO BUFFER

@10 ,MSGTYP
PC,BLDBUF
GTRx2C
MODTYP,R2

1CLEAR RX BUFFER
;G0 BACK FOR MORE

SMODE(R2)

s+MODE DISPATCH

$SET UP FOR 33 TO FILL RX BUFFERS

F14
CZCLMCO DMP/v-11 DCLT
RECEIVE MODE SECTION

MACRO V05.00

;

Thursday 22-Mar-84 16:24

.SBTTL

SEQ 174

Page 90

RECEIVE MODE SECTION

HERS

; FUNCTIONAL OESCRIPTION:

5
6

:
3

RECEIVE-ONLY (OR ONE-WAY-IN) ROUTINE

MESSAGES,

IN THIS MODE OF TESTING THE DEVICE'S RECEIVER IS ENABLED IN EXPECTATION
OF RECEIVING A MESSAGE.
AFTER RECEIVING AN "EXPECTED” NUMBER OF
THE DATA RECEIVED CAN BE COMPARED AGAINST A LIST OF

TO RECEIVE"” MESSAGES IF DATA-CHECKING IS ENABLED.

: SUBORDINATE ROUTINES USED:

}é

"ALLTR"

i CALLING SEQUENCE:

{;

JMP

SMODE(R2)

;DISPATCH TO MODE BASED ON MODE TYPE IN R2

QQRX!ERX,FLAG

;SET UP RX QUE

;--

17 060036

18 060044
19 060050

20 060054

21 060060

“EXPECT

052737

000104

005037

017340

004737
004737

000137

046234
046164

060210

017414

RXONLY: BIS
RXON3:

JSR
JSR

CLR

JMP

PC,.LCPRLS
PC,RXQUAL

CPTR

ALLTR

sLOAD CPTRLS (RX PTRS)
1GO QUE ALL VALID RX'S
;GO RX,

Gl4
CZCLMCO DMP/V-11 DCLT

SECTION

Thursday

22-Mar-84

16:24

SEQ 175

Page 91

TRANSMIT MODE SECTION

.SBTTL

O SOND
W Ir

TRANSMIT MODE

MACRO v05.00

: FUNCTIONAL DESCRIPTION:

TRANSMIT-ONLY (OR ONE-WAY-0UT) 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"

CALLING SEQUENCE:

042737
004737
052737
004737
012737
000137

000002
046364
000210
046340
000040
060210

017410

017414

015762

TXONLY:
TXON2:

JMP

SMODE(R2)

;+DISPATCH TO MODE BASED ON MODE TYPE IN R2

BIC
JSR

ODATCKB ,PARAM
PC,LCPTLS

$SET NOCHECK

JSR
MOV
JMP

PC,CLRPLS
32, , INDEX
ALLTR

BIS

QQTXIETX,FLAG

;LOAD TX POINTERS AND T¥ COUNTS
1SET THE QUE TX FLAG
;CLEAR RXPRT LIST

;GO TX,

H14
CZCLMCO DMP/v-11 DCLT

PASSIVE MODE

SECTION

MACRO V05.00

Thursday 22-Mar-84

.SBTTL

16:24

PASSIVE MODE SECTION

: FUNCTIONAL DESCRIPTION:

s
6
"

PASSIVE MODE SECTION
IN THIS MODE OF TESTING,

RECEIVED, A MESSAGE IS TRANSMITTED.

THE DEVICE'S RECEIVER IS ENABLED IN

EXPECTATION OF RECEIVING A MESSAGE.

RECEIVED DATA.

THEN EVERY

TIME A MESSAGE

DATA CHECKING CAN BE DONE ON THE

: SUBORDINATE ROUTINES USED:
H

“ALLTR"

: CALLING SEQUENCE:

JMP

SMODE(R2)

;DISPATCH TO MODE BASED ON MODE TYPE IN R2

PLCK:

JSR
JSR

PC,LCPTLS
PC,LCPRLS

;LOAD TX POINTERS AND TX COUNTS
;SET UP CPTRR TO REC POINTERS

JSR
JMP

PC, RXQUAL
ALLTR

;QUE ALL
:AND GO RX FIRST MSG.

‘—-

19 060122
20 060126

004737
004737

046364
046234

22 060140
23 060144

004737
000137

046164
060210

21 060132

:
f

SEQ 176

Page 92

052737

000104

017414

8IS

QQRX!ERX,FLAG

;SET UP Q AND EXPECT RX

114
CZCLMCO OMP/V-11 DCLT
ACTIVE MODE

SECTION

MACRO v05.00

Thursday 22-Mar-84

O -IOND
W -

.SBTTL

16:24

SEQ 177

Page 93

ACTIVE MODE SECTION

FUNCTIONAL DESCRIPTION:

ACTIVE MODE SECTION
IN THIS MODE OF TESTING A LIST OF MESSAGES IS TRANSMITTED AND
MESSAGES ARE EXPECTED TO BE RECEIVED.
RECEIVED DATA CAN BE COMPARED

;

AGAINST "EXPECTED” DATA IF DATA-CHECKING IS ENABLED.

NOTE:

5
o

IF BOTH ENDS OF THE LINK ARE IN ACTIVE MODE,
LINK MUST BE A FULL DUPLEX LINK!

THEN THE

: SUBORDINATE ROUTINES USED:
:

“ALLTR"

H
i

B
:

CALLING SEQUENCE:
JMP
SMODE(R2)

sDISPATCH TO MODE BASED ON MODE TYPE IN R2

‘-

060150
060150
060156
060160
060166

060172
060176
060204

032737
001003
013737
004737
004737
052737
004737

000002

017410

017260
046364
046234
000314

017276

046164

017414

ALCK:

18:

BIT
MOV
JSR
JSR
BIS
JSR

ODATCKB,PARAM
1$
TXMTOT ,RXMTOT

;IS IT DATA CHECK
;BRANCH IF CHECK
s IF NOCH MAKE RX=TX

PC,LCPRLS

;LOAD RX POINTERS

PC.LCPTLS

sLOAD TX POINTERS AND COUNTS

QORX!QTX!ETX!ERX,FLAG

PC,RXQUAL

;QUE UP 1 RX BUFFER FOR ALL VAID

J14

ORI
D WM -

Thursday 22-Mar-84 16:24
MACRO v05.00
CZCLMCO DMP/V-11 DCLT
TRANSMIT - RECEIVE FOR ALL STANDARD MODES

TRANSMIT

.SBTTL

SEQ 178

Page 94

- RECEIVE FOR ALL STANDARD MODES

+ FUNCTIONAL DESCRIPTION:

CODE TO QUE THEM ,LOG RECEIVE QUED.
IF TX BUFFERS ARE TO BE QUED ,TELL DEVICE
CODE TO QUE THEM, LOG TRANSMIT QUED.

on
&
w N

THIS CODE PERFORMS THE FOLLOWING FUNCTIONS
1.3 IF RX BUFFERS ARE TO BE QUED,TELL DEVICE

WAIT FOR EITHER RECIVE BUFFER OR TRANSMIT BUFFER OR

BOTH TO COMPLETE
IF RECEIVE COMPLETE LOG IT UPDATE RX TABLE IF DATA
CHECKING.
IF TRANSMIT COMPLETE LOG IT.
WHEN BOTH TRANSMIT AND RECEIVE LISTS ARE DONE
GO TO THE COMPARE BUFFER CODE

SUBORDINATE ROUTINES USED:
“DVRXQ" -QUE RECEIVE BUFFER SPACE TO DEVICE
“LOGRXQ" -LOG RECEIVE BUFFER SPACE TO EVENT LOG
“LOGTXQ”-LOG TRANSMIT BUFFER QUED TO EVENT LOG
“DVTXRX"-QUE TRANSMIT BUFFER AND WAIT FOR RX
OR TX TO COMPLETE
“LOGRXC”-LOG RECEIVE BUFFER COMPLETED TO EVENT LOG
"LOGTXC”-LOG TRANSMIT BUFFER COMPLETED TO EVENT LOG
USE OF FLAG BITS:
QGRX

SET ON INPUT TO ALLTR IF REC IS TO BE QUED TO
DEVICE. CLEARED BY DVRXQ AND THEN SET BY DVTXRX
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
WHEN TX BUFFER IS COMPLETED.
ETX - USED BY DVTXRX TO DETERMINE IF TX BUFFER COMPLETED IS
ERX

EXPECTED.
- USED BY DVTXRX TO DETERMINE IF RX BUFFER COMPLETED IS
EXPECTED.

CALLING SEQUENCE:
ALLTR
JMP

060210
060210
060216

060224
060230
060234
060242
060244
060250

060260
060264

032737
001406
004737
004737
00477
03273/
001422

004737
013702
011237
012237
011237

000004

046526
047302
046506
000010
047102
017340
017354
017250
017356

017414

ALLTR:
ALCKS:
ALCKSB :

017414

ALCK1:

BIT
BEQ
JSR
JSR
JSR

BIT
BEQ
JSR
MOV
MOV
MOV

207X ,FLAG
ALCK1
PC,ULRPLS

PC.LOGAGR
PC,LDRPLS
#QTX,FLAG

ALCK2

PC,GNTXPR

CPTR,R2
(R2),TEMP2
(R2)+,DVTXA
(R2),TEMP3

;GO TO TRANSMIT-RECEIVE FOR ALL STANDARD MODES

;IF NOT RX GO TO TX'S
;GET RX INDEX

:LOG AND QUE REC.
;RESTORE RX PTR TO LIST

:IF NO TX"S GO TO 2

IK14
CZCLMCO DMP/V-11 DCLT
TRANSMIT

MACRO v05.00

RECEIVE FOR ALL

58 060270
59 060274
60 060300
61 060304
62
63 060310
64
65 060314
66 060322
67 060324
68 060332
69 060340
70 060346
71 060352
72 060360
73 060362
74 060366
75 060372
76 060376
77 060402
78 060410
79 060412
80 060416
81 060422
82 060430
83 060434
84
85 060436
86 060442
87 060446
88 060452
89 060460
90 060464
91 060472
92 060476
93 060502
94 060506
95 060512
96 060516
97 060516
98 060524
99 060526
100 060532
101 060540
102 060546
103
104 060550
105 060554
106 060560
107 060564
108 060570
109 060572
110 060600
111 060604
112 060610
113 060616
114 060620

STANDARD MODES

012237
010237
004737
004737

017252
017340
046644
042022

004737

064070

032737
001532
013737
013737

000004

017414

017270
017272
017266
042074
000004

017354
017356
015756

013737

004737
032737
001410
004737
013702
013722
013712
032737
001012
004737
004737
013737
004737
000430

046664
017340
017354
017356
000002

047154
046266
017354
046506

MOV
MOV
JSR
JSR

ALCK2:

017410

(R2)+,0VTCC

R2,CPTR
PC,LDTPLS
PC,LOGTXQ

sRELOAD LIST

PC,DVTXRX

:GO TO TX AND RX SUB ROUT.

QQRX ,FLAG
ALCK3
DVRXA, TEMP2
DVRCC, TEMP3
DVRTB, TRIBN
PC,LOGRXC
9ECHOB , PARAM
UPTAL

;CHECK FOR REC. MSG.

CPTR,R2
TEMP2,(R2)+
TEMPS, (R2)
QDATCKB , PARAM
UPTAL

sELSE SET R2 TO PRESENT TX TABLE
;STORE OFF RX ADD
;AND CC
s IS DATA CHECKING ASKED FOR
sIF SO GO TO UPTAL
;GET INDEX
;RESTORE POINTER
;RESTORE POINTER
;:LOAD COUNT AND LIST

PC.LCPRL1
TEMP2,CPTRR

017336

PC,LDRPLS
UPTEX

022737
001011
005337
042737
052737
000632

000002

017402

015762
000004
000210

017414
017414

001467
013737

UPTA4:

UPTAL:

JSR

017354

000002
017336
046506

046624
017274
046604
017274
017414

017250

017354

017414

PC.LDRPLS

UPTEX:

ALCK2A:

000004
017336
046506
000010

PC,ULRPLS
CPTRR,R2
(R2),TEMP

TEMPS, TEMP
TEMP3,(R2).
TEMP3, TEMP2
TEMP2,(R2)+
TEMP, (R2)
02.R2
R2,CPTRR

017350

#PAS ,MODTYP

;LOG REC COMPLETE
+IS THIS ECHO MODE(PASSIVE)
;IF NOT GO TO 4

;GET PTR FROM LIST
;LOAD TEMP WITH PREV. COUNT
;LOAD TEMP WITH PREV.COUNT -CURRENT
;STORE OF NEW ADD

:AND NEW CC

;PUT POINTER BACK TO ADDR.
;AND RESTORE IT.

ALCK2A
INDEX
#GRX,FLAG
SQTXETX,FLAG
ALCK1

+ IF NOT PASSIVE LOCP THEN GO TO 2A

JSR

PC,ULRCLS

sGET COUNT

JSR
TST

PC,LORCLS

BNE

ALCK3:

5EQ 179

Page 94-1

PC,.GETIND

046526
017336
017350
017356
017356
017356
017354
017350

001007
042737
005037
004737
032737

UPTABL :

16:24

PC,ULTPLS

004737
013702
011237
163737
013722
063737
013722
013712
162702
010237
004737

004737
005337
004737
005737

Thursday 22-Mar-84

BIC
CLR
JSR
BIT
BEQ
MOV

DVRCT

DVRCT
ALCK3
#QRX,FLAG
CPTRR
PC,LDRPLS

#QTX,FLAG
ALCK4
DVTXA,TEMP2

:IF PASSIVE NEXT TXQ WILL BE FOR THIS TRIB
;:CLEAR BOTH EXPECTED AND COMPLETED FLAGS
;SET THE TX FLAGS

;:DEC REC COUNT
;RESTORE COUNT

;IS IT ALL DONE
iNO. GO CHECK TX
:CLEAR THE RX FLAG
:YES.

CLEAR POINTER

;AND RELOAD LIST
$IS IT TX
:IF NOT TX THEN GO BACK

L14
CZCLMCO DMP/V-11 DCLT
TRANSMIT

RECEIVE FOR ALL

115 060626
116 060634
117 060642
118 060646
119 060652
120 060656
121 060662
122 060670
123 060672
124 060700
125 060704
126
127 060706
128 060714
129 060720
130 060724

131
132
133
134
135
136
137
138
139

140
141
142
143
144
145
146
147
148
149
150

MACRO v05.00

060726
060732
060736
060742
060744
060750
060754
060760
060766

060774
060776
061002
061006
061010
061014
061016

013737
013737
004737
004737
005337
004737

022737
001020
042737
005737
001403
052737
004737
005737
001007
000137
004737
005737
001404
004737
000137
005037
042737

032737
001405
004737
005737
001356

005737
001402
000137

Thursday 22-Mar-84

STANDARD MODES

017252
017254
042040
046724
017256
046704
000002

017356
015756

000010
017256

017414

000104
047016
017256

017414

046744
017336
017340
060310

MOV
JSR
JSR
DEC
JSR
CMP
BNE
8IC
TST
BEQ

017402

061022
047016
017256
047154
060210
017340
000010
000002

MOV

017414
017410

BIS
ALCK3D: JSR
TST
BNE
JMP
ALCK3A: JSR
TST
BEQ
ALCK3C: JSR
JMP
ALCK3B: CLR

B8IC
BIT
BEQ

JSR
TST
BNE
ALCKAA: TST
BEQ
JMP

ALCKS:

16:24

DVTCC, TEMP3
OVTT8, TRIBN
PC,LOGTTMXC
PC,ULTCLS
OVTCT
PC,LDTCLS
@PAS ,MODTYP
ALCK3A
@QTX,FLAG
OVTCT
ALCK3D

#QRX+ERX ,FLAG

PC,GATCFL

DVTCT
ALCK3C
CMPSR

PC,GATCFL

OVTCT
ALCK3B
PC,GETIND
ALCKS
CPTR
#QTX,FLAG
#DATCKB,PARAM
ALCK4A
PC,GARPFL

CPTRR
ALCK3C
CPTR
CMPSR
ALCK2

SEQ 180

Page 94-2

1LOG TX COMPLETED

3GET COUNT TO DVTCT
sDEC TX COUNT
1AND RELOAD LIST
+ IF_ NOT PASSIVE MODE GO TO 3A
;+CLEAR THE TX FLAGS
+IF NO MORE MESG TO RX FOR THIS TRIB

;EXIT WITHOUT RESETING QRX
;AND SET THE RX FLAGS

+IF MORE TX'S TO IT
;+ ELSE COMPARE
sGET ALL TX COUNTS FROM LIST
:IS IT ALL DONE

+IF NOT GO BACK TO S
sCLEAR POINTER

;CLEAR TX FLAG

sIS IT DAT CHECK
;IF NOT THEN END WO CKING RX.
:IF SOME RX”S LEFT GO BACK
:BRANCH IF ANY

TX'S LEFT

M1l4
CZCLMCO OMP/V-11 DCLT
DATA COMPARISON CODE

MACRO V05.00

Thursday 22-Mar-84 16:24

.SBTTL

;3 FUNCTIONAL DESCRIPTION:

2
3

SEQ

Page 95

DATA COMPARISON CODE

CMPSR

- COMPARE CODE

8
9

:
H

THIS CODE COMPARES THE RECEIVED DATA AGAINST THE
EXPECTED AND FILLS THE EVENT LOG WITH 1 OF 3 MSGS.

lé

NOTE: IF NO DATA CHECKING SKIP THIS COCE

13
14
15

:
:
3

1.) A DATA COMPARISON ENTRY WHICH REPORTS THE MUMBER
OF COMPARISON ERRORS FOUND.
2.) A DATA COMPARISON ENTRY WH.CH REPORTS DIFFERENCES

17
18
19
20

H
H
H
H

3.) A DATA COMPARISON STARTED ENTRY WHICH REPORTS ADDRESS
OF RECEIVE BUFFER AND BYTE COUNT.
THIS CODE ALSO REPORTS SOFT ERRORS FOR DATA COMPARISON
(THE FIRST S ONLY),LENGTH ERROR,AND TOTAL NUMBER OF ERRORS

; SUBORDINATE ROUTINES USED:

21
22

H
3

IN REC LENGTH TO COMPARE LENGTH.

25
26

H
Fl

“LOGCMP” - SEE ITEM 3 ABOVE
“LOGCML" - SEE ITEM 2 ABOVE

“LOGCMD" - SEE ITEM 1 ABOVE

: CALLING SEQUENCE:

JMP

CMPSR

;JUMP TO DATA COMPARISON CODE

#DATCKB ,PARAM

;IS DATA CHECKING TO BE DONE

33 061022

032737

000002

017410

35 061032

012737

177777

015762

000040

015762

34 061030
36 061040

37 061044

gg 061052
40 061054

41 061060
:g 061066

001534

004737

022737

001523
004737

046462

046546

013737
013737

017240
017276

45 061074

013702

017340

47 061104

012201

44 061074

46 061100

48 061106
;g 061112

011237

017354

012237
010237

017356
017340

51 061116

013702

53 061124
54 061126
S5 061132

012204
010237
010437

52 061122

56 061136

012203

004737

CMPSR:

BIT

BEQ
MOV

CMPNEM: JSR

cMP

BEQ
JSR

017336
017274
CMPS3:

CMPSEX

@-1, INDEX

sIF NOT THEN EXIT

PC.GTVIND

#32. , INDEX

CMPSEX

PC.GRPTCP

;END IF NO MORE TRIBS

MOV
MOV

CMPPTR,CPTRR
RXMTOT,DVRCT

: AND START OF COMPARE POINTS TO CPTRR

MOV

CPTR,R2

:MOVE CURRET RX PT.TO R2

MOV

(R2)+,R1

;SET R1 TO START ADD OF RX

MOV

(R2),TEMP2

;MOVE RX ADD TO EVENT LOG

MOV
MOV

(R2)+,TEMP3
R2,CPTR

017336

MOV

CPTRR,R2

;:PUT R2 AT COMPARE TABLE

017336
0:7360

MOV
MOV
MOV

(R2)+,R4
R2,CPTRR
R4, TEMP4

;SET R4 TO COMP CC
;RESTORE POINTER

042170

MOV

JSR

(R2)+,R3

PC,LOGCMP

;SET CHAR COUNT TO EVENT LOG
;RESTORE RX POINT

:SET R3 TO COMPARE ADD

;LOG COMPARE START,

181

N14
CZCLMCO DMP/V-11 DCLT
DATA COMPARISON CODE
58
59
60
61

061142
061146
061150
061154

061154
061156
061160

061162
62 061164
63
061170
65 061174
061202
67 061204
68
69 061206
70 061212
71 061220
72 061222
73 061226
74 061232
75 061236

76
77
78
79

87
89

061236
061240
061242
061244

061246
061250

061252
061256
061260
061262
061266
061270
061274
061274
061276
061300
061302
061304
061310
061310
061314
061316

020437
001410
005237

104457
000001
030222
041430
004737

MACRO V05.00

Thursday 22-Mar-84 16:24

CMP
BEQ
INC
ERRSOFT

017356
017310

005037
012737
122123
001422

017360
000001

017346

005237
023727
101014
114337
114137
005237

017360
017360

000005

R4, TEMP3

CMPS7
ERRCNT
1,EDDLE,ERR10

+ IS COMPARE COUNT = TO RX COUNT
;IF SO GO T0 7
1PRINT ERROR

PC,LOGCML

;LOG LENGTH ERROR

CMPS1:

TEMP4
#1,0FSET

(R1)+,(R3)+
CMPS6

;CLEAR BAD BYTE COUNTER
;+SET OFSET BYTE COUNT T0O 1
;COMPARE RX WITH EXPETED
;IF EQUAL THEN GO TO 6

CMPS2:

TEMP4
TEMP4
, 45
CMPS6

s INC BAD COUNT
;IS IT MORE THEN 5
:IF SO GO FOR MORE
:STORE GOOD BYTE FOR ERROR
;STORE BAD BYTE FOR ERROR

042206

CMPS7:

-(R3),G00D
-(R1),BAD
ERRCNT
2.EDDDE ,ERR1

017370
017371
017310

104457

104457
000003
030257
041402
004737
005337
001267
000137

017346

CMPS6:

017360
017310

042224

017274
61040

CMPS5:
CMPS5A:

R1
R3

OFSET
R4
CMPS1
TEMP4
CMPSSA
ERRCNT
3,EDDDE .ERR2

TRAP

.WORD
.WORD

;REPORT COMPARISON FAILURE TO OPR.

TRAP

.WORD
.WORD
.WORD

000002

030257
041340
005201
005203
005237
005304
001350
005737
001410
005237

SEQ 182

Page 95-1

T
CSERSOF
1
EDDLE
ERR10

T
CSERSOF
2
EDDDE

ERR1

;INC OFFSET
;ELSE DEC CHAR COUNT AND SEE IF O
: IF NOT GO BACK
:SEE IF ANY CMP ERRS FOR THIS MSG
;BR IF NONE
;REPORT & OF MISMATCHES FOR MESSAGE

TRAP

PC,LOGCMD

:LOG DATA ERROR IN COMPARE

DVRCT
CMPS3
CMPNEW

: IF NOT ALL DONE GO BACK
;GO BACK FOR NEXT TRIB

.WORD
.WORD
.WORD

(SZSERSG'T

EDDDE
ERR2

B15
CZCLMCO DMP/V-11 DCLT
MACRO V05.00
INTERNAL END OF PASS CODE

Thursday 22-Mar-84 16:24

LSBTTL

SEQ

Page 9

INTERNAL END OF PASS CODE

EVENT LOG.

IN NOT = TO O THEN GO BACK TO MODE DISPATCHER

S
[

1 FUNCTIONAL DESCRIPTION:
:
THIS CODE INCREMENTS THE PASS COUNT FOR THE

8
B
10

H
i
H

{é

LOGS

THE END OF PASS EVENT

IF "RPASS” IS A MINUS ONE RETURN TO MODE
DISPATCHER., IF NOT -1 THEN DECREMENT RPASS
AND IF "RPASS” IS THEN = TO O GO TO DCLT PROMPT

t+ SUBORDINATE ROUTINES USED:

H
'

{g 061322

005237

017306

20 061326
21 061334
22 061342

013737
013737
013737
013737
004737

017304
017302
017306
017310
042250

017362
017360
017354
017356

261362

022737

177777

017412

061372

005337

017412

000137
005057
004737

057674
017416
064776

23 061350
061356
61370

061376

06147%
061404
061410
061414

001403
001402

000137

052402

“LOGEOP” - LOG END OF PASS TO EVENT LOG
------

CMPSEX: INC
MOV
MOV
MOV

MOV
JSR

PSCNT

1BUMP PASS COUNT

OPVAR1, TEMPS
OPVAR, TEMP4
PSCNT, TEMP2

1LOG TX THRES
1LOG RX THRESH
1LOG PASS COUNT

ERRCNT, TEMP3
PC.LOGEOP

®-1,RPASS

$SEE IF RPASS=-1

RPASS

3sDEC PASS COUNT

18:
2%:

1LOG END OF PASS

GTRX2
RUNING
PC.MLTTRB
GTRAS

3IF

IT IS DON'T DECREMENT, LOOP FOREVER

+IF DONE EXIT TEST

1ELSE GO BACK AND DISPATCH
3 INIT "DCLT RUNNING” FLAG
3GO HALT ALL TRIBS BEFORE GOING BACK
sWHEN RPASS=0 GO BACK

TO “DCLT>~

18%

Cl5
Thursday 22-Mar-84 16:24

FUNCTIONAL DESCRIPTION:

DOWN-LINE -LOAD SECTION
IN THIS MODE OF TESTING THE “HOST” OR ORIGINATING STATION
REQUESTS THE "SATELLITE” OR BOOT STATION TO ENTER MOP MODE.

e
S
G
Gr Be B¢

THE BOOT STATION THEN SENDS A
“REQUEST PROGRAM MESSAGE
.
THE “HOST" THEN SENDS A "MEMORY LOAD WITH TRANSFER ADDRESS”
THAT CONTAINS IMAGE DATA TO BE LOADED BY THE BOOT STATION'S

DMP-11 MICROCODE STARTING AT LOC. O.

SUBORDINATE ROUTINES USED:
"
“DL TXRX

We Be

Ge Be G

THIS IMAGE DATA WILL CONTAIN A

PROGRAM THAT WILL PRINT A MSG THAT DOWN-LINE -LOAD WAS SUCESSFUL
.

“DVRXQ"
"LOGRXQ"
“LOGTX@"”

SPECIAL TX RX ROUTINE FOR DLL

QUE RXx BUFFER SPACE TO DEVICE
LOG RX SPACE QUED TO EVENT LOG
LOG
QUE
LOG
LOG

TX
TX
Tx
Rx

BUFFER QUED TO EVENT LOG
BUFFER AND WAIT FOR RX OR T». TO COMPLETE
COMPLETED TO EVENT LOG
COMPLETED TO EVENT LOG

CALLING SEQUENCE :
JMP
SMODE(R2)

;DISPATCH TO MODE BASED ON MODE TYPE IN R2

061420
061426
061432
061440
061446
061450
061450
061452
061454
061456
061460
061462
061464
061466
061470

42
43
44 061470
a5 061476
47
48
49

S1
52
S3
S5

061504
061512
061520
061526
061534
061542
061550

012737
004737
013737
032737
001010

177777
046462
015756
00C001

015762

"DVTXRX"
“LOGTXC"
"LLOGRXC"

S0 W

BN -

SEQ 104

DOWN-LINE -LOAD SECTION

.SBTTL

Page 97

MACRO v05.00

CZCLMCO DMP/V-11 DCLT
DOWN
-L INE -LOAD SECTION

017356
023102

104443
000406

MOV
JSR
MOV
aIr
BNE
GMANID

@-1, INDEX

;

PC,GTVIND

3GET VALID INDEX ALSO FIRST TRIBN

OMTP ,DEVPAR

+ IS THIS MULITPOINT

TRIBN, TEMP3

sMOV TRIBN TO TEMP3 FOR MTP DEFAULT

1 IF SO BRANCH
18
DLLQ1,TEMP3,0,377,0,377,NO

CSGMAN

.WORD
.WORD

TEMP3
T$COOE

017356

000022
025210
000377
000000
000377

113737
113737
113737
113737
052737
042737
012737
013737
004737

TRAP

10004
:

017356
017356
017356
017356
¢00100

002647
002172
061642

002650
002651
002652
002653
017414
017410
017342
017334

18:

MOVB
MOVB
MOVB
MOVB
BIS
BIC
MOV
MOV
JSR

TEMP3,PASS1

TEMP3,PASS2

TEMP3,PASS3
TEMP3,PASSA

QERX ,FLAG

.WORD
.WORD
.WORD
.WORD

1SET EXPECTED TO RX

@DATCKB ,PARAM
O0LLM1,CURADD

;CLEAR NOCHECK
;SET THE DOWN LINE LOAD MSG TO @1

PC,DLTXRX

;GO TO THE DOWN LINE

OLLM1C,CURCC

1SET THE CC

sRETURN WHEN TX AND RY. ARE COMPLETED

Tx RX ROUTINE

10004

DLLQ1
377
TSLOLIM
TSHILIM

CZCLMCO DMP/v-11 DCLT

-L INE -LOAD SECTION
DOWN
56 061554

012737

MACRO V05.00
002654

D15
Thursday 22-Mar-84 16:24 Page 97-1

017342

2DLLM2,

CUR

%0 185
T THE DOWN LINE LOAD MSG TO 02

57 061562 013737 002174 017334

SOLRDE :EURceS

13T {F

59 061576

JSR

PC.DLTXRX

1GO TO THE DOWN LINE

S8 061570 042737 001000 017414

1
62 061602
63 061602

061602
061606
061612
061614
061616

64 061622

004737

DLLPRI:

012746 027160
012746 000001
010600
104417
062706 000004
000137

052402

66 061626

DLLEA:

67 061626
061626
061630
061632
(o 061634

104457
000015
040022
041512

69 061636

000137

052402

78 061642
75 061650
76 061656
77 061664
78 061672

052737
012737
012737
012737
012737

000004
005416
005416
000800
000400

80 061704
82 061710
83 061716
84 061724
85 061732
86 061740

004737
013737
013737
013737
013737
004737

042056
017342
017342
017334
017334
042022

7
72
73 061642

79 061700

87 061744
88 061752

89 061756
90 061764
91 061766
92 061778
93
94 061776
95 062004
9% 062012
97 062020
98 062026

35 062032

101 062036

BIC

061642

004737

052737
004737

032737
001047
032737
001020
012737
013737
013737
012737
004737
000137
013737

0DLLGA ., FLAG

{CLEAR THE GO AMEAD FLAG

Tx RX ROUTINE

: RETURN WHEN TX AND RX ARE COMPLETED
PRINTF

@DLLCM

GTRAS

MOV
MOV
MOV
TRAP
ADD

00LLCM, -(SP)
o1.-(5P)
SP RO
CSPNTF
4,5

TRAP
LMORD
WORD
"WORD

CSERSOFT
13
DLLAB
ERR14

;

ERRSOFT '13,DLLAB,ERR14

JMP

GTRAS

{PRINT ABORT AND EXIT

8IS

MOV
MOV

O0RX , FLAG
SRXBUF .DVRXA
ORXBUF
. TEMP2
0256 ,DVRCC
0256 . TEMP3

sSET THE QUE RX FLAG
;SET THE DEVICE RX BUFFER TO RXBUF
;SET UP FOR LOG
1SET UP FOR CC OF 256
1SET UP FOR LOG

JSR
MOV
MOV
MOV
MOV
JSR

PC . LOGRXQ
CURADD,DVTXA
CURADD.TEMP2
CURCC . DVTCC
CURCC . TEMP3
PC.LOGTXQ

1AND LOG IT...
;SET UP FOR TX
;AND LOG
1SE UP FOR TX COUNT
AND LOG IT
1LOG THE TX QUEUED

81T
BNE
BIT
BNE
041232 017366
MOV
005416
017356
OLLE7:
MOV
003416 017360
MOV
040022
017354
DLLE7A: MOV
042104
JSR

@OLLGA, FLAG
DLLEL
0QTX,FLAG
DLLEG
@TXNC, CONOTM
RXBUF
. TEMP3
TXBUF
. TEMP4
0DLLAB, TEMP2
PC.LGOVE

i TEST FOR GO AMEAD BIT
{IF SET GO TO ONE
1ELSE CHECK FOR TX DONE
{IF DONE THEN BRANCH

01725C

DVTXA, TEMP2

064006

000210
064070

017414
017270
017354
017272
017356

DLTXRX:

MOV
MOV
JSR

017250
017354
017252
017356
017414

001000 017414
000010 017414

DLLE2:

061626

BIS
JSR

017354

102 062044 013737 017252 017356
103 062052 004737 042040

DLLE6:

MOV

MOV
JSR

PC,OVRXQ

PQTXIETX.FLAG
PC.DVTXRX

DLLEA

DVTCC. TEMPS
PC.LOGTXC

GO QUE RX

3SET UP TO QUE AND EXPECTED
1GO TO DEVICE ROUTINE

{ELSE ERROR

:LOG ERROR
{ABORT

TEST

JLOG TX DONE

E1S
C2CLMCO DMP/V-11 DCLT
-L INE -LOAD SECTION
DOWN
104 062056
105 062064
106 062072

107
108
109
110
111

112
113
114
115

062100
062102
062104
062112
062114
062122
062124
062132
062140

116 062144

117
118 062152
119 062154
120 062162
121
122 062164
123 062172
124 062174
125 062202
126 062210
127
128
129
130 062212
131 062220
132 062224
133 062230
134 062232
135 062236
136 062240
137
138 062246
062246
062254
062260

139

062266
062270

140
141 062274
142

143
144

042737
052737
023737
001475
000723
032737

MACRO v05.00

Thursday

22-Mar -84

BIC
BIS

1CLEAR QUE AND EXPECTED
1SET THE GO AHEAD BIT

BEQ
BR
BIT

DLLES
DLLE2
QQRX,FLAG

1EXIT IF SECOND MSG.
sAND GO BACK 10 2

DLLE?7

JSR

PC,LOGRXC

017414
017414
017252

000004

017414

041252

017366

017270
017272
042074
000010

017354
017356

041272

017366

DLLES:

MOV

122737
001407
012737
013737
000703

000001

005420

DLLEZX;

041315
005420

017366
017356

012737
113703
120327
101006
132703
001003
016337

032062
005417
000042

017350

DLLESA: MOV

023222

017350

MOV

000730
013737
013737
004737
122737

001404
012737
000710

010346
013746
012746
012746
010600
104417
062706
000207

CcMP

DLLEL:

DLLES:

BNE
MOV

MOV
MOV

CMPB

005416

SEQ 186

Page 97-2

QQTX!ETX,FLAG
QDLLGA,FLAG

000210
001000
002174

001004
012737

16:24

OLLM2C,DVTCC

OLLES
ORXNC , CONOTM
DVRXA, TEMP2
DVRCC, TEMP3

#10,RXBUF

1IS THE A RX COMPLETED

+IF SO GO 10 8
;ELSE 3ET UP ERROR AND ABORT,

;1LOG RECEIVE COMPLETE
;CHECK FOR FIRST WORD OF RX
:SEC BOOT MSG.

BEQ

DLLE3

DLLE?

ORXM1,CONOTHM

1SET UP MESG AND ABORT
1ABORT TEST

CMPB
BEQ
MOV
MOV
BR

@1 ,RXBUF +2
ODLLESA
ORXM2,CONOTM
RXBUF +2, TEMP3
DLLE7A

+IS SECOND WORD 1 ?
3+ YES ,BRANCH

3SET UP MESSAGE AND ABORT

REV B By EC
3 sPRINT ID OF DEVICE REQUESTING LOAD
QUNKM, TEMP
:SET UP FOR UNKNOWN DEVICE
RXBUF +1,R3
MOV
1GET DEVTYPE FROM MESSAGE
CMPB
R3,034.
sOUT OF LEGAL RANGE ?
BHI
DLLESB
: YES ,BRANCH
8IT8
#1,R3
;00D ?
BNE
DLLESB
1 YES ,BRANCH

DLLESB: PRINTF

DLLIND(R3), TEMP :GET ASCIZ MESSAGE FROM TABLE
OSECRM,TEMP,R3

+PRINT

ID MESSAGE

017350
031724
000003

MOV
MOV
MOV
MOV
MOV

TRAP

ADD

000010

DLLES:

RTS

;RETURN TO CALLER

9SECRM, -(SP)
e3,-(5P)

CSPNTF
210,5P

Fls

CZCLMCO DMP/V-11 DCLT
TALK MODE

SECTION

MACRO v05.00 Thursday 22-Mar-84 16:24 Page 98

SBTRL

goe
: FUNCTIONAL DESCRIPTION:

:
:

TALK MODE SECTION

2
3
4

S
6

"ee.

TALK MODE SECTION
IN THIS MODE, THE "TALK" END OF THE LINK TRANSMITS OPERATOR

SPECIFIED MESSAGES UNTIL A

"EXIT"” MESSAGE

THIS END OF THE LINK GOES INTO “LISTEN" MODE.

TYPE.

THAT POINT,

; SUBORDINATE ROUTINES USED:

12
13
lg

:
H
H

“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 CALLING SEQUENCE:

1;
1

JMP

TALCK:

MOV

1$:

MOV
cMP
BNE

20 062276

012737

21 062304
22 062310
23 062316

004737
042737
012702

27 062334
062334

104443

24 062322
25 062326
26 062332
062336

062340
062342
062344
062346
062350
062352

062354

012722
022702
001373

3‘3 062372

36 062404
37 062412
38 062420
39 062426

40 062432

:5 062440

177777
002646

PC,.GTVIND
SDATCKB , PARAM
S0PBUF ,R2

GMANID

OPRMM,OPBUF ,A,0,1,72.,NO

0-1,(R2)
@OPEND ,R2
1

;GET FIRST TRIB
;SET NOCHECK
;CLEAR OUT OPBUFFER FIRST
sGET TALK MESSAGE
TRAO

122762
001402
005202
000772

000377

010237

002166

012737

002524

012737
013737
013737
004737

002524
002166
002166
042022

005037

017336

052737

000210

:2 062444

004737

064070

45 062450
46 062456

013737
013737

017250
017252

48 062470

022737

054105

47 062464

017410

@-1, INDEX

JSR
BIC
MOV

002524
000142
027114
000000
000001
000110
005002

35 062376

015762

;DISPATCH TO MODE BASED ON MODE TYPE IN R2

000406

28 062354

29 062356
30 062364
31 062366
32 062370

177777

046462
000002
002524

8MODE(R2)

004737

042040

002524

2$:

3s:
017250

017354
017356
017252
017414

CLR

MOV

R2,0PCNT

cMPB
BEQ
INC
BR
MOV

MOV
MOV
MOV
JSR

BIS
CLR

@377 ,0PBUF(R2)
33
R2
23

#0PBLF ,DVTXA

Q0PBUF , TEMP2
OPCNT, TEMP3
OPCNT,DVTCC
PC,LOGTXQ

QQATX!ETX,FLAG
CPTRR

JSR

PC,DVTXRX

017354
017356

MOV
MOV

DVTXA, TEMP2
DVTCC,TEMP3

002524

_CHP

9"EX,OPBUF

JSR

PC,LOGTXC

:NOW GET CHAR COUNT

sSET UP TX ADDR.

