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AH-T271A-MC

October 1983

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Document:	CZRCFA0 RC25 RC25 FR END TEST OCT 1983 bw
Order Number:	AH-T271A-MC
Revision:	000
Pages:	292
Original Filename:	CZRCFA0__RC25__RC25_FR_END_TEST__AH-T271A-MC__OCT_1983_bw.pdf

OCR Text

RC25

RC25 FR END TEST
CZRCFAO

AH-T271A-MC

FICHE

OF 2 weoev use

EDBM

T,
i T

SEQ 1

MODULE A2TECO ( XTITLE'CZRCFAQ RC25 FR END TEST'
IDENT = *'v01.0°,

BEGIN

ADDRESSING_MODE (RELATIVE))=

LIBRARY 'library’;

REQUIRE °*BLSMAC.REQ®;

%%BTTL

'USER DOCUMENTATION'

IDENTIFICATION

PRODUCT CODE:

AC=-T270A-MC

PRODUCT NAME:

CZRCFAO RC25 FR END TEST

PRODUCT DATE:

JULY 13, 1983

MAINTAINER:

DISK ENGINEERING

AUTHOR:

SING LAKSHMANAN

THE INFORMATION IN THIS DOCUMENT IS SUB!ECT TO CHANGE WITHOUT
NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL
EQUIPMENT CORPORATION. DIGITAL EQUIPMENT CORPORATION ASSUMES NO
RESPONSTBILITY FOR ANY ERRORS THAT 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
DIGITAL OR ITS

DIGITAL
DEC

PDP

DECUS

UNIBUS

DECTAPE

MASSBUS

SEQ 2

b ed b

PERFORMANCE AND PROGRESS REPORTS

NOWVSWN=0O

ASSUMPTIONS

PONONDNONONININ

DIAGNOSTIC HIERARCHY PREREQUISITES

ERROR INFORMATION

)

W
o~

SYSTEM REQUIREMENTS
RELATED DOCUMENTS AND STANDARDS

OPERATING INSTRUCTIONS
COMMANDS

5.0
o

GENERAL INFORMATION

PROGRAM ABSTRACT

WVSHWNH—-=O

TABLE OF CONTENTS

7.0

SWITCHES

FLAGS

HARDWARE QUESTIONS
SOF TWARE QUESTIONS

EXTENDED P-TABLE DIALOGUE
QUICK STARTUP PROCEDURE

DEVICE INFORMATION TABLES
TEST SUMMARIES

MAINTENANCE HISTORY

SEQ 3
1.0

GENERAL INFORMATION

1.1

+rROGRAM ABSTRACT

The aztec front-end host diagnostic is a diagnostic program to test
tnetaztec disk drive subsystem. Tests are performed to veritfy
that:

The processor can properly communicate with the aztec

The aztec can seek and head select properly.

The aztec conforms to the specified seek and

The aztec can perform certain basic functions in

through the adapter card.

rotational times.

response to mscp commands.

The aztec front-end/host diagnostic consists
of one program that runs
in the host processor and programs that run in the aztec controller's

buffer memory through an 1ntergreter called the '‘diagnostic machine'’

which resides in the aztec. The host processor program will be
responsible for testing the aztec adapter, testing some of the drive
functions, downline Loading the ‘‘diagnostic machine’’ programs into
the aztec and starting their execution. When the ‘‘diagnostic
machine'’ programs are running, they will control
the testing by
requesting the host processor to supply information and print error
messages. The ‘‘diagnostic machine'’ programs will inform the
processor when a test is complete.

Up to four (&) aztec controllers with one or two spindles each may
be selected for test by this diagnostic.

One aztec ‘‘'unit’’ is defined as a single platter. There are two
Latters on one spindle in an aztec drive. an aztec controller may
ave either one or two drives (two or four platters). the unit
numbers for the aztec platters come in pairs. the removable media
hgz an gven number and the fixed media has the sequentially following
odd

number.

Software parameter questions include number of retries in case of
an error, whether
to continue execution after failures, select
seek area in the disk, select manual intervention test and
set trace mode.

This diagnostic is divided into 6

modules:

module 0 - documentation

module 1 - literals, format statements, ascii text,

global data, hardware configuration questions
and default tables, software parameter questions
and default table, initialization code, cleanup
code, summary report code

module 2 - global routines

module 3 - tests 1 - 12

vtbase levelrt

module & - tests 9 _ 12

(dm code)

module 5 - last address and setup section

AZTECO.R16 is a file containing literals and field

delarairions used throughout the program.