:SET UP TX CC
1SET UP FLAGS

;:CLEAR RX POINTER

1CHECK FOR EXIT

10005%:

.WORD
.WORD
.WORD
.WORD
.WORD
.

CSGMAN

10005¢

OPBULF
TSCODE
OPRMM
O
TSLOLIM
TSHILIM

G15
CZ2CLMCO DMP/V-11 DCLT
TALK MODE

Thursday 22-Mar-84

16:24

SECTION

49 062476

50
51
52
53
54

MACRO v05.00

062500
062506
062510
062516
062524

001277
022737

001273
042737
012737
000137

052111

002526

000210
000006

017414
017402

057674

BNE

CMP

BNE

8IC
MOV
JMP

Page 98-1

TALCK
2"IT,0PBUF
+2
TALCK

SQTX!ETX,FLAG

tCLEAR THE TX BITS

GTRX2

3+AND GO BACK TO DISPATCH

OLIS,MODTYP

1CHANGE TO LISTEN MODE

SEQ 1858

H15
CZCLMCO DMP/V-11 DCLT
LISTEN MODE SECTION

MACRO v05.00

Thursday 22-Mar-84 16:24

.SBTTL

e
3
4

SEQ 189

Page 99

LISTEN MODE SECTION

S
6

'
:

FUNCTIONAL DESCRIPTION:

LISTEN MODE SECTION
IN THIS MODE, THE “LISTEN” END OF Tie¢ LINK PRINTS ALL OF THE MESSAGES
RECEIVED BY THE DEVICE ON THE OPERAIOR'S CONSOLE.

THE MESSAGE

RECEIVED IS AN “EXIT" MESSAGE, THEN THE NODE ENTERS “TALK"” MODE.

; SUBORDINATE ROUTINES USED:

12
13

H
:

"DVRXQ”
“LOGRXQ"”

"LOGRXC” - LOG RX COMPLETE TO EVENT LOG

“DVTXRX”

- QUE RECEIVE BUFFER SPACE TO DEVICE
- LOG RECEIVE BUFFER QUED TO EVENT LOG

- WAIT FOR RX TO COMPLETE

17
%g

:+ CALLING SEQUENCE:
:
JMP
SMODE(R2)

;DISPATCH TO MODE BASED ON MODE TYPE IN R2

‘--

20
21 062530

22 062536
23 062542

24 062550

062550
062554
062560
062562
062564

012737

177777

004737
042737

046462
000002

012746
012746
010600
104417
062706

027103
000001

25 062570
26 062576
27 062604
28 062612
29 062620

012737
012737
012737
012737
052737

000004
002524
002524
000122
000122
000104

32 062632

004737

064006

32 062642

004737

064070

37 062646
38 062654

013737
013737

017270
017272

g(li 062626

332 062636

39 062662
40 062666
41 062674

42 062700

43
44
45
46
47

005037

004737

004737
063737
105077

062700
062704

012746
012746

062720
062726
062730
062736
062740

022737
001320
022737
001314
012737

062710
062712
062714

010600
104417
062706

017340

015762

017410

017270
017354
017272
017356
017414

042056

042074
017270
134372

MOV

JSR
8IC

PRINTF

LISCKA: MOV
MOV
MOV
MOV
BIS

017354
017356
017272

054105

002524

052111

002526

000005

017402

@-1, INDEX

PC,GTVIND
@DATCKB ,PARAM
@LISP

;:GET FIRST TRIB
;:CLEAR CHECK BIT

;PRINT PROMPT FOR OPR.

S0PBUF ,DVRXA
Q0PBUF
, TEMP2
#82. ,0VRCC
082. ,TEMP3
OQRX 1ERX ,FLAG

sSET DEVICE UP TO REC AT OPBUF

JSR

PC.DVRXQ

;QUE RX

JSR

PC.DVTXRX

:GO TO DEVICE RX.

MOV
MOV

DVRXA, TEMP2
DVRCC, TEMP3

;SET ' ADDR.AND CC.

PRINTF

@OPBFPT

CLR

JSR

002520
000001

000004

LISCK:

JSR
ADD
CLRB

CPTR

PC,LOGRXQ

PC,.LOGRXC
DVRXA,DVRCC
aDVRCC

cMP
BNE

@"EX,OPBUF
LISCKA

BNE
MOV

LISCKA
OTAL ,MODTYP

CMP

0"1IT,0PBUF +2

MOV
MOV
MOV
TRAP
ADD

LISP,-(SP)
91,-(SP)
SP,RO
CSPNTF
24 ,SP

MOV
MOV

QOPBFPT, -(SP)
e1,-(SP)

:SET UP CHAR COUNT TO 82.
$SET UP FLAG
sCLEAR THE

TX,

SUBROUTINE

;:LOG COMPLETED

MOV
TRAP
ADD

1COMPARE FOR EX OF "EXIT"
:IF NOT EXIT THEN GO BACK
1 IF FIRST HALF OK CHECK NEXT PART
;IF NOT EXIT THE GO BACK
1CHANGE MODE TO TALK

SP,.RO
CSPNTF
04 ,5P

I15
CZCLMCO DMP/Vv-11 DCLT

LISTEN MODE SECTION

:g 062746
50

000137

MACRO V05.00

057674

Thursday 22-Mar-84 16:24

JMP

GTRX2

Page 99-1

tRETURN TO DISPATCHER

SEQ 190

CZCLMCO DMP/V-11 DCLT

MACRO V05.00

DEVICE FUNCTION SUBROUTINES

21‘

Thursday 22-Mar-84 16:24

LSBTTL

34
35
36

g;
-4

DVINIT- DEVICE INIT ROUTINE

H
H

THIS ROUTINE IS DEVICE DEPENDENT CODE THAT INITS
THE DEVICE BEING TESTED.

INPUTS:

“FHDPLX" INDICATES IF MODE IS FULL OR HALF DUPLEX.

(1=FULL)

ADDRESS POINTERS (SELO,...) ALREADY POINT TO DEVIC='S REG.S

; SUBORDINATE ROUTINES USED:

“LGDVE"” - LOG DEVICE ERROR TO EVENT LOG

;

73
74

CALLING SEQUENCE:

JSR

i--

;2 062752
012737
022737
001034
022737
001030
012777

90 063012
91 063014

001375
012737

89 063006

063022
063030
063036
063042
063046

005737

9017737
017737
004737
005237

063046
063050
063052
063054

104457
000016
037725

98 063060
99 063066
100 063074
101 063076

012777
022737
001005
112777

97 063056

102 063104

103 063106

104 063110
105 063114
106 063116

063116

PC,OVINIT

DVINIT:

062752
062760
062766
062770
062776
063000

92
93
94
95
96

DEVICE INIT SUBROUTINE

; FUNCTIONAL DESCRIPTION:

60
gg

83
84
85
86
87
88

DEVICE FUNCTION SUBROUTINES

.SBTTL

SEQ 191

Page 100

001000
000004

017456
017402

000001

023102

060000

140044

017456

037725
140024
140022
042104
017310

DVIN4A:

017354

017356
017360

000240

005777
100426

104422

040000
000004

137764
023100

000200

137750

137736

21000, TIMERL
#00W,MODTYP
DVINA
#1,DEVPAR
DVINA
#60000,8SELO

sSET UP TIMER 1 FOR 1000C(OCTAL) TICKS

BNE
MOV

DVIN4A
SDVEMS , TEMP2

;IF TIMER RUNS OUT IT MEANS
s SWITHCES ARE NOT SET CORRECTLY

TST

MOV
MOV
JSR
INC
ERRSOFT

041460

000735

MOV
CMP
BNE
cHP
BNE
MOV

DVIN4A:

MOV
CcMP
BNE
MOvVB
NOP

DVIN6:

NOP

TST
BMI
BREAK

TIMER]

8SELO, TEMP3
aSEL2, TEMP4
PC.LGDVE
ERRCNT
14 ,DVEM8,ERR13

DVINIT

OMCLR,8SELO
oDMP6 ,0PTYP
DVING
9200,88SEL.1
@SELO
DVIN1

:BRANCH IF NOT DLL
+IS THIS TRIB
:BRANCH IF CONTROL OR PTP
;SET MCLR AND ENTER P MOP

TRAP
.WORD
.WORD
.WORD

CSERSOFT
14
DVEM8
ERR13

TRAP

C$BRK

;00 A MASTER CLEAR
;IS THIS A 8206
sIF NOT GO TO 6
1SET RUN FOR 8206

i1SLIGHT DELAY

;IS RUN BIT SET
:IF YES GO TO 1 ELSE...

IK15
CZCLMCO DMP/V-11 DCLT
DEVICE INIT SUBROUTINE
107
108
109
110
111
112
113
114
115

MACRO v05.00

063120
063124

005737
001371

017456

063126
063134
063142
063150
063154
063160
063160
063162
063164
063166

012737
017737
017737
004737
005237

037116
137712
137710
042104
017310

000004
037116
041460

117 063170

000670

063172
063200
063202
063210
063216

022777
001422

063224
063230
063234
063234
067236
063240
063242
128 063244
129
130
131 063246
132 063254
133 063256
134 063264
135
136
137
138 063266
139 063274
063274
140 063276
141 063300
142 063302
143 063310
144 063312
145 063320

116

118
119
120
121
122
123
124
125
126
127

146

147
148
149 063326
150 063326
151
152
153
154

Thursday 22-Mar-84 16:24 Page 100-1
157

017354
017356
017360

TIMER1

BNE

DVING

MOV
MOV

@DVEMO, TEMP2
SSELO, TEMP3

INC

ERRCNT

MOV
JSR

8SEL2, TEMP4
PC,LGOVE

e
Q

1SEE IF TIME HAS EXPIRED

: IF NOT GO BACK AND CHECK
1AGAIN ELSE...PRINT ERROR

;LOAD UP ERRM. AND REG OUTPUTS
;LOG TIME OUT WAITING FOR RUN

ERRSOFT 4,DVEMO,ERR13

104457

TRAP

.WORD
.WORD
.WORD

000305

137666

012737
017737
017737

037177
137636
137644

017354
017356
017360

004737
005237

042104
017310

DVIN1:

DVINIT

;GO BACK AND TRY MSTR CLR AGAIN IF ERROR

CMP
BEQ
MOV
MOV
MOV

#305,8BSEL6
DVIN13
ODVEM1, TEMP2
8SELO, TEMP3
8SEL6, TEMPA

1SEE IF MICRO DIAGS RAN OK

JSR
INC

PC,LGDVE
ERRCNT

;LOG DEVICE ERROR

037177
041460
000642

022737
001027
022737
001020

;MOV ADDR OF ERR MSG TO TEMP2
sMOV SEL 6 TO TEMP4 IT CONTAINS

;sTHE ERROR CODE FROM MICRO DIAGS.

ERRSOFT S,DVEM1,ERR13

104457
000005

023100
017404

CSERSOFT

4
DVEMO
ERR13

DVINITY

TRAP

31GO BACK AND TRY TO RE INIT.

.WORD
.WORD
.WORD

CSERSOFT
S
DVEM1
ERR13

;GET HERE WHEN RUN IS SET AND MICRO DIAGS RAN 0K,
; DMv?
21,0PTYP
DVIN13: CMP
BNE
DVIN12
; NO,BRANCH
CcMP
21 ,MLTYP
; INTERHAL LOOP ?
BNE
DVIN11
; NO,BRANCH
H

; NOW SET THE DMV TO INTERNAL LOOP
012777

104422
100240
000240
132777
001771
042777
012777

040400

137556

000200

137546

000400

137532
137530

MOV

DIVN1S: BREAK
NOP
NOP

BITB
BEQ
BIC
MOV

#40400,3SEL0

:SET MASTER CLEAR AND MAINTENANCE REQUEST
TRAP

BIT7,8BSEL2
DIVN1S
o8178,8S€ELO
#6,8S€EL2

:
i
;
1

C$BRK

MAINTENANCE READY ?
NO.GO CHECK AGAIN
CLEAR MAINT REQUEST
SET INTERNAL LOOPBACK

: NOW SET DMV TO DIAGNOSTIC MODE SO WE CAN DEFINE THE STATION TYPE VIA SOF TWARE
§

152777

000210

137520

DVIN11:

B8ISB

OBIT3!BIT7,8BSELL ; SET DIAGNOSTIC MODE BIT & RUN BIT(DMV ONLY)

3 USE COMMON CODE TO REQUEST INPUT

REV C EC

CZCLMCO DMP/V-11 DCLT
DEVICE INIT SUBROUTINE
155

156 063334

157 063342
1§g 003350

1
120
161

042737

112777
004737

MACRO v05.00

000003

000221
065114

017414

137502

162 063354
163 063362

113777
005737

023104
017406

137504

165 063370
166 063376
ig; 063404

052777
112777
142777

000001
000002
000010

137470
137452
137442

164 063366

001403

H
:
:

MOVB
JSR

@3 ,FLAG

€221 ,88SELO
PC,TOORIO

;CLEAR INPUT AND OUTPUT INTERRUPT FLAGS

1SET RQI, IEO, AND IEI
;GO WAIT FOR INPUT INTERRUPT(OK TO WRITE)

NOW SET UP NETWORK CONFIGURATION AND LINE CHARACTERISTIC

MOVB
TST

STATYP,8BSEL6
FHDPLX

sSET UP STATION TYPE(PT-PT
. MULTI-PT CNTL/TRIB)
sHALF /DUPLEX ?

BIS
MOVB
BICB

48170,8BSEL6
#2,8BSEL2
4BIT3,8BSELL

sSET FULL DUPLEX BIT
;D0 MODE DEFINITION COMMAND
; CLEAR DIAGNOSTIC MODE (DMV ONLY)

BEQ

15§:

: YES,BRANCH

: NOW CHECK TO SEE IF ITS A DMP AND INTERNAL LOOPBACK

171 063412
172 063420
173 063422
H; 063426

022737
001007
005737
001012

000001

017404

023100

176

cMP
BNE
ST
BNE

@1 . MLTYP
3
OPTYP
DVES1A

s
:
;
;

REV C EC

INTERNAL LOOP ?
NO, BRANCH
DMP 2
NO, BRANCH

{;g

; NOW SET THE DMP INTERNAL LOOP BIT

179 063430
{g(l) 063436

152777
000406

000010

137416

BISB
BR

BIT3,8BSELL
DVES1A

3 SET LU LOOP
;3 SKIP OVER WAIT

{gg

: NOW WAIT A SECOND FOR THINGS TO SETTLE
:

184

185 063440
186 063446
}g; 063452

012737
005737
001375

000001
017462

017462

189

3s:
4%

MOV
ST
BNE

o1, TIMERS
TIMERS
44

: SET TIMER FOR 1 SECOND
; DONE ?
: NO,.BRANCH

{32

;WRITE GLOABL PARMAS

192 063454

197
198
199
200
201
gg

DVIN12: BIC

}.'613

193
194
195
196

L15
Thursday 22-Mar-84 16:24 Page 100-2

063454
063460
063466
063472
063500
063506
063510
063516
063524
063526

204 063532

205 063540
206 063544
g; 063552

005037
012737
004737
012737
022737
001407
012737
022737
001002
004737
012737

004737
022737
001475

015756
017220
064624
000110

6\!&51!\:
021022

000003

017350
017404

000104
000004

017350
017404

064732
177777

046462
000040

015762

1$:

CcMP
BEQ
MOV
cMP
BNE
JSR

2%:

MOV

DVES1:

g?g
211 063554

CLR
MOV
JSR
MOV

JSR
CMP
BEQ

TRIBN
#GLBPLS, TSSE
PC.WRIPPG
4110, TEMP

sMAKE TRIBN 0
;s TSSE POINTS TO LIST
sWRITE POLL PARAMS

OMODLOC . MLTYP
1
#104, TEMP
OMODREM, MLTYP
2$
PC,WRMCS

;IS THIS MODEM LOCAL
:BRANCH IF MODEM LOCAL

&-1,INDEX

;MAKE INDEX =-1

PC,GTVIND
#32. , INDEX
DVINEX

;IS THIS REM
;BRANCH IF NOT
;GO WRITE MODEM CONTROL

;GET VALID INDEX
: DONE
1 IF SO EXIT

;ESTABLISH TRIB
152777

000200

137270

DVEST:

BISB

ORQI,ABSELO

+D0 REQUEST IN

M15
CZCLMCO DMP/V-11 DCLT
DEVICE INIT SUBROUTINE
212 063562
213 C63566
214 063574
215 063602
216
217
218 065510
219 063616
220 063620
221 063624
222 063632
223 063640
224 063646
225
226
227 063652
228 063660
229
230
231
232 063664
233 063672
234 063676
235 063704
236 063712
237 063720
238 063722
239 063730
240 063736
241 063744
242 063746
243 063754
244
245
246

247
248

MACRO v05.00

004737
113777
012777
112777

065114
015756
000001
000001

022737

000003

023102

004737
013737
012737
012737
004737

047154
015762
000020
016220
046436

017232
017350
017354

013737
004737

017354
064634

001022

Thursday 22-Mar-84

JSR

MOVB
MOV
MOvB

137264

137246

16:24

Page

PC,TOORIO

TRIBN,8BSEL3
@01 ,8SEL6
01,8BSEL2

SEQ 194

100-3

sWAIT TIL PORT IS OURS

1SET UP TRIB NO.
tESTABLISH TRIB
1CLEAR RDI AND DO COMMAND.

;WRITE POLL PARAMS IF NESC.
03 ,DEVPAR
CMP
+IS THIS A MULTIPOINT CONTROL
BNE
POLLEN
:BRANCH IF NOT.
JSR
PC,GETIND
;:GET VALID INDEX
INDEX,MPLY
MOV
sMOVE INDEX TO MULTIPIER
©16.,TEMP
MOV
MOV
OPOLLIS, TEMP2

021022

JSR

PC,MTPLY

MOV
JSR

TEMP2, TSSE
PC.WRIPP

;RETURN WITH ADDRESS

sOF FIRST WORD IN TEMP2
sWRITE POLL PARMAS

; ISTRT TRIB
152777
004737
113777
012777
022737
001406
012777
052737
112777
000675
052737
000207

065114
015756

000003
000001
002000

137160

POLLEN:

137154
137154
017402

ORQI,BBSELO
PC, TOORIO
TRIBN,SBSEL3
004 ,8SEL6

sREQUEST IN

MOV

903 ,8SEL6

:TO ISTRTY
:SET THE RUN STATE FLAG
;00 COMMAND
;G0 BACK
s INDICATE INIT CODE IS DONE

CMP
BEQ

137136

017414

BISB
JSR
MOVB
MOV

BIS

137112

POLLE2: MOVB

017414

DVINEX:

oDOW,MODTYP
POLLE2

ORUNST,FLAG

€01,88SEL2
DVES1

RTS

BIS

SINOVR,FLAG

;WAIT TIL PORT

IS OURS.

sMAKE IT MAINT MODE
:IS THIS DOWN LINE LOAD

;RETURN TO CALLER

N15
MACRO v05.00
CZCLMCO DMP/V-11 DCLT
DEVICE GET MODEM STATUS SUBROUTINE

16:24

.SBTTL

1
2
12
13
14
15
16

Page

SEQ 195

101

DEVICE GET MODEM STATUS SUBROUTINE

FUNCTIONAL DESCRIPTION:

“DVMODS "

17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32

33
39
40 063756
41 063764
42 063770
43 063776
44 064004
45

Thursday 22-Mar-84

GET MODEM STATUS

IMPLICIT INPUTS:
THE BIT POSITION AND AVAILABLITY OF THE MODEM SIGNALS CTS,DSR,.. .RI,.
IN THE DEPENDENT PORTION OF THE GLOBAL EQUATES SECTION.
OUTPUTS::

CURRENT MODEM SIGNAL VALUES IN “MODS”

SUBORDINATE ROUTINES USED:

CALLING SEQUENCE:
PC,DVMODS
JSR

152777
004737
012777
112777
000207

000200
065114
000020
000001

137066
137070
137052

DVMODS:

BISB
JSR
MOV
MOvVB
RTS

4RQI,8BSELO

PC,TOORIO
#20,8SEL6

:gl L@BSEL2

;SET RQI
;GO TIME OUT CHECK
;READ MODEM STATUS
+D0 CONTRCL IN
sRETURN TO CALLER

B16
MACRO v05.00
CZCLMCO DMP/V-11 DCLT
DEVICE QUEUE RECEIVE SPACE SUBROUTINE

Thursday

ar-84.16:28

SEQ

102

DEVICE QUEUE RECEIVE SPACE SUBROUTINE

.SBTTL

Page

FUNCTIONAL

DVRXQ

16
1?7

18
19

DESCRIPTION:

THIS SUB ROUTINE QUES

DEVICE,

THE REC BUFFER SPACE

THEN CLEARS THE QRX BIT OF

INPUTS:

DVRXA = ADDRESS OF RX BUFFER SPACE
OVRCC = BYTE CHAR COUNT OF RX BUFFER
QRX FLAG BIT = SET BY CALLING ROUTINE

21
22

OUTPUTS:
QRX FLAG BIT

27
28
29
30
31

SUBORDINATE ROUTINES USED:

25
26

= CLEARED By ROUTINE

CALLING SEQUENCE:
JSR
PC.DVRXQ

33
34 064006
35 064006
36 064014
37
38 064016
39
45 064024
46 064032
47
48 064036
49 064044

50 064052
51 064060
52
53
54 064066
5

032737
001424

017414

042737

152777

004737

065114

013777
013777
113777
112777

017270
017272
015756

000207

DVRXQ:

BIT
BEQ

®QRX ,FLAG
DVREX

017414

8IC

O0RX ,FLAG

137020

BIS8

ORQI,@BSELO

137016
137014
137000
136770

MOV
MOV

DVREX:

PC,TOORIO

DVRXA,8SEL4
DVRCC,8SEL6

sIF NOT RX THEN EXIT

;ELSE QUE RX
sCLEAR FLAG FOR RX

1SET UP REQUEST
1GO CHECK FOR IN OR OuT
;LOAD CC AND ADDR

MOVE

TRIBN,SBSEL 3
00 ,88SEL2

1SET UP TRIB NO.

RTS

(RETURN TO CALLER

s00 COMMAND.

THE

THE FLAG WORD.

Cle
Thursday 22 Mar-84
MACRO Vv05.00
CZCLMCO DMP/v-11 DCLT
TRANSMIT
AND
RECEIVE
SUBROUTINE
DEVICE

.SBTTL

1
2
25
26
27
23
29
30
31

THIS CODE QUES THE TRANSMIT BUFFER TO THE DEVICE

IF NEEDED.

THE CODE THEN WAITS FOR A Tx COMPLETE,

RX COMPLETE OR BOTH.

THE CODE REPORTS A TIME OUT

ERROR IF NEITHER IS REPORTED BACx IM

60 SECONDS. AFTER REPORTING ERROR iIMER IS RE

,TARTED

AND DEVICE WILL CONTINUE TO WAIT FOR INTERRUPT.

INPUTS:

"DVTXA"
"DVTCC"”
"QTX" BIT
“ETX" BIT
“ERX"” BIT

OUTPUTS:

"DVTXA”
“DVTCC”
"@QTx“
“DVRXA"
“DVRCC”
“QRX”

=
=
=«
=
=«

ADDRESS OF TRANSMIT MSG.
BYTE COUNT OF TRANSMIT MSG.
SET IF TRANSMIT REQUESTED
SET IF TRANSMIT EXPECTED
SET IF RECEIVE EXPECTED

=
=
=
=
=
=

ADDRESS OF Tx MSG. COMPLETED
BYTE COUNT OF TX MSG. COMPLETED
SET IF TX COMPLETED
ADDRESS OF RX MSG. COMPLETED
BYTE COUNT OF RXx MSG. COMPLETED
SET IF RX COMPLETED

SUBORDINATE ROUTINES USED:
CALLING SEQUENCE:

JSR

PC,DVTXRX

054070
04076
064100

032737
001424
042737

000010

017414

DVTXRX: BIT

0QTX, FLAG

sANY TX TO QUE

000010

017414

BIC

0QTX,FLAG

;:CLEAR FLAG

064106
064114
064120
064126
064134
054142

152777
004737
013777
013777
113777
112777

000200
065114
017250

136736

BISB
JSR
MOV
MOV
MOVB
MOVB

SRQI,SBSELO
PC,TOORIO
DVTXA,3SELAE
DVTCC,aSEL6
TRIBN,SBSEL3
04 ,3BSEL2

:SET REQUEST
1GO CHECK FOR IN OR QuT

064150
064156
064162
064164
064170

012737
005737
001050
005737
001045

000074
015766

MOV

060., TIMERS

1SET TIMER FOR 60 SECS

B'it

8\‘1"24

1BRANCH IF RX COMPLETED

BNE

DVTR4

1BRANCH IF Tx COMPLETED

064172

005737

017462

TIMERS

1 IS TIMER EXPIRED

74
75
76 064150

82
83
84
85
86
87
88
89

DEVICE TRANSMIT AND RECEIVE SUBROUTINE

DVTXRX-DEVICE TRANSMIT AND RECEIVE ROUTINE

40
41
42
43
445
a5
46
47
48
49

SEQ 197

103

+ FUNCTIONAL DESCRIPTION:

33
34
35
36
37
38
33

71
72

Page

50
51
S5
53
54
S5
56
57
58
59
60
61
62
68
69
70

16:24

017252

015756
000004

015764

BEQ

136734
136732
136716
136706
017462

DVTRS:
TOINOT:

TST
TS

DVTIR3

CRX
X

1 IF NOT GO WAIT FOR QUTPUT

1SET UP TRIB NO.
;00 COMMAND

D16

90 064176
91 064200

001025
012737

93 064214

017737

92 064206

S¥8E

064222
064230
064234
064240
064240
064242
064244
064246
98 064250

101 064252
103 064262

107
108
109
110
111
112
113
114
115
116
117
118
119

064274
064276
064302
064304
064310
064312
064320
064322
064330
064336
064344
064352
064356

017737

037257
136640

117737
004737
005237

042104
017310

104457

037257
041460
000737

104422
032737
001735

004737
005737
001003
005737
001725
005737
001456
032737
001023
012737

013737
013737
013737
004737

064452
064454
064462
064464
064472

Page

103-1

TOIN1

ODVEM2, TEMP2
8SELO, TEMP3
8SEL2, TEMPA
8BSEL3, TRIBN

PC,LGDVE

ERRCNT
6,DVEMZ ,ERR13

DVTR3

000002

017414

TOIN1:

BREAK

TOINZ:

BIT
BEQ

Q0TINT ,FLAG

JSR

PC,OUTHOL

065254
015766

TST

BNE

015764

TST

DVTRA4:

015764
000200

017414

037514
066644
066642
066646
042104

017354
017356
017360
015756

013737
014237
014237
010237

052737

005337
005737
001463
032737
001023
012737
013737

015774
017350
017351
015757
015756
017250
017252
015774
000010
015764
015766

BEQ
TST
BEQ
BIT
MOV
MOV

DVTR4A:

017254

MOV
MOV
MOVB
CLRB
MOV

017414

MOV
MOV
BIS

015756

000100

017414

037571
066650

017354
017356

TOINOT

SRX
DVTR4
Cix
TOINOTY
CcTX
DVTRS
SETX,FLAG
DVTR4A
SOVEMS
, TEMP2
TSELA,TEMP3

DVTRAB:
DVTIRS:

TST

BEQ
BIT
BNE
MOV
MOV

sRETURN

TO CHECK

CSERSOF7

TRAP

CsBR¥

TIMER

DVEM2
ERR1S

1 IF NOT OUTPUT GO BACK AND

sCHECK TIMER AGAIN
sELSE MANDLE OUTPUT AND RETURN
+IF TX GO T0 4
;BRANCH IF NOT RXx OR TX COMPLETED

+IS
s IF
sIF
sIF

IT TX COMPLETED
NOT TRY RX
SO SHOWLD IT BE
IT SHOWD GO TO 4A

1ELSE LOG ERROR

TSEL6, TEMPA

TSEL3, TRIBN
MOV
JSR
PC,.LGDVE
T 9,DVEMS,ERR13
ERRSOF

104457
000011
037514
041460,

113737
105037

133
134
135
136
137

BNE
MOV
MOV
MOV
MOvB
JSR
INC
ERRSOFT

017354
017356
017360
015756

16:24

000006

000425
013702
014237

130 064434

136636
136632

Thureday 22-Mar-84

MACRO Vv05.00

;REPORT ERROR

DVTRA4B

: THEN CLEAR COMPL .FLAG

-(R2), TEMP

iUNLOAD TRIBN

TSPTR,R2

TEMP.1, TRIBN

TRIBN.1

TRIBN,DVTTB

-(R2),0VTCC

R2,TSPTR

0QTX,FLAG
CTx
CRX

DVTREX
QERX ,FLAG
DVTRSA
ODVEM6, TEMP?
RSEL4, TEMP3

tUNLOAD TRIB NUMBER
tUNLOAD CC
tUNLOAD ADDRESS
1AND SET TX COMPL FLAG
;AND COUNT DOWN FLAG
s IF NOT THEN EXIT,
s TEST IS THIS SUPPOSED TO BE RX
i IF

YES PROCESS AS SUCH

CZCLMCO OMP/V-11 DCLT

DEVICE TRANSMIT AND RECEIVE SUBROUTINE

T
CSERSOF
9

DVEMS
ERR13

E16
CZCLMCO DMP/V-11 DCLT
MACRO V05.00
Thursday 22-Mar-84 16:24
DEVICE TRANSMIT AND RECEIVE SUBROUTINE

138 064500
139 064506
140 064514

141 064520
064520
064522
064524

013737
013737

004737

037571
041460

}:z 064530

000432

145 064532

013702

146 064536
147 064542
148 064546
149 064552
150 064560

012237
012237
012237
113737
105037

153 064576

001002

151 064564
152 064572

154 064600
155 064604

156 064610
{gz 064616
159 064622
160

042104

015756
017360

MOV
MOV

JSR

013737
020227

012702
010237
052737
005337
000207

RSEL3, TRIBN
RSEL6, TEMP4
PC.LGDVE

ERRSOFT 10,DVEM6,ERR13

104457
000012

064526

142

066654
066652

SEQ 179

Page 103-2

1ELSE
iLOG ERROR
TRAP
. WORD
.MORD
.WORD

BR
015770

017272
017270
017350
017351
015757

015756
016166

DVTRSA: MOV

015756

017266

000004
015766

MOV
cHP
BNE

016012

015770

MOV
MOV
MOV
MOVB
CLRB

C17414

2%:

MOV
MOV

BIS
DVTRX1: DEC
DVTREX: RTS

DVTRX1

:AND EXIT

RSPTRS,R2

(R2)+ ,DVRCC
(R2)+,DVRXA
(R2)+,TEMP
TEMP.1,TRIBN
TRIBN.+1

TRIBN,DVRTB
R2, 9RXSKEN
2
ORXSTAK ,R2
R2,RSPTRS
QQRX ,FLAG
CRX
PC

sUNLOAD ADDR

sUNLOAD TRIBN
:IS IT AT THE END
:START OVER

;RELOAD POINTER
;COUNT DOWN CRX
sAND EXIT

CSERSOF
T
10
DVEM&
ERR13

F16
CZCLMCO DMF/V-13 DCLT
MACRO V05.00
DEVICE DEPENDENT SUBROUTINES

Thursday 22-Mar-84 16:24

1
i

.SBTTL
.SBTTL

SEQ 200

Page 104

DEVICE DEPENDENT SUBROUTINES
WRITE POLL PAREMETERS

'00

)

]

8
]

:
:

FUNCTIONAL DESCRIPTION:

WRIPP

WRITE POLL PARAMETERS

WRITE ALL POLLING PARAMETRS FROM LIST

POINTED TO BY TSSE FOR TRIB NUMBER IN TRIBN
INPUTS:

TRIBN

TRIB NUMBER OF WRITE

TSSE - ADDRESS OF POLL LIST

14
{2

:
:

; CALLING SEQUENCE:

JSR
JSR

PC,WRIPP
PC,WRIPPG

:+FOR TRIBS
sFOR GLOBAL

‘--

17 064624

18 064632
19 064634

012737

000233

021024

WRIPPG: MOV

152777
004737
113777
017777
113777

000230
000200
065114
015756
134134
021024

021024
136202

WRIPP:
WRIP1:

000403
012737

20 064642
21 064650
22 064654
23 064662
24 064670
25 064676
26 064704
27 064712
28 064714
29 064720

112777
022737
001406
005237
062737

31 064730

000207

30 064726

000745

136176
136172
136170

000001
000237

136152
021024

021024
000002

021022
WRIPEX:

0233,TSSA

;LOAD TSSA WITH ADDR OF IS GLOBAL PP,

BISB
JSR
MOVB
MOV
MOvB
MOVB
cMP
BEQ
INC
ADD

ORQI,8BSELO
PC,TOORIO
TRIBN,SBSEL3
8TSSE, 8SEL4
TSSA,8SEL6
€01,88SEL2
#237,TSSA
WRIPEX
TSSA
#2,TSSE

;D0 REQUEST IN
sWAIT TIL PORT IS OURS
sSET UP TRIBN
;:MOVE DATA INTO SEL4
;SET UP POLL PARMATER
;00 CONTROL IN WRITE TSS/GSS

RTS

BR
MOV

B8R

WRIP1
€230, TSSA

WRIP1

;THEN GO TO 1
;:LOAD TSSA WITH ADRR OF 1ST POLPAR.

;EXIT IF DONE
;GO0 BACK FOR MORE

G16
¢2CLMCO DMP/V-11 DCLT

WRITE MODEM CONTROL

MACRO v05.00

Thursday

22-Mar-84

Page

SEQ 201

105

WRITE MODEM CONTROL

.SBTTL

OB AP ND WM e

16:24

i FUNCTIONAL DESCRIPTION:
i
[

- WRITE MODEM CONTROL SIGNALS

WIRTE MODEM CONTROL SIGNALS FROM TEMP
THIS ROUTINE IS IGNORED BY THE DMV

WRMCS

INPUTS:

TEMP

TO DMP

CONTAINS CONTENTS FRO BSEL4

i CALLING SEQUENCE:

JSR

PC,WRMCS

;WRITE MODEM CONTROL

064732
064740
064744
064752
064760
064766
064774

152777
004737
113777
013777
012777
112777
000207

000200

136112

000001

136106
136102
136100
136062

065114
015756
017350
000021

WRMCS:

BISB
JSR

MOVB
MOV
MOV
MOVB
RTS

ORQI,8BSELO
PC,TOORIO

TRIBN,SBSEL3
TEMP ,8SEL4
021,3SEL6
#01,8BSEL2
PC

.SBTTL

100 REQUEST IN
sWAIT TIL PORT IS OURS

1SET UP TRIBN

;00 WRITE MODEM
sCONTROL IN

; THEN RETURN TO CALLER

HALT TRIB SUBROUTINE

: FUNCTIONAL DESCRIPTION:
H
H

HLTTRB

- HALT TRIB SUBROUTINE HALTS ALL TRIBS THAT

ARE FOUND IN THE

: INPUTS:

TRIBLS

TRIBLSIT

- CONTAINS VALID TRIBS

; SUBORDINATE ROUTINES USED:
H

TOORIO

TIME OUT OR

INPUT OR OUTPUTN INTERRUPT

: CALLING SEQUENCE:

JSR

PC.HLTTRB

g
e

064776
065006
065014
065016
065030
065032
065032
065040
065044
065052

:IS THIS TRIB OR CONTROL
:BRANCH IF TRIB

000001

023102

HLTTRB: CMP

000002

017410

BIT

O®DATCKB ,PARAM

000002
017462

017462

MOV

02, TIMERS

:IF CHECK GO TO 2
:SET UP FOR 2 SEC TIMER

HLTTR3

;WAIT FOR TIMER TO BE O

012737
004737
022737
001417

177777
046462
000040

-1, INDEX

tMAKE INDEX =-1
:GET VALID INDEX

015762
015762

BEQ
BNE

HLTTR3:
HLTTR2:
HLTTR1:

TST

BNE

MOV

152777
004737
113777

000200
065114
015756

HLTREX

HLTTR2

TIMERS

JSR

PC.GTVIND

BEQ

HLTREX

cMP
sHALT

065054
065062
065066

21 ,DEVPAR

022737
001442
032737
001006
012737
005737
001375

135770

BISB

135764

MOVB

JSR

.
, INDEX
@32

: DONE
: IF SO EXIT

TRIB

ORQI,aBSELO

PC,TOORIO

TRIBN,3BSEL3

1D0 REQUEST IN

;WAIT TIL PORT IS OURS
:SET UP TRIB NO.

H16
CZCLMCO OMP/V-11 DCLT

HALT

TRIB SUBROUTINE

58
59
60
61
62

065074
065102
065110
065112

012777

112777
000753
000207

MACRO v05.00

000005
000001

Thursday

135764
135746
HLTREX:

22-Mar-84

MOV
MOvVB
BR
RTS

16:24

Page

#05,8SEL6
001 ,8BSEL2
HLTTR1

SEQ 202

105-1

sHALT

TRIB

;CLEAR RDI AND DO COMMAND.
:GO BACK AND GET ANOTHER
tRETURN TO CALLER

CZCLMCO DMP/V-11 DCLT
TIME OUT OR

INPUT

INT.

MACRO v05.00

OR OUTPUT

INT.

I16
Thursday 22-Mar-84 16:24 Page 106

VROV
E W r

.SBTTL

-3

TIME OUT OR INPUT INT. OR OUTPUT INT,

i
:
:

i
:
i

FUNCTIONAL DESCRIPTION:

TOORIO - TIME OUT OR INPUT INTERRUPT OR OUTPUT INTERRUPT
THIS ROUTINE SETS UP A TIMER FOR 100 (OCTAL) TICKS
THEN CHECKS FOR TIME OUT,OR INPUT INTERRUPT,OR OQUTPUT

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
INPUT INTERRUPT,

: USE OF FLAGS:
:
:

:
:

SUBORDINATE ROUTINES USED:

“OUTHDL"

:
:
:
:

"OTINT” - SET BY QUTPUT INT ROUTINE
"ININT” - SET BY INPUT INT. ROUTINE
CLEARED BY THIS ROUTINTE.

- OUTPUT INTERRUPT HANDLER

CALLING SEQUENCE:

JSR

PC,TOORIO

065114
065120
065126
065134
065136
065144
065150

011637
012737
032737
001403
012737
005737
001022

017374
000100
000003

000400
017456

017456
023100
017456

TOORIO: MOV
MOV
BIT
BEQ
MOV
TOOR3:
TST
BNE

(SP),PCADD
2100, TIMER1
23,0PTYP
TOOR3
9400, TIMER]
TIMERL
TOOR1

sSAVE ADDR. OF CALLING ROUTINE
sSET UP TIMER
1 IS (HIS DMV
:1BRANCH IF NOT
sMAKE TIME OUT GREATER IF DMv
;IS TIME EXPIRED
: IF NOT CONTINUE
: IF YES ERROR

J16
CZCLMCO DMP/v-11 DCLT
TIME OUT OR INPUT

35
36
37
38
39

065152
065160
065166
065174
065200
40 065204
065204
065206
065210
065212
41 065214
32

43 065216

INT.

012737
017737
017737
004737
005237

46 065226
47

001402

065242
51 065244
065252
53

017354
017360
017356

004737
032737
001740
042737
000207

22-Mar-84

MOV
MOV
MOV
JSR
INC
ERRSOF T

041460
000737

104422
032737

48 065230
49 065234

037354
135672
135660
042104
017310

Thursday

104457
000007
037354

065216
44 065220

MACRO v05.00
OR OQUTPUT INT.

BR
TOOR1:

017414

065254
000001

017414

000001

017414

TOOR2:

16:24

Page

PC,LGDVE

ERRCNT

7.0OVEM3 ,ERR13

TRAP

TOORIO

BIT

SOTINT ,FLAG

BEQ

TOOR2

JSR
BIT

PC,OUTHDL

8IC

ODVEM3, TEMP2
8SEL2, TEMP4
QSELO, TEMP3

BREAK

RTS

SEL

106-1

@ININT ,FLAG
TOOR3
@ININT ,FLAG

;IS THERE AN OUTPUT

;sPENDING

:IF NOT GO TO 2

sELSE GG HANDL IT
:

:IS THERE AN INPUT PENDING
;IF NOT GO BACK TO TIMER CK.
;ELSE CLEAR THE INPUT PEND FLAG
;AND RETURN TO CALLER

CSERSOF T

.WORD
.WORD
.WORD

DVEM3
ERR13

TRAP

C$BRK

K16

OV®-IOND
WM -

MACRO v05.00
CZCLMCO DMP/V-11 DCLT
OQUTPUT INTERRUPT HANDLER

Thursday

22-Mar-84

16:24

.SBTTL

Page

SEQ 205

107

OUTPUT INTERRUPT HANDLER

jee

: FUNCTIONAL DESCRIPTION:
W

OUTHDL

- OUTPUT INTERRUPT HANDLER

THIS ROUTINE IS CALLED WHEN AN OUTPUT INTERRUPT HAS SET
THE "OTINT” BIT IN THE “FLAG” WORD. IT CHECKS FOR
AN RDO SIGNAL IF NO RDO THEN REPORT ILLEGAL INTERRUPT,
THEN IT CHECKS FOR BACC OUT IF NOT BACC OUT REPORT THE
TYPE OF OUTPUT ERROR. IF BACC OUT FIND IF RX OR TX

USE OF FLAGS:

Ge WC

WP GF

Sr W6

IF RX SET CRX BIT AND MOVE ADDR AND BYTE COUNT TO RSEL4
AND RSEL6. IF TX SET CTXV BIT AND MOVE ADDR AND BYTE COUNT
TO TSEL4 AND TSEL6. CLEAR OTINT FLAG AND RETURN TO CALLER.
“OTINT”

- SET BY OUPUT ROUTINE
CLEARED BY THIS ROUTINE
"DMRRUN” - SET BY DVINIT ROUTINE IF THIS IS DMR
CHECKED AND CLEARED BY THIS ROUTINE.
"CTX*
- SET IF TRANSMIT COMLETED

- SET IF RECEIVE COMPLETED

SUBORDINATE ROUTINES USED:

We WE

"CRX"

-LOG DEVICE ERRORS TO EVENT LOG

CALLING SEQUENCE

JSR

PC,OUTHDL

“LGDVE"

065254
065260
065266
065272
065274
065302
065304
065304
065310
065314
065320
065322
065326
065330

011637
042737
005737
001404
142777
000207

017703
042703
022703
001405
022703
001550
000137

017374
000002
017320

017414

000200

135554

135546
177770
000001

OUTHDL : MOV
8IC
TST

OUTHL:

066274

:SAVE ADDR. OF CALLING ROUTINE

CULNSET

BEQ
8IC8
RTS

OUTH1
#RDO, @BSEL2

MOV

@BSEL2,R3

cMP
BEQ
CMP
BEQ
JMP

@1,R3
CONOHD
02,R3
INFOHD
BACCHD

BIC

000002

(SP),PCADD

QO0TINT,FLAG

@1C<7>,R3

:CLEAR RDO

;sRETURN TO CALLER
:STRIP TO COMMAND CODE

:IS
;IF
:IS
;IF
:IF

IT CONTROL OUT
SO GO TO CONTROL OUT HANDLER
IN INFO OUT

SO GO TO INFORMATION OUT HANDLER

NOT JUMP TO BA CC HANDLER

;CONTROL OUT HANDLER
065334
065334
065336

005003
157703

CONOHD:

135524

CLR

BISB

8BSEL6,R3

; REV C EC

: SAVE REASON FOR INTERRUPT

;s IF MODEM DISCONNECT OR RING IS DETECTED, AND DCLT IS NOT RUNNING,
::

WE INGNORE IT.

CZCLMCO DMP/V-11 DCLT
MACRO V05.00
OUTPUT INTERRUPT HANDLER

58
59
60
61
62
63
64

065342
065346
065350
065354
065356
065362
065364

005737
001011
022703
001404
022703
001401
000402

2? 065366

000137

066452

68 065372

032703

000100

70 065376

001052

65 065366

71
72
73
74
75
76

065400
065404
065406
065414
065416
065424

022703
001011
032737
001437
012737
000137

78 065434

001004

77 065430

79 065436

80 065442
81 065446
82 065452
83 065454
84 065460
85 065464
86 065470
87
88
89
90

065472
065476
065500
065504

91 065506
92 065514

3.3 065522

022703

005237

000137
022703
001004
005237
000137
022703
001411

022703
001406
022703
001403
012737
016337

000427

95
96 065524

012737

98 065536

001006

97 065532

017416

000304
000032

177777
066452

017416

000002

017302

000032

114 065634

CONO1

:BRANCH IF YES.

CMP
BNE
BIT
BEQ
MOV
JMP

924 ,R3
CONO1B
ORUNST ,FLAG
CONO1A
#-1,RUNING
OUTHEX

BNE

CONO1C

CMP

MOV
MOV

177777

017324

CONO1:

MOV

000306
177777

042703
016337

000300
023210

017737

135260

005237

+IS THIS ERROR IN THE 100-176 RANGE

CONO1A:

022703
001003
012737

113 065630

9BIT6,R3

017324
017366

103 065554
104 065560
105 065562

017737
012737
004737

¢ EXIT

177777
023106

000100
023142

110 065610
111 065616
112 065624

OUTHEX

CcMP
BEQ
CMP
BEQ

000022

042703
016337

109 065602

JMP

JMP
CONO1C: CMP
BNE
INC
JMP
CONO1D: CMP
BEQ

017304
066452
000006

135242
037430
042104

017310

017330

:1OR THE 300-376 RANGE

:+IS THIS A RUN STATE
:IF NOT GO TO 1B
: TEST THE RUN STATE
:IF NOT SET GO TO 1A
: SET "DCLT RUNNING” FLAG

#2,R3

;IS IT RX THRESH

OPVAR

:BUMP OPVAR

OQUTHEX
94 ,R3
CONO1D
OPVAR1
OUTHEX
@6,R3
CONO1A

@32.R3
CONO1A
922,R3
CONO1A

:BRANCH IF NOT

;AND EXIT
;IS IT TX THRESH
:BRANCH IF NOT
:IN TX COUNT
;AND EXIT ROUTINE
:IS IT SELECT
:BRANCH IF SO
+IS IT RING D

;IS IT DEAD TRIB
:BRANCH IF SO

¢-1,FTLFLG
;SET FATAL ERROR FLAG
CONOLS(R3),CONOTM

CONO4

;THEN GO TO 4

#-1,FTLFLG

:SET FATAL ERROR FLAG

CONO3

:IF SO GO TO 3

#B8IT7,R3

8IC
MOV

48IT6,R3
;CLEAR TOP BIT
CONO1S(R3),CONOTM

BR
CONO3:

DCLT RUNNING?
YES,BRANCH
MODEM DISCONNECT(DSR DROPPED)?
YES, EXIT
MODEM RING ?
YES.BRANCH
GO HANDLE INTERRUPT

BIT

BNE
017366

SEQ 206

107-1

i
i
;
s
:
+
:

INC

066452
000004

99 065540
100 065544

106 065570
{g; 065574

CONO1B:

Page

RUNING
CONO1E
9304 ,R3
CONOLF
#32,R3
CONO1F
CONO1E

BNE

017414

16:24

TST
BNE
CMP
BEQ
CcMP
BEQ
BR

CONO1E: BIT

000400

000200

000413

CONO1LF
:

000024

032703

{8% 065552

Thursday 22-Mar-84

CMP
BNE
MOV

;IS THIS 300 RANGE

CONO4

:LOAD UP MSG AND GO TO 4

#306,R3
CONO3A
¢-1,0VRCNT

:IS THIS QUE OVER FLOW

017366

CONO3A: BIC
MOV

oBIT7:!BIT6,R3
;:CLEAR THE TOP BITS
CONO3S(R3),CONOTM

017360

CONO4:

MOV

@SEL6, TEMP4

INC

ERRCNT

017356
017354

MOV
MOV
JSR
ERRSOFT

8SEL2, TEMP3
4DVEM4
, TEMP2
PC.LGDVE
7,DVEM4 ,ERR14

:GO LOG ERROR

M16
MACRO v05.00
CZCLMCO DMP/V-11 DCLT
OUTPUT INTERRUPT HANDLER

065634
065636
065640
065642
115 065644
116
117
118
119
120
121
065650
123 065650
124 065656
065660
065666
065672
065700
065702
065710
065712
065720

065724
065730
065734
065740

065744
065750

JMP

066452

Page

SEQ 207

107-2

OUTHEX

{EXIT OUTPUT HANDLER

.WORD
.WORD
.WORD

gOEQSOF T

DVEMA

ERR14

: INFORMATION OUT HANDLER
:BA AND CC HANDLER

122777
001005
017737
000137
032777
001011
022777
001766
012737
000137
005037
017704
017703
042703
105777
001007

000010

135210

135176
066452
000040

020524

000020

135156

041212
065602
017326
135126
135126
177740
135110

017366

021030

065770
065774
065776

116302
006303
016337

020762

000172

066010

066056

16:24

TRAP

016337
000406

066024
066030
066032
066034
156 066040
157
158 066050
066050

22-Mar-84

104457

000007
037430
041512
000137

065752
065756
065760
065766

066010
066012
066014
066016
066016

Thursday

116302
006303

005046

153716

005046

CMPB
BNE
MOV
INFO1B: JMP
INFOH1: BIT
BNE
CMP
BEQ
MOV
JMP
INFOHA: CLR
MOV
MOV
BIC

020662

INFOHS:

#177740,R3

;:CLEAR ALL BUT LAST S5 BITS

INFOH8

:BRANCH IF NOT

MOV

GSSLST(R3),CONOTM

MOVB
ASL

INFOH2: JMP

INFOH4

:GET OUT IF BUFF RET CMP
;SET UP FOR INFO ERROR
;AND PRINT IT
;CLEAR FLAG

GSSIND(R3),R2

MOV

017366

:
:BRANCH IF RD/TSS

MOVB
BR
INFOHS8

;IS THIS A MODEM STATUS
;GO TO INFO 1 IF NOT MODEM STATUS
:PUT IN NEW MOD STATUS

SBSEL3

ASL

017366

#10,8BSEL6
INFOH1
8SEL4,MODS
OUTHEX
OBITS,8BSELE
INFOHA
©20,8BSEL6
INFO1B
@INFOM,CONOTM
CONO4
TSSFLG
&§SEL4,R4
8BSEL6,R3

TSTB

BNE

021130

066016
066044
066110
010446
013746
012746
010600
104416
062706
000137
010437

135166

INFOMHD:

.WORD
.WORD
.WORD

PRINTS

:IS THIS GSS

INFOH2

;USE WORD INDEX

;USE GSS LIST

TSSIND(R3),R2

TSSLST(R3),CONOTM

;IF TSS USE THAT LIST

SINFOH4(R2)
INFOH5
INFOH6
INFOH7?

CONOTM,R4

;:WORD ROUTINE
;:BYTE ROUTINE
: SPECIAL ROUTINE

017366
000002
000006
066452
017350

017351

JMP

INFOH6 : MOV
PRINTS

OUTHEX

R4, TEMP

CONOTM,<B,TEMP>,<B,TEMP+1>

MOV
MOV
MOV
MOV

TRAP
ADD

cLn
BISB
CLR

R4, -(SP)

CONOTM, -(SP)
92,-(SP?

CSPNTS

&6 ,5P

-(SP)

TEMP.1,(SP)

-(SP)

BL
MACRO v05.00
CZCLMCO DMP/V-11 DCLT
ER
HANDL
RUPT
INTER
T
OUTPU

005046

153716

005046
153716

TRAP
ADD

000010

066452

017350

017352
001000

017350

18:

BIT

002000

017350

2%:

BIT

017356
0040CO

017350

017354

TEMPL

RIYB.YEFP
TEMP1

eBIT9, TEMP
2%
TEMP2

eBIT10,TEMP

TEMP3

3s:

#B8IT11,TEMP

PRINTS

3%
TEMPA

CONOTM, <B, TEMP> , <B, TEMP1> ,<B,TEMP2> ,<B, TEMP3>, <B, TEMP4>
CLR
8IS
CLR
B8ISB8
CLR
8ISB
CLR
8Is8
CLR
B8ISB

017360
017356
017354

017352

032703
001035

000004

022737

001001

104444
005237
013702
017722
017722
017722
022702
001002
012702

017350
017366
000006

MOV
MOV
MOV

TRAP

ADD

000016

BACCHD:

#MBIT2,.R3

INC

CRX

015772
134556
134526

MOV
MOV
MOV

RSPTRE ,R2

016156

cHe
BNE

;RXSKEN.R?

015766

134516

016012

015766

14:

MOV

-(SP)

TEMP4,(SP)
-(SP)
TEMP3,(SP)

TEMPL,(SP)

-(SP)
TEMP,(SP)

CONOTM - SP)
“Q‘(S"’
SP,RO
CSPNTS
016,5P

X
QUTHE

BACCTX
:%8..(:“!

000022

SP,RO
CHPNTS
910,5P

TEMP2
TEMPS
TEMPA

017360

153716
005046
153716
013746
012746
010600
104416
062706
000467

TEMP,(SP)

CONOTH, -(SP)

OUTHEX
R4, TEMP

INFOMH7:

017350
017352
017354
017356
017360
000400

8333

166 066142
167 066144
066150
169 066156
170 066160
171 066164
172 066172
173
174
175
176
177

8IS8
MOV
MOV
MOV

01735C
017366
000003

—

066130
165 066134

153716
013746
012746
010600
104416
062706
000137
010437
005037
005037
005037
005037
032737
001402
005237
032737
001402
005237
032737
001402
005237
032737
001402
005237

066060
066064
066070
066074
066076
066100
159 066104
160 066110
161 066114
162 066120
163 066124

Thursday 22-Mar-84 16:24

SEQ 208

Page 107-3

sIF BIT IS SET GO DO Tx
;IS THIS GOING TO BREAK THE BANK?
TRAP

8SEL2,(R2)+
$

ORXSTAK ,R2

1LOAD R2 WITH POINTER

CSDCLN

Cl
MACRO Vv05.00
CZCLMCO DMP/V-11 DCLT
OUTPUT INTERRUPT MANDLER

066352
066356
066362
066364
066364
066366
066370
066372

010237
005737
001433

066374
066400
066404
066410
066414
066420
066424
0664 30
066432
066432

005237
013702
017722
017722
017722
010237
022702
001001

066434
066440
066442

005737
001404

28:
3s:

015772
017330

- 107-4
Pe

R2,RSPTRE
MOV
TST
OVRCNT
X
OUTHE
BEQ
T 12,DVEM7 ,ERR15
ERRSOF

104457
000014
037645
041550

104457
000015

066452
066460
066464
066466
066466

142777
005737
001427

BACCTX:

015764
015774

INC

134456
134446
134436
015774

CTx
TSPTR,R2

1$:

017330

1BAD NEWS

TST

OVRCNT

QUTHEX
ERRSOFT 13,DVEM7,ERR16

000200
017330

134376

OUTHEX: BICB
IST
BEQ

OUTHE4A: BREAK

042737
105077
112777

000001
134340
000001

BIT
BEQ
JMP

017414

177777

017414

OUTHES: BIT

BEQ
B8IC
CLRB

017414

MOV
MOV
BR

134322
017322

ORDO,8BSEL2

OVRCNT
OUTHES

005737

017324

005037

017324

1BRANCH IF ZERO

TRAP

S0TINT ,FLAG
OUTHES

OUTHDL
OININT FLAG
OUTHES
@ININT ,FLAG
8BSEL6
901,8BSEL2
0-1,RQAIFLG
OUTHES

OUTHES:

TST

BEQ
CLR

FTLFLG

OUTHEG

FTILFLG

+IS OUTPUT INTERRUPT SET
1BRANCH IF NOT
sWHEN SET GO BACK FOR NEXT ON QUE
;TEST FOR INPUT INT
;BRANCH IF NOT INPUT
100 NO REQUEST

iSET RQI FLAG

;BRANCH IF NOT FATAL
1CLEAR FATAL FLAG

: IF A FATAL ERROR HAS OCCURRED, WE CLEAR ALL MODEM SIGNALS

015756
017350

CLRB
CLR

TRIBN

TEMP

ERR16

;TEST THE OVER FLOW COUNT

105037
005037

T
CSERSOF
i3
DVEM?7

;+CLEAR RDO

: SEE IF FATAL ERROR HAS OCCURRED

066556
066562

TRAP

;CHECK IF MERE FROM QUE OVER
.WORD
.WORD
.WORD

065254
000001

001416

CSDCLN

;1LOAD R2 WITH POIN ER

066544
066550
066552

TRAP

12
DVEM?7
ERR1S

8SEL4,(R2).
8SEL2,(R2).
R2,TSPTR
:RXSTAK.RZ

016012

104422
032737
001402
000137
032737

012737
000751

T
CSERSOF

sINC TX COMPLETE - . . .T

037645
041610

001414

TRAP

.WORD
. WORD
.WORD

104444

066442
066444
066446
066450

066470
066476
066500
066504
066512
066514
066522
066526
066534
066542

Thursday 22 -Mar-84 16:24

SEQ 209

;PARAMETER FOR SUBROUTINE

tCLEAR ALL MODEM SIGNALS

C$BRK

CZCLMCO nMP/V-11 DCLT

OUTPUT INTERRUPT HANDLER

MACRO V05.00

Thursday 22-Mer-84 16:24

JSR

241 066566 004737 064732

CLR

24§ 066572 005037 017416
24
244

®©

MOV
Jiw

248 066576 013706 017364
2‘258 066602 000137 052402
252 066606
253 066612

005737
001405

261 066642
262 066644
263 066646

000000
000000
000000

005037
152777
005737
001315
005027
000207

264 066650 000000
265 066652
266 066654

RUNING

:+ GO CLEAR MODEM SIGNALS

:+ INIT “DCLT RUNNING” FLAG

247

254 066614
255 066620
256 066626
257 066632
258 066634
2228 066640

PC,WRMCS

; RESTORE ORIGINAL STACK POINTER AND GO TO "DC.T>" PROMPT.

3:5

251

Page 107-5

000000
000000

017322

OUTHEG6: TST
BEQ

CLR
017322
BISB
000200 134224
OUTHE2: TST
017326
BNE
CLR
017330
RTS

SAVSP,SP
GTRAS
RQIFLG
OUTHE?2

RQIFLG
ORQI,BBSELO
TSSFLG
OUTHEA
OVRCNT
PC

TSEL6:
TSEL4A:
TSEL3:

.WORD
.WORD
.WORD

O
O
O

RSEL6:
RSEL3:

.WORD
.WORD

O
O

RSEL4:

.WORD

;RESET STACK
;GO BACK TO DCLT»

;CLEAR THE RQI FLAG.
:TEST THE TSSFLG
s IF NOT ZERO WAIT TIL IT IS.
;CLEAR THE OVERFLOW FLAG
tRETURN TO CALLER
;s TEMP STORAGE LOCS.

SEQ 210

CZCLMCO DMP/v-11 DCLT

OUTPUT INTERRUPT HANDLER

MACRO V05.00

Thursday 22-Mar-84 16:24

DEVICE INTERRUPT SERVICE ROUTINES

.SBTTL

22 066656

28 066656

052737

000001

29 066664 042777 000200
31 066672

066672

017414

134160

SEQ 211

Page 108

BGNSRV

DVINS

BIS

QININT ,FLAG

BIC

ENDSRV

eBIT7,8BSELO

DVINS::

;CLEAR RQI

L10021: avy

CZCLMCO OMP/V-11 DCLT

SEQ 212

MACRO V05.00 Thursday 22-Mar-84 16:24 Page 109

DEVICE INTERRUPT SERVICE ROUTINES
32

42 066674

- 066674

49 066674
S0 066702
51
52
53

052737

2
06670
066702 000002

000002

017414

BGNSRV

DVOUTS

8IS
ENDSRV

QOTINT ,FLAG

DVOUTS: :
L10022: RTI

Page 111
16:24
4
22-Mar-8
Thursday
V05.00
MACRO
DCLT
DMP/V-11
CZCLMCO
DEVICE INTERRUPT SERVICE ROUTINES
13

.EVEN

15 066704

ENDTST

1o
1

066704 104401
066704

L10020:

TRAP

CSETST

H1
MACRO V05.00
CZCLMCO DMP/V-11 DCLT
HARDWARE PARAMETER CODING SECTION

Thursday 22-Mar-84 16:24

.SBTTL

SEQ 214

Page 112

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.
BGNHRD

000034

L$HARD:
:

DEVICE INDEPENDENT SECTION

.SBTTL

44
45
46
47
48 066716

066716
066720
066722
066724
49 066726
066726
066730
066732
066734
066736
066736
066740
066742
066744
066746
51 066750
066750
066752
066754
066756
066760
066762
066762
066764
066766
53 066770
066770

DPLX,0,1,YES
000130
067000
000001

CSRADR,2,0,160000,177776, YES
001031
067031
160C00
177776

VECTOR,4,0,300,776,YES

002031
067056
000300
000776

005032
067226
000007
000000
000004

PRIOR,6,0,340,4,7,YES

GPRMD

OPTYPM,12,0,7,0,4,YES

GPRML

PTPMLP,10,1,YES

XFERF

ENDHWL

004130
067137
000001

004044

T$CODE
DPLX

DEVICE DEPENDENT SECTION

.SBTTL

003032
067111
000340
000004
000007

.WORD

066710
066710
066712
066714

.WORD L10023-L$HARD/2

§ 588§ 33388 B8888 3383 EaEs

066706
066706
066710

T$CODE

CSRADR

TSLOLIM
TSHILIM
T$CODE

VECTOR

TSLOLIM
TSHILIM

T$CODE
PRIOR

340
TSLOLIM
TSHILIM

T$CODE
;WTVPH

TSLOLIM
TSHILIM
T$CODE
PTPMLF
1
T$CODE

Il
MACRO V05.00
C2CLMCO DMP/v-11 DCLT
DEVICE DEPENDENT SECTION

54 066772
066772
066774
066776
55 067000
56 067000
067000
57
58
59
60
61
62 067000
63
73
74
75
76
77
78
79

067031
067056
067111
067137
80 067173
81 067226
82 067244
83
84
85
92

Thursday 22-Mar-84 16:24
GPRML

004130
067173
000002

SEQ 215

Page 112-1

TRIBCO,10.2,YES

.WORD
.WORD

.WORD

ENDHUL :

ENDHRD
L10023:

.NLIST

BEX

;DEVICE INDEPENDENT QUESTIONS
106

125

114

DPLX:

.ASCIZ

/FULL DUPLEX OPERATION :

;:DEVICE DEPENDENT QUESTION
104
111
111
111
111

117

040

105

116
116

123
123
120

060

126
124
124
040
040
124

075

CSRADR:
VECTOR:

.ASCIZ
.ASCIZ

OPTYPM:

.ASCII

PRIOR:
PTPMLP:
TRIBCO:
.LIST

.ASCIZ
.ASCIZ
.ASCIZ

.ASCII
BEX
.EVEN

/DEVICE CSR ADDRESS: /
/INTERRUPT VECTOR ADDRESS: /
/INTERRUPT PRIORITY : /
/IS THIS MULTIPOINT NETWORK:/
/IS THIS A CONTROL STATION:/

/OPTION TYPE /<15><12>
/ 0=DMP/<15>¢<12>/ 1=DMV:/

.EVEN

T$CODE
TRIBCO

MACRO v05.00
CZCLMCO DMP/V-11 DCLT
SECTION
T
DEPENDEN
DEVICE

Thursday 22-Mar-84 16:24

SEQ 216

Page 113

; .SBTTL SOF TWARE PARAMETER CODING SECTION
R
HE

; THE SOF TWARE PARAMETER CODING SECTION CONTAINS MACROS
; THAT ARE USED BY THE SUPERVISOR TO BUILD P-TABLES. THE

VRNV

BUT ARE
; MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS
THE
URES.
STRUCT
DATA
AS
; INTERPRETED BY THE SUPERVISOR
CATIONS
; MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNI
; WITH THE OPERATOR.
yaa

T
BGNSF

ENDSFT

tissssssssssaslassRRisNRsAAAREsRiiiaiiiiiis

: TEMPORARY PATCH AREA - FOR DEBUG PURPOSES
R

S$PATCH:

067264
067264

R R R R R R R R R R R R R R R R R R R R R R R R R R R RERRERER L

.BLKW
LASTAD

067344

067344
067346
067350
067350

LSLAST::
000001

.END

.EVEN

IK1
CZCLMCO MP/v-11 DCLT

MACRO v05.00

ACT
= 000003
ACTATY
055026

ACTRGS

ACTCHK
ACTCKT

ACTCLB
ACTCLP

ACTCLR

ACTCOP

ACTCRC
ACTCSE
ACTCST
ACTOLL
ACTDME
ACTOMQ
ACTDMS

ACTDMX

ACTECH
ACTEKE
ACTEKT
ACTEQO

ACTETB

ACTEWS

ACTEXT

ACTEXX

ACTESA

ACTESB

ACTHLP

ACTKAL
ACTKTB
ACTLIS
ACTLLP
ACTLPX
ACTLXX
ACTMEX
ACTMEL
ACTMOP
ACTMOS
ACTMSO
ACTMS1
ACTMS2
ACTMS3
ACTMSA
ACTMSS
ACTMS6E
ACTM2X
ACTNO
ACTNUF
ACTNUL
ACTNUM
ACTOPHM

ACTPAS

ACTPRO
ACTPRT
ACTQFG
ACTREC
ACTREX

054632
055242
057010
054154
055354
053644
054452
055256
054000
054072
055074
054400
05437¢
054350
054406
055152

ACTRHL
ACTRLG
ACTRLP
ACTRNF
ACTRNL
ACTRPS
ACTRSE

ACTRSF
1 CTRSO

ACTRTN
ACTRTS
ACTRUN
ACTSEX
ACTSHO
ACTSHW

044524
044434

044510
055374
044424
044432
055324
044546
044672
044706
£34600
044554
053754
054764
053654

054214

056150
054414
055250
ACTSTS
054424
ACTSTT
ACTSTX
054432
054442
ACTSZE
ACTTAL
055114
ACTTLP
055344
ACTTRA
055104
055732
ACTWS1
ACTWS2
055736
ACTWS3 056036
ACTWSS
055666
ACTWS7
056002
ACTWS9 055570
056020
ACTMW7A
056026
ACTW78
045350
ADDCC
045444
ADDC1
= 000020 G
ADR
060150
ALCK
060234
ALCK1
060310
ALCK2
060550
ALCK2A
ALCK3
060610
060732
ALCK3A
060754
ALCK3B
060744
ALCK3C
060714
ALCK3D
060776
ALCKA
061010
ALCKAA
060210
ALCKS
ALCKSB
060220
060210
ALLTR
ASSEMB= 000010
ATVMOD= 000027
040275
BABTM
066274
BACCHD
066374
BACCTX
017371
BAD
= 000051
BADCHR
ACTSLS

ACTSTE

030401
030372
030363

BASM1
BASM2

BASM3
BDCLK
BITO

BITO00
BITO1
BITO2

027232

BITO3
BITO4
BITOS
BITO6
BITO7
BITO8
BITO9
BIT1
8IT10
8IT11
BIT12
BIT13
BIT14
BIT1S
BIT2
BIT3
BIT4
BITS
BIT6
BIT?7
BIT8
BIT9
BLDBEX
BLDBUF
BLDB1
BLDB2
B8LDB3
=
BOE
BSELO
BSEL1
BSEL2
BSEL3
BSEL4
BSELS
BSEL6
BSEL7
BUFEX
BUFLIM=

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

023066
023070
027377
001000

041111
017316
000002
041175
CBLLOP= 000045
017246
CCURAD
CHECK = 000003
CLEAR = 000001

BUF TSM
BYTBIT
CABLE =
CARLOS

OO0 OOONNONOONONOOOOOOOO0

ACTBCR

Page

113-1

table

IIIIIIII.IIIIIIIIIIIIDilll

Symbol

Thursday 22-Mar-84 16:24

SEQ 217

053436
CLIACT
CLIALN= 000007
CLIALP= 000006

CLIBCR 023604
023477
CLIBOL
=
000003
BIF
CLI
CLIBR = 000002
023457
CLIBRX
CLIDEC= 000011
CLIERM 023362
CLIERR= 000000
CLIEXI= 000001
023435
CLINBG
CLINPS 023541
023412
CLINUF
UM=
000005
CLIN
CLIOCT= 000010
023702
CLIPPE
023750
CLIPW
CLIRAC 024360
044774
CLIRT
CLISEO 023651
CLISPA= 000004
CLISTR= 000012
CLITRE 021170
CLISPM 023354
CLISRP 025334
017440
CLKBR
017436
CLKCSR
017446
CLKEN
017444
CLKHZ
0
04170
NT
CLKI
041654
CLKSET
017442
CLKVEC
CLNSET 017320
CLRPEX 046362
046340
CLRPLS
046352
CLRPL1
003130
CMDBUF
004416
CMPBUF
CMPNEW 061040
CMPPTR 017240
061322
CMPSEX
061022
CMPSR
061202
CMPS1
061206
CMPS2
061074
CMPS3
061304
CMPS5
CMPSSA 061310
061252
CMPS6
061170
CMPS7
017242
CMPTOT
€00020
CMSGO
000021
CMSG1
000022
CMSG2
000023
CMSG3
000024
CMSGA
000025
CMSGS
000026
CMSG6
065334
CONOHD

023106
017366
065524
065514
065430
065446
065464
065372
065366
023142
023210
065602
065554
CONO3
065570
CONO3A
017340
CPTR
015412
CPTRLS
017336
CPTRR
015512
CPTTLS
031566
= 000040
CRC
000020
CRCB
015766
= 000006
CSHEXP
CSHTRN= 000007
067031
017244

CONOLS
CONOTH
CONO1
CONO1A
CONO1B
CONO1C
CONO1D
CONO1E
CONO1F
CONO1S
CONO3S

000064
000004

015764
017342
017334

000032

Thursday 22-Mar-84 16:24

CZCLMCO DMP/V-11 DCLT

MACRO V05.00

CS$GETB= 000026
CSGETW= 000027
CSGMAN= 000043
CSGPHR= 000042
CSGPLO= 000030
C$GPRI= 000040
C$INIT= 000011
C$INLP= 000020
C$MANI= 000050
CS$MEM - 000031
CSMSG = 000023
CSOPEN= 000034
CSPNTB= 000014
CSPNTF= 000017
CS$PNTS= 000016
C$PNTX= 000015
C$QIO0 = 000377
C$RDBU= 000007
CS$REFG= 000047
CSRESE= 000033
CS$REVI= 000003
CSRFLA= 000021
CSRPT = 000025
C$SEFG= 000046
C$SPRI= 000041

DLLE7 062004
DLLE7A 062020
DLLE8 062124
DLLGA = 001000
DLLIND 023222
DLLMOD= 000033
DLLM1 002647
DLLMIC 002172
DLLM1E 002654
DLLM2 002654
DLLM2C 002174
DLLM2E 003130
DLLPRI 061602
DLLQ1 025210
032014
DLM
DLTXRX 061642
032040
DLVM
032031
DMCM
DMP = 000000
DMPE = 000053
032044
DMPM
DMPQ = 000054
DMPS = 000052
OMP6 = 000004
DMSGAD 002176

Symbol table

C$SVEC= 000037
C$TPRI= 000013
032022
DAM
DATCKB= 000002
0CO = 000001
DCK = 000014
DCLFLG 017376
= 000022
DDE.
DEADTM 040245
= 000010
DER
DEVPAR 023102
020652
DEvV1
020654
DEv2
020656
DEV3
020660
DEv4
DFPTBL 002130 G
DIAGMC= 000000
DISCON 041150
DIVN1S 063274
= 000020
DLE
061420
OLL
OLLAB 040022
oLLCM 027160
OLLEA 061626
DLLE1 062104
DLLE2 061752
DLLE3S 062164
DLLE4A 062154
DLLES 062274
DLLESA 062212
DLLESB 062246
DLLE6 062036

DMSGCT 002150
DMV = 000001
DMVDF1 016202
DMVDF2 016204
DMVDF3 016210
DMVDF4 016212
DMVDFS 016214
032105
DMVM
032035
ONM
DOGLOB 045776
DOGL1 046036
DOGL2 046146
DOGL4 046154
DOW = 000004
067000
DPLX
032006
DPM
032017
oaM
= 000010
DSR
032050
DTEM
032011
DUM
S346
DUMEX
DUMPSR 045212
045304
puMl
045326
ouM2
045242
DuUM3
045216
ouMa
032025
CUPM
OVEMO 037116
DVEM1 037177
DVEM2 037257
DVEM3 037354
DVEM4 037430

DVEMS 037514
DVEM6 037571
DVEM7 037645
DVEM8 037725
DVEST 063554
DVES1 063540
DVES1A 063454
DvI = 000012
DVINEX 063746
DVINIT 062752
DVINS 066656 G
DVIN1 063172
DVIN11l 063326
DVIN12 063334
DVIN13 063246
DVINA 063060
DVINAA 063006
DVING 063110
032054
OVM
DVMODS 063756
DVOUTS 066674 G
DVRCC 017272
DVRCLS 015612
DVRCT 017274
DVREX 064066
DVRTB 017266
DVRXA 017270
DVRXQ 064006
DVTICC 017252
DVTCLS 015652
DVICT 017256
DVTREX 064622
DVTIRX1 064616
DVIR3 064150
DVTR4 064304
DVTR4A 064370
DVTR4B 064442
DVTRS 064446
DVTRSA 064532
DVITB 017254
DVTXA 017250
DVTXRX 064070
032057
DZM
ECHO = 000037
ECHOB = 000004
EDDCK 030144
EDDDE 030257
EDDER 030127
EDDLE 030222
EDDVI 030174
EDEOP 030312
EDMOS 030326
EDRXC 030101
EDRXG 030054
EDTXC 030025
EDTXQ 030001
EFM11 027724

SEQ 218

Page 113-2

027627
EFM2
EF .CON= 000036 G
EF .NEW= 000035 G
EF .PWR= 000034 G
EF .RES= 000037 G
EF.STA= 000040 G
EKTB = 000063
EMSGO 002221
EMSG1 002222
EMSG2 002223
EMSG3 002224
EMSGA 002324
EMSGS 002416
EMSG6 002517
EMSG8 002647
ENADD 017314
ENDALL 042776
ENDEVT 044204
ENDHWL 067000
ENDIT 051652
ENDQO = 000017
EOP = 000024
025055
EQUQ
FQUE1 025111
~QU@2 025151

ERRCNT 017310
041340 G
ERR1
ERR10 041430 G
ERR13 041460 G
ERR14 041512 G
ERR1S 041550 G
ERR16 041610 G
041402 G
ERR2
= 000100
ERX
ETRB = 000060
ETWS = 000065
ETX = 000200
= 000004 G
EVL
EVMCTS 031530
EVMDCD 031540
EVMDSR 031534
EVMOCG 031410
EVMOHD 031433
EVMOST 031513
EVMRI 031550
EVMRTS 031544
EVMSQD 031554
EVMTM 031560
EVTADD 020616
EVIBCT 020620
EVTEND 020522
EVIFO 030447
EVIF1 030545
EVIF2 030574
EVIF3 030646
EVIF3C 030660
EVTF3D 030675

EVIF3F 030717
EVIF4 031124
EVIF4A 031226
EVIF4B 031016
EVTIF44 031055
EVIFSA 031324
EVIF6 030756
EVILOG 017466
EVTLST 020562
EVTMIN 020612
EVIPTR 017464
EVTSEC 020610
EVTTCK 020614
EVITMP 020622
EXIT = 000066
ESEND = 002100
ESLOAD= 000035
FACSIM 045572
FHOPLX 017406
017414
FLAG
FTLFLG 017324
F$AU = 000015
F$AUTO= 000020
F$BGN = 000040
FSCLEA= 000007

F$DU = 000016
FSEND = 000041
F $HARD= 000004
Fs$HW = 000013
FS$INIT= 000006
F$JMP = 000050
F$MOD = 000000
F$MSG = 000011
F$PROT= 000021
FSPWR = 000C17
FSRPT = 000012
F$SEG = 000003
F$SOFT= 000005
F$SRV = 000010
F$SUB = 000002
F$SW = 000014
FSTEST= 000001
GARPEX 047006
GARPFL 046744
GARP1 046760
GATCEX 047072
GATCFL 047016
GATC1 047036
GETCL 052472
GETIND 047154
GETI1 047160
GETI2 047200
GETPRM 051316
GETRCL 042602
GLBDEF 016206
GLBEND 016220
GLBPLS 017220

Thursday 22-Mar-84 16:24 Page 113-3

CZCLMCO DMP/V-11 DCLT
Symbol

table

MACRO V05.00

GNTXPR
GNTX1
GNTX2
G000
GRPTCP
GSSIND
GSSLST
GSSOA
GSS1A
GSS10A
GSS11A
GSS12A
GSS13A
GSS14A
GSS15A
GSS16A
GSS17A
GSS2A
GSS20A
GSS21A
GSS22A
GSS23A
GSS24A
GSS25A
GSS26A

047102
047120
047112
017370
046546
021130
021030
035004
035045
035425
035477
035517
035555
035616
035637
035747
036057
035103
036141
036206
036253
036320
036365
036432
036477

GSHILI= 000002
GSLOLI= 000001
GSNO = 000000
G3$OFFS= 000400
GS$OFSI= 000376
G$PRMA= 000001
GS$PRMD= 000002
GS$PRML= 000000
G$RADA= 000140
G$RADB= 000000
G$RADD= 000040
GSRADL= 000120
G$RADO= 000020
G$XFER= 000004
GS$YES = 000010
HELP = 000000
HELPDC= 000000
HLP = 000005
HLPEND 003304
024116
HLPF
HLPTAB 003260
024040
HLPO
024123
HLP1
024136
HLP2
HLP2B 024254

INITL 050766
INOVR = 002000
INTPRI 023076
INVEC 023072
ISR = 000100 G
IXE = 004000 G
IsAU = 000041
ISAUTO= 000041
ISCLN = 000041
IsDU = 000041
ISHRD = 000041
ISINIT= 000041
I$MOD = 000041
I$MSG = 000041
I$PROT= 000040
ISPTAB= 000041
ISPWR = 000041
ISRPT = 000041
I$SEG = 000041
I$SETU= 000041
ISSRV = 000041
IsSUB = 000041
IS$TST = 000041
J$JMP = 000167
KALL = 000062

GTXRXB 052072
G$CNTO= 000200
GS$DELM= 000372
G$DISP= 000003
GSEXCP= 000400

INFOH7 066110
INFOH8 065770
INFOM OA4l212
INFO1B 065666
ININT = 000001

LOGAQR
LOGCMD
LOGCML
LOGCMP
LOGDVI

GSS27A
GSS3A
GSS30A
GSS31A
GSS32A
GSS33A
GSS34A
GSS35A
GSS36A
GSS37A
GSS4A
GSSS5A
GSS6A
GSS7A
GTRA2
GTRA3S
GTRA4
GTRAS
GTREX
GTRX2
GTRX2A
GTRX28
GTRX2C
GTRX22
GTR9
GTVIND
GTVI1

036521
035142
036543
036576
036653
036736
036761
037026
037050
037071
035177
035234
035271
035347
052072
052134
052142
052402
057576
057674
057742
060024
057702
057730
057056
046462
046466

SEQ 219

HLP2C 024344
024417
HLP3
HLP3A 024504
024531
HLP4
HLP4A 024610
024666
HLPS
024756
HLP6
HLTREX 065112
HLTTRB 064776
HLTTR1 065040
HLTTR2 065032
HLTTR3 065024
HOE = 100000 G
= 010000 G
IBE
IDU = 000040 G
= 000001
IEI
IER = 020000 G
IE0 = 000020
INDEX 015762
015760
INOW
INFOHA 065724
INFOHD 065650
INFOH1 065672
INFOH2 066004
INFOH4 066010
INFOHS 066016
INFOH6 066044

032072
KDPM
032076
KDZM
KEYWD1 003252
032102
KLM
KTRB = 000061
LCLKEN= 000100
LCPREX 046264
LCPRLS 046234
LCPRL1 046266
LCPR1 046242
LCPR2 046314
LCPTEX 046434
LCPTLS 046364
LCPT1 046406
LDRCLS 046604
LDRPLS 046506
LDTCLS 046704
LDTPLS 046644
LGDVE 042104
LIS = 000006
LISCK 062530
LISCKA 062570
LISMOD= 000032
027103
LISP
LMOLOP= 000046
LNCNT 017300
LOE = 040000 G

047302
042224
042206
042170
042122

LOGEOP 042250
LOGEX 042552
LOGMSC 042266
LOGRXC 042074
LOGRXQ 042056
LOGS1 042304
LOGS2 042544
LOGS3 042344
LOGS3A 042240
LOGS4 042420
LOGSS 042444
LOGTXC 042040
LOGTXQ 042022
LOGUNT 017372
LOOPS 003362
LOT = 000010 G
026765
LPO
026766
LPOO
026775
LP1
027006
LP2
027014
LP3
027027
LP4
L$ACP 002110 G
LSAPT 002036 G
052056 G
L$AU

LSAUT 002070 G
LSAUTO 051770 G
L$CCP 002106 G
LSCLEA 051772 G
002032 G
L$CO
L$DEPO 002011 G
L$DESC 023304 G
L$DESP 002076 G
LSDEVP 002060 G
LS$DISP 002124 G
L$DLY 002116 G
LSDTP 002040 G
L$DTYP 002034 G
052050 G
L$OV
LSDUT 002072 G
L$DVTY 023266 G
002052 G
LS$EF
LSENVI 002044 G
LSETP 002102 G
LSEXP1 002046 G
LS$EXP4 002064 G
LSEXPS 002066 G
L$HARD 066710 G
L$HIME 002120 G
L$HPCP 002016 G
LSHPTP 002022 G
002130 G
L$HW

L$ICP
LSINIT
LSLADP
LSLAST
L$LOAD

002104 G
050752 G
002026 G
067350 G
002100 G

LSLUN 002074 G
LSMREV 002050 G
LSNAME 002000 G
LS$PRIO 002042 G
LS$PROT 050744 G
LS$PRT 002112 G
LSREPP 002062 G
LSREV 002010 G
LSRPT 050736 G
L$SPC 002056 G
L$SPCP 002020 G
L$SPTP 002024 G
L$STA 002030 G
LS$TEST 002114 G
L$TIML 002014 G
LSUNIT 002012 G
L10000 002150
L10001 041400
L10002 041426
L10003 041456
L10004 041510
L10005 041546
L10006 041606
L10007 041646
L10010 042020
L10011 050742
L10013 051766
L10014 051770
L10015 052046
L10016 052054
L10017 052062
L10020 066704
L10021 066672
L10022 066702
L10023 067000
L5060 027121
MARHM 040161
040140
MARM
MCLR = 040000
MLTYP 017404
MOBITE 020544
MOBITS 020526
MOCHK = 000010
017420
MODE
MODES 003344
MODLOC= 000003
MODREM= 000004
020524
MODS
MODTYP 017402
MOMSGS 020544
MOP = 000043
MOSC = 000056

MOO
MO1
MO2
MO3
M04

026674
026704
026715
026725
026734

N1
Trursday 22-Mar-84 16:24

SEQ 220

Page 113-4

CZCLMCO DMP/V-11 DCLT

MACRO V05.00

026751
MOS5
026756
MO6
017232
MPLY
MSC = 000016
002736
MSG
MSGL IM= 000017
MSGTRN 027415
MSGTRU 027446

NOD125
NOD126
NOD127
NOD13
NOD130
NOD131
NOD132
NOD133

022352
022356
022372
021272
022376
022412
022416
022436

NOD207
NOD21
NOD210
NOD211
NOD212
NOD213
NOD214
NOD215

045004
021352
045006
045022
045024
045040
045042
045054

NOD6
NOD60
NOD61
NOD62
NOD63
NOD64
NOD6S
NOD66

021234
021746
021752
021774
022000
022004
022010
022014

N162¢
N163¢
N20$
N25$
N30$
N4Os
N42$
NA3s$

023022
023040
021352
021374
021412
021312
021202
021220

MSG6C 002164
002646
MSG8
MSG8C 002170
MTP = 000001

NOD150
NOD151
NOD152
NOD153

022540
022544
022550
022554

NOD232
NOD233
NOD234
NOD235

045200
045204
045206
045210

NULL = 000000
NUM = 000014
021174
N10$
N100$ 021644

N67$
N68$
N70$
N71$

022416
022442
022446
022456

NOD26
NOD27
NOD3
NOD30
NOD31
NOD32
NOD33
NOD34
NOD35
NOD36
NOD37
NOD4
NOD40
NOD4A1
NOD42
NOD43
NOD44
NOD4S
NOD46
NOD47
NODS
NODS0
NODS51
NODS2
NODS3
NODS4
NODS5
NODS6
NODS57

021412
021414
021202
021420
021434
021440
021456
021462
021500
021504
021522
021216
021526
021544
021550
021574
021600
021604
021622
021626
021220
021640
021644
021650
021672
021674
021720
021722
021726

Symbol table

MSGTYP
MSGO
MSGOC
MSG1
MSGIC
MSG2
MSG2C
MSG3
MSG3C
MSG4
MSGAC
MSG5S
MSGSC
MSG6

017332
002220
002150
002221
002152
002222
002154
002223
002156
002224
002160
002324
002162
002416

MTPLEX 046460
046436
MTPLY

051310
NEW
= 000036
NO
NOCLK 027256
021170
NODO
021174
NOD1
NOD10 021252
NOD100 022102
NOD101 022106
NCD102 022124
NOD103 022130
NOD104 022144
NOD10S 022150
NOD106 022164
NOD107 022170
NOD11 021254
NOD110 022204
NOD111 022210
NOD112 022224
NOD113 022230
NOD114 022234
NOD115 022250
NOD116 022254
NOD117 022272
NOD12 021266
NOD120 02227€
NOD121 022312
NOD122 022316
NOD123 022332
NOD124 022336

NOD134
NOD135
NOD136
NOD137
NODi4
NOD140
NOD141
NOD142
NOD143
NOD144
NOD145
NOD146
NOD147
NOD15

022442
022446
022452
022456
021306
022462
022466
022472
022474
022500
022504
022520
022524
021312

NOD154 022560
NOD155 022564

NOD156 022606
NOD157 022612
NOD16 021326
NOD160 022626
NOD161 022632
NOD162 022654
NOD163 022660
NOD164 022702
NOD165 022706
NOD166 022712
NOD167 022716
NOD17 021332
NOD170 022722
NOD171 022726
NOD172 022742
NOD173 022744
NOD174 022764
NOD175 022770
NOD176 023004
NOD177 023010
021200
NOD2
NOD20 021346
NOD200 023022
NOD201 023026
NOD202 023040
NOD203 023044
NOD204 023050
NOD20S5 044774
NOD206 045000

NOD216 045060
NOD217 045072
NOD22 021356
NOD220 045074
NOD221 045106
NOD222 045112
NOD223 045116
NOD224 045122
NOD225 045136
NOD226 045140
NOD227 045154
NOD23 021370
NOD230 045156
NOD231 045174
NOD24
NOD25

021374
021406

NOD67 022020
021236
NOD70 022024
NOD71 022030
NOD72 022034
NOD73 022040
NOD74 022044
NOD7S 022050
NOD76 022062
NOD77 022066
NOEXM 041132
NONE = 000000
NOTNUF = 000050
NULEVT 030407

NOD7

N102$¢
N104s

N10S$
N106s
N107¢
N108¢
N110$
N111ls
N112$
N114$
N11S$
N116$¢
N117s
N118$¢
N120$
N121$
N122¢
N123$
N125¢
N126s
N130$
N131$
N132$
N140$¢
N141s
N142s
N143s
N144s
N1508
N160$
N161s

021650
021674

022722
022726
022744
022770
021722
021726
021752
022044
022040
022062
022106
022130
022230
022474
022524
022500
023050
022544
022150
022210
022170
022560
022564
022612
022632
022660
022706
023004
023010

N44 s
N4S$
N46$
N47$
NSO0$
NS1$
NS2$
N60$
N61$
N62$
N63$
N64 $
N65$
N66$

N72$
N73$

021236
021254
021272
021332
022000
022004
022010
022234
022254
022276
022316
022336
022356
022376

022462
022472

021414
N80$
021420
N81$
021462
N82$
021504
N83$
021526
N84 ¢
021550
N85$
021600
N86$
021626
N87$
OFSET 017346
OPBFPT 002520
OPBUF 002524
OPCNT 002166
OPEND 002646
OPRMM 027114
OPRMSG= 000015
OPTYP 023100
OPTYPM 067226
OPVAR 017302
OPVAR1 017304
OTINT = 000002
OUTHDL 065254
OUTHEX 066452
OUTHE2 066626
OUTHE3 066544
OUTHE4 066466
OUTHES 066504
OUTHE6 066606
OUTH1 065304
OUTVEC 023074

Be
Thursdey 22-Mar-84 16:24

CZCLMCO DMP/V-11 DCLT

MACRO V05.00

OVRCNT 017330
OsSAPTS= 000000
0sAU = 000001
0$BGNR= 000001
0$BGNS*= 000000
osDV = 000001
OSERRT= 000000
OSGNSKW= 000000
OSPOIN= 000001
0$SETU= 000000
PARAM 017410
PAS = 000002

PRI = 002000 G
PRIOR 067111
PRIOO = 000000 G
PRIO1 = 000040 G
PRIO2 = 000100 G
PRIO3S = 000140 G
PRIOA = 000200 G
PRIOS = 000240 G
PRIO6 = 000300 G
PRIO7 = 000340 G
PRNT = 000055
PROTO = 000041

Symbol table

PASC = 000042
PASMOD= 000030
PASS1 002650
PASS2 002651
PASS3 002652
PASS4 002653

PCADD

017374

027056
PCx
PCLKCT= 001600
PCLKEN= 000111
PCPM 027672

027066
PEC
PE1OOM 040331
PEL1O2M 040345
PE104M
PE1O6M
PELL1OM
PEL1I2M
PE114M
PE116M
PEL120M
PE122M
PEL24M
PEL26M
PE130M
PE132M
PEL134AM
PEL136M

040367
040413
040444
040466
040517
040542
040576
040622
040652
040701
040730
040756
041002
041034

PNST
PNT

027043
= 001000 G

PE14OM
PE142M
PE144M
oLCK
PHMS
PNCK
PNEC
PNMS

PNTTRE8
POLDEF
POLLEN
POLLE2
POLLIS
POLPM
POLPM3

041056
041075
041103
060122
027075
027054
027064
027073

044326
016166
063664
063736
016220
025234
025301

SEQ 221

Pege 113-5

RMDLOP= 000047
RNOTNF= 000012
RPASS 017412
RPEXT = 000002
RPGSS = 000004
RPHLP = 000001
RPLOG = 000003
RPSWE = 000007
RPSWF = 000010
RPSWO = 000011
043272
RPT
RPTAA 043342

R11¢
R12¢
R125¢
R13s¢
R14¢
R15¢
R20$
R214
R22¢
R30$
SAVSP
SCM

045006
045024
045210
045042
045060
045074
045116
045140
045156
045206
017364
031635

031712
SMSC
SQ0 = 040000
031613
SRXQ
STADD 017312
START 051046
STATB = 000001
STATUS= 000016
STATYP 023104
STRCM 040117
STREAM 040312
STRMM 040203
031602
STXC

RPTEOP 043672

RPTIV 025544
RPTMSB 044214
RPTMSC 044136
RPTSN = 000006

023062
SELA
023066
SEL6
031701
SEOP
SETET = 000067

SEL2

023056

SSLSYM= 010000

S1
Se
S3
sS4

PSNUM 003404
PSRADX 003406
PSTREE 003376
PSTRYV 047646
PSTRS 047656
QCOPY = 000013
QRX = 000004
QTx = 000010
QUALFG 003254
QUALVL 003256
QUEOM 041162
RBFLIM= 004000
= 000020
RDI
RDO = 000200

043336
RPTO
043324
RPT1
RQI = 000200
RQIFLG 017322
RSELS 066654
RSELA 066650
RSEL6 066652
RSPTRE 015772
RSPTRS 015770
RTS = Q00040
= 000004
RUN
RUNING 017416
RUNST = 000400
040257
RUSM

027567
SHF1
SHMSG 025613
SHOM = 000002
SHTAB 003334
SHTAP 026017
SHTBR 026605
SHTEND 003343
SHTFL 026027
SHTIV 026543
SHTLP 026231
SHTLPA 026316
SHTLPB 026371
SHTLPC 026433
SHTLPD 026504

TALMOD= 000035
TCURAD 017264
017350
TEMP
TEMP1 017352
TEMP2 617354
TEMP3 017356
TEMPA 017360
TEMPS 017362
TIMENRS 017462
TIM:R1 017456
TIMER2 017460
rTIMMIN 017450
TIMSEC 017452
TIMICK 017454

RHLPEN 003314
RHMLPTB 003304

RXPTR 017234
RXQ = 000004

PROTOB= 000040
PSCNT 017306
027045
PET
PTPMLP 067137
PTREND 015406
PTRTAB 011416

PTR13

PTR23
PSACT
PSBUFA
PSCNT

011512

011606
003400
003374
003402

PSEXIT 047764
PSGDBD 003411
PSNNUF 003410

RDTSS 043112
RDTS2 043030
= 000000
REC
RECMOD= 000031
REPLOG 043224
REPORT 042554
RESFLG 017400
RESTRT 051250

RHLPO 027.341
RMLP1 025377
RHLP2 025421
RHLP3 025436
RHMLP4 025470
= 000200
RI
040226
RIM

RPTDCK
RPTDDE
RPTDER
RPTDLE
RPTDSP
RPTDV1

044056
043776
043522
044056
020624
043622

RPTSS = 000005
RPTTSS 043006
RPTTXQ 043444

RXBUF 005416
= 000006
RXC
RXMTOT 017276
041272
RXM1
041315
RxXM2
041252
RXNC
RXONLY 060036
RXONS 060054

RXQUAL
RXQUEX
RXQU1
RXSKEN
RXSTAK
RXTHEM
R10¢

046164
046232
046172
016166
016012
041075
045000

SCMD
SCML
SDVE
SOVI
SECRM
SELO

031670
031657
031624
031646
031724
023052

SETEXP= 0CY010
SETTRN= 0COO11
027531
SHFO

SHTNF
SHTRE
SHTRH
SHTUN
SHTYPO
SHTYPL
SHTYP2
SHTYPS

026165
025727
025766
026115
025647
025656
025663
025670

SHTYP4 025675
SHTYPS 025703

SHTYP6 025710
SHTYP7 025716
SHTYTB 003314
SHWOP 047344
SIZE = 000012
SLST = 000057
SLTHEM 040076

031571
STXQ
SVCGBL= 000000
SVCINS= 000001
SvCSuB+= 000001
SVCTAG= 000001
SVCTST= 000001

051034
051112
051162
051230
TABEX 027337
TAL = 000005
TALCK 062276

= 002000
TM
TOINOT 064156
TOIN1 064252
TOIN2 064254
TOORIO 065114
TOOR1 065216
TOOR2 065234
TOORS 065.44

TOTCC 017344
TRA = 000001

TRAMOD= 000034
TRBB = 000002
TRBTOT 015754
TRIBCO 067173
TRIBLS 015712
TRIBN 015756
TRVACT 047766

Ce
CZCLMCO DMP /v -11 OCLT
Symbol table

TRVALN
TRVALP
TRVBIF
TRVBR
TRVBRC
TRVDEC
TRVERR
TRVEXI
TRVNMA
TRVNOB
TRVNUM
TRVOCT
TRVYSPA
TRVSTR
TSEL3
TSEL4

Thursday 22-Mar-84 16:24

046624
046526
046724
046664
032062
060352
060436
060402
060516
003414
067056
047214
047236
047232
047262
003412

TSS12A
TSS13A
TSS14A
TSS15A
TSS16A
TSS1i7A
TSS2A
TSS20A
TSS21A
TSS22A
TSS23A
TSS24A
TSS25A
TSS26A
TSS27A
TSS3A

032675
032772
033066
033151
033235
033320
032216
033404
033476
033565
033653
033740
034027
034114
034145
032252

TSS7TA 032545
TS30AA 034242
= 000001
TTL
TTLLOP= 000044
TTOTCC 017262
TXBUF 003416
= 000002
TXC
TXMTOT 017260
041232
TXNC
TXONLY 060064
TXON2 060072
TXPTR 017236
TMQ = 000000
TXSTAK 015776
TXTHEM 041075
TS$ARGC= 000006

T4NSO = 000000
T4NS1 = 000004
TONS2 = 000010
T$PTNU= 000000
T4SAVL= 177777
T4SEGL= 177777
T$SUBN= 000000
T$TAGL= 177777
T$TAGN= 010024
T$TEMP= 000000
T$TEST= 000001
T4TSTM= 177777
T47STS= 000001
T$sAU = 010017
T$8AUT= 010014
T$SCLE= 010015

ULRCLS
ULRPLS
ULTCLS
ULTPLS
UNKM
UPTABL
UPTAL
UPTAL
UPTEX
VALTRB
VECTOR
WRDEFP
WRDESA
WRDESB
WRDESD
WRFLG

021026
020662

TSS36A 034665
TSS37A 034737

TSLAST= 000001
TSLOLI= 000000

TS$SRPT= 010011
T$$SRV= 010022

X$ALWA= 00000C
X$FALS= 000040

066642
015774
021024
021022
017326
020762

TSSOA
TSS1A

032112
032146

TSS30A
TSS31A
TSS32A
TSS33A
TSS34A
TSS35A
TSS4A
TSSSA
TSS6A

TSS10A 032603
TSS11A

032637

. ABS.

067350
000000

Errors detected:

000
001
O

034230
034302
034361
034444
034527
034606

032325
032373
032455

(RW,I,GBL,ABS,0VR)
(RW,I,LCL,REL,CON)

sss Assembler statistics

Work
Work

SEQ 222

Page 113-6

050560
050514
050072
050062
050006
050166
050024
050044
050206
050016
050200
050200
050114
050646
066h46
066644

TSEL6
TSPTR
TSSA
TSSE
TSSFLG
TSSIND
TSSKEY
TSSLST

MACRO V05.00

reads:
file
file writes:

359
351

Size of work file: 30056 Words ( 118 Pages)
Size of core pool: 17408 uords ( 68 Pages)
Operating system: RT-11 (Under RSTS/E)
Elapsed time:

00:04:26.28

.CZCLMC/C=SVC34R,CZCLMC

T$CODE= 004130
TSERRN= 000015
TSEXCP= 000000
T$FLAG= 000040
T$GMAN= 000000
TSHILI= 000004

TSLSYM= 010000
TSLTNO= 000001
TSNEST= 177777

T480U = 010016
TSSHAR= 010023
TssHW = 010000
T$$INI= 010013
T$8MSG= 010007
T$8PRO= 010012

T$$TES= 010020
052064 G
T1

UAM

= 000200 G

WRIPEX 064730
WRIPP 064634
WRIPPG 064624
WRIP1 064642
WRMCS 064732
= 000236
X$

X$O0FFS= 000400
X$TRUE= 000020
SPATCH 067264

De
CZCLMCO DMP/V-11 DCLT

MACRO v05.00

Cross reference table (CREF v05.00)
SPATCH
ACT

ACTATV
ACTBCR
ACTCHK
ACTCKT

ACTCLB

ACTCLP

ACTCLR

ACTCOP
ACTCRC
ACTCSE
ACTCST
ACTOLL
ACTDME
ACTDMQ
ACTDMS
ACTDMX
ACTESA
ACTESB
ACTECH
ACTEKE
ACTEKT

ACTEQO
ACTETB
ACTEMWS
ACTEXT
ACTEXX

ACTHMLP
ACTKAL

ACTKTB
ACTLIS
ACTLLP

ACTLPX

ACTLXX

ACTM2X

ACTMEL
ACTMEX
ACTMOP

ACTMOS
ACTMSO
ACTMS1

ACTMS2
ACTMS3
ACTMS4
ACTMSS
ACTMS6
ACTNOC
ACTNUF
ACTNUL
ACTNUM
ACTOPM
ACTPAS
ACTPRO
ACTPRT

ACTQFG

113-38¢
26-18¢
83-36
83-54
83-16
83-65
84-42

83-50
83-14
83-24
83-45
83-19
83-20
83-40
83-56
83-57
83-55
84-94¢
88-133¢
88-132¢
83-44
88-115
83-64
83-28
83-61
83-66
83-67
88-106
83-18
82-79
83-62
83-39
83-51
87-40

87-13
86-2
85-49
85-27
83-48
83-59
83-29
83-30
83-31
83-32
83-33
83-34
83-35
83-43
83-53
83-13
83-25
83-26
83-37
83-46
83-58
87-16

82-73

86-1

84-90

84-930

86-1¢
85-45¢
87-150
88-170¢
84 -56¢
87-43¢
84-50
85-13¢
87-21¢
84 -28¢
84 -44¢0
86-15¢

84-92¢
84-87¢

Thursday 22-Mar-84 16:24 Page 5-1

87-49

88-135
87-4¢
88-138¢
88-101¢
85-34¢
88-14
88-23¢
84-17¢

88-136

88-146

88-164

87-44
87-37
86-13
85-53
85-60

87-46
87-50
86-16
85-55
85-65

87-490
87-540
86-19
85-57
85-72

86-230

87-22

87-25

87-290

88-113

88-123

83-63

88-7¢

84-11¢
88-4¢
86-12¢

87-45¢

87-42
87-34
86-10
85-51
85-43

87-39¢
87-24¢
85-484
85-508
85-52¢
85-54¢
85-56&
85-58¢
85-61¢0
87-1¢
84-2¢
84-30
85-16¢
85-29¢

86-40
87-27¢
84-19¢

87-19

85-64¢
85-75

B88-167¢

85-79¢

SEQ 223

E2
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

Cross reference table (CREF v05.00)
ACTREC

ACTREX

ACTRGS
ACTRHL

ACTRLG

ACTRLP
ACTRNF

ACTRNL
ACTRPS

ACTRSE

ACTRSF

ACTRSO
ACTRTN
ACTRTS

ACTRUN
ACTSEX
ACTSHO
ACTSHW
ACTSLS
ACTSTE
ACTSTS

83-38

86-9¢

48-13
48-10
48-12

49-10&
49-15¢
49-40
49-12¢

48-19
48-9

49-20
49-3¢

48-16
48-17
48-18

49-19¢
49-379
49-400
49-25¢
49-21¢6

48-11

83-52

83-47

48-15
48-14

83-17
83-68
83-15

87-47¢
87-36¢

84-230

85-69¢

84-8¢
84-48

88-73¢
85-3&
87-18¢
85-64
85-7¢
85-10¢
86-214
87-41¢
86-18¢

ACTSTT
ACTSTX

ACTSZE
ACTTAL
ACTTLP

ACTTRA
ACTW7A
ACTW7B

88-55
88-49¢
88-51¢
88-66¢
88-39¢
88-71

o1
)

52-36¢
82-160

84-79

88-59¢

88-58

82-191

94-1120

e
el el

84-674

94-102
94-146

uERmSIELREER

ASSEMB
ATVMOD

94-143
94 -144¢
94-136

E
B
P

ADDC1
ADDCC
ADR
ALCK
ALCK1
ALCK2
ALCK2A
ALCK3
ALCK3A
ALCK3B
ALCK3C
ALCK3D
ALCka
ALCKAA
ALCKS
ALCKSB
ALLTR

VeV
D

ACTWS?
ACTWS9

33333333231
] . '] £EENLKSSSS

ACTWSS

et
285252 P34
®
oo

ACTWS1

ACTWS2
ACTWS3

Thursday 22-Mar-84 16:24 Page S-2

BABTM
BACCHOD 107-46

91-22

21-12
37-48

41-129¢

107-179¢

92-23

94 -45¢

SEQ 224

re
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

Cross reference table (CREF v05.00)
107-200¢
BACCTX 107-181
43-29
31-55¢
BAD
37-161
26-1634
BADCHR
40-150¢
51-30
BASM1
40-149¢
51-36
BASM2
40-148¢
51-34
BASM3
77-80
40-109¢
B8DCLK
26-41
24-77¢
BITO
24-77%
24-77
BITOO
24-77¢
24-77
BITOL
77
24-77%
24BITO2
77
24-77¢
24BITO3
24-77%
24-77
BITO4
24-778
24-77
BITOS
24-77
24-77¢
BITO6
24-778
1i
24BITO7
24-77¢
77
24BITO8
24-772
24-77
BITO9
26-42
24-774
BIT1
26-105
BIT10
24-778
107-174
24-77%
BIT11
BIT12
24-77¢
BIT13
24-77¢
BIT14
24-77¢
BIT1S
24-778
BIT2
24-778
BIT3
24-778
BITa
24-779
BITS
24-778
BITé
24-77%
BIT?
24-77¢
BIT8
24-778
BIT9
24-77%
8LDB1
53-30¢
8LDB2
53-38¢
53-41¢
BLDB3
BLDBEX
53-43
BLDBUF
BOE
BSELO
BSEL1
BSEL2
BSEL3
BSEL4
BSELS
BSEL6
BSEL7
BUFEX
BUFLIM
BUF TSM
BYTBIT
CsAU
CSAUTO
C$BRK
C$BSEG

95-73»

100-165

100-150

107-180
100-167

100- 179

107-127
107-106
26-229

100-142

100- 150

82-192

84-63

89- 107

26-85

26-209

26-67
26-213

26-86
107-171

77-151

26-230
26-87
26-88
26-231
26-210
107-68
26-211
100-144
107-168

26-207
26-208
26-233

49-47

107-99
26-228
107-165

77-148

107-97

107-106

108-29

82-71

82-161

47-67+
77-118+
47-71»

102-45»
100-157+ 100-211+ 100-232+ 101- 40+
«
179
7+
100
-16
1+
100
+
10
100-150
010
100-166+ 100-215» 100- 240+ 101-43+
100-142

103-69+

103 -20e

105-15

105-55+

107-255+ 108-29+

102-51e

103-74+

104-25«

105-20+

105-59«

107-37«

100- 234+ 102-50s

103-73»

103-94

104 -22+

105-17e

105-57+

107-137

107-224+

107-225+
77-126+

100-119

77-130»

82-173

78-19

26-232

26-66

47-69+

100-106

SEQ 225

Thursday 22-Mar-84 16:24 Page S-3

77-121»

77-122+ 100-213»

100-162+ 100-165» 107-52

107- 123

107-127

107-129

107-135

52-32

54-63

82- 142

82-171

84-56

89-87

106-43

107-217

29-4

52-25

84 -88+

84 -92+

100-139

103-101

Ge
CZCLMCO DMP/V-11 DC_I

MACRO V05.00

Cross reference .sole (CREF v05.00)
CsBsuB
CSCEFG
CsCLCK
CSCLEA
CsCLOS
CsCLP1
CsCveC
CSOCLN
CsDODV
CSDRPT
Csov
CSEDIT
CSERDF

CSERMR
CSERRO
CSERSF
CS$ERSO

CSESCA
CSESEG

CSESUB
CSETST

CSEXIT
CSGETB

CSGETW
CSGMAN
CSGPHR
CsGPLO
CS$GPRI
CSINIT
CSINLP
C$MANI
CSMEM
CSMSG
CSOPEN
CSPNTB
C¢PNTF

21-12¢
21-12¢
21-12¢
21-12&
21-12¢&
21-12&
21-12¢
21-12&
21-12&
21-12¢
21-12&
21-12¢&
21-12¢@
21-12¢
2l1-122
21-12&
21-12&
107-212
21-12¢
21-126
21-12¢
21-12¢
21-12¢
21-12&
21-12&
21-12&
cl-12¢&
21-12¢
21-12¢

21-12¢
21-12&
21-12¢
21-12@

CSPNTS

21-12¢
21-12&
2l-12&
21-12¢
55-25
85-20
89-29
21-12¢

CSPNTX
CsQIO
C$RDBU
CSREFG
CSRESE
CSREVI
CSRFLA
CSRPT
CS$SEFG
C$SPRI
C$SVEC
C$TPRI
CABLE
CARLOS

21-12¢
21-12¢
21-12¢
21-12¢
21-126
21-12¢
21-12¢
21-12¢
21-124
21-126
21-12¢
21-12¢
26-27¢@
38-82

47-209

77-56

77-62

77-37

107-184

107-208

95-75

95-84

97-67

77-169

79-27

82-95

82-130

47-16
77-96

55-26

77-76

43-30

43-34

43-29

79-43

SEQ 226

Thursday 22-Mar-84 16:24 Page S-4

80-35
21-98

95-61

1.09-15

103-141

106-40

107-1i4

107-197

51-30
82-153
88-165

S51-34
82-173
88-174

51-36

$5-17

82-184
89-10

S2-30
84-12
89-18

47-154

47-162

47-171

47-188

47-203

100-96

100-115

100-127

103-97

103-119

82-103

88-52

88-67

88-69

97-41

98-27

43-38

43-56

43-65

43-70

43-74

43-33
46-118
74-176
87-9

43-37
47-10
77-80

43-55
47-24

43-64

43-69

43-73

82-111

82-115

49-43

47-103
73-71

47-108

88-81

47-115
88-85

77-42
77-52

77-44

77-47

77-185

82-91

46-115

74-138
85-45
89-37
47-85
73-33

77-71
77-40
21-12¢

21-98

89-38

87-53
89-55

75-41

77-168
77-153
41-157¢

79-26
77-165

77-166

82-42
88-29
97-63

47-28

82-83

88-51
97-138
47-123
88-89

49-5

88-66
99-24
47-124
88-93

49-32

88-122
99-42
A47-145
88-98

82-144
88-145

47-146
88-112

107-155

107-158

107-177

84-76

89-23

He
CZCLMCO DMP/V-11 DCLT

MACRO Vv05.00

Cross reference table (CREF v05.00)
CBLLOP
CCURAD
CHECK
CLEAR
CLISPM
CLISRP
CLIACT
CLIALN
CLIALP
CLIBCR
CLIBOL
CLIBIF
CLIBR

26-159¢
31-7¢

26-125¢
26-123¢

40-4¢
40-36¢

82-106
26-116¢
26-115¢

40-11¢

40-9¢

26-112%
26-111¢
37-77
37-148

CLIBRX
CLIDEC
CLIERM
CLIERR
CLIEXI
CLINBG
CLINPS
CLINUF
CLINUM
CLIOCT
CLIPPE
CLIPW
CLIRAC
CLIRT
CLISEO
CLISPA
CLISTR

CLITRE
CLKBR
CLKCSR
CLKEN
CLKHZ
CLKINT
CLKSET
CLKVEC
CLNSET
CLRPEX
CLRPL1
CLRPLS
CMDBUF
CMPBUF
CMPNEW
CMPPTR
CMPS1
cMPSs2

37-213

40-8¢

26-118¢

40-5¢

26-109¢
26-110¢

50-21
40-7&
40-10¢
40-6&

26-114¢
26-117¢

37-190
S4-75»+
37-96
37-32
82-103

54-83

54-87+

82-60+

82-68

82-190

82-195+

84-41+

37-38
37-110
37-167

37-40

37-125

37-169

37-49
37-128
37-174

37-51
37-131
37-189

37-53
37-138
37-191

37-55
37-140
37-193

37-57
37-142
37-195

37-60
37-144
37-200

37-62
37-14%
37-206

50-7

50-9

50-13

50-19

37-46
37-107
37-168

37-48
37-109
37-188

37-50
37-124

37-52

84-5

47-16

83-5¢
37-159
37-82

37-92

37-164

37-29
37-79
37-150
50-11
74-138
37-173

37-31
37-89
37-152

37-33
37-97
37-157

37-35
37-108
37-160

37-199

37-210

50-16

50-26
37-25

37-27

37-68

37-70

37-204

37-216

50-5

37-83
37-30
37-69
37-145
37-211

37-158
37-32
37-76
37-147
50-6

37-202
37-34
37-78
37-149

50-3

50-15

50-10

50-12

77-66+

77-67s

77-75+

79-25+

82-33+

82-33

54 -89+

82-55+

82-67

82-179+

85-45
87-53

47-24

37-41
37-21
50-25
74-176
87-9
47-28

82-111
37-161
37-23

50-27

82-115
37-86

50-24

37-45
37-24
37-59
37-139
37-205

37-66
37-26

37-61
37-141
37-207

37-75
37-28
37-67
37-143
37-209

45-56+
77-59+

45-53

77-55
77-68+
46-122

77-65»
77-75
77-76

32-39¢
31-29¢

77-64
77-73+
79-21»

77-153
89-65+

107-35

28-3¢

47-17

82-103
82-60

82-104
84-40

54-70+
84-39

54-83+
89-58+

54 -84+
95-41

40-13¢

40-14¢
47-19
47-18
40-12¢

26-113¢
26-119¢
37-54
37-130
37-194
37-16¢
32-38¢

32-37¢
32-41¢
32-40¢

45-33&
44-112¢

59-18¢
59-15¢
59-13¢
29-4¢

95-36¢
31-4¢
84-29

95-66#
95-69¢

SEQ 227

Thursday 22-Mar-84 16:24 Page S-5

37-84

88-174
89-10

48-2¢

S0-3¢&
85-20
37-19
37-22
37-56
37-137
37-203
82-105
77-74»
45-354
45-56
45-38

54-75

37-37
37-94
37-151

37-39
37-96
37-166

S50-14

50-18

37-190
50-20

82-188+

82-189

82-193s

37-127
37-192
50-22

84 -28+

77-83

54 -85+

12
CZCLMCO DMP/v-11 DCLT

MACRO v05.00

CMPS3
CMPSS
CMPSS5A
CMPS6
CMPS7?
CMPSEX
CMPSR
CMPTOT
CMSGO
CMSG1
CMSG2
CMSG3
CMSGA
CMSGS
CMSG6
CONO3
CONO3A
CONO1
CONO1A
CONO1B
CONO1LC
CONO1D
CONO1E
CONO1F
CONO1S
CONO3S
CONO4
CONOHD
CONOL
S
CONOTM

23 :

Cross reference table (CREF Vv05.00)

SEQ 228

Thursday 22-Mar-84 16:24 Page S-6

95-88

95-86¢
95-71
95-64¢
95-38
94 -145
S4-78+

37-139
37-137
37-141
37-143
37-147
37-145
37-149

95-78¢
96-18¢
95-334

54-81

54-90+

82-72+

107-88

107-90

107-92¢

82-177»+

89-61

82-180

82-194+

84-31

84 -35+

89-8

88-66

97-94«

97-111e

97-119+

97-124+ 107-92+

66-36+

82-67+

82-162

82-189+

82-193

84 -39+

95-49»

82-158+

94 -144

82-63+
95-45

94-81«

94 -86

94-94+

94-110+

94-142

95-41+

95-51

95-54+

107-1032
107-106%
107-96¢
107-86
107-77¢
107-81&

107-85¢
107-64
107-63
107-1C0
107-107
107-101
107-50¢
107-92

107-658¢
107-65¢

107-109¢ 107-132

55-25
55-24s
43-64
31-53¢
107-131+ 107-143» 107-148+ 107-155
60-30+
53-32s
53-28
CPTR
31-42¢
94-59+
94-54
90-20+
84-52+
63-16»
59-14
S8-31»
CPTRLS
29-15¢
68-23
63-35¢+
31-41¢
63-16
CPTRR
98-41»
66-36
66-17»
CPTTLS
29-164
88-98
40-1972
88-93
46-115
CR
CRC
26-1549
87-21
CRCB
26-450
103-106
103-83
89-67+
CRX
29-26¢
37-67
CSHEXP
26-128¢
37-69
CSHTRN 26-129¢
112-76¢
CSRADR 112-48
54 -87
54 -85
31-6¢
S4-77+
cTorvcc
37-34
26-174¢
cTep
34-3
CT1s
26-207¢
103-108
103-85
89-66+
CTx
29-25¢
53-37
53-35
53-30
31-43¢
CURADD
97-83
97-82
97-56+
S52-34s
52-31
31-40¢
52-24
CURCC
89-43
89-42+
85-64+
85-62+
40-2174
38-92
DAM
89-4
73-41
87-15
2%
26-4
DATCKB
99-23
105-42
34-5
26-2090
0CD

88-47»
107-158
64-22+
94-74
63-35
72-13

103-132

99-30+

103-157« 107-182

107-185+

82-51+

82-170

82-175

82-196+

84-36+

89-42

107-100+ 107-107»

54 -88»

54 -93«

103-110
53-47»

103-131+ 107-200»
82-62+

82-68+

82-159+

82-164

82-190+

£2-195

84-57«

89-98.

97-50«

52-35
89-45+

53-31

53-36

82-58+

85-3%0~

85 -59«

97-84

85-23»

97-51a

82-70+
97-57+

84 -59+

89-82

53-47
89-87+

89-46

89-62

89-85

91-17

93-21

94-139

95-33

97-49

9R-22

89-49

97-85

Je
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

Cross reference table (CREF v05.00)
DCK
DCLFLG
DOE
DEADTM
DER
DEvV1
DEV2
DEV3

DEva
DEVPAR

26-77¢
32-5¢
26-80¢
38-51
26-75¢
34-61¢
34-62¢
34-630
34-644
38-37¢

46-72
77-34
46-80
41-127¢
46-58
A47-120+
47-121+»
47-131»
47-132»
55-29

105-40
23-100
DFPTBL
21-12
21-12
DIAGMC
41-155¢
38-80
DISCON
DIVN1S 100-139¢ 100-143
46-76
26-79¢
DLE
97-364
32-31
OLL
41-117¢ 97-67
DLLAB
40-107¢ 97-63
oLLCM
97-1092
97-90
DLLE1
97-108
97-886¢
DLLE2
97-122¢
97-118
DLLE3
97-119¢
DLLE4
97-1414
97-107
DLLES
97-123
97-130¢
ULLESA
97-135
97-133
DLLESB
97-101¢
97-92
DLLE6
97-95¢
97-112
97-97¢
97-126
97-113¢
97-110
97-99
97-66&
26-1042 97-58
97-136
38-88¢
27-78¢
27-21
27-21¢
97-51
27-83¢
27-21
27-84¢
27-22
97-57
27-22¢
27-124¢
27-22
37-56
26-149¢
97-62¢
40-338

97-41

97-52
38-96

97-59
40-2214

38-90

40-215¢

40-219¢
38-94
26-62@
100-99
26-64¢
37-86
26-165¢
40-222¢
38-97
37-88
26-166¢
37-84
26-1640
53-39
27-27¢
53-38
27-11¢
26-638
77-1404+
30-15¢

77-36+

82-129+

47-124

47-127+

47-129+

73-32
73-37

82-87+
73-41

84-82+
73-45

47-124
77-136+

47-128+
77-146

97-97

97-138¢
97-120

97-89

97-105

97-50
97-56
97-106

97-73¢

82-123

SEQ 229

Thursday 22-Mar-84 16:24 Page S-7

84-89

47-130+

73-22
73-25

82-85+
82-86+

84 -804
84 -31+

77-149

£8-36

73-67

82-88+
88-54

84 -83+
88-172

89-12

89-27

89-83

97-39

100-86

100-218

IK2
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

Cross reference table (CREF v05.00)

Thursday 22-Mar-84 16:24 Page S5-8

77-141+
77-142»+
77-143»
77-144+

2
DMVDF
3
DMVDF
4
DMVDF
DMVDFS
DMVM
ONM
DOGL
1
DoGL2
DOGL4
DOGLOB
00w
DPLX
DPM
oaM
DSR
DTEM
DuM
DUM1
ouM2
DuM3
DUM4

40-230¢
40-220¢

55-33

55-35¢

82-138
86-15

112-62¢

100-84

100-236

40-213¢
40-216¢
34-4
40-223&
40-2144

51-36&
51-37#
S51-42
S1-41
S51-44%
82-125

X
DUME

DUMPSR
DUPM
DVEMO
DVEM1
DVEM2
DVEM3
DVEMA
DVEMS

40-213¢

100-110
100-121
103-91
106-35
107-111
103-114
103-136
107-197
100-91

DVEM6
DVEM?
DVEM8
DVESL

DVES1A
DVEST
ovl
OVIN1
DVIN11
DVIN12
DVIN13
OVING
DVINAA
DVING
DVINEX
DVINIT
DVINS
DVM
DVMODS
DVOUTS
DVRCC
DVRCLS
DVRCT
DVREX
DVRTB
DVRXA

SEQ 230

100-241
100-180

100-115
100-127
103-97
106-40

107-114
103-119
103-141
107-212
100-96

100-192¢

46-63
100-119¢
100-149¢
100-156¢

100-131¢
100-98#
100-87
100-90
100-104¢ 100-108
100-242¢
100-97
100-75¢
108-22¢

100-117

100-128

97-77+
65-37
94-105+

97-114

99-27s

99-38

94-107

95-42s

95-87»

97-75«

97-113

99-25+

99-37

4C-224¢

101-40&
108-42¢
72-17=

58-29+
65-17
102-54¢
31-16%

94 -69

72-15#+

94 -68
65-17+
65-37+
103-151+

94-67

99-40+

99-41+

102-49

99-40

102-48

103-147»

103-146+

L2
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

Cross reference table (CREF v05.00)

DVRXQ

DYTCC

DVICLS

DVICT

DVIRS

DVIR4

72-13

31-9¢

29-180¢

31-11¢

103-60

103-84

DVTR4A 103-113
DVTRaB 103-121
C.iNS 103-111

DVIRSA 103-135
DVYREX 103-133
OVTRX1 103-143

DVITB

DVIXA

31-10¢

31-8¢

97-79

94-58+
67-192

60-29+

103-76¢

103-86

103-122¢
103-131¢4
103-132¢

99-32

102-34¢

67-37

67-19

67-37+

103-107

103-110¢

94-115

103-98

103-145¢
103-159¢
103-157¢
94-116 103-126+

94-56+

97-88

97-84+

69-22

21-98

ECHOb

26-430

73-45

86-23

87-6

EDDDE

34-34

40-139¢

95-75

95-84

EDDER
EDDLE
EDOVI

EDEOP

40-136¢

34-29
34-33
34-30

40-135¢
40-138¢
40-137¢

34-35

40-141¢
34-28

34-27
34-26
34-25
24-77¢
24-77¢

40-1344
40-1334
40-132¢
40-131¢
77-44
77-47

EF.RES
EF .STA
EFM11

24-77¢
24-77¢
40-126¢

77-42
77-40
43-37

EKTB
EMSGO
EMSG1
EMSG2
EMSG3
EMSGA
EMSGS
EMSG6
EMSG8

26-173¢
27-12
27-13
27-14
27-15
27-16
27-17
27-18
27-20

37-210
27-39¢
27-410
27-436
27-45¢
27-514

EDRXQ
EDTXC
EDTXQ
EF.CON
EF .NEW

EFM2

ENADD

ENDALL

ENDEVT

40-1246

31-27¢

47-37¢

47-86

ENDHWL 112-53

ENDIT

77-46

ENDQO

26-137¢

EQUQ1

40-31¢

EOP
EQUQ

26-81¢
40-30¢

95- 11

40-140¢

EDMOS
EDRXC

43-33

27-56¢
27-60¢
27-74%

51-37

84-93+

47-96

47-100

77-150

77-1524

46-86
55-26

88-52

112-55¢

37-156

88-67

70-19

94-119+ 94-124

98-45

103-71

103-127+

94-71

21-12¢
34-31

69-24+«

87-11

ESLOAD

EDOCK

69-17¢

98-35+

40-225¢
37-109

103-72

97-101

38-100

26-153¢

98-46

103-59¢

97-82+

94-63

ECHO

I8-38+

99-35

DVTXRX

DZM

97-106

97-102

98-43

94-114

SEQ 231

Thursday 22-Mar-84 16:24 Page S-9

47-178¢

103-128e

94-129

94-133

M2
CZCLMCO DMP/V-11 DCLT

¢1ACRO V05.00

Cross reference table (CREF v05.00)

EQUQ2
ERR1
ERR1O

40-32¢
43-280
43-36¢

88-69
95-75
95-61

100-115

100-127

103-97

103-119

103-141

106-40

46-94

46-98

89-75«

95-604

95-74+

95-83+

88-1

88-114

103-134

100-95+ 100-114+ 100-126+ 103-96+ 106-39+ 107-113«

37-205

99-29

96-23

26-90¢

91-19

93-26

94-101

97-87

97-104

98-40

98-52

103-112

34-14
34-16

40-186¢
40-188¢

34-17
34-19
34-20

40-190¢
40-189¢
40-191¢
40-192¢

47-115
47-115

47-138+
47-139s

47-145
47-145

47-150+
47-151+

47-154
47-154

47-158+¢
47-159+

47-162
47-162

47-83

47-91

77-84

47-82

47-98

77-854+

43-54¢

100-96

ERRCNT 31-25¢

ERR13

ERR14
ERR1S
ERR16
ERR2

43-63¢
43-68¢
43-72¢
43-326

ERX

26-89¢

ETWS

26-175¢

ETRB

ETX
EVL

EVMCTS
EVMDCD

EVMDSR
EVMOCG
EVMOHD
EVMOST

EVMRI
EVMRTS
EVMSQD
EVMTM

EVTADD
EVIBCT
EVTEND

26-170¢
25-0¢

34-15
40-179¢
40-1844
40-185¢
34-18

34-42¢
34-438
33-42

97-67
107-197
107-212
95-84

90-17

37-211

47-111+
47-112+
46-131

40-153¢
40-154¢

47-103
47-108

EVIF3C

40-157¢

43-55

EVIF3D
EVTF3F
EVIF4
EVTF44
EVIFAA
EVIFAB
EVIFSA
EVIF6

EVTLOG

EVILST
EVIMIN

EVIPTR
EVISEC

40-155¢
40-156¢

40-158¢
40-1594
40-1744
40-1732
40-175¢
40-172&4
40-177¢
40-160¢

33-2

34-25¢
34-40¢

33-2¢

34-39¢

EVITCK

34-414

EXIT
FS$AU

26-176¢
21-12¢

EVITMP
FSAUTO

92-21

93-26

94-127

97-48

47-115
47-123

43-64
43-69
47-154
47-146
47-162
47-145
43-29
47-209

33-3&

47-108
47-107+«

46-120

47-106+

A47-105+

47-93

77-87

47-124
43-73

46-135
47-108

46-136+
47-108

47-108

34-448

47-119+

47-123

47-140+

47-146

A47-152+«

47-154

47-160+

47-162

21-12¢

21-33

78-10

43-28

78-19

43-32

43-36

43-54

43-63

43-68

43-72

82-130 108-22

108-42

109-15

21-12
21-33

21-12
43-30

e1-12
43-34

21-12
43-38

2l-12
43-56

21-12
43-65

21-12
43-70

2l-12
43-74

F$BGN

21-12¢

FSCLEA
F$DU

21-12¢
21-12¢

FSEND

107-114

40-187¢
47-171
47-188
47-203

EVIFO
EVIF1

EVIF2
EVIF3

SEQ 232

Thursday 22-Mar-84 16:24 Page 5-10

78-10

21-12
21-12

37-26
81-9

79-8

79-8
80-8

21-12
21-12

82-127
81-36

79-27

79-43
80-35

21-12
21-12¢

84-1i7

80-8

81-9

82-23

82-95

45-33

75-9

112-13

77-8

113-49

77-169

cl-12
43-76

21-12
45-57

21-12
75-41

76-8

N2
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

Cross reference table (CREF V05.C0)
77-169

F $HARD
F $HW
FSINIT
F $ JMP
F $MOD
F $MSG

108-31
21-12¢
21-124
21-12¢
21-124
21-12¢6
21-12¢

77-185

108-50
112-13
23-10
77-8
43-76

21-33

43-28

78-19

109-15
112-53
23-59

79-27
109-15
112-56

79- 43
112- 56

80-19

81-20

81-36

82-23

113-49

80-35

82-23

82-95

82-130

77-185
43-76

77-169

79- 27

80-19

81-20

82-95

82-130

43-30

43-32

43- 34

43-36

43-38

43-54

43-56

43-63

43-65

43-68

43-70

43-72

93-26+
97-87+

94-46
97-89

94-51
97-91
103-102
108-49+

94-65
97-104+

94 -100=
97-105#

94-101¢
97-109

94-109«

94-112

98-52+
103-156+ 106-44

88-67

88-69

97-41

98-27

112-27

112-48

112-49

112-50

88-67

88-69

97-41

98-27

112-27

112-48

112-49

112-50

88-67

88-69

97-41

98-27

112-50

112-51

112-48

112-49

112-50

112-51

112-27

112-48

112-49

112-50

112-51

112-52

112-54

82-139

82-145

82-174

82-185

82-199

113-49

43-74

76-14
76-8
21-12¢6
21-12¢
75-41
75-9
21-12¢
21-12¢
21-12¢4
F$SOFT
108-42
108- 31
45-57
108-22
45-33
2l-12¢
F $SRV
21-12¢4
F$SUB
F$SuW
21-12&
109-15
FS$TEST
82-23
21-12¢
85-73
FACSIM 54 -58¢4
77-99+
100-163
32-13¢6
FHOPLX
92-21+
91- 194
90-17+
89-71+
56-31»
FLAG
32-23¢
97-74»
97S8+
97-48+
+
94
-138+
127
9494 -123+
102-38+
99-29+
100-156+ 100-239+ 100-242+ 102-35
107-218 107-221
107-73
107-34»
106-51#
106-49
107- 234»
32
=+
107-2
107-96
107-91=
31-33¢
FTLFLG
GSCNTO 21-12¢
GSDELM
21-124
GSDISP
21-12¢
GS$EXCP
21-124¢
GS$HILI
21-12¢
GSLOLI
21-12¢&
98-27
97-41
47-16
82-103
G$NO
21-12¢
88-52
82-103
77-76
4755-26
16
12¢
GS$OFFS
21112-54
112-52
112-51
88-52
82-103
77-76
47-16
55-26
GS$OFSI
21-12¢
112-54
112-51
112-52
112-48
112-49
G$PRMA
21-12¢
88-52
82-103
77-76
47-16
55-26
G$PRMD
21-12¢
112-54
112-52
112-27
GS$PRML
21-12¢
98-27
47-1€
82-103
G$RADA
21-12¢
G$RADB
21-12¢
77-76
G$RADD
21-12¢
112-54
6
112-52
12¢
112-27
GSRADL
2197-41
88-69
88-67
88-52
G$RADO
55-26
21-12¢
112-53
GS$XFER
21-12¢
88-69
88-67
77-76
88-52
55-26
GS$YES
21-12¢
68-24
GARP1
68-19¢
X 68-21
68-25¢
GARPE
7¢
94-141
-1
L
GARPF
68
69-23
69-18¢
GATC1
69-25¢
GATCEX 69-20
94-132
94-128
69-15¢
GATCFL
82-126
82 -119
82-116
82-101¢ 82-112
82-92
GETCL
89-56
70-41
70-37¢
GETI1
70-42¢
GETIZ2

F $PROT
F $PWR
FSRPT
F$SEG

SEQ 233

Thursday 22-Mar-84 16:24 Page S-11

108-50

103-61+
103-59
107-223+ 108-28+

82-154

103-112

82-168

103-130+ 103-134

98-40+

89-11

B3
CZCLMCO DMP/v-11 DCLT

MACRO Vv05.00

Cross reference table (CREF v05.00)

30-20¢
30-25¢
70-13

70-15¢

" by
o
k2

30-39¢

aRegBRoURRREREENTEIEGES n

gege2aiss

GNTX2

GNTXPR
GOOD
GRPTCP
GSSOA
GSS10A
GSS11A
GSS12A
GSS13A
GSS14A
GSS1SA
GSS16A
GSS17A
GSS1A
GSS20A
GSS21A
GSS22A
GSS23A
GSS24A
GSS25A
GSS26A
GSS27A
GSS2A
GSS30A
GSS31A
GSS32A
GSS33A
GSS34A
GSS35A
GSS3€A
GSS37A
GSS3A
GSS4AA
GSSSA
GSS6A
GSS7A
GSSIND
GSSLST
GTR9
GTRA2
GTRA3
GTRAA
GTRAS
GTREX
GTRX2
GTRX22
GTRX2A
GTRX28
GTRx2C

63-33

77-920
47-25
71-23
71-33

77-49
47-110

LT 2 S

GE TPRM
GE TRCL
GLBDEF
GLBEND
GLBPLS
GNTX1

63-14

88 Rl;:ls
3333332820
t‘l.ll

GETIND

66-15

47-34

47-36

71-30

100-194

96-33

97-64

97-69

98-54

99-48

77-97
47-29
71-31

55-23

55-27

70-17
70-20
43-29

94 -53

89-102

41-360
41-440
41-450
41-46¢
41-47¢
41-48¢
41-498
41-50¢
41-52¢
41-37¢
41-53¢
41-540
41-55¢
41-560
41-570
41-58¢0
41-59%9¢
41-600
41-380
41-610
41-620
41-630
41-640
41-65¢

Thursday 22-Mar-84 16:24 Page S5-12

65-35

65-15

88-134

66-34

95-72e
95-40

41-660

41-67¢
41-68¢
41-39¢
41-40¢

41-410
41-420

41-430

107-141
55-24
82-122

107-143
89-42

82-440

82-840

89-65¢
- 30
96
89-87¢
89-89¢
89-109¢
89-108

SEQ 234

107-249

67-17

67-35

70- 360

70-39

- 79
94

94 -135

100-220

C3
MACRO v05.00

Cross reference table (CREF v05.00)

HELPDC
HLP
MLPO
MLP1
HLP2
HLP28
MLP2C
HLP3

HLP3ZA
HLP4
HLP4A

HLPS
HLP6
HLPEND
HLPF
HLPTAB

HLTREX
HLTTR1
HLTTR2

HLTTR3
HLTTRB

21-29

42-28
81-11

44-8

42-2

77-101

2-8¢

103-77
26-127¢
40-15¢

89-34

89-89

95-36

97-37

98-21

23-12

24-32

24-62

38-108

39-27

109-17
26-92
100-39
112-30

112-15
26-191
100-77
112-64

24 -46
77-171
1.2-86

113-14
38-1
101-34

113-27
38-121
102-2

113-41
39-14
102-40

60-32

82-10
21-90

108-12
37-22

GTXRXB
HELP

62-1%
56-27
105-49
82-35¢
2-36

GTvIl
GTVIND

SEQ 235

Thursday 22-Mar-84 16:24 Page S-13

/Yy -11 DCLT
CZCLMCO DMP

76-16

23-30

77-157

108-23

84-15

77-10

26-215
“01-3

78-12

79-10

79-29

99-22

100-205

39-40

42-16

40-162
103-3

£1-70
103-63

80-10

80-21

28-8
28-9
28-10
28-11
28-12
28-13
28-14

28-15
28-16
28-17
28-18¢

40-16¢

28-8¢
105-41
105-49¢
105-43
105-45¢
79-20

25-00
21-12¢
21-12¢
21-12¢6
21-12¢
112-13¢
21-120
21-12¢
21-126

43-740

21-12¢
21-12¢6
21-12¢
21-12¢
21-12&

84-12

105-61¢

105-40&

81-36¢

78-19¢
79-27

80-35¢
77-169

79-43¢
77-1850

113-49

113-490

43-340

43-360

43-38¢

45-57¢

108-22¢

108-31¢

108-42¢

108-50¢

82-23¢

82-95

82-130

109-15

109-15¢

109-15#

56-28
68 18«

57-27+
68-20

57-29
69-16+

58-25

58-28
69-21

60-31s

21-33¢

43-300

43-320

43-540

43-560

43-630

43-65¢

43-68¢

43-700

43-72¢

60-33

62-18
70-16

62 22

od-18
88-82

65-1o
88-162¢

05 3o
89.-3%.

75-410

69-19

70-12

70-14«

70-42»+

D3
-11 DCLT
/v P
CZCLMCO DM

MACRO v05.00

Cross reference table (CREF v05.00)
89-81e
105-50

29-23¢6
107-126¢
107-124
107-144
107-150
107-152
107-153

89-96

91-21+

94 -99«

95-35+

95-37

97-36+

63-15

63-34

66-16

66-35

70-44+«

88-29

88-163+

107-221

107-223

108-28

49-17+

49-22+

107-130
107-127¢
107-150¢
107-152¢
107-155¢
107-157¢
107-160¢
107-146¢

77-38¢

100-242

77-135
77-132+

77-165
77-165

77-166

43-76

80-19

81-20

47-35
84-8+

49-8«

49-10e

88-74+

88-114

82-78

88-4

37-209

40-227¢
40-228¢
47-31

84 -5+
88-4»

KLM
KTRB

40-229%
37-207

I.SAPT
L$AV

81-9¢

L$ACP
LSAUT
LSAUTO
LsCCP
LSCLEA

78-108
79-8¢

LsCO

LSDEPO
LSDESC
L SDESP
LSDEVP
LSDISP
LSDLY
LsOTP
L$DTYP

39-36¢

22-8¢

80-8¢

LSOV

L$DUT
LSDVTY
LSEF
LSENVI
LSETP
LSEXP1
L$EXPS
LSEXPS
L $HARD

88-8

39-¢ ¢

21-98

112-13

112-13¢

84-15+

84-17e

SEQ 236

16:24 Page S-14

89-90

107-133¢
107-122¢
107-131
106-51
106-49

KEYWD1

Thursday 22-Mar-84

49-13»

84-19+

84-23s

84-33

98-20e

99-21e

B82-78+

82-118
84-89»

84-47

100-204+ 100-206

82-120
85-3+

82-123
85-6+

100-221

82-127
85-69

105-48

82-131
85-74+

X
CZCLMCO DMP/V-i1 DCLT

MACRO V05.00

Cross reference table (CREF v05.00)
LSHIME
LSHPCP
LSHPTP

21-93¢
21-98¢
21-98¢

LS$HW

21-98

23-10

LSINIT

21-98

77-86

21-98

113-48¢

21-98

76 -8

21-98

75-9¢

21-98¢
23-10

77-93
23-59¢

LSICP

LSLADP

LSLAST

LSLOAD
LSLUN
LSMREV
LSNAME
LSPRIO

LSPROT

LSPRT
LSREPP
LSREV

LSRPT

21-98¢

21-98¢
21-98¢
21-98¢
21-98¢
21-98¢
21-98¢

21-98¢
21-98&
21-98¢

LS$SPC
LSSPCP
LSSPTP
L$STA
LSTEST
LSTIML

21-98¢
21-98¢
21-98¢
21-98¢
21-98¢
21-98¢

L10001
L10002
L10003
L10004
L1000S
L10006
L10007
L10010
L10011

43-30¢
43-340
43-38¢
43-569
43-65¢
43-700
43-740
45-57¢
75-41¢

LSUNIT
L10000

L10013

77-185¢

79-27
L10015
L10016 80-19
L10017
81-20
L10020 82-95
L10021 108-31¢

79-430
80-35¢
81-36¢
82-130

L10023 112-13
L5060
40-99¢
LCLKEN 26-35¢
LCPR1
57-286

112-56¢
77-76
77-59
57-32

78-192

L10022 108-50¢

LCPR2

58-28¢

LCPRLS

57-27¢

LCPREX
LCPRL1

LCPTL
LCPTEX

LCPTLS

LDRCLS

LDRPLS

57-30
57-31

57-33&
58-24¢

60-32¢
60-34

60-37
60-38¢

65-15¢

94-106

60-29¢

56-33

23-10¢0

A43-76

77-169

L10014

Thursday 22-Mar-84 16:24 Page S-15

109-15¢

94-80

90-18

92-20

93-25

91-18

92-19

93-24

63-140

94-50

94 -82

94-95

94-111

SEQ 237

F3
MACRO V05.00
CZCLMCO DMP/V-11 OCLT
v05.00)
(CREF
Cross reference table
LDTCLS
LDTPLS

60-36
60-35

LIS

26-21¢

LGOVE

LISCK

46-56¢

LOGAGR

gé-g}.
-

56-32

LOGCMD
LOGCML
LOGCMP
LOGDVI
LOGEOP

46-78¢
46-740
46-700
46-61¢
46-840

LOGMSC

46-89¢

LOGEX

46-100

LOGS1L

46-53¢
46-48¢
46-41

LOGS3

46-59

LOGRXC
LOGRXQ
LOGS2

LOGS3A

46-132

46-113+ 46-117+ 88-78+«

88-90+«

88-91

88-94+

89-76+

72-13¢

94-49

86-6+

86-25+

B87-39a

99-44

99-24
37-192

95-85
95-62
95-56
89-77
96-24

28-440
25-0¢

46-46

46-51

46-940

46-68

46-82

46-87

46-92

97-86
77-92¢

98-47
98-39
77-93

77-96

40-72%

73-30

82-74s

B82-86

46-136¢
46-116¢

94-61
77-90&
73-31

28-44
40-73¢

34-32
73-27

MARHM

38-48

41-1244

MARM

MCLR

28-45
28-46
28-47
28-48

38-47

41-123¢

MLTYP

MO0

28-36

M02
MO3
MO4
MOS
MO6

MOBITE
MOBITS
MOCHK

MODE

MODES
MODLOC

89-6

46-65
89-21

40-652

28-37

40-66¢

34-10¢
34-3¢
26-440

47-201
47-189
73-67

28-38
28-39
28-40
28-41
28-42

32-27¢

28-36¢
26-28¢

46-81¢
46-119¢
97-103

46-1040

40-749
40-75¢
40-76¢
40-77%

26-230¢ 100-98

32-10¢

107-112

99-46

99-39
99-33
46-55

LPO
LPOO
LP1
LP2
LP3
LP4

98-53

100-113

97-115
97-80

94-70
72-20

46-108
94-117

46-38¢
32-3&

100-94

46-138¢

46-106
46-43¢

LOGTXQ
LOGUNT
LoT

46-111

86-12

46-77

46-112

LOOPS

106-38

46-73

LOGS4

LOGSS
LOGTXC

103-140

37-54

40-97¢
26-160¢

103-118

26-148¢

LISP
LMOLOP

L&NT

103-95

99-21¢

99-25¢

94-120
94-60

100-125

97-98

32-33

LISCKA
LISMOD

67-17¢
66-15¢

SEQ 238

Thursday 22-Mar-84 16:24 Page S-16

89-25

40-674¢
40-68¢
40-694
40-700
40-71¢

89-111

73-24
100-197

87-24

100-133

82-96+

100-171

84-81

100-197

100-200

87-41s

B87-43s

87-45«

87-47+

87-52¢

G3
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

Cross reference table (CREF v05.00)
MODREM

MODS

26-29¢

33-8¢

MOOTYP 32-7&
MOMSGS

89-109
34-140

100-200

46-102

107-125¢

94-97

94-121

46-64

47-19

SEQ 239

Thursday 22-Mar-84 16:24 Page S-17

82-73+

82-85

84-80

99-47+

61-19

61-22+

64-18+

84-59

85-59

98-53+

100-84

100-236

86-9+

86-12+

86-15+

B88-32+

88-127« 89-48+

89-96»

100-221+

86-1»

86-4+

MOP
MOSC

26-300
26-168¢

26-157¢
37-127

MSC

26-78¢

46-91

MSGO

27-12

27-28

27-38¢

27-13

27-29

27 -400

27-14

27-30

27-422

27-15

27-31

27-44¢

27-16

27-32

27-460

27-17

27-33

27-52¢

27-18

27-34

27-57¢

MSG8

27-20

27-36

27-738

MSGLIM

26-5¢&

29-7

29-8

29-9

29-10

54-66

82-151

82-182

40-114¢

52-30

82-57+

82-69¢

84-58¢

85-29+

85-48+

85-50+

85-52+

MPLY

MSG

31-1¢

27-98

MSGOC

27-12¢

MSGIC

27-13¢

MSG1

MSG2

MSG2C

MSG3

27-14¢

MSG3C

27-15¢

MSGAC

27-16¢

MSGA

MSGS

MSGSC
MSG6

MSG6C

MSG8C

27-17¢
27-18¢

27-204

MSGTRN

40-113¢

MSGTYP

31-38¢

MSGTRU

MTP

MTPLEY

MTPLY
N1O$

N100$

N102$¢
N104s$
N10S¢
N106¢
N107¢
N108¢
N110$
N1l1s

N112s

N114s

N115¢

85-62

82-144

53-33

82-70

82-153

82-173

82-184

97-39

85-54s

85-56+

85-58+

85-61s

89-106+

37-110

37-128

37-.89

37-191

89-12

89-83

58-27

61-19¢

61-23

64-21

88-33

88-130

89-51

89-97

100-224

37-33

37-38

37-66¢

37-55

37-57

37-60

37-62

37-92¢

37-97

37-108

37-142

37-144

37-146

37-148

37-150

37-157

37-164¢

37-174

37-89

37-93

37-152

37-165

37-212

37-216¢

37-19

37-67¢
37-67
37-35
37-202
37-203
37-205
37-40
37-76¢

61-240

37-208

37-78¢

37-49

37-51

37-92

37-166
37-164

37-138
37-85

37-167

87-49

37-69¢
37-202¢
37-203¢
37-205¢
37-207¢
37-75¢

37-76

N122$¢
N123s

N126s

82-58

87-7

88-172

37-193
37-94
37-95
37-107
37-77

N125$

27-106@

86-21¢

77-146

26-660

61-20

N116s
N1178
N118$
N120s

N121$¢

58-25¢

86-18+

37-93¢

37-195
37-95¢
37-96
37-109¢
37-79

37-140

37-168¢4
37-165¢

37-87

37-169

37-53

37-200

37-107¢

37-1344

37-172¢

H3
C2CLMCO DMP/V-11 DCLT

MACRO V05.00

Cross reference table (CREF v05.00)

N130$
N131s$
N132$
N140$
N141s$
N142$
N143s$
N144s
N150$
N160$
N161$
M162$

N163s$
N20$

N25$
N30$

N4O$
N4a2s$
N43s$
s
N44
N45$

37-109
37-127
37-124
37-131

37-188¢
37-188
37-190
37-192
37-125
37-206
37-209¢
37-209
37-211
37-34
37-37
37-36
37-88
37-30
37-20
37-22
37-24
37-26
37-28
37-32
37-31
37-82
37-83

37-137¢
37-137
37-139
37-141
37-143
37-145
37-147
37-149
37-151
37-156¢
37-156
37-158
37-159
37-29
37-468
37-48
37-50
37-52
37-54
37-56
37-59
77-48

NOD1
NOD10
NOD100
NOD101

37-124¢
37-130¢
37-127¢
37-177¢

37-190¢
37-192¢
37-1942
37-1984
37-208¢

37-213
37-210¢
37-212¢
37-36¢
37-39¢
37-39
37-130
37-32&
37-22&

37-41¢
37-134

37-46
37-168

87-4

87-30

37-1392
37-141¢
37-143¢
37-1450
37-1470
37-1490

37-151¢
37-155¢
37-160
37-158¢
37-159¢
37-161¢
37-45¢

37-50¢
37-52¢
37-54¢
37-56¢
37-58¢
37-61¢

40-110¢

82-42
37-19¢
37-200

87-1

37-97
37-107

37-97¢
37-107

37-107¢

37-19
37-20
37-279

37-45
37-155

37-24¢8
37-26@
37-28¢
37-30¢
37-34¢
37-82¢
37-83%
37-84¢

77-90¢
37-94

26-1524

SEQ 240

Thursdey 22-Mar-B84 16:24 Page S-18

37-47
37-172

37-58
37-173

37-61
37-177

37-66
37-194

37-69
37-198

37-75
37-199

37-78
37-207

37-84
37-208

37-86
37-210

I3
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

Cross reference table (CREF v05.00)
NOD102

37-108

NOD104

37-11C

37-108¢

37-109

37-109¢

NOD10S

37-124

37-124¢

NOD107
NOD11

37-127
37-28

37-127¢
37-28¢

NOD111

37-130

37-130¢
37-137%

NOD103

NOD106
NOD110

NOD112
NOD113

37-125

37-128

37-131
37-134

37-110¢

37-125¢
37-128@

37-131¢
37-134¢

NOD114
NOD115

37-137
37-138

37-137
37-138¢

NOD117
NOD12

37-140
37-29

37-140¢
37-29¢

37-139

37-139¢

37-141
37-1420
37-143

37-141¢

37-145

37-145¢

37-147

37-1472

37-30
37-149

37-30¢
37-1490

NOD132

37-151

37-151@

NOD142
NOD143
NOD144

37-161¢
37-164
37-165

NOD116

NOD120
NOD121

NOD122

NOD123

NOD124

NOD125

NOD126

NOD127

NOD13
NOD130
NOD131

NOD133
NOD134
NOD135
NOD136
NOD137
NOD14
NOD140
NOD141

NOD145
NOD146
NOD147

NOO1S

NOD1S0
NOD151
NOD152
NOD1S3
NOD154

NOD1S5
NOD156

NOD157
NOD16
NOD160
NOD161
NOD162
NOD163

37-139
37-141
37-142
37-143
37-144

37-1440

37-146

37-146¢

37-148

37-148¢

37-145

37-147

37-150

37-152
37-155
37-156
37-157
37-158
37-31
37-159
37-160

37-166
37-167
37-168

37-32

37-169
37-172
37-173
37-174
37-177

37-188

37-189

37-190
37-33
37-191
37-192
37-193
37-194

37-150¢

37-152¢
37-155@
37-156¢
37-157¢
37-158¢
37-31¢
37-159¢
37-160¢
37-1644
37-165¢

37-166
37-167¢
37-168

37-32

37-169¢
37-172¢
37-173¢
37-174¢
37-177¢

37-143¢

37-166#

37-168¢

37-32¢

37-188

37-188¢

37-190
37-332
37-191¢
37-192
37-193¢
37-194

37-190¢

37-189¢

37-192¢
37-1944

Thursday 22-Mar-84 16:24 Page S-19

SEQ 241

J3
CZCLMCO DMP/V -11 DCLT

MACRO V05.00

Cross referen:e table (CREF Vv05.00)
NOD164
NOD165
NOD166

37-135
37-198
37-199

37-195¢
37-198¢
37-199¢

NOD17

37-34

37-342

37-20%

37-203

37-203¢

37-205

37-205¢

37-207

37-207¢

NOD167

37-200

37-200¢

37-202¢

NOD170

37-202

NOD172

37-204¢

NOD174

37-206

37-206¢

37-208

37-208¢

37-209

37-209¢

37-35
37-210
37-211
37-212
37-213

37-35¢
37-210¢
37-211
37-212¢
37-213¢

37-211¢

NOD171

NOD173

NOD175

NOD176

NOD177
NOD2

NOD20
NOD200
NOD201
NOD202
NOD203
NOD204

NOD205

37-20°

37-207

37-209
37-21¢

37-216¢

50-3

50-3&

NDD206

50-4

50-4¢

NOD21
NOD210

37-36
50-6

37-36¢
S50-6

50-6#

50-8

50-84@

50-10

50-10¢

350-12

50-12

50-12¢

37-37
50-14
50-15¢
50-16¢
50-17¢

37-37¢
50-14¢

50-18

50-18¢

50-20

50-20¢

50-22

50-22¢

37-39

37-39¢

NOD207

NOD211

NOD212
NOD213

NOD214

NOD215

NOD216

50-5&

50-7¢
50-9¢

50-11

NOD217

50-13¢

NOD224

50-18

NOD22
NOD220
NOD221
NOD222
NOD223
NOD225

NOD226

37-37
50-14
350-15
50-16
50-17

50-19¢

NOD227
NOD23

50-21¢
37-38

NOD231
NOD232
NOD233
NOD234
NOD235

50-23
50-24
50-25¢
S50-26@
50-27¢

NOD25

37-40

NOD230

NOD24

NOD26

NOD27

NOD3

NOD30

NOD31

NOD32

37-41¢

37-45

50-11¢

37-38¢

S50-23¢
50-24¢

37-400

37-450

37-22

37-47

37-470

37-46

37-48

37-46

37-48

37-224

37-46¢0
37-484

Thursday 22-Mar-84 16:24 Page S-20

SEQ 242

IK3
CZCLMCO DMP/V-11 DCLT

MACRC V05.00

Cross reference table (CREF v05.00)
NOD33

37-43

NOD35

37-51

NOD37
NOD4

37-53
37-23¢

NOD34

NOD36
NOD4O
NOD41

NOD42

NOD43
NOD44

NOD4S

37-50

37-50@

37-52

37-52¢

37-54

37-54¢

37-56

37-56¢

37-59

37-59¢

37-61

37-61¢&

37-55

37-57
37-58

NOD46

37-60

NODS

37-24

NOD47

37-49¢

37-50

37-61

NODSO
NODS51

37-62
37-66

NODS3

37-68¢

NODSS

37-70¢

37-51¢

37-53¢
37-55¢

37-57¢
37-58¢
37-60&

37-24

37-62¢
37-66¢

37-24¢

37-67

37-67¢

37-69

37-69¢

NOD6

37-75
37-76
37-25¢

37-75¢
37-76

37-768

NOD6L

37-78

37-78¢

NOD7

37-26

37-26%

37-94

37-94¢

37-96

37-964

NOTNUF 26-162¢ 37-30

37-33

NODS2
NODS4

NODS6
NODS7

NOD6O0
NOD62
NOD63
NOD64
NOD65
NOD66
NOD67

NOD70
NOD71
NOD72
NOD73
NOD74

NOD7S
NOD/6

NOD77

NOEXM

37-67

37-77

37-77¢

37-79
37-82
37-83
37-84
37-85
37-86

37-79¢
37-82&
37-83¢
37-84¢
37-85¢
37-864

37-87
37-88
37-89
37-92
37-93

37-94

37-95

37-96

38-79

37-87¢
37-88¢
37-89¢
37-92¢
37-93¢
37-95¢

41-154¢

NONE

26-250

NULEVT

40-152&

47-85

OSAPTS

21-12¢

21-98

21-12¢
21-12¢

21-70¢
21-98

NULL
NUM

0sAU

OSBGNR
O$BGNS

osov

OSERRT
OSGNSK

OSPOIN

O$SETU

26-1220
26-134¢0

21-126

21-12¢

21-12¢
21-12¢

21-12¢

37-35

37-36

37-46

21-700

21-704

21-98

37-173

21-70¢

21-98

21-70¢

21-98

21-98
21-98

21-70
21-98

SEQ 243

Thursday 22-Mar-84 16:24 Page S5-21

21-98

21-7084

113-48

37-85

37-87

37-93

37-165

37-202

37-212

LS
CZCLMCO DMP/Vv-11 DCLT

MACRO v05.00

Cross refere-ce table (CREF v05.00)
OFSET
OPRFPT
0PBUF
OPCNT
OPEND
OPRMM
OPRMSG
oPTYP
oPTYPM
OPVAR
OPVARL
OTINT
OUTH1
OUTHOL
OUTHE2
OUTHE3
OUTHE4
OUTHES
OUTHE®G
QUTHEX
OUTVEC
OVRCNT
PSACT

PS$BUFA
PSCNT
PSEXIT
P$GDBD

P SNNUF

P $NUH
P$RADX
P$TRS

PS$STREE
P$TRV
PARAM

PAS
PASC
PASMOD
PASS1
PASS2
PASS3
PASS4
PCADD

31-45¢
27-660
27-35
27-19¢
27-684

40-98¢

43-29
99-42

27-670
85-37+
98-25
98-27
37-155

26-135¢
77-137«
38-36¢
112-81¢
112-51
89-72+
31-22¢
89-73+
31-23¢
26-860 103-102
107-39¢
107-36
106-48
103-105
107-2564
107-253
107-222
107-216
107-217¢ 107-227
107-221¢
107-219
107-252&
107-233
107-76
107-66
77-133+
38-340
107-105+
31-352
47-19+
28-54¢
47-17»
28-52¢
74-157+
28-55¢
74 -58¢
74-23
47-11»
28-59¢
87-51+
87-10+
47-12+
28-58¢
84-94s
84-46+
49-28
28-56¢
74-172+
84-87
28-57¢
74-117+
74-22¢

28-53¢

47-21
32-144
89-85

26-17¢
26-1564

74-31
47-18»
74-19¢

85-39
98-33»

98-23
98-37

77-138

88-140

96-21
96-20

107-79»
107-83»

107-33¢

107-220

PE106M
PE110M
PE112M

98-36

100-99

100-131

100-173

10€-29

107-218

108-49

107-156

107-159

107-84

107-115

107-126

107-195

107-210

107-215

107-258+

77-1342

74-65
74-20
74-164
74 -82
47-22

88-10+

77-166

82-106+
82-104+
74-221+
74-87
49-33+

88-11

47-26

49-2+

49-32

49-35

85-79«

84-93

74-120+
74-51

74-21

107-33»

41-1314
41-1324
41-1330
41-1344
41-135¢
a41-136%

98-35

107-80

106-27+

86-4
37-199
37-50
97-44»
97-45¢
97-46+
97-47»

107-34

98-29

98-48

98-5C

99-25

99-26

107-178

107-196

107-211

107-2149

99-43

99-45

85-21+

85-71s

84-24+

84-32+

107-2322
107-257

46-67
91-17+

PCLKEN

PCPM
PE100M
PE102M
PE104M

95-784+

82-108
46-107
93-21
87-7

73-40
77-66
77-68

PCK
PCLKCT

95-65+

106-44

SEQ 244

Thursday 22-Mar-84 16:24 Page S 22

86-5#

85-18

74-127»
74-56

74-228+

74-233
74 -80+

88-104
49-23»
87-54»
49-43

85-25

74-162

74 -85»

88-175+

49-25»

88-7+

49-46
87-36
74-170

74-139+
89-24+

74-177+«

82-101+

82-102+

82-113

89-40
84-2»

74-158+

74 -160+

74-164+

74-166+ |

87-32+
105-42

89-4

89-46

89-62

74 -93
89-20+
49-37+
88-73+
74 -152+

49-40+

74-155+

88-171+
74 -157

87-6+
97-49+

87-11+
98-22+

87-29+
99-23+

88-107

88-103+

89-30+

89-39+

82-109

82-105»
82-76+
94-71

94-97

84-83

86-234
95-33

M3
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

Cross reference table (CREF Vv05.00)
PE114M
PE116M
PE120M

38-64
38-65
38-66

Thursday 22-Mar-84 16:24 Page S-23

41-137¢
41-138¢
41-139¢

38-71
38-72

41-140¢
41-1414
41-142¢
A1-1432
41-144¢
41-145¢

38-74

41-147¢

38-76

41-151¢

PLCK
PMS
PNCK
FNEC
PNMS
PNST

32-29
40-85¢
40-80¢
40-82¢
40-840
40-788

92-19¢
73-66
73-43
73-47
73-69
73-39

PNTTRB

47-114

47-153

47-161

47-208¢

71-20

88-46

88-53+

PEi22M
PE124M
PE126M
PEL130M
PE132M
PE134M
PE136M

PE140M

PE142M

FPE144M

PEC

PNT

38-67
38-68
38-69
38-70

38-73

38-50

40-83¢

25-0¢

POLDEF
30-3¢
POLLE2 100-237
POLLEN 100-219

POLLIS
POLPM

POLPM3
PRI
PRIOO
PRIO1
PRIO2
PRIO3
PRIO4
PRIOS
PRIO6

30-36#

40-34%

40-35¢
25-0@
25-0¢
25-0¢
25-0¢
25-0¢
25-0¢
25-0¢
25-0¢

41-146¢

38-75

41-150¢

73-44

71-21
100-240¢
100-232¢
88-29

88-132

88-129

100-223

55-17

77-168

PRIO7
21-98
25-0#
PRIOR
112-50
112-78¢
PRNT
26-1674
37-24
PROTO
26-155¢
PROTOB
26-46&
87-27

79-26
84-19

89-74+

96-18+

96-22

82-55

82-179

84-28

84-33

89-58

29-7&

54 -69

54-74

82-52

82-149

QRX
QTX

26-87¢
102-38
26-88¢

56-31
103-156
91-19

85-13

60-30

90-17
93-26

92-21
94 -51

93-26
94-101

94 -46
94-112

QUALFG
QUALVL

28-6#
28-7#

47-20+
82-166+

82-107+
82-197«

85-10+
85-7+

85-13+
85-25+

85-16
85-26+

PSCNT

31-24¢

PTR13

29-8¢

PTRTAB

PST
40-79¢
PTPMLP 112-52
PTR23
PTREND

QCOPY

QUEOM

29-3¢
29-12¢

26-133¢

103-61

38-81

SEQ 245

73-36
112-79¢
58-24

37-168

103-130

41-1564

89-59

99-29
98-52

N3
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

Cross reference table (CREF v05.00)

R10$8
R11s$
R128
R125¢
R138
R14s
R15S$
R20$
R21$
R228

50-3
50-4
50-6_
50-17
50-8
50-19
50-12
50-11
50-18
50-20

RBFLIM

26-11 ¢
26-231¢

R30$
RDI

50-14

50-40
50-64
50-8¢
50-27¢
50-100
50-120
50-14¢
50-17¢
50-200
50-220
50 15
29-5

RDO
RDTS2

26-2294 107-37
47-478
47-45

REC

26-15¢

RDTSS

RECMOD
REPLOG

REPORT
RESFLG

RESTRT

47-49

26-147¢

49-12

77-43

77-60

47-40
32-6¢

40-37¢
28-19
28-20

26-211¢

RIM

28-21
28-22
28-23¢
28-194

75-23
77-39s+

47-10
40-38¢
40-39¢

41-126¢

26-188¢

50-15

RPASS

32-220

46-66

37-194

26-182¢

50-10

RPEXT

26-180¢

RPHLP

26-179¢ 49-8

RPLOG
RPSWE
RPSWF
RPSWO0

RPT

RPTO

49-13
50-18
50-20
50-24

47-84

47-95

RPT1
RPTAA
RPTOCK
RPTDDE
RPTDER
RPTOLE
RPTDSP

47-92
47-103¢
34-54
34-57
34-52
34-56
34-48¢

RPTMSB

47-116

RPTDVI
RPTEOP
RPTIV

RPTMSC
RPTSN

47-35

26-181¢
26-185¢
26-186¢
26-187¢

47-88¢

50-264

82-93

84-25«

84-82

87-36+

47-147

47-155

47-164

47-176

107-214

47-584

47-66

84-20
77-51«

82-44

77-69

77-77

77-81¢

34-7

38-55

26-161¢

RPGSS

50-24

50-23

40-404
40-414
49-6
49-4

RMDLOP

RNOTNF

89-53

50-22

37-52

47-78¢

RHLPO
RHLP1
RHLP2

RHLP3
RHLP4
RHLPEN
RHLPTB

47-53

S0-16

SEQ 246

Thursday 22-Mar-84 16:24 Page S-24

47-117
47-984

34-53
34-58
40-4206

47-158¢
47-150¢4
47-119¢
47-157¢
47-109
47-1274
47-1384
49-43

34-55
26-184¢

47-1674
50-16

47-170

50-17

50-22

82-75+

82-87

50-4

50-6

47-125

47-137

47-173

47-188¢

49-10

50-12

47-99

S50-8

47-102¢

96 -26

96 -28+

B4
C2CLMCO DMP/V-11 DCLT

MACRO Vv05.00

Cross reference table (CREF v05.00)
RP1SS
RPTTSS
RPTTXQ

RQI
RQIFLG
RSEL3

RSEL4
RSEL6
RSPTRE
RSPTRS
RTS

RUN
RUNING
RUNST

SEQ 247

Thureday 22-Mar-84 16:24 Page S-25

49-22

S0-14

47-31
47-430
34-49
47-59

49-17

47-33
34-48

43-69
43-69
43-69

103-138
103-137
103-139

107-266¢
107-2640
107-265¢

107-187
103-145

107-194»
103-155e

77-38e

82-120
79-18¢
107-73

84-23
96-31s¢

107-S8

107-75¢

107-242+

97-75

97-76

97-95

97-116

97-122

97-125

97-131

89-61¢

89-64¢

93-23e

95-42

82-54¢

89-59«

92-22

93-27

A43-65¢
77-76

43-700
77-76

43-740

26-183¢

34-50
47-67
26-228¢
107-226+ 107-252
31-32¢

29-280
29-27¢
26-2100
26-126¢
32-240

89-69¢
89-68+
34-6
37-28

26-103¢ 100-239
38-52

41-128¢

29-

46-105

26-740

47-111@
34-51
101-40
100-232
100-211
+
107-254

102-45

103-69

104-20

105-15

105-55

107-255

41-161¢

107-191

89-69

103-154

107-193

107-206

43-300

A3-340

A43-38¢

43-560
77-76

55-26
82-103

77-470
77-620
77-71¢
77-80¢

82-84.
46-71

97-41

55-260
C2-103¢
97.41

100-°¢2
77-116+ 100-88+
77-12C«
155-93
19+
77-1
77-124¢ 102-48¢
77-123¢
77-128e¢
77-127¢
47-63+
107-202
107-188

73-33

97-41

88-52

97-410

83-52

98-27

88-52¢

98-27

77-760

88-67

98-27

47-16
78-19¢

47-16

98-27¢

108-31¢

108-500

88-67¢

88-69

103-92
107-204

106-37

88-67

79-43¢

80-35¢

47-16@

81-36¢

88 -69

109-15¢

112-56¢

105-19¢

105 58«

107-248

46-79
46-75
46-57
46-62
97-138

46-85
37-151
37-76
37-78

75-410
88-52

45-57¢
77-185¢

82-118

85-74

82-134

85-6

82-131

85-3

100-98+

100-112

103-71e
100-123

85-69

100-122
106-36
100-145¢ 103-93
107-125
105-18¢
- 23+
104
100-214+ 100-235¢ 100-238+

100-104

100-111

100-138¢ 100-144+
107 -190
107-110
107-189
107-134
102-49¢
101-42¢

107-203
103-72e

104-24:

:nO 248

Thursday 22-Mar-84 16:24 Page 5-26
V05.00
MACROv05.0
DCLT (CREF
CZCLMCO DMP/V-11 table
0)
Cross reference

73-71

40-430

84-76

SHTAB

28-32¢

B84-67

37-37

SHTAP
SHTBR
SHTEND

40-540
40-64¢
28-33¢

88-89
89-55
84-70

SMTIV
SHTLP
SHTLPA
SHTLP8
SHTLPC

40-63¢
40-S58¢
40-59¢
40-60¢
40-610¢

88-112
89-23
89-18
89-29
89-37
89-38

SHTYP6
SHTYP?

28-27
28-27

SHTYP4
SHTYPS
SHTYTB

SHUWOP

SIZE
SLST

SLTHEM

28-27
28-27

28-27¢

47-134

26-132¢0
26-169¢
38-45

88-145

49-32
88-81

40-460
40-47¢
40-48¢
40-49¢

40-500
40-51¢
84-76

73-22¢

37-166
37-203

SRXQ

40-2000

46-49

77-41

77-S1¢

STADD

START

STATE

STATUS

STATYP

31-26¢

26-410¢

26-136¢

38-40¢

STRCM

38-46

STRMM

38-49

STREAM
STxC
STxQ

38-54

84-87+

46-107

73-37

87-18

77-145¢

77-148¢

77-151e 100-162

21-21¢
21-98
21-98

21-98
21-98
21-98

79-8

80-8

21-98
21-98
21-98
21-98

37-107

41-122¢

41-130¢

41-1250

39-25%

21-98
21-98
21-98
21-98

85-16

S51-28

25-10
78-10

84 -84

34-8

46-44
46-39

SVCINS 21-12¢
21-98
21-98

85-10

46-90

40-199¢
40-198¢

SVCGBL. 21-12¢
21-98
21-98

82-89

41-121¢0

40-207¢

26-212¢

88-122

88-85
88-165
40-44¢
40-45¢

SMSC
SQ0

88-74

21-180¢
21-98
21-98

39-36

21-98
21-98
21-98

81-9

108-22

108-42

113-48

13-48

113-48

21-98
21-98
21-98
21-98

43-28

21-98
21-98
21-98

43-32

21-98
21-98
21-98

43-36

21-98
21-98
21-98

43-63

21-98
21-98
21-98

43-68

21-98
21-98
21-98

43-72

21-98
21-98
21-98

113-48¢

21-98
21-98
21-98

21-98
21-98
22-8

21-98
21-98
21-98

75-9

21-98
21-98
21-98
21-98

76-8

21-98
21-98
21-98
21-98

888888 588

SHTYP2
SHTYPS

28-27
28-27
28-27
28-27

84-47

SHTRH
SHTUN
SHTYPO
SHTYP1

40-62¢
40-57¢
40-52¢
40-53¢
40-56¢

84 -33

R Lol
o

SHTLPD
SHTNF
SHTRE

40-55¢

84-73

SHTFL

84-8

26-1240

SHOW

40-123¢

SHMSG

rorofonNON

SHF )

SEQ 249

Thursday 22-Mar-84 16:24 Page S-27
DCLT HACRO V05.00
C2CLMCO DMP/V-11 table
(CREF v05.00)

43-64

43-69
43-69
43.70
43.73
43.74

43-69
43-69
43.73
43.73
43.74

46.118
47.10
47-10
47-16
47.24
47.58
47.85
47.103

46-118
47-10
47-16
47-16
47-24
47.28
47.85
47-103

46-115

47.103

47108
47-115
47-115
47.123
47-194
47-198
47.145
47-146

47-146
47.154
47-162
47-162
47-171
47.188
47-203
47-209
47-209
49-5
49-32
49-43
49-43
51-30
51-34
51-36
51-36
52-30
55-17

46-115

47.108

47.108
47-115
47-115
47-123
47-128
47.124
47-145
47-146

47.146
47.154
47-162
47-162
47-171
47.188
47-203
47.209
47-209
49-5
49-32
49-43
S51-30
51-30
S51-34
51-36
51-36
S2-30
55-17

43-73
43-73
43-74
46-115
46-118
47-10
47-16
47-16
47-24
47-28
47-85
47-1035

47-108

47-108
47-115
47-115
47-123
47-128
47-124
47-145
47-146

47-146
47-154
47-162
47-162
47-171
47-188
47-203
47-209
47-209
49-5
49-32
49-43
S51-30
S51-30
S1-34
51-36
52-30
52-30
55-17

21-98
21-98
21-98
22-8
39-36

21-98
21-98
21-98
22-8
59-36

21-98
21-98
21-98
22-8
39-36

21-98
21-98
21-98
23-10
39-36

21-98
21-98
21-98
23-10
43-29

21-98
21-98
21-98
39-25
43-29

43-34

43-37

43.37

43-37

43.37

43-64

43-29
43-29
43-33
43-37
43.55
43-55

43-37
43-55
43.55

21-98
21-98
21-98
22-8
39-36
&
(%]

7]
w

43-29
43-29
43-33

w
w

&
(%]

843.37
43-38
43.55

21-98
21-98
c1-98
22-8
39-36

o s e
D

43-29
43-29
43-33

33
3S 3

43-64

43-33
43-37
43-38
43-55
43-64

21-98
21-98
21-98
22-8
39-25

43-29
-29
-33

1%
L

43-33
43-37
43-37
43-55
43-64

43-29
43-29
43-33

21-98
21-98
21-98
21-98
39-25

43-29
43-29
43-30

21-98
21-98
21-98
21-98
39-25

P
SLHLLLLLLLY
G 0 0 8 0 O O [V
G] O

21-98
21-98
21-98
21-98
39-25

Cross reference

43-64

46-115

43-69
43.69
43-73
43.73
43-76

43-69
43-69
43-73
43-73
43-76

46-118
47-10
47-16
47-16
47-24
47-28
47-85
47-103

46-118
47-10
47-16
47-16
47-28
47-28
47-85
47-1035

47-108
47-115
47-115
47-123
47-128
47-128
47-145
47-146

47-108
47-115
47-115
47-123
47-124
47-145
47-145
47-146

47-108

47-146
47-154
47-162
47-162
47-171
47-188
47-203
47-209
49-5
49-5
49-32
49-43
51-30
51-30
51-34
51-36
S52-30
55-17
55-17

47-108

47-154
47-154
A47-162
47-162
47-171
47-188
47-203
47-209
49-5
49-5
49-32
49-43
S51-30
51-30
S51-34
51-36
52-30
55-17
55-25

43-69
43-69
43-73
43-73
43-76

46-118
47-10
47-16
47-16
A47-24
A7-28
47-85
47-103

A47-108

47-108
47-115
47-115
47-123
47-128
47-145
A7-145
47-146

47-154
47-154
47-162
47-162
47-171
47-188
47-203
47-209
49-5
49-5
49-32
49-43
51-30
51-34
S51-34
51-36
S2-30
55-17
55-25

43-29
43-29
43-33
43-37
43-55
43.55
43-64

43-69
43-69
43-73
43-73
43-76
46-115
46-118
47-10
47-16
47-16
47-24
47-28
47-85
47-103
47-108
47-108
47-115
47-115
47-123
47-128
47-145
47-145

47-146

47-154
47-154
47-162
47-162
47-171
47-188
47-203
47-209
49-5
49-5
49-32
49-43
51-30
51-34
S51-34
S51-36
S52-30
55-17
55-25

43-29
43-29
43-33
43-37
43.55
43-55
43-64

43-64

43-69
43-69
43-73
43-73
43-76
46-115
46-118
47-10
47-16
47-16
A7-24
47-28
47-85
47-103
47-108
47-108
47-115
47-123
47-123
47-124
47-145
47-145
47-146

47-154
47-154
47-162
47-162
A47-171
47-188
47-203
47-209
49-5
49-32
49-32
49-43
51-30
51-34
S1-34
51-36
S2-30
55-17
55-25

43-29
43-29
43-33
43-37
43.55
43.55
43-64

43-64

43-69
43.69
43.73
43-73
43-76

46-115

46-118
47-10
47-16
47-16
A7-24
47-28
47-85
47-103

47-108

47-108
47-115
47-123
47-123
47-124
47-145
47-145
47-146

47-154
47-154
47-162
47-162
47-171
47-188
47-203
47-209
49-5
49-32
49-32
49-43
51-30
S51-34
51-34
S51-36
52-30
55-17
55-25

43-29
43-29
43-33
43-37
43-55
43.55
43-64

43-64

43-69
43-69
43-73
43-73
45-57

46-115

43-29
43-29
43-33
43-37
43.55
43.55
43-64

43-65

43-69
43-69
43-73
43-73
A5-57

46-115

46-118
47-10
47-16
47-16
A7-24
47-28
47-85
47-103

46-118
47-10
47-16
47-16
47-24
A7-28
A47-85
47-103

47-108
47-115
47-123
47-123
47-124
47-145
47-145
47-146

47-108

47-154
47-154
47-162
47-162
47-171
47-188
47-203
47-209
49-5
49-32
49-32
49-43
51-30
S51-34
51-34
S51-36
52-30
$5-17
55-2%

47-108

47-154
47-154
47-162
47-171
47-171
47-188
47-203
47-209
49-5
49-32
49-32
49-43
S51-30
S51-34
51-34
51-36
S2-30
$5-17
55-25

43-29
43-29
43-33
43-37
43-55
43.56
43-64

43-65

43-69
43.69
43-73
43.73
45-57

46-115

46-118
47-10
47-16
47-24
47-24
A7-28
A47-85
47-103

47-108

47-108
47-115
47-123
47-124
47-124
47-145
47-146
47-146

47-154
47-154
47-162
47-171
47-188
47-188
47-203
47-209
49-5
49-32
49-43
49-43
51-30
S51-34
51-34
S51-36
S52-30
$5-17
55-25

43-29
43-30
43-33
43-37
43.55
43-56
43.64

43-65

43-69
43-70
43-73
43-73
46-115

46-115

46-118
47-10
47-16
47-24
A7-28
47-28
47-85
47-103

47-108

47-108
47-115
47-123
47-124
47-124
47-145
47-146
47-146

47-154
47-154
47-162
47-171
47-188
47-203
47-203
47-209
49-5
49-32
49-43
49-43
51-30
51-34
S1-36
S51-36
S52-30
55-17
55-2%5

43-29
43-30
43-33
43-37
43.-55
43-56
43-64

43-69

43-69
43-70
43-73
43-73
46-115

46-118

46-118
47-10
47-16
47-24
47-28
47-85
47-85
47-103

47-108

47-108
47-113
47-123
47-124
47-124
47-145
47-146
47-146

47-134
47-154
47-162
47-171
47-188
47-203
47-209
47-209
49-5
49-32
49-43
49-43
51-30
51-34
S1-3¢
S1-36
S52-30
55-17
$5-25

79-26

Nflur"wrOOON::
U1

6béooogsu

85-45

332333888

F2T2LLRRLREBU
Go

- e e

222582888228
333333333344
b 3 34 dd g 44 o

F2222ARR0LLBLCHS o

223222222 SAIFGREER
-~

[

32338588020

22222222 IIH7REL

A3 33334
CREREREN
ddid
23309880
00RY > S8 33NE S5 RREGE
)
L

@
w

®
@®

330

®
w

SEaEEEEEEES

1333444444444«
FRREERERTRRE

ww-w()&
mgumu
W :

-153
-153
~-173

-144

-111

-115

79-43

81-20
82-42
-83
82-95
-103
-103

-76

85-20
85-45
87-9
87-53
-29

77-153
77-153
77-165
77-166
77-168

S2ITIIGRR

-12
-12

73-71
73-71
74-138
74-176
77-37
77-42
77-45
77-56
77-62
77-72
77-76
77-80

~~ b

-153
-173
-184

77-166
77-168
78-19
79-43

55.25
55.26
73-33
73-33

22328382228

32335881002

88-29

22823283288

[

’

2235528108

222822838

88223333

F2IALRERR

88-51

EE2EER2EE3
2e300aau 32

82-153
82-173
82-184
82-184
84-12
84-76

-144

77-153
77-153
77-165

73-71
73-71
74-138
74-176
75-41
77-42
77-45
77-52
77-62
77-72
77-76
77-80
77-96

b AT

82-144

81-20
82-42
82-83
82-92
-103
-103
-111
-115
-144

73-33

73-71
73-71
74-138
74-176
75-41
77-42
77-44
77-52
77-62
77-71
77-76
77-80
77-80

LY 33

81-20
82-42
-83
82-92
-103
-103
111

80-35
82-42
82-83
82-91
82-103
82-103
82-111
82-115
82-130

73-33

55-25
55-26
73-33
73-33

22222 RRRIIRTREB ottt dddddd

77-80

55-25
55-26

>®»®
>o®
1] .
@
N0

77-166
77-166
77-185
79-27

77-97
77-153
77-165
77-166
77-168
78-19
79-27

73-33
73-71
73-71
74-138
74-176
74-176
77-41
77-44
77-48
77-57
77-71
77-76
77-76

o0
wvwunun
F2TTATRRRES

77-63
77-76
77-76
77-80
77-97

77-44
77-48
77-57
77-63
77-76
77-76
77-80

55-26
73-33
73-33
73-71
73-71
74-138
74-176
75-41
77-41
77-44
77-52
77-57
77-71
77-76
77-76
77-80
77-153
77-153
77-165
77-166
77-168
78-19
79-43

22ERBIBVRRLD

77-40
77-44
77-48
77-56

55-25

74-176

73-33
73-33
73-71
74-138
74-138
74-176
77-41

55-25
55-26
55-26

77-153
77-165

73-33
73-33
73-71
73-71
74-138

55-25
55-26
55-26

73-33
73-33
73-71
7371
74-138
74-176
77-40
77-44
77-47
77-56
77-63
77-76
77-76
77-80
77-96

55-25
55-26
55-26

S222EEE22E33

Cross reference table (CREF v05.00)

SEQ 250

Thursday 22-Mar-84 16:24 Page S-28

133349
ddd dd g

CZ2CLMCO DMP/V-11 DCLT

MACRO V05.00

107-177
107-177
107-177
107-177
107-197

SVCTAG

97-41
97-41
97-63
97-67

97-133
98-27
98-27
99-24
99-42

100-96
100-115
100-127
103-97
103-119
103-141
106-40
107-114
107-155
107-158
107-158
107-177
107-177
107-177

107-212
109-15
112-48
112-49
112-50
112-51

21-12¢

43-30

97-41
97-41

97-63
97-67
97-138
98-27
98-27
99-24
99-42
100-96

100-115
100-127
103-97
103-119
103-141
106-40
107-114
107-155
107-158
107-158
107-177
107-177
107-177
107-197
107-208
107-217
112-27
112-48
112-49
112-50
112-51
112-52
112-56

43-38

89-38

89-55

95-61
95-75
95-84
97-41
97-41
97-63
97-67
97-138

98-27
98-27

N
n

r-v'-r-r-

P et

N~
g3 WOO bbb

89-37

23222828888 8
39833333b
o e 0

89-29

2222228283

88-122
88-145
88-145
88-165
88-174
89-10
89-18
89-23

n
n

88-89
88-89
88-93
88-98
88-112

88-89
88-89
88-93
88-98
-112
-122
-145
-145
-165
-174
89-10
89-18
89-23
89-29
89-37
89-38
89-55
89-55
95-75
95-84

s
s

N
N

=
o

8833

8533

‘

89-55
95-61
95-84

107-184
107-208
107-212
112-13
112-48
112-49
112-50
112-51
112-52
112-54

112-52
112-54
113-48
21-12@
SvCsSuB

3233828222
00 ®®

Thursday 22-Mar-84 16:24 Page S5-29

MACRO V05.00
v05.00)
(CREF
Cross reference table
CZCLMCO DMP/V-11 DCLT

88-85
88-89
88-93
88-98
-112
-122
122
-145
-165
-174
89-10
89-18
89-18
89-23
89-29
89-37
89-38
89-55
95-61
95-75
97-41
97-41
97-63
97-67
97-138
97-138
98-27
99-24
99-42
100-96
100-106
100-127
103-97
103-101
103-141
106-40
107-114
107-155
107-158
107-158

SEQ 251

G4
MACRO Vv05.00

Cross reference table (CREF v05.00)
77-76

SVCTST

T$S$AU
T$SAUT
T$SCLE
T$350V
T$SHAR
TSSHM
T$S$INI

T$$MSG
T$$PRO
TSSRPT
T$$SRV
T$STES

T$ARGC

109-15
21-1¢c@
81-9¢
78-10¢

79-8¢
80-8¢

112-13
23-10

77-8¢
43-28¢
43-76
76-8¢
75-9¢

45-330
82-23¢

21-98

21-98¢

43-33
43-55¢
43-69
43-738
47-28
47-108
47-123
47-145
47-154

47-162¢

47-209¢
49-430

S51-36

73-33
73-71
77-80

77-185

78-19

112-56
21-19¢
81-20

82-23
81-36

80-19
112-13¢
23-100

80-35
112-56
23-59

78-19
79-27

77-169
43-30

75-41
45-57

82-95
21-98
21-98¢
43-330

43-55¢
43-69
43-73¢
47-28
47-108¢
47-123
47-145¢
47-154
47-171
49-5
49-43¢0

79-43

77-185
43-32¢

108-22¢
82-130
21-98
21-98¢

47-28¢
47-108¢
47-123¢
47-145¢

97-41

112-27
112-49¢
112-52
112-53¢
TSERRN
21-12¢
100-127¢

88-69

97-41

98-27

43-360

43-38

43-54¢

43-56

43-630

43-65

43-680

43-70

43-720

108-42¢

108-50

21-98

21-98
43-29
43-37

21-98

21-980
43-29¢
43-55
43-640
43-73
47-24a
47-108
47-115¢
47-145
47-154
47-1620
47-209
49-43

21-98¢
43-33

21-98

43-290
43-370
43-640
43-73
47-10
47-103¢
47-115
47-1240
47-1460
47-162
47-203
49-32

43-64
43-69¢0

S51-34

55-17¢
73-33¢
74-138

73-33
73-710

£88-122¢
88-1740
89-37
97-138

112-27¢
112-49¢
112-52
112-54
95-61
103-97

88-67

S1-300
52-300

88-93

88-52¢

88-52

47-146
47-154¢
47-188
49-50

88-66¢

47-16
77-76

82-103

46-118
47-850
47-108¢
47-124

46-115

73-33

107-177

81-36

43-29
43-37

43-33¢
43-55¢
43-69

82-115¢
82-173¢

T$CCDE

108-31

80-35

108-50

79-43

S51-36¢

84-76
87-53
88-66
88-89
88-122
88-165¢
89-29
97-138
107-155

SEQ 252

Thursday 22-Mar-84 16:24 Page S-30

82-420
82-1440
82-1840
85-20
88-29
88-660
88-93¢
88-145
89-10
89-38

97-1380

338382528

C2CLMCO DMP/V-11 DCLT

18
-380
99-24

82-83¢
82-153

84-12
85-45
88-51
88-814
88-98¢

88-145¢
89-18
89-55
99-24

43-290

43-55

43-640
43-73
47-10¢
47-108
47-115¢
47-1240
47-146¢
47-162
47-209
49-32¢

S51-34¢
55-25

73-33¢
74 -1380
82-111

82-153¢
84-12¢
85-45¢
88-51
88-85
88-112
88-165
89-23
89-55¢
99-42

S51-34¢
55-25
73-71

74-176

82-111¢

82-173

84-12¢

87-9
88-51¢
88-85¢0

88-112

88-165

89-23
97-63
99-42

107-158¢ 107-158¢ 107-158¢ 107-177
107-158
107-158
107-158
107-155¢ 107-158
177¢
107-177¢ 107-1772
7¢
107-17
107-1778 107-1770 107
107-177
s5-260
55-26¢
55-26¢
55-26
55-26
47-160
55-26
47-16%
47-16¢
88-52
¢
88-52
103
82-103¢ 82-103¢ 8282-103
82-103
77-76%
82-103
88-690
69
8869
887¢
69
8888-6
88-67¢
88-670
88-67
88-67
98-27¢
27¢
27¢
989827
9827
9897-410
98-27
97-41¢
97-410
9
-49
¢
112-4
112
¢
-48
-48
112
¢
112
-48
112
112-48
112-48
112-48
112-27¢
510
112112-51
112-51
0¢
112-51
-50
¢
112
-50
0
112
-50
112
112-50
112-50
112-53¢
112-53
112-53
112-53
112-53
112-53
112-520
112-52¢
112-52¢6
112-54¢
112-540
112-544
112-54
100-115
100-96¢
97-67¢
100-96
97-67
95-84¢
95-84
95-754
95-75
42
107-197
-11
4
0
107
-11
-40
107
106
-40
10
106
103-14
103-119
103-119¢ 103-141

43-55
43-69

43-73¢

47-24
47-108

47-115¢
47-145
47-154
47-162¢
47-209
49-43
S1-36

55-25¢
73-71

74-176

82-115

82-173
B84-76

87-9
88-510
88-89

88-112¢

88-165

89-23¢
97-63

43-74

21-98¢

43-33
43-55
43-69
43-73¢
47-240
47-108
47-123
47-145
47-154
47-162¢
47-209¢
49-43

51-36
55-25¢

73-71
78-1760|

82-115
82-173
84-76
87-9¢
88-66

88-89
88-112¢
88-1652
89-29
97-638

107-177

107-155
107-177

77-76
88-52
88-69¢
112-27
112-49
112-51¢
112-53¢

88 -S2¢
88-69¢
112-27
112-492
112-51¢
112-532

99-42¢

77-76

100-115@ 100-127
107-1972 107-212

H4
C2CLMCO DMP/V-11 OCLT

MACRO V05.00

107 -212¢

55-26
98-27
A43-760
81-200
47-160
88-69¢
55-26
98-27
55-26
98-27
23-59

Cross refererce table (CREF v05.00)

47-16
97-41
43-76
81-20
21-12¢
88-67¢
47-16
97-41
21-12¢
TSLAST
TSLOLI 47-15
97-41
TSLSYM 21-12

TSEXCP
TSFLAG
TSGMAN
TSHILI

47-16&¢
9/-410
43-760
81-200
47-16
B88-69¢
47-166
97-410
113-48¢
47-160
97-410
21-12¢

SEQ 253

Thursday 22-Mar-84 16:24 Page S-31

88-67¢
88-52¢ 88-67
77-760¢ 82-103 82-103¢ 88-52
55-26¢ 77-76
112-51¢0
112-51
112-50¢
112-50
112-49¢
112-49
112-48¢
112-48
98-27¢
79-270¢ 79-27¢ 80-19
79-27
77-169 77-169 77-169¢ 77-169¢ 79-27
82-1300
82-130¢
82-130
82-95¢ 82-95¢ 82-130
82-95
82-95
82-103¢ 88-52¢
82-103¢
82-103
77-760
77-766
55-260
A47-160 S55-260
98-27¢
98-27¢
98-27
97-41¢
97-416
88-67¢
88-52¢ 88-67
77-766 82-103 82-103¢ 88-52
55-26¢ 77-76
112-51¢
112-51
112-50¢
98-27¢ 112-48 112-48¢ 112-49 112-490 112-50
88-674
88-52¢ 88-67
77-764 82-103 82-103¢ 88-52
55-260 77-76
112-51¢
112-51
112-50¢
112-50
112-49¢
112-49
112-480
112-48
98-27¢
75-41
45-57
43-74
43-70
43-65
43-56
43-38
43-34
43-30

88-69
80-19¢
88-52¢
88-69

23-59
43-34
43-56
43-70
45-57
76-14
78-19
80-35
108-22
109-15

23-59¢ 43-28
23-59
43-340 43-36
43-34
43-560 43-63
43-56
43-70& 43-72
43-70
45-57¢ 75-9
45-57
76-140 77-8
76-14
78-19¢ 79-8
78-19
81-9
80-35¢
80-35
108-31
108-31
108-22¢
109-15 109-15¢ 112-13

43-28
43-36
43-63
43-72
75-9
77-8
79-8
81-9
108-31
112-13

43-65
78-19

43-68¢
79-8¢

108-50

109-15

112-56

21-33¢ 23-10
21-33
TSNEST 21-12¢ 21-33
43-300¢ 43-32
43-30
43-30
43-30
43-380¢ 43-54
43-38
43-38
43-38
43-650¢ 43-68
43-65
43-65
43-65
43-740 45-33
43-74
43-74
43-74
75-41¢ 76-8
75-41
75-41
75-41
77-185 77-185 77-185 77-185¢ 78-10
79-430¢ 80-8
79-43
79-43
79-43
82-23
81-360
81-36
81-36
81-36
108-50
108-50
108-42¢
108-42 108-42

23-10
43-32
43-54
43-68
45-33
76-8
78-10
80-8
82-23
108-50

23-10¢ 23-59
43-3246 43-34
43-540 43-56
43-680 43-70
45-33¢ 45-57
76-14
76-80
78-10¢ 78-19
80-35
80-8¢
82-23¢ 108-22
108-50¢ 109-15

79-43

TSLTNO 113-48¢

TSNSO

TSNS1

112-S3
21-33¢
23-108¢

43-72¢
80-8¢

TSNS2

108-22¢

TSTAGL

21-12¢

TSPTNU
TSSAVL
TS$SEGL
TSSUBN

21-12&
21-12&
21-12¢
21-12¢

TSTAGN 21-12¢
43-54
75-9
79-84
108-42
TSTEMP 22-8
43-65
47-166
77-76

80-35

81-36

108-31

113-49
43-360

113-49
43-38

82-23¢

109-15

112-13¢

112-53

112-56

77-8¢@

43-56
77-185

43-28
43-632
76-8
81-9
112-13¢
23-59
43-74
55-26
77-169

43-28
43-68
76-8¢
81-9
23-59¢
43-74¢
55-264
77-169¢

43-280
43-68
77-8
81-9¢
43-30
A3-76
55-26@
77-185

43-32
43-68¢
77-8
82-23
43-30¢
‘43-768
S55-260
77-185¢

43-32
43-72
77-8¢
82-23
43-34
45-57
75-41
78-19

43-320 43-36
43-72¢
43-72
78-10
78-10
82-23¢ 103-22
43-340 43-38
45-57¢ 47-16
75-41¢ 76-14
78-19¢ 79-27

112-56
43-28¢

112-56
43-30

112-56¢
43-32¢

80-35

81-9¢

108-42¢

81-36

108-50

23-10
43-63
75-9¢
80-8
112-13
22-8¢
43-70
55-26
77-766

23-104
43-63
76-8
80-8¢
112-13
22-8¢
43-70¢
55-26
17-768

43-74

108-31

45-33¢

45-57

75-98

75-41

82-23¢

23-10
43-540
75-9
80-8
108-420
22-8
43-65¢
47-1684
77-760

81-200
80-35¢ 81-20
80-19¢ 80-35
80-19
88-52
82-103¢ 82-103¢ 82-130 82-130¢ 88-52
88-69¢
88-69
88-69
88-67¢ 88-67¢ 88-69
98-27¢
98-27¢
98-27¢
98-27
98-27
98-27
112-48
112-48
112-276
112-27 112-27¢ 112-27¢
112-49¢ 112-49¢ 112-50 112-50 112-50 112-50¢
{{i-zg i{g-gg. 112-52 112-52¢ 112-52¢ 112-52¢

T$TEST

2i-12¢

T$TSTM 21-126
45-74

82-23

43-29

46-115

82-23

43-30

45-118

82-23¢

113-48

47-10

47-16

43-33

113-49¢
43-540

113-49
43-34

112-56
113-49
23-59

43-34

43-37
47-24

76-8¢

76-14

81-36
88-52
88-69¢
108-31
112-48
112-50¢
112-54

81-360
88-52¢
88-69¢
108-31¢
112-48¢
112-50¢
112-54

82-95
88-52¢
97-41
108-50
112-48¢
112-51
112-54

43-38

43-55

43-56

47-28

47-85

47-103

82-95¢
88-52¢
97-41
108-50¢
112-480
112-51
112-54¢

43-64

47-108

43-630
78-10¢

82-103
88-67
97-41
109-15
112-49
112-51
112-540

43-65

47-115

88-69
77-185

43-362
43-36
45-33
45-33
79-8
78-10¢
108-22¢
108-22
43-38¢ 43-56
47-16
47-16
76-140 77-76
79-272 79-43

82-103
88-67
97-412
109-15¢
112-49
112-51¢
112-540

43-69

47-123

82-103
88-67
97-41¢
1l12-27
112-49
112-51¢

112-56

43-70

47-124

88-69¢
80-19¢
88-674

88-694

86-69¢
78-19

43-284
43-360
43-636
43-72¢
75-9¢
77-8¢

79-8¢

81-9¢
108-31¢
112-132
43-70
79-43

43-54
45-33%
79-8

108-42
43-562
47-16%
77-76
79-43&

82-1034
88-67¢

97-41¢

112-27
112-49¢
112-51¢2
112-562
43.73
47-145

I4
CZCLMCO DMP/V-11 DCLT

MACRO v05.00

Cross reference table (CREF Vv05.00)
47-154

47-162

77-62
79-43

77-71

55-25

77-76

81-36
84-76
88-93

107-197

100-139
107-212

86-21
98-20¢

82-184
99-47
98 -49

$8-51

100-115

82-236
82-23¢0
82-153
37-61

95-61

47-188
73-71
77-80
82-42
85-20
88-98

95-75
103-97
107-217

47-203
74-138
77-96

82-83
85-45
88-112
95-84
103-101
109-15

82-164»
82-159
82-62
82-59+
46-50»
46-54+
46-45»
46-40+
3+
-3
4
S51-3a
46-12
51
46-123+
61-21
59-16+
59-13+
58-26+
88-31»
85-38
85-35
85-31+
88-142+
88-138+
88-128+
88-89
97-138
100-196+ 100-199+ 100-222+
107-177
107-174
107-171
107-168
9
46-57+
44»
-4
46
46+
46-39
73-71
107-161+ 107-167+
73-43»
46-127
53-38+
46-65+
46 64+
73-71
88-30+
73-47»
73-44»
94-114+
94-91
94 -90+
94-81
100-110= 100-121+
100-91s
99-37»

TEMP1
TEMP2

TEMP3

43-37
94-76
97-78+

43-55
94 -88
97-85+

43-64

43-33

43-55

43-64

94 -89
97-95
6-37+
10
37»
103-1i5+ 103-1

TEMP4

46-66»
94-90
97-102+

TIMERL

TIMER2

TIMERS
TIMMIN
TIMSEC
TIMTCK
TM
TOIN1
TOIN2
TOINOT

TOOR1
TOOR2
TOOR3

26-67¢

46-123

77-82+
77-83+

S52-25

100-212
52-31»

100-233
S52-33

101-41
52-35+

77-143

88-36

88-54

89-27

103-103
106-43¢
106-49¢
106-32¢

103-109

47-68
S2-24+

26-150¢0

46-125

46-126
45-40
45-38+

86-18
37-5¢
55-29

106-50
100-158

82-91

87-9

88-122

97-41

49-5
75-41
77-165

82-95
87-53
88-145
97-€3

103-119

103-141

46-63»

46-72+

51-36
77-47
78-19

52-30
77-52
79-26

99-42

100-96

49-32
77-37
77-166

49-43
77-40
77-168

51-30
77-42
77-169

51-34
77-44
77-185

106-40

106-43

107-114

107-155

107-158

46-105

82-103
88-29
88-165
97-67

46-76+

82-111
88-51
88-174
97-138

46-80+

82-115
88-52
89-10
98-27

82-130
88-66
89-18
99-24

82-144
88-67
89-23

82-15%
88-69
89-29

107-177

46-121

46-86+

55-23«
53-42
79-23¢
73-71
88-67
88-66
94-88+
94-87+
107-157+ 107-158

46-91¢

55-25
84-75+
88-68
94-92
107-158

55-26
B84-76
A8-70e
97-130107-160«

46-90~

46-118

73-31«

73-33

S52-33+

73-24»
88-51
88-148
103-124

53-35+
73-36+
88-53
88-52
89-82+
89-49+
103-148+ 103-145

53-36+
73-39+
88-66
89-88¢
105-18

45-71e

46-75+

46-79¢

46-85+

53-44
88-129»
96-22+

S58-24+
88-131
97-76+

73-32+
72-14+
64-22
64-20¢
61-21+
58-31
94-67+
94-55+
89-98
89-95+
89-53
89-50+
98-45s
97-101¢ 97-113+ 98-36s
97-97s
97-83¢
e
107-170
+
107-162
e
107-111
106-35¢
+
103-136
103-114+

72-16+
95-48¢
97-125+

S52-34

73-33

103-91.
73-27»

73-30e
96-23+
98-46+

73-33
97-38+
99-28+

88-68+
97-41
99-38+

95-58
98-37»
107-110+ 107-163¢ 107-173+ 107-177
95-70
95-69+
95-64+
95-55»
46-129
46-102+
46-67+
7
107-17
6+
107-17
4+
107-16
09e
107-1
+
103-116+ 103-139« 106-36
97-114+

77-81e
45-43»
45-53

45-42»
45-39«
45-36+
34-9
103-101@

47-209
74-176
77-153

100-227

100-112» 100-123+ 103-93+
47-136»
47-122+
46-130
46-95+
46-81+
96-20+
73-71
73-66+
73-69+
100-83+
82-38
82-37+
45-47»
45-45
45-48
45-50+
103-82+
45-554
45-51
100-185+ 100-186

TEMPS

TOORIO
TOTCC
TRA
TRAMOD
TRBB

47-171
73-33

80-35
84-12
88-89
89-55
100-127
107-208

82-184
88-85
89-38

Tl
TABEX
TAL
TALCK
TALMOOD
TCURAD
TEMP

55-26

SEQ 254

Thursday 22-rar-84 16:24 Page S5-32

68-69
97-44
100-92+¢

94-57+
88-70
97-46
97-45
100-111e¢ 100-122+

95-81

96-21e

97-96+

68-17e

68-25

69-15+

47-141+«

47-146

47-175+«

47-208e¢

47-209

100-89

100-107

106-28+

106-31+

106-32

103-89

105-44«

105-45

102-46
£2-49+

103-70

104 -21
82-142

105-16
82-163

106-27¢
105-56
82-170« 82-171

82-141+

100-41
< - 196

J4
MACRO V05.00
CZCLMCO DMP/V -11 DCLT
Cruss reference table (CREF v05.C0)
29-21¢
TRIBCO 112-54
TRIBLS
29-19¢
TRIBN
29-22¢

TRBTOT

79-22+

TRVACT
TRVALN
TRVALP
TRVBIF
TRVBR
TRVBRC
TRVDEC
TRVERR
TRVEXI
TRVNMA
TRVNOB
TRVNUM
TRVOCT
TRVSF
4
TRVSTR
TS30AA
TSEL3
TSEL4
VTSEL6
TSPTR
TSSOA
TSS10A
TSS11A
TSS12A
TSS13A
TSS14A
TSS15A
TSS16A
TSS17A
TSS1A
TSS20A
1SS21A
TSS22A

TSS23A

TSS24A
TSS25A
TSS26A

TSS27A
TSS2A
TSS30A
TSS31A
TSS32A
TSS33A
TSS34A
TSS35A
TSS3€A
TSS37A
TSS3A
TSS4A
TSSSA

103-126

74 -52
74-41
74 -40
74-37
74-36
74 -50
74-43
74 -34
74 -35
74-118
74-758

74-39
74-42
74 -38
74-44
41-28¢
43-73
43-73
43-73
29-29¢
35-2
35-10
35-11
35-12
35-13
35-14
35-15
35-16
35-17
35-3
35-18
35-19
35-20
35-21
35-22
35-23

35-24
35-25
35-4
35-26
35-27

35-28
35-29

35-30
35-31
35-32
35-33
35-5
35-6
35-7

88-14+
112-80¢
49-27
46-81

89-35
103-138+

74-630
74-195@
74-181¢
74-92¢
74 -89¢
74 -708
74-117¢
74-79¢
74-84¢
74 -121¢
74 -96
74-120¢
74-1199
74 -98¢
74-218%

103-117
103-115
103-116
89-70+
41-3¢

41-11#
41-12¢
41-13¢
41-14¢
41-15¢
41-16¢

41-17¢
41-18¢

41-44
41-19¢
41-20¢
41-21¢
41-22¢
41-236
41-240
41-25¢
41-264

41-5¢
41-27¢
41-29¢
41-30¢
41-31¢
41-32¢
41-334
41-340
41-35¢
41-6¢

41-7¢
41-84

88-79

88-125+

88-143

88-158+

89-16

89-31

89-48

70-4

88-15

88-83

88-117

88-126

88-147

88-154

103-73

42-42

47-62

-150«

103-151

74-90

74-95

74-113

74-174

22-32

94-694
-

47-69

49-15+«

62-20¢«

104-22

74 -92

105-17

100-234

102-50

74-114

74-178

74-193

74-214

74-240

74-192

74-213

107-2634
107-262¢

103-122

49-35+

100-193¢ 100-213

94-116+4 97-38

132-;;9. ‘gi-gl . 74-89

107-261¢

SEQ 255

Thursday 22-Mar-84 16:24 Page 5-33

103-129+ 107-201

107-205+

74-112

105-57

74-173

107-239»+

74-191

68-17

74-212

88-129

89-14s

103-949+

103-117+ 103-124+ 103-125+

68-25¢

74-236

69-15

69-254

70-40

I<4
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

Cross reference table (CREF Vv05.00)
TSS6A
TSS7A

TSSA
TSSE

TSSFLG

TSSIND

35-8
35-9

35.740
35-73¢

31-342

35-40¢

41-9¢
41-100

A47-43s
47-47»

82-143+

82-150

82-165+

84-45

84-49+

89-8

93-23

54-76+

54-77

54-86+

54-88

82-52+

82-63

82-149+

82-157+

82-158

82-162+

94 -48

94 -85

37-20
37-25
37-29¢
37-34
37-39
37-460
37-51
37-56
37-600
37-68
37-77
37-830

37-200
37-25
37-30
37-340
37-39
37-47
37-51¢
37-56
37-61
37-68¢
37-77
37-84

37-21
37-25¢
37-30
37-35
37-39¢
37-47
37-52
37-S6¢
37-61
37-69
37-77¢
37-84

37-21
37-26
37-300
37-35
37-40
37-47¢
37-52
37-57
37-614
37-69
37-78
37-840

37-21¢
37-26
37-31
37-35¢
37-40
37-48
37-52@
37-57
37-62
37-69¢
37-78
37-85

37-22
37-26¢
37-31
37-36
37-40¢
37-48
37-53
37-57¢
37-62
37-70
37-78¢
37-85

37-22

TXONLY
TXPTR

32-28
31-3¢

91-17¢
54-74+

107-146

107-148

TMa
TXSTAK
TXTHEM
UAM

89-57+
26-71¢
29-304
38-44
25-0¢

ULRPLS

56-30

63-33¢

68-22

38-101

40-226¢

97-130

28-62¢

94-104

70-18
70-21

94 -850
94-770

94 -964

88-26

112-77¢
71-24
71-26
71-34
82-81

WRIP1
WRIPEX
WRIPP
WRIPPG

104-20¢
104-310
104-19¢
1C4-17¢

WRMCS
xs

28-60¢

104-18
104-27
100-228
100-195

79-24
21-36¢
37-23
37-28
37-320
37-37

37-45
37-49¢
37-54
57-59
37-66¢
37-75
37-82

97-96

104-26

104 -28+

84-51»

84-52

37-22¢

37-23
37-27¢
37-32
37.37
37-41¢
37.49

46-40
89-70
41-148¢

VECTOR 112-49
WRDESA
71-22¢
WRDESB
71-21¢
WROESD
71-32¢
WRDEFP
71-15¢

WRFLG

49-47s

82-65+

97-94

VALTRB

49-46+

60-29

41-159¢

94-78
94-72
94-71¢
94-83

49-38+

54-81

TXNC

UNKM

49-21+

84-50+

37-1886

46-45

UPTAL
UPTA4
UPTABL
UPTEX

49-164

104 -24

82-163+

31-12¢

67-35¢
66-342

47-56

104-19+

82-146

88-47

26-72%

ULTCLS
ULTPLS

104-17»

82-141
84-%3

TXMTOT

65-35¢

47-65

82-50«
82-59

31-132
29-3¢&

ULRCLS

104-29+

54-93
54-61

TTOTCC
TXBUF

91-18¢

47-63

89-25

82-96

TXON2

47-58+

89-21

26-26&6

TXC

47-65

100-194+ 100-227+ 104-23

47-54

TTL

26-158¢

47-55+

47-52

88-40

47-48

TTLLOP

47-54«

107-133+ 107-256

35-75¢
35-2¢

47-50+
47-56+

4/-61+

TSSKEY

TSSLST

47-46+
47-51»

SEQ 256

Thursday 22-Mar-84 16:24 Page S-34

S55-16+

100-202
37-19
37-23¢
37-28
37-33
37-37¢

37-45
37-50
37-54¢
37-59
37-67
37-715¢
37-82

94-118
94-73

88-102+

88-20

88-161+

82-136

88-28+

105-15¢
37-19
37-24
37-28¢
37-33
37-38

107-241
37-19¢
37-24
37-29
37-33¢0
37-38

104-30

37-4560
37-50
37-55
37-594¢
37-67
37-76
37-82&%

37-46
37-500
37-55
37-60
37-670
37-76
37-83

37-20
37-240
37-29
37-34
37-3860
37-46
37-51
37-55¢
37-60
37-68
37-760
37-83

37-27

37-31¢
37-36
37-41
37-480
37-53
37-58
37-62¢
37-70
37-79
37-85¢

37-27

37-32
37-36¢
37-41
37-49
37-53¢
37-58
37-66
37-702
37-79
37-86

37-54

37-58¢
37-60

37-75%
37-79¢
X7-86

L&
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

Cross reference table (CREF v05.00)

37-86¢
37-93
37-107
37-1240
37-131
37-140
37-1440
37-149
37-156
37-160¢
37-167
37-174
37.190¢
37.195
37-203
37-207¢
37-212

X$ALWA

X$FALS
X$OFFS
X$TRUE

50-5
50-9¢
50-14
50-19
50-23¢
21-12¢

21-12¢
21-12¢
21-12#

37-87
37-93¢
37-107
37-125
37-131¢
37-140
37-145
37-149¢
37-156
37-161
3i/-167¢
37-174
37-191
37-195¢
37-203
37-208
37-212¢

50-5
50-10
S0-14¢
50-19
50-24

112-53
112-53

37-87
37-94
37-107¢
37-125
37-134
37-140¢
37-145
37-150
37-156¢
37-161
37-168
37-174¢
37-191
37-198
37-203¢
37-208
37-213

50-5¢
50-10
50-15
50-19¢
50-24

SEQ 257

Thursday 22-Mar-84 16:24 Page S-35

37-87¢
37-94
37-108
37-125¢
37-134
37-141
37-145¢
37-150
37-157
37-161¢
37-168
37-177
37-191¢
37-198
37-204
37-208¢
37-213

50-6
S0-10¢
50-15
50-20
50-24¢

37-88
37-944
37-108
37-127
37-1340
37-141
37-146
37-150¢
37-157
37-164
37-168¢
37-177
37-192
37-198¢
37-204
37-209
37-213¢

50-6
50-11
S0-15¢
50-20
50-25

37-88
37-95
37-108¢
37-127
37-137
37-141¢
37-146
37-151
37-157¢
37-164
37-169
37-177¢
37-192
37-199
37-204¢
37-209
37-216
50-6¢
50-11
50-16
50-20¢

50-25

37-88¢
37-95
37-109
37-127¢
37-137
37-142
37-1460
37-151
37-158
37-164¢
37-169
37-188
37-192¢
37-199
37-205
37-209¢
37-216

50-7
50-11¢
50-16
50-21
50-25¢

37-89
37-95¢
37-109
37-128
37-137¢
37-142
3/-147
37-151¢
37-158
37-165
37-169¢
37-188
37-193
37-199¢
37-205
37-210
37-216¢

50-7
50-12
S0-16¢
50-21
50-26

37-89
37-96
37-109¢
37-128
37-138
37-142¢
37-147
37-152
37-158¢
37-165
37-172
37-188¢
37-193
37-200
37-205¢
37-210
50-3

S50-7¢
50-12
50-17
50-21¢
50-26

37-89¢
37-96
37-110
37-128¢
37-138
37-143
37-1470¢
37-152
37-159
37-1650¢
37-172
37-189
37-193¢
37-200
37-206
37-210¢
50-3

50-8
S0-12¢
50-17
50-22
50-26&

37-92
37-960¢
37-110
37-130
37-1380
37-143
37-148
37-1520
37-159
37-166
37-1720¢
37-189
37-194
37-200¢
37-206
37-211
50-3¢
50-8
50-13
50-17¢
50-22

50-27

37-92
37-97
37-1100
37-130
37-139
37-1430¢
37-148
37-155
37-159¢
37-166
37-173
37-189¢
37-194
37-202
37-206¢
37-211
50-4

S50-8¢
50-13
50-18
S0-22¢
50-27

37-92¢
37-97
37-124
37-130¢
37-139
37-144
37-1480¢
37-155
37-160
37-166¢
37-173
37-190
37-194¢
37-202
37-207
37-211¢
50-4

S0-9
S0-13¢
50-18
50-23
50-27¢@

M4
CZCLMCO DMP/V-11 DCLT

MACRO v05.00

§3843 8589

BCOMPL
BERROR
BGNAU
BGNAUT
BGNCLN
BGNDU
BGNHRD
BGNHW
BGNINI

BGNMOD
BGNMSG
BGNPRO

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-161¢

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21-40¢
W

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3737-124
37-144
37-160
37-190
37-207

BGNPTA
BGNRPT

VN H NN e
UV~
w
&

Cross reference table (CREF v05.00>
21-12¢
21-12¢
21-12¢0
21-12¢
21-12¢
21-12¢
21-126
21-12¢
21-12¢
21-126
21-12¢
21-124
21-12¢6
21-12¢6
21-12¢
21-12¢
21-12¢
21-12¢
21-12¢6
21-12¢
21-12¢
21-12&
21-12¢
21-12¢
21-12¢6
21-12¢
37-19
37-33
37-50
37-67
37-87
37-125
37-145
37-161
37-191
37-208
50-10
50-24
21-12¢
21-12¢
21-12¢
21-12¢
21-12¢
21-12¢
21-12é
21-12¢
21-120
21-12¢
21-12¢
21-12¢
21-12¢
21-12¢
21-12¢6
21-12¢
21-12¢
21-12¢

77-43

77-48

82-92

43-32

43-36

43-54

43-63

108-22

108-42

77-45

77-57

77-63

77-72

77-97

100-106

100-139

103-101

106-43

107-217

37-20
37-34

37-21
37-35
37-52
37-69
37-89
37-128
37-147
37-165
37-193
37-210
50-12
50-26

37-22
37-36
37-53
37-70
37-92
37-130
37-148
37-166
37-194
37-211
50-13
50-27

37-23
37-37
37-54
37-75

37-24
37-38
37-55
37-76
37-94
37-134
37-150
37-168
37-198
37-213
50-15

107-184

107-208

77-41

SEQ 258

Thursday 22-Mar-84 16:24 Page M-1

81-9

78-10
79-8

80-8
112-13
23-10
77-8

21-33

43-28
76-8

43-68

43-72

37-25
37-39

37-26
37-40
37-57
37-78
37-96

75-9

45-33

82-23

77-52

37-51
37-68

37-88

37-127
37-146
37-164
37-192
37-209
50-11
50-25
77-56

77-62

39-36

39-25
22-8
77-37

81-36

78-19
79-43

80-35

112-5¢

37-93
37-131
37-149
37-167
37-195
37-212
50-14

37-56

37-77

37-95

37-137
37-151
37-169
37-199
37-216
50-16

37-138
37-152
37-172
37-200
S0-3
S0-17

37-27
37-41
37-58
37-79
37-97
37-139
37-155
37-173
37-202
50-4
50-18

37-28
37-45
37-59
37-82
37-107
37-140
37-156
37-174

37-203
50-5
50-19

37-29
37-46
37-60

37-83
37-108
37-141
37-157
37-177
37-204
S0-6
5¢-20

37-30
37-47
37-61
37-84
37-109
37-142

37-158
37-188
37-205
S0-7
50-21

37-31
37-48
37-62
37-85
37-110
37-143
37-159
37-189
37-206
50-8
50-22

N4
CZCLMCO DMP/V-11 DCLT

MACRO v05.00

Cross reference table (CREF v05.00)
23-59
21-12¢
77-185
21-126
113-49
21-12¢
43-30
21-12¢
76-14
21-12¢
21-12¢
75-41
21-12¢
21-12¢
21-124
21-12¢6
45-57
21-12¢6
21-12¢6
21-12¢6
109-15
21-126
24-77
21-12¢
21-12¢
21-12¢
21-12¢6
21-12¢
95-61
21-12¢
107-212
21-124
21-12¢
43-76
21-12¢
12¢
2121-12¢
21-12¢
21-12¢6
21-12¢
47-16
21-12¢
21-124
77-96
2l-12&
112-48
21-12¢
47-16
21-12¢
97-41
88-69¢
112-27
21-12¢
21-98
21-12¢
21-12¢6
21-12¢
9660
9740
21-12¢
21-12¢
113-48
21-12¢
21-98
21-12¢
43-76
21-12¢
82-130¢
47-16
21-12¢
97-41
88-69¢
112-52
112-51¢
43-29
21-12¢

ERRTBL
ESCAPE
EXIT

FEQUAL

LASTAD
MSBYTE
M$CHEC

—

MSCNTO

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-~~~

46-118

47-146

MSCOUN

§ e °f o8 B350

KT11

HEADER
INLOOP
I0SETY
IOSTAR

a—d;ghtgrn‘nrn-wrn-w
tfidflhrflfl

GETBYT
GETPRI
GE TWOR
GMANIA

ENDHW
ENDINI
ENDMOD
ENDMSG
ENOPRO
ENDPTA
ENDRPT
ENDSEG
ENDSET
T
ENDSF
ENDSRV
ENDSUB
ENDSW
ENDTST
EQUALS
ERRDF
ERRHRD
ERROR
ERRSF
ERRSOF

S1-34¢
73-71

43-64
46-118¢
47-108
47-146
47-203
51-36
73-71

43-64
47-10
47-108¢
47-1460
47-203¢

51-36¢
73-71

SEQ 259

Thursday 22-Mar-84 16:24 Page M-2

43-56

43-65

43-70

43-74

95-84

97-67

100-96

100-115

100-127

79-27

80-19

81-20

82-95

82-130

82-103

88-52

88-67

55-26¢
98-27¢

77-76

43-34

43-38

108-31

108-50

95-75

77-169

55-26

112-49

47-16¢
97-41¢

112-52

112-50

103-141

106-40

107-114

88-52

88-52¢

88-67

88-674

103-97

103-119

38-69

97-41

98-27

77-768

82-103

82-103¢

112-51

21-98
43-764

21-98

21-98¢

77-169¢

79-27

79-27¢

80-19

80-19¢

81-20

81-20¢

82-95

82-95%

47-164
97-41¢

S5-26
98-27
112-54
43-29

55-26¢

77-76

112-27

77-768

112-27¢

82-103
112-48

82-103¢ 88-52
112-48¢ 112-49

88-52¢
112-49¢

88-67
112-50

88-674
112-50¢

43-33

43-33¢0
43-69¢
47-28¢
47-1234
47-162
49-32
55-25
74-176

43-37

43-55
43-73¢
47-103¢
47-145
47-171

43-55
46-115
47-108
47-145
47-171¢

43-55¢

73-33

112-52¢

43-29
43-644
47-10¢
47-115
47-154
47-209

52-30
73-71

77-169

43-69
47-24
47-115
47-154
47-2090

52-300

73-710

98-274
112-544

43-290
43-69
47-24¢
47-115¢
47-154
49-5

55-17
74-138

43-69
47-28
47-123
47-1544
49-5¢

55-17¢

74-138¢

43-73
47-85
47-124
47-162

49-32¢
55-25¢

74-1764

43-73
47-85¢
47-124
47-162

49-43
73-33
77-80

43-379
43-73
47-103
47-124¢
47-162¢
49-4%
73-33
77-80¢

S51-30
82-42

51-30¢

82-42¢

46-115¢

47-108
47-1452
47-188

51-34

73-33¢&

82-83

55-260

98-27¢
112-54¢

43-38¢

103-119

21-98
21-98

21-98

21-98
21-98
21-98

21-98
21-98
21-980

21-98
21-98
21-98¢

43-34
75-41

43-340
75-410

43-38
76-14

43-380
76-140

A43-56
77-185

43-560
77-185¢

43-65
78-19

108-31

108-31¢

108-50

108-50¢

77-76

77-760¢

82-103

82-103¢

109-15¢

112-56

78-19¢
112-56¢

88-52

88-520
112-490

88-67
112-50

88-67¢
112-50¢

112-27

112-270

112-48

112-480¢

43-56¢

43-650

A3-700

A43-740

A5-57¢

75-410¢

77-185¢

97-67¢

106-40¢

100-96

107-114

100-96¢

100-115

82-103

109-15¢
95-84
95-750
103-119¢ 103-141

113-49¢

95-840

97-67

55-26

55-260
88-69
112-50
80-19¢

77-76
88-69¢
112-50
81-200

77-76
97-41
112-50¢
82-95

77-760
97-41
112-51
82-95¢

80-19¢
21-98
21-98

81-20
21-98
21-98

81-200
21-98
21-98

82-95¢
21-98
21-98

43-30

43-300

43-32

105-1410 106-40

43-650

109-15

112-49

112-56¢

107-177

B82-184¢
88-29
88-93¢
89-100
97-630

82-173¢ 82-184
87-53¢
87-53
88-93
88-89¢
88-1740 89-10
97-63
89-55¢
107-158¢ 107-177

82-173

g& 583

82-153¢

gnr Q93882

82-153

87-9¢
87-9
85-45¢
85-45
88-89
88-85¢
88-85
88-81¢
88-1650 88-174
88-145¢ 88-165
89-55
89-380¢
89-38
89-37¢
107-155¢ 107-158 107-158
107-155

—

w
£
Ne
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)

99-42¢

82-1440

78-19¢

100-115¢

107-1140 107-197

107-197¢

82-103

82-103¢

112-51
82-130

98-27
112-51¢0
82-130¢

82-130¢
21-98
21-98
21-98
2i-98¢
21-98¢
23-10

21-98
21-98
21-98¢
21-98¢
21-98¢
23-10¢

21-98
21-98
21-98¢
21-98¢
21-98¢
23-100

78-10

55-26¢
78-100
81-360

112-48¢

77-169
77-169¢
43-76¢

.
.
.
'
.
.
.
.

43-700

75-9¢

78-19¢

82-23¢

108-22¢
113-48¢
21-120
88-69¢
21-12¢0

M$GENB
MSGETS

43-70¢
79-430

MSGETT

MSGNGB

21-98¢

112-56¢
2l-12¢0
21-12e@
21-98
21-98
21-98¢

43-72
75-41
79-8

43-38¢
43-720
75-410
79-8¢

A47-160

88-67
112-49

77-169¢

79-27¢

55-26
88-67¢
112-49
79-27

80-19¢
79-27¢
21-98
21-98
21-98
21-98¢
21-98¢
21-98¢
39-36¢

43-540
43-740
76-80
79-43¢

82-103
108-31

82-103¢

108-31¢

88-52¢
108-42¢

47-16
97-41

47-160
97-410

35-260
98-27¢
43-300

23-59

43-74

23-59¢0

43-740

45-57¢

81-36¢

77-169¢

80-19¢
21-98
21-98

80-35
113-49

80-35¢
113-49¢

21-33¢

21-98
21-98
21-98

43-760

21-98
21-98
21-98¢

21-98¢

21-98

21-98¢

88-69
112-49¢
79-270
81-20¢
80-19
21-98
21-98
21-98
21-98¢
21-98¢
21-98¢
43-28
43-56
45-33
77-8
80-8

82-95¢

21-98
21-980¢
21-980
21-98¢

43-280

43-560
45-33¢
77-8¢

82-130¢

21-98
21-98¢
21-98¢
22-8
43-63
45-57
77-76

21-98
21-98¢
21-98¢
22-86

43-630
45-57¢
77-760

21-98
21-98¢
21-98¢
23-10
43-65
A7-16
77-185

97-410

43-320
43-65¢
47-16¢
77-185¢

43-34
43-68
55-26

98-27

43-340
43-68¢

88-67
108-50

80-8¢
88-67¢
108-S0¢

80-35
88-69
109-15

80-35¢
88-69¢
109-15¢

81-9
97-41
112-13

112-13¢

77-76

77-760

82-103

82-103¢

88-52

88-52¢

88-67¢

A43-34
75-41

43-340

43-38

43-380¢

43-56

43-56¢

43-

43-65¢

108-31

75-410
108-31¢

76-14
108-S0

76-140
108-50¢

77-185
109-15

81-200
21-98
21-98
21-98
21-98¢

82-95¢
21-98
21-98
21-98
21-980

82-130¢ 112-53
21-98
21-98
21-98
21-98
21-98
21-98
21-980
21-980

112-53¢
21-98
21-98
21-98
21 98¢

81-9¢

97-410

81-36
98-27
112-56

7877-185¢
112109-15¢

21-98
21-98
21-98
21-98¢

gt e

47-16

L A J

BausouNINyy.
... 8
N
5°35388888 R
2”..

-144

85-20¢
88-81
88-145
89-37

vy $32838

=283882R
&N

-1 10
82-111
82-83¢
-7
84-76
84-12¢
88-51¢
88-51
112
88-112
88-98¢
230
89-23
89-18¢
-24
97-138¢
97-138
-177¢
1
107-177
107-177
-98
MSDATA
21-12¢
1-B67¢
21-98
21-98
21-98
21-98
21-98
21-98
39-36¢
39-36
39-25¢
MSDECR
23-59
1-D29¢ 21-12¢
43-74
43-700
43-70
79-43
80-35
79-430
¢
-49
113
49
11347-16
MSDEFA
1-E70¢ 21-12¢
97-41
88-69¢
88-69
112-32
112-51¢0
112-51
23-59¢
MSENDE
1-D74¢ 21-12¢
81-36¢
79-430
80-35¢
95-61
MSERRI
1-949¢ 21-12¢
100-127¢ 103-97
100-127
107-212¢
10;-212
MSESCA
21-120
MSESCS
21-120
1-D10¢
47-16
MSEXCP
01¢
21-12¢
1-E
88-52¢
88-52
88-52
112-48
112-48
MSEXIT
43-76¢
21-12¢
43-760
MSEXSE
21-12¢0
MSEXTY
43-76
21-12¢
MSGEN
21-98
21-12¢
21-98
21-98
21-98
21-98
21-98¢
21-98¢
21-98¢
21-98¢
21-98¢
21-98¢
39-25
23-59¢
43-36¢
43-38

888 L3588

MACRO Vv05.00

Cross reference table (CREF v05.00)

—
=

C2CLMCO DMP/y-11 DCLT

SEQ 260

Thursday 22-Mar-84 16:24 Page M-3

21-

2
2

98-27¢

112-560

78-19¢
112-53¢

21-98
21-98
21 -98¢
21-982

SEQ 261

Thurscay 22-Mar-84 16:24 Page M-4
DCLT MACRO V05.00
CZCLMCO DMP/V-11 table
(CREF v05.00)

Cross reference

21-980
21-980
39-25
43-68
79-8
MSGNIN 1-D49¢
98

21-98
21-98
21-980
21-980
21-980
39-25
43-29
43-33
43-37
43-55
43-64
43-640
43-69¢
43-73
43-766¢
46-118
47-100
47-24
47-280
47-103
47-108
47-{53
47-1240

47-1450
47-1460
47-1540
47-1620

47-1710
47-203
47-209¢
49-32
49-43
S1-30¢
S51-340
S52-30
55-17¢

55-26
73-33
73-330
73-71¢

74-176
77-400
77-45
77-56¢
77-72
77-80
77-960

21-98¢
21-980
39-25¢
43-680
79-8¢
21-12¢
21-98
21-98
21-98

21-98¢
21-980
39-36
43-72
80-8
21-98
21-98
21-98
21-98

21-980
21-98¢
39-36¢
43-72¢
80-8¢
21-98
21-98

21-980
21-98¢
43-28
45-33
81-9
21-98
21-98
21-98
21-98

21-98¢ 21-98¢
21-98¢ 21-98¢
43-280 43-32
45-33¢ 75-9
81-90 108-22
21-98
21-98
21-98
21-98
21-98
21-98
21-98
21-98

21-98¢ 21-980 21-980 21-980 21-980 21-980 21-98¢
23-100
23-10
23-10
22-80
21-98¢ 21-93¢ 22-8
43-630
43-63
43-540
A43-54
43-360
43-320 43-36
78-100
78-10
77-80
77-8
76-8¢
76-8
75-9¢
108-22¢ 108-42 108-420 112-13 112-15¢ 113-48 113-48¢
21-98
21-98
21-98
21-98
21-98
21-98
21-98
21-98
21-98
21-98
21-98
21-98
21-98
21-98
21-98
21-98
21-98
21-98
21-98
21-98
21-98
21-98¢
21-980
21-980
21-980
21-98¢
21-980
21-980
21-986¢ 21-982

21-98
21-98
21-98¢
21-98¢ 21-98¢ 21-980 21-98¢ 21-98¢
21-980 21-980¢ 21-98¢ 21-98¢ 21-980
21-980
21-98¢
21-986¢
21-980
21-98¢
21-98¢
21-98¢
21-980 21-98¢ 21-98¢ 21-980 21-98¢ 21-98¢ 21-98¢ 22-8
22-80
22-8¢0
22-8
21-980 21-980 21-98¢ 21-98¢
43-29
43-29
43-29
39-360 39-360 43-29
39-36
39-25¢ 39-25¢ 39-36
39-25
43-30
43-29¢
43-290
43-29¢
43-29¢
43-290 43-29¢ 43-290¢
43-29
43-29
43-29
43-340
43-330 43-330 43-33¢ 43-330 43-33¢ 43-34
43-33
43-33
43-33
43-33
43-370¢ 43-37¢ 43-37¢ 43-37¢ 43-370 43-37¢ A3-38
43-37
43-37
43-37
43-37
43-55¢ A43-55¢ 43-55¢ 43-55¢ 43-550 43-55¢
43-55
43-55
43-55
43-55
43-55
43-640 A3-640 A43-640 A3-640
43-64
43-64
43-64
43-64
43-64
43-64
43-64
43-69
43-69
43-69
43-69
43-69
43-69
43-69
43-69
43-65¢ 43-69
A43-65
43-73
43-73
43-73
43-73
A43-73
43-700
43-70
43-69¢ 43-690 43-690 43-6%9¢
A43-76
43-74¢
43-74
A43-73¢
A3-730¢
A3-730
A43-730
43-730 A43-730 43-73¢
43-73
46-1150¢
46-1150
46-115¢ 46-115¢
45-570 46-115 46-115 46-115 46-115 46-115 47-10
45-57
47-10
47-10
47-10
46-118 46-118 46-1180 46-118¢ 46-118¢ 46-1180¢ 47-10
A7-160
47-160
47-16
47-16
47-16
47-16
47-16
47-16
47-16
47-100 A47-16
47-28
47-28
47-240 A7-240 A47-240 47-240 A7-28
47-24
47-24
47-24
47-24
47-850
47-850
47-850
47-85
47-85
47-85
47-85
A7-85
A47-280 A47-280¢ A7-280
47-108
47-108
47-108
47-108
47-103 47-103 47-103 47-103¢ 47-1030 47-1030 47-103¢
47-108¢ 47-1080 47-108¢ 47-115
47-1080¢
47-108¢
47-108¢
47-1080
47-1080
47-108
47-108
47-115¢ 47-123 47-123
47-115¢
47-115 47-115 47-115 47-1150 47-115¢ 47-1150¢ 47-124 47-115¢
47-124 47-124 A47-124
A47-124
47-123¢
47-123¢
47-123 47-1230 47-1230 47-1230¢ 47-1240
47-145 47-145
47-145
47-145
47-145
47-145
47-1240
47-1240 47-1240 47-124¢
A47-146 47-146 47-146 47-146 A47-146
47-1450
47-1460
47-1540
47-1620

47-188
47-2030
47-209¢
49-32
49-43
S1-30¢
S51-340¢
S2-30
S5-17¢

55-26
73-33
73-71
73-710

74-176
77-400
77-450
77-S60
77-720
77-80
77-97

77-153¢ 77-165

47-1450
47-1460
47-1540
47-1620

47-188
47-2030
49-5
49-32
49-430
S51-300¢
51-36
S52-30
S5-17¢

55-26
73-33
73-71
73-716

74-176
77-41
77-47
77-57
77-76
77-80
77-97¢

77-165

A47-1450
A47-1460
A47-1540
47-1620

47-188
47-2030
49-5
49-32
49-430
51-300
51-36
S2-30
55-25

55-26
73-33
73-71
73-710

74-176
77-41¢
77-47
77-57¢
77-76
77-80
77-153

77-165

A7-146
47-154
47-162
47-171

47-154

S51-34
51-36
S2-300
55-25
55-26
55-26
S55-26
73-33
73.33
73-33
73-71
’5 71
73-71
74-138 74-138 74-138
74-1760 74-1760 74-1760
77-420
77-42
77-42
77-470 77-470 77-48
77-62
77-62
77-62
77-76
77-76
77-76
77-80¢ 77-800
77-80
77-153 77-15° 77-153

S1-34
51-36
S52-30¢
55-25
55-26
73-33¢
73-71
74-138
74-176¢
77-420
77-480
77-620
77-76
77-800
77-153

A47-1450
47-154
A47-1540
47-1620

A47-188
47-2030
49-5
49-32
49-430
34
S51-36
300
55-25

77-165

47-146
47-154
47-162
47-1620¢

47-108
47-209
49-5
49-320
49-430
S51-34
51-36
S2-300
55-25

77-165

A47-162
47-171
47-1880 47-188¢
47-209 A47-209
49-5
49-5
49-320 49-320
49-430 51-30

77-165

47-154

A7-162
47-171
A7-1880¢
47-209
49-S¢
49-32¢
S51-30

51-34
51-360
55-17
55-25
55.260
73-33¢
78-71
74-138
75-41
77-43
77-S2
77-620
77-76
77-80@
77-153

47-154

47-162
47-171
47-1880
47-209
49-5¢
49-320¢
51-30

S51-34
S1-368
S$5-17
55.250
S55-260
73-330
73-71
74-1380
75-410
77-430
77-52&
77-62@
77-76
77-96
77-153¢

47-154

A47-162
47-171
47-203
47-209
49-50
49-43
S51-30

51-34
S51-360
55-17
55-25¢
S55-260
73-33¢
73-71¢
74-138¢
77-37
77-44
77-56
77-63
77-768
77-96
77-153¢

21-98¢
23-10
43-29
43-300

43-37
43-380
43-56
A3-640
43-690¢
43-73
43-76
46-118
47-100
A7-160
47-28
A7-850
47-108
47-115
47-123
A47-124
47-145
A7-1460
47-154 A7-1540
A47-162 A47-162
A47-1710 A7-1710
47-203 47-203
47-209¢ 47-209¢
49-5¢
49-5¢
49-43
49-43
S51-30
S51-30

51-340
S1-36¢
55-17
S55-25¢
S55-260
73-33¢
73-71¢&
74-1380
77-37e
77-44
77-56
77-630
77-76@
77-96
7T7-1538

S1-340
S51-36¢
$5-17
55-25¢
73-33
73-33¢0
73-710
74-1382
77-40
77-440
77-56
77-71
77-760
77-960
77-153¢

21-98¢
23-100
43-29
43-33
43-37
43-55
43-56¢
A3-640
43-69¢
43-73
A3-760
46-118
A47-10¢
A47-160
47-28
A7-103
47-108
47-115
A47-123
A7-124
A7-1458

47-1460
47-1540
A7-1620
A7-171¢

47-203
A47-209¢
49-32
49-43
S1-30¢
51-342
52-30
S5-17¢
55-25¢

75-33
73-330
73-71@
74-17¢

77-40
77-442
T7-560
77-71@
77-76@
77-908
77-153¢

77-1650 77-1650 77-1650 77-1650¢ 77-1650 T7-1652 77-16e

97-138
98-27

98-27

97-41

97-630
97-138
98-27
99-24¢
100-96

100-115¢
103-97
103-119
103-141¢
107-114
107-155¢
107-158¢
107-177
107-177¢
107-212

108-500
112-49
112-51

112-564

47-160
97-410

97-67

98-27

98-270

97-410
97-67¢
97-138¢

103-97¢
103-119¢
106-40
107-1140 107-114¢
107-155¢ 107-158
107-158¢ 107-158¢
107-177
107-177
107-197
107-197
107-212¢
107-212
112-130
112-13
112-49
112-52
113-48

77-76

112-49¢
112-52
113-44¢0
77-760

88-89

88-93¢
88-112
88-122¢
88-1450
88-174
89-100¢
89-23
89-29¢
89-38
89-55¢
95-75¢
97-41

97-63
97-67¢
97-138¢
99-24
99-428

82-144
82-153¢
82-184
84-12
84-76
85-200
87-9
87-53¢
88-51
88-52
88-66
88-67
88-69¢
88-85

88-93¢
88-112
88-122¢
88-145¢
88-174
89-10¢
89-23
89-29¢
89-38
95-61
95-75¢
97-41

97-63
97-67¢
98-27
99-24
99-420

100-115
100-127¢
103-97¢
103-141

100-115
100-127¢
103-101
103-141

107-155
107-158

106-400

107-177

106-40¢

107-177

107-177¢
107-197¢
107-212¢
112-27¢
112-50
112-532

107-177¢
107-197¢
107-217
112-48
112-50
112-54

88-52¢

88-67

=838

88-89

82-144
82-1530¢
82-173¢
84-12
84-76
85-200
87-9
87-53¢
88-51
88-52
88-66
88-67
88-69
88-85

“$

§EETER

100-106¢
100-127¢
103-97¢
103-97¢
103-97¢
103-141
103-119¢ 103-141
106 -40¢
106 -40¢
106 -40¢
107-114¢ 107-114¢ 107-155
107-158
107-158
107-158
107-177
107-177
107-177
107-177¢ 107-177¢
107-177
107-197¢
107-197
107-197
2¢
107-212¢
-21
107-212¢ 107
112-27
112-27
112-27
112-50
112-50
112-50
112-53
112-52¢
112-52
113-482
113-48¢
88-52
82-103¢
82-103

82-83
82-95
82-103¢
82-115

3t
¥ sB
R
neY

]

[

97-63
97-67¢
97-138¢
99-24
99-42¢

81-20

82-420
82-95
82-103¢
82-115

1]
.

332822883383 o
'00

89-38
89-55¢
-75
95-84¢

77-168
79-260

23828328388
33
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81-20

TM &

HgegLeRERT E8220N3

a2,
o

89-38
89-55¢
95-75
95-840

97-138¢
98-27¢
98-27¢
99-42
99-42
100-96¢
100-96¢
100-127
100-127

99-42

112-49
112-51¢
113-48
55-260

Tn
P

)

97-410
97-67
97-138

100-96¢0
100-115¢
103-97
103-119¢
106-40
107-114¢
107-155¢
107-158¢
107-177
107-184¢
107-212
109-15¢

3333333888888
UG
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8
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[
[

95-840
97-410

7-53

77-168
79-260

)

N
O
5

97-41
97-63¢
97-138

99-240
99-24¢
100-96
100-96
100-115¢ 100-115¢
100-139¢
100-139
103-119
103-119
103-141¢ 103-141¢
107-114
107-114
107-155¢
107-155
107-155
107-158¢
107-158
107-158
107-177
107-177
107-177
107-177¢ 107-177¢ 107-177¢
107-208¢
107-197¢ 107-208
108-50
108-31¢
108-31
112-48¢
112-48
112-48
112-51
112-51
112-51
112-56
112-540
112-54
47-16
MSGNLS
1-C130 21-126
97-41
88-69¢
88-69
99-24
100-96
100-115
100-127¢
103-119
103-1410
106-430

(=4

85-45

-111
-115¢
-1440
-173
2-184
-12¢0
-760

97-41
97-630

33334t}
dded 4o -o

81-36
82-83
-103

L) @

FnEREe=
é
8335280232rass
hgEsaEd

3331333333334
p 3 dd g dc

82-83

3 nh

81-200

$8333 3283232828328
2 Sidn
g 1
SOg

77-1680
79-27

77-166
77-169
79-27¢

88883 1334t g
g 2oy 25

77-166

)

Cross reference tasble (CREF v05.00)

SEQ 262

Thursday 22-Mar -84 16:24 Page M-5

$33233222888
333333888388838 2223222BRTIV2S
o
-

MACRO v05.00

333882282288 223 222TIIIINNINS
B

CZCLMCO DMP/V-11 DCLT

89-37
89-38¢
95-61

95-75¢

97-41
97-63
97-138

98-27

99-24
99-42¢

100-115
100-1278

103-101¢
103-1412
106-43
107-155

107-158
107-177

107-177¢
107-1972

107-217¢
112-48
112-509
112-54
88-072

ES
CZCLMCO DMP/V-11 DCLT

MACRO V05.00

Cross reference table (CREF v05.00)
MSGNSU

MSGNTA

MSGNTE
MSHAPT
MSHNAP

M$SINCR

M$ IOSE

MSLDRO
MSMASK

MSMCHI
MSMCLO
MSMSK1

M$POP

1-B38¢

21-12¢

1-890¢ 21-12¢

23-59

SEQ 263

Thursday 22-Mar-84 16:24 Page M-6

23-59¢

43-30

43-304

43-34

45-57¢ 75-41
108-31¢ 108-50

43-340

A3-38

75-410 77-185
108-50¢ 109-15

43-380

43-56

77-1850 78-19
109-15¢ 112-56

43-560

43-65

43-650

78-19¢
112-560

79-43

79-438

43-70
80-35

43-706
80-35¢

43-74
81-36

43-740¢ 45-57
81-364 108-31

1-D26¢
43-32
43-540
43-69¢
47-100
47-1540
55-25¢
76-8
77-62¢
78-10
80-8¢

21-12¢
43-32
43-540
43-700
47-16
47-1620
55-26
76-8¢
77-71@¢
78-10¢
80-35¢

21-33
43.320
43-55¢
43-72
47-160
47-1710
55.260
76-8¢
77-76
78-100¢
81-9

21-33¢
43-320
43-560
43-72
A47-160
A7-1880
55-26&
77-8
77-760
78-19¢
81-9

23-10
43-330
A43-63
43-720
A47-240
47-2030
73-330
77-8
77-760
79-8
81-9¢

23-10
43-340
43-63
43-720
A47-280
47-209¢
73-710
77-8¢
17-800
79-8
81-9¢

23-10¢
43-36
43-630
43-730
47-850
49-5¢
74-1380
77-8¢
77-960
79-8¢0
81-360

23-100
43-36
43-630¢
43-740
47-1030
49-32¢
74-1766
77-370
77-1530¢
79-8¢
82-23

43-28
43-360
A43-640
45-33
47-108¢
49-430
75-9
77-400
77-165¢
79-260
82-23

43-28
43-360
43-65¢
45-33
47-115¢
S51-300
75-9
77-420
77-166¢
79-27¢
82-23

43-280
43-370
A43-68
45-330
47-1230
S1-340
75-9¢
77-440
77-168¢
79-436
82-230

43-280
A43-380
43-68
45-330
A47-1240
S1-360
75-9¢
77-470¢
77-169¢
80-8
82-23¢

A43-290
A3-54
43-680
46-1150
A7-1450
S52-300
75-410
77-520
77-1858
80-8
82-236

A3-300
43-54
A43-680
A46-118¢
A7-1460
55-17¢
76-8
77-56@
78-10
80-80
82-42¢

1-A00¢

21-12¢

77-400

77-42

77-420

77-44

77-440

77-47

77-47¢

77-56

77-560

77-62

77-62¢

43-340
75-410

43-38
76-14

43-38¢
76-140

43-56
77-185

43-560 43-65
77-185¢ 78-19

43-65¢
78-19¢

47-100
47-123¢
47-188¢
S51-340
74-138¢
82-1440

47-24
47-124
47-203
51-36
74-176
82-1533

47-240
47-1246
47-2030
S1-36¢
74-176¢
82-153¢

47-28
47-145
47-209
52-30
77-80
82-173

1-894¢
1-A39¢
1-B24¢

21-12¢
21-12¢
21-12¢

82-23
21-98
21-98

82-230
21-98¢
21-98¢

82-153¢ 82-173¢ 82-1840 B84-12¢
82-103¢ 82-111¢ 82-115¢ 82-1300¢ 82-1440
82-83¢ 82-91¢ 82-95¢ 82-103 82-103¢
88-67¢ 88-67¢
88-52¢ 88-520 88-660 88-67
87-53¢ 88-29¢ B88-51¢ 88-52
84-760 85-20¢ 85-45¢ 87-9¢
89-100
38-165¢
88-145¢
88-93¢ 88-98¢ 88-112¢ 88-1220 97-41@¢ 97-410 88-1740
88-69¢ 88-69¢ 88-81¢ 88-85¢ 88-89¢
88-69
97-67¢
97-638
97-41
95-61¢ 95-750 95-840 100-127¢ 100-139¢ 103-97¢ 103-101¢ 103-119¢
89-37¢ 89-38¢ 89-550 100-96¢
89-18¢ 89-23¢ 89-29¢ 98-27¢
¢
100-115
100-106¢
99-24¢ 99-420
98-27¢
97-138¢ 98-27
107-208¢ 107-212¢ 107-217¢ 108-22 108-22
107-158¢ 107-177¢ 107-1840 107-197¢
107-155¢
0
107-114
106-43¢
106-400
103-141#
108-22¢ 108-22¢ 108-42 108-42 108-420 108-420 109-15¢ 112-13 112-13 112-13¢ 112-13¢
1-C42¢ 21-128

77-40

79-26

79-260

77-960¢

77-168

77-168¢

21-12
21-12

21-12¢
21-12¢

21-12¢
21-120

1-8810 21-12¢
43-700
43-70

23-59
43-74

23-59¢
43-740

43-30
45-57

43-300
45-57¢

43-34
75-41

43-730
47-103¢
47-1540
49-320
55-25¢
82-830

46-115
47-108
47-162
49-43
73-33
82-111

46-1150
47-1080
47-1620
49-430
73-33¢
82-111¢

46-118
47-115
47-171
51-30
73-71
82-115

46-118¢
47-115¢
47-171¢
51-300
73-710
82-115¢

47-10
47-123
A7-188
51-34
74-138
82-144

77-96

1-871¢

1-40
1-8240
1-877¢

21-12¢
21-12¢

112':3 1{:-:;:
MSPRIN 1-8360 21-12¢
43-73
47-103
47-154
49-32
55-25
82-83

84-120
84-12
88-51¢
88-51
88-112 68-112¢
89-2360
89-23
99-240
99-24
MSPUSH 1-331¢ 21-120
43-63¢
43-63
llg-{g 113'130
-13¢
1-C72¢ 21-120
M$PUT
43-37
43-37
43-69
43-69
46-115¢ 46-118

81-36
43-33

81-36¢ 108-31
43-330 43-37

108-31¢ 108-50
43-376 43-55

108-50¢ 109-15
43-550 43-64

80-35
43-29

80-35¢
43-29¢

84-76
88-66
88-122
89-29
99-42
21-33
43-68
79-8
43-29
43-370
43-69
46-118

87-53
87-9¢
85-45¢ 87-9
85-200 85-45
84-760 85-20
88-93
88-89¢
88-89
88-85¢
88-85
88-81¢
88-66¢ 88-81
89-10
88-1740
88-174
88-165¢
88-165
88-145¢
88-145
88-122¢
97-63
89-55¢
89-380 89-55
89-370 89-38
89-29¢ 89-37
107-177¢
107-177
99-42¢ 107-155 107-155¢ 107-158 107-158¢ 43-32
43-328 43-36
43-280
23-10¢ 43-28
21-33¢ 23-10
76-8
75-9¢
75-9
45-33¢
45-33
43-72¢
43-680 43-72
108-22
82-23¢
82-23
81-9¢
81-9
80-8¢
80-8
79-8¢
43-33
43-33
43-29¢ 43-33
43-29
43-29
43-29
43-29
43-64
43-64
43-64
43-55¢
43-55
43-55
43-55
43-55
43-73
43-73
43-73
43-73
43-69¢ 43-73
43-69
43-69
47-28
47-240
47-24
47-24
A47-100
47-10
46-1184 47-10

109-15¢ 112-56
43-640 43-69
47-280¢
47-145¢
47-209¢
S2-30&
77-800¢
82-173¢

47-85
47-146
49-5
55-17
82-42
82-184

112-56¢
43-69¢

47-85¢ |
47-1462
49-5¢&
55-172
82-42%
82-1842

88-29¢
87-53¢ 88-29
88 -98¢
88-930 88-98
89-18¢
89-10¢ 89-18
97-63¢ 97-138 97-1382
43-542
43-360 43-54
77-82
77-8
76-8¢
108-22¢ 108-42 108-42¢
43-37
43-332 43-37
43-042
43-64
43-64
43-732 46-115 46-115
47-280 47-85
47-28

F5S

47-103
47-115¢

47-145
47-162
47-209
49-43

47-1450
A47-162
47-209
49-430

73-33
74-176
77-165

73-33
74-176
77-165¢

73-33
74-176¢
77-166

51-36¢

82-111

82-173
84-76
88-29
88-81

88-98¢
88-165
89-23¢
97-63

52-30

82-115
82-173¢

88-814
88-112
88-165
89-29
97-63¢
107-155

88-85
88-112
88-165¢

107-155
107-177¢
107-177
MSPUTL
21-12¢
1-C81¢
43-330
43-33
43-55
43-55
43-64¢
43-640
43-73
43-73
46-118¢
46-118¢
47-85
47-85
47-108¢
47-108¢
47-123
47-123
47-145
47-145
47-1460
47-1460
47-162

47-188¢

49-5
49-43¢

S51-36
55-25

73-33%
73-71¢
77-153
77-165¢

82-83

82-144

82-173¢
84-76
85-45¢
88-29¢
88-66#
88-89¢
88-112¢
88-165
89-18
89-37¢
97-138
99-42¢

47-162
47-188¢
49-5¢
49-43¢

51-36
55-25

73-33¢
73-716
77-153
77-165¢

89-29
97-138
107-155¢ 107-158
43-33¢

43-55¢
43-69

97-138
99-426

47-1450
47-154

47-162¢
47-2030
49-32

A47-162
47-203
49-50
51-30

51-30
51-36¢
55-250

51-36
55-25

73-71
74-1380
77-153¢
77-166
82-111

73-33¢
74-138
77-153
77-166

82-153
82-184
84-760
87-9¢
88-51

84
87-9

88-165
89-18¢
89-38

97-138
107-155

107-158

47-100
47-103
47-108¢
47-123¢

47-10
47-850
47-108¢
47-123
47-145
47-154

88-51
88-81
88-93
88-122

97-138

43-730

43-73

88-29¢
88-66¢
88-89¢
88-112¢
88-165
89-18
89-37¢

84-76
85-45¢

82-115¢
82-184
85-20¢
88-51
88-85¢
88-112¢0
88-174
89-37

43-29
43-37
43-55¢
43-69

43-29

82-83¢
82-1440
82-184

47-162
47-2090

73-71
77-80
77-166

85-20
88-29

82-83
82-1440
82-173¢

47-103¢
47-123
47-146

51-30
55-17

S52-30

82-111¢
82-173
84-76¢
88-29

47-103
47-123
47-146

107-155

47-108

47-123

47-146
47-162¢
49-5

51-30
55-17

73-71
77-80¢
77-166
82-144

47-108
47-123%¢
47-146
47-171
49-5

51-30¢
55-17¢

73-71
77-153
77-166¢

82-144
82-184¢
85-45
88-51

47-108
47-124
47-1460
47-171
49-5

S51-34
55-25

73-71
77-153

82-42
82-144
84-12
85-45¢0
88-51¢
88-89
88-122
89-10
89-38

47-108
47-124

47-154
47-1710
49-50

S1-34
55-25

73-71
77-153

82-42
82-1440
84-12
87-9
88-66

47-108
47-124

47-1080

47-115

S51-34
55-25

51-36

S1-36

47-154
47-188
49-32
73-71
77-153
82-420

82-153
84-12
87-9
88-66
88-93
88-145
89-18
89-38¢

82-184
85-45
88-51
88-890
88-89
88-89
88-122¢
88-122
88-122
89-10¢
88-1740 89-10
89-38
7¢
89-3
89-37
99-244
99-24
99-24
97-1380
97-138
107-177
107-158¢ 107-177
107-158
107-158
43-29
43-37
43-55¢
43-69
43-73¢
47-100
47-103
47-108¢
47-123¢
47-145¢
47-154
47-1620
47-2030
49-32

43-29
43-37
43-64
43-69

43-730

47-24
47-1030
47-115
47-124
47-1450¢
47-154

43-290
43-37
43-64
43-690
43-730
47-24
47-103¢
47-115
47-124
47-145¢
47-154¢
47-162¢

43-290
43-37¢
43-64
43-69¢
46-115
47-240
47-108
47-115
47-124
47-146
47-1540
47-171
47-209
49-320

43-290
43-37¢
43-64
43-690

73-33
73-71
74-1760
77-165
77-1660

73-33
73-71
74-176@
77-165
77-166@¢

S1-34
S52-30e

51-30¢
51-36¢

55-25¢
73-71
74 -1380
77-153¢

82-115

82-153¢

46-115

47-240
47-108

47-115

47-124
47-146
47-1540

47-171

47-209¢
49-32¢

S1-34
S52-30@

82-115
82-153¢

84-12
84-12
85-20
85-20
87-53¢
87-53¢
88-66
88-66
88-85¢
85¢
8888-81¢
88-98¢
98¢
86-98
88-93¢
5
45
88-14
88-1
2¢
-12
88-122
88-1740 88-174¢
88-174
88-165¢
89-29
89-29
89-23¢
89-23
55¢
89-55¢
8989-55
89-38¢
99-24
99-24
0
97-138
97-138¢
107-158
107-158
107-155¢ 107-155¢ 107-155¢ 107-158
107-155
w

47-85¢
47-115

47-85
47-115
47-145
47-162
47-203¢
49-43

SEQ 264

Thursday 22-Mar-t4 16:24 Page M-7

222222280

MACRO V05.00
C2CLMCO DMP/V-11 DCLT
v05.00)
(CREF
table
Cross reference

47-1240
47-154
47-1880
49-32
73-33
74-138
77-165

82-83
82-153
84-76

87-53
88-66
88-93¢
88-145
89-18¢
89-55
99-42

A47-145
47-154
47-203
49-32¢
73-33
74-138
77-165

82-83¢
82-153¢
84-76

107-177

43-29¢
43-37¢
43-640
43-69¢
46-115¢
47-28
47-108
47-115¢
47-1240
47-146
47-1540
47-17'@
47-209¢
49-43

43-33
A43-55
A3-640
43-73
46-118
47-288
47-108
47-115@
A47-124¢
47-1469
47-162
A47-188
49-5
49-43

73-71¢
77-80
77-165

73-71@
77-80¢
77-165¢

S51-340
55-17¢
73-33¢

82-42
82-115¢
82-173
84-12¢
85-200
88-29
88-66
88-89
88-112
88-145¢

82-42¢
82-144
82-173
84-12¢
85-45
88-29
88-66&
88-89
88-112
88-145¢

89-29¢

89-37

89-10

97-63
99.242

107-158

51-36

73-33
74-1380
77-165
82-111

82-173
84-76

87-53¢
87-53
88-81
88-66¢
88-98
88-98
88-145¢ 88-165
89-23
89-23
97-63
89-55¢
107-155
99-420

107-177

51-348
55-17
73-33

47-115
47-145
47-154¢
47-203
49-43

107-177

43-33
43-55
43-649
43-73

46-118

47-288&

47-108
47-115¢

47-124¢
47-1469
47-162
47-188
49-5

49-432
S1-348
55-17#

73-33&
73-718

89-10¢

97-632
99-42

99-42

107-158¢ 107-158¢

G5
MACRO V05.00
v05.00)
(CREF
table
ce
referen
Cross
CZCLMCO DMP/V-11 DCLT

107-158¢ 107-158¢ 107-177

107-177¢ 107-177¢
47-16
21-12¢
1-D77¢
97-41
88-69¢
88-69
112-52
112-51¢
112-51
M$RBRO
21-12¢
1-C52¢
77-56
M$RNRO
21-12¢
1-C620
21-33
MSSETS
21-12¢
1-D32¢
M$RADI

43-63
78-10

M$STAR
M$SvC

43-55
43-7a
47-280
47-1450
47-209¢

52-300

74-1760
77-52¢
77-1530
79-260

82-83¢
82-1440
85-450
88-67¢
88-112¢
89-230

82-95

107-177

107-177¢ 107-177¢ 107-177¢ 107-177¢ 107-177¢

47-160
97-41¢

55-26
98-27
112-54

55-260
98-27¢

77-7¢

77-760

82-103
112-48

88-52
82-1C03¢
112-45
112-480

88-52¢
112-490

88-67
112-50

88-670
112-50@

43-360
76-80

43-54
77-8

43-542
77-8¢

112-52¢

112-54¢
77-620

77-566

23-100

21-33¢

112-27

112-27¢

77-96
43-28

77-964
43-28¢

45-33
81-9

43-68
79-8

43-68¢
79-8¢

43-720

43-29¢
43-560
46-115
47-103
47-154
49-32

43-300
43-640

43-33

43-55¢
43-740
47-85
47-146
49-5

43-29
43-56
43-760
47-85¢0
47-1460¢
49-5¢
75-41¢
77-560
77-165¢
79-27¢

77-37
77-62
77-166

47-108
47-162
49-43
55-26
77-40
77-71
77-168

47-108¢
47-162¢
49-430
55-26@
77-400
77-71¢
77-168¢

55-17
75-41

77-56

77-165
79-27
82-51

82-153

55-174

82-91¢

82-153¢

87-9¢
87-9
88-69¢
88-69
88-122¢
88-122
89-29¢
89-29
97-67
97-63
97-63¢
100-139
100-115
100-127
107-158¢
107-155¢ 107-158
109-150
43-29¢
M$TLAB
1-C29¢ 21-12¢
43-730
43-740
46-115¢
47-1540
47-146%
47-1450
55-25¢
s2-300
55-17¢
77-620
77-5660
77-52¢
79-43¢
79-260
79-27¢
82-153¢
82-173¢ 82-184¢
88-85¢
88-81¢
88-690
89-38¢
89-37¢
89-29¢
100-106#4 100-115¢
100-96¢
107-177¢ 107-184¢ 107-197¢
43-29
M$TSTL
21-12¢
1-C210
43-55¢
43-56
43-55
43-740
43-7a
46-115
47-103
47-85
47-85¢
47-154
47-1460
47-146
49-32
49-5
49-5¢
55-25
55-17¢
55-17
75-41
77-56
77-165
79-27

107-177

43-630
78-10¢

112-13¢
112-13
21-12¢&
1-A33¢
1-C33¢ 21-12¢

75-410
77-560
77-165¢
79-27¢

82-95¢

77-37
77-62
77-166
79-43

82-103

SEQ 265

Thursdesy 22-Mar-84 16:24 Page M-8

55-25

80-8¢

46-118

55-25¢

77-37¢
77-628
77-166¢

79-43
82-95
82-173
87-53
88-81
88-145
89-37
97-138

79-430
82-95¢

43-30¢
46-118¢

43-330
47-10¢
47-1710
73-33¢
77-760

82-173¢
87-53¢
88-81¢
88-145¢
89-37¢
97-138¢

100-139¢ 103-97
107-177¢
107-177

47-1620

55-260

77-71¢

43-65

46-118¢

45-33¢0
81-9¢
43-330
43-650
47-10
47-115
47-171

51-30

73-33
77-42
77-76
77-169

80-19¢
82-103
82-184
88-29
88-85
88-165
89-38
98-27
103-101
107-184

80-35¢
80-35
82-103¢ 82-111
82-184¢ 84-12
88-51
88-29¢
88-89
88-85¢
88-165¢ 88-174
89-55
89-38¢
99-24
98-27¢
103-101¢ 103-119
107-1840 107-197

43-34¢
47-16¢
47-188¢
73-71@
77-80¢

43-370
47-24¢
47-203¢
74-138¢
77-96¢

43-38¢
47-280
47-209¢
74-1760
77-153¢

43-32
75-9

43-320
75-90

82-23¢

43-36
76-8
108-22

43-34
43-69
47-100
47-115¢0
47-1710
51-30¢
73-330
77-420
77-760
77-169¢
81-20¢
82-111¢
84-120

43-340
43-69¢
47-16
47-123
47-188

43-37
43-70
47-160
47-123¢
47-188¢

73-71
77-44
77-80
77-185

73-71@
77-440

82-23

51-34

51-34¢

106-43
106-40
107-208¢ 107-212

43-55¢

75-41¢0

77-165¢

43-560
47-103¢
49-32¢
77-37¢
77-1668¢

95-75

99-42¢

43-649

47-108¢
49-430
77-400
77-1680
82-111¢
88-51¢
88-1740
97-138¢

82-103¢
82-95¢
82-91¢
82-83¢
82-42¢0
81-36¢
80-35¢
88-29¢
87-53¢
9¢
8785-45¢
0
85-20
0
84-76
120
8488-165¢
¢
88-145¢
88-122
88-112¢
88-98¢
88-93¢
88-89¢
97-67¢
3¢
97-6
0
97-41
95-840
95-75¢
95-61¢
89-55¢
106-43¢
¢
1410
106-40
10319¢
101¢
103-1
¢
103100-127¢ 100-139¢ 103-97
¢
7¢
-15
109
-21
107-208¢ 107-212¢ 107
43-37
43-340
43-34
43-33¢
43-33
43-30¢
43-30
43-29¢
43-560

46-115¢
47-103¢
47-154¢
49-320
55-25¢
77-376
77-62¢

77-166¢

79-43¢6
82-103¢

43-64
46-118
47-108
47-162
49-43
55-26

77-40
77-71
77-168

80-35

82-111

43-64¢
46-118¢
47-108¢
47-162¢

49-430
55-260

77-400
77-710
77-168¢

80-35¢
82-111¢

43-65
47-10
47-115
47-171
S51-30
73-33
77-42
77-76
77-169
81-36
82-115

43-65¢0
47-100
47-115¢
47-171@

43-69
47-16
47-123
47-188

43-69¢
47-16%

73-33¢
77-42¢0
77-760
77-169¢

73-71
77-44
77-80
77-185

73-71¢
77-440
77-80¢
77-185¢
82-420

51-30¢

81-360
82-115¢

S1-34

82-42
82-130

47-123¢
47-188¢

51-34¢

82-130¢

43-37¢
43-700
47-24
47-124
47-203

43-38

43-38¢
43-738

43-70
47-24
47-124

47-203

51-36

74-138
77-47
77-96

78-19

82-83

82-144

47-28
47-145
47-209

S52-30
74-176

77-52
77-153
79-26

77-185¢

103-141
107-208
47-85¢
49-5¢

108-42¢

82-83
82-144
85-45
88-67

81-36¢
82-115¢
84-760
88-52¢
88-93¢
89-10¢

88-51¢
88-89¢
88-1740
89-55¢

99-42

108-42

77-800

81-36
82-115
84-76
88-52
88-93
89-10
95-61

99-248

108-22¢

88-112

89-23

100-96

106-430
107-217

97-41¢
100-106%
107-155
109-15

43-65¢
47-115¢

43-709

77-428
77-169¢

77-478
78-19%

S1-308

47-1240
S51-36¢

82-1442|

82-115¢
88-52¢
89-10¢
98-27¢
107-114¢

88-67¢
89-23%
99-42%
107-158¢

43-370

43-38¢
43-73¢

43-70¢
47-248
47-12428

47-203¢
51-36¢
74-138¢
i7-470
77-962
78-19¢

82-83¢

82-1442

47-28%

47-1452
47-209¢

S52-30¢

74-176%
77-52&
77-1532
79-268

82-912

82-1532

PRINTX

READBU
READEF
RFLAGS
SETPRI
SETVEC
SLASH
STARS
SsvC
XFER
XFERF
XFERT
’

47-209

21-124
21-12¢
21-12¢
21-12¢
21-12¢
21-12¢
21-12¢
21-12¢6
2l-11¢
21-12¢
21-12¢
21-12¢

82-184
88-29
88-85
88-165
89-38

84-12
88-51

88-89
88-174
89-55

97-63&

77-76

82-130¢
95-61
97-410

95-61
97-67¢

77-760

88-52
95-61
97-67

77-76¢

88-52
95-61¢
97-67

100-115¢
103-141
107-197¢
112-51¢

100-115
103-119¢
107-155¢
107-212¢

43-76
77-169¢

88-52¢
95-75
97-67

100-127
103-141
107-212
112-52

85-20
88-66
88-98
89-18
95-614
97-138

85-200
88-66¢0

88-98¢

89-18¢
95-75
97-138¢

100-115¢
103-119¢
107-158
107-217

100-115¢
103-141
107-158¢
107-217¢

88-52¢

80-19
88-67

43-760
79-274

95-75
97-67¢

47-16

95-75

98-27
100-127
100-127
103-141¢ 106-40
107-212
107-212
112-53
112-52¢

100-115
103-141
107-197

37-22
37-36
37-53
37-70
37-92
37-130
37-148
37-166
37-194
37-211

37-23
37-37
37-54
37-75
37-93
37-131
37-149
37-167
37-195
37-212
50-14

37-26

50-17

50-18

43-37
47-10
77-80

43-55

43-73
49-32

50-13
50-27

87-53
89-55

112-51

77-44

77-168
77-153

79-26
77-165

77-166

77-169¢

79-27¢

37-138
37-152
37-172

37-200
S0-3

97-63

77-47

77-42

37-96

82-42
47-115

88-81

37-40
37-57
37-78

47-24

47-108

77-71
77-40

112-53

88-93
89-10

84-760
88-52¢
88-93¢
89-10¢
95-614
97-67¢

100-115
103-119¢
107-197
112-50¢

73-71

e1-12

84-76
88-52

100-106¢
100-106
100-96¢
103-119
101¢
103103-101
107-114¢ 107-114¢ 107-155
107-212¢
107-208¢ 107-212
22-84
22-8
22-8

73-33

43-760

84-12¢
88-51¢
88-89¢
88-174¢
89-55¢
97-67

82-173¢
87-53¢
88-81¢
88-145¢
89-37¢

88-85

80-19¢

82-184¢
88-29¢
88-85¢
88-165¢
89-38¢
$7-63
97-410
97-41
100-96¢
100-96
99-42¢
99-42
103-97¢
103-97¢
100-139¢ 103-97
107-114
106-43¢
106-43
106-40¢
7¢
107-208
-19
107-197¢ 107
107-197
21-93¢
12¢
21-98
M$WORD
211-C94¢
77-76
6¢
55-2
26@
5555-26
82-103¢ 82-103¢
82-103
82-103
95-61
88-69¢
88-69¢
88-69
97-410
97-41
97-41
95-84¢
100-115
100-96¢
100-96
100-96
103-119
119
9
103¢
-11
-97
103
103
107-114¢ 107-197
107-114
107-114
112-50
112-49¢
112-49
112-48¢
113-48
112-532
112-53
M$XFER
21-12&
1-882¢
32-91
12¢
MANUAL
2162¢
1-;
MEMORY
1-;66& 21-12¢
37-21
37-20
37-19
NODCL
21-45¢
37-35
37-34
37-32
37-33
37-52
37-51
37-50
37-69
37-68
37-67
37-89
37-88
37-87
37-128
37-127
37-125
37-147
37-146
37-145
37-165
37-164
37-161
37-193
37-192
37-191
37-210
37-209
37-208
50-12
S50-11
50-10
50-26
50-25
50-24
OPEN
21-12¢
POINTE
21-70
21-12¢
43-33
PRINTB
43-29
21-12¢
46-115
46-118
PRINTF
21-12¢
74-176
74-138
55-25
87-9
85-45
85-20
89-38
89-37
89-29
47-103
47-85
PRINTS
21-12¢
82-173
87-53
88-81
88-145
89-37
95-84¢

SR3&
F

Cross reference table (CREF v05.00)

SEQ 266

Thursday 22-Mar-84 16:24 Page M-9

MACRO V05.00

3533832
Y

CZCLMCO OMP/V-11 DCLT

81-200

82-954

82-115
88-122

99-42
47-145
88-98

82-130¢

37-27

37-41
37-58
37-79
37-97
37-139

85-45
88-67
88-112
89-23
95-75¢
98-27
100-127
103-1410
107-177
109-15
47-16

80-19¢
88-67
95-75¢
98-27
100-127¢
106-40
107-212¢
112-53¢

37-28
37-45
37-59

87-9
88-69
88-122
89-29
95-84
99-24

87-9¢
88-690
88-122¢
89-290
95-84¢

103-141¢ 106-40
107-177¢ 107-184
109-15¢

106-40¢
107-184¢

81-20¢
88-67¢
95-84

82-95¢
88-69

85-450
88-67¢
88-112¢
89-23¢
95-75¢
98-27¢

47-160¢

A47-16¢

55-26

98-27¢
103-97

106-40¢
112-27¢
112-540

100-96
103-97
107-114
112-48
113-48

37-29
37-46

37-30
37-47

37-31
37-48

81-20
88-670
95-84

106-40
112-27
112-54

37-107
37-140
37-156
37-174
37-203
50-5
50-19

37-60
37-83
37-108
37-141
37-157
37-177
37-204
S0-6
50-20

49-43

82-144
88-145

51-30
82-153
88-165

51-34
82-173
88-174

47-146

47-154

47-162

37-155
37-173
37-202

88-112

37-82

107-155

99-244

100-127¢ 100-127¢ 100-139

107-158

37-61
37-84
37-109
37-142
37-158
37-188
37-205
50-7
50-21

95-84

37-62

37-85
37-110
37-143
37-159
37-189
37-206
S0-8
50-22

5i-36
82-184
89-10

52-30
84-12
89-18

47-171

47-188

107-177