This diagnostic has been written for use with the diagnostic
runtime services software (supervisor). These services provide
the interface to the operator and to the software environment.
This program can be used with XXDP+, ACT, APT, slide and paper
tape. For a complete description of the runtime services, refer
to the XXDP+ user's manual. There is a brief Jescription of
the runtime services in section 2 of this document.
1.2

SYSTEM REQUIREMENTS

PDP-11 Processor

28K Words of memory (minimum)
XXDP+ Load media

]

One or more aztec disk drive subsystems
Line clock - either type L or P
Console terminal
1.3

RELATED DOCUMENTS AND STANDARDS

AZTEC - RC25 Functional specification Rev 5, 3/9/82
Mass storage control protocol (MSCP) (version 1.0)
Unibus/Q-bus storage systems port (version 1.3)
Diagnostics and utilities protocol (R. Lary, May 1981)
Aztec diagnostic project plan

Diagnostic engineering functional specification for aztec
Resident diagnostics

XXDP+ User's manual

1.4

DIAGNOSTIC HIERARCY PREREQU1S:TES

The bus, host processor, memory, system clocks and console terminal
are all assumed to be functioning properly when this diagnostic is
run.
If they are not, the result of running this program is

unpredictable.

1.5

ASSUMPTIONS

An aztec that meets the specifications for diagnostic machine timing
will meet the specifications for MSCP timing.

2.0

OPERATING INSTRUCTIONS

This section contains a brief description of the rurtime services.
for detailed information, refer to the XXDP+ user's manual (CHQUS).

SEQ 4

SEC 5
2.1

COMMANDS

There are eleven legal commands for the diagnostic runtime services
(supervisor). This “section lists the commands and gives a wvery

briet description of them.

The XXDP+ user's manual has more details.

COMMAND

EFFECT

;?;E?--

EZSFt th;-;iagno;;ic fr;;-;; initial state

RESTART

Start the diagnostic without initializing

CONTINUE

Continue at test that was interrupted (after ()

PROCEED

Continue from an error halt

EXIT

Return to XXDP+ monitor (XXDP+ operation only!)

ADD

Activate a unit for testing (all units are
considered to be active at start time

DROP

Deactivate a unit

Print statistical information (if isplemented
by the diagnostic - section 4.0)

DISPLAY

Type a list of all device information

FLAGS

Type the state of all flags (see section 2.3)

ZFLAGS

Clear all flags (see section 2.3)

A command can be recognized by the first three characters.

So you may,

2.2

for example, type

°'STA' instead

of ''START''.

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 by '‘DDDDD‘’,
SWITCH

EFFECT

/TESTS:LIST

/PASS :DDDDD
/FLAGS:FLGS

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
be run. All other tests will not be run.
Execute DDDDD passes (DDDDD = 1 to 64000)
Set specified flags.
flags are d.-.:ribed

/EOP:DDDDD

Report end of pass message after evera

JUNITS:LIST

in section 2.3.

0DDDD Basses onl{. (0DDDD = 1 to 64000)
ified
TEST/ADD/DROP only those units specifie
in the list. List example = /UNITS:0:5:10=12
use units 0,5,10,11,12 (unit numbers = 0-63)

SEQ 6

Example of switch usage:

100
START/TESTS:1-5/PASS:1000/7E0P:
The effect of this command will be:

1. Tests 1 through 5 will be executed.

2. ALl

units will

3. The

end of

tested 1000 times.

pass messages will be

printed after each 100 passes only.

A Switch can be reccgnized by

may, for

example, type

the first three characters.

‘‘/TES:1-5'" instead

You

of '*/TESTS:1-5"",

Below is a table that specifies which switches can be used by
TESTS

PASS

FLAGS

X
X

X
X
X

2> |

each command.

START
RESTART
CONTINUE
PROCEED

EOP

UNITS

X
X

DROP
ADD

X
X

DISPLAY

FLAGS

ZFLAGS
EXIT

2.3

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 wusing 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.

SEQ 7
FLAG

EFFECT

EBE-

Halt on error = control i;-;;;;;ned to

LOE

Loop on error

IER*

Inhibit all error reports

18Rt

Inhibit

runtime services command mode

all error reports except first

level (first level contains error type,
number, PC, test and unit)

IXR+

Inhibit extended error reports (those
called by PRINTX macro's)

PRI

Direct messages to line printer

PNT

Print test number as test executes

BOE

'BELL'’ on error

UAM

Unattended mode (no manual intervention)

ISR

Inhibit statistical reports (does not apply
to diagnostics which do not support statistical reporting)

IDR

Inhibit program dropping of units

ADR

Execute autodrop code

LOT

Loop on test

EVL

Execute evaluation (on diagnostics which
have evaluation support)

terror messages are described in section 3.1
See the XXDP+ user's manual for more details on flags. You may
specify more than one fla? with the flag switch. For example,
to cause the program to
loop on error, inhibit error reports
and type a 'BELL'" on error, you may use the following string:
/FLAGS:LOE: IER:BOE

SEQ 8

2.4

HARDWARE QUESTIONS

when a diagnostic is started, the runtime services will prompt
the user for hardware information by typing ''CHANGE HW (L) ?
you must answer ''Y'' after a start command unless the hardware
information has been ‘preloaded’’ usin? the setup utility (see
chapter 6 of the XXDP+ wuser's manual). When Kou answer this
question with a ‘Y'’, the runtime services will ask for the number
DECIMAL). You will then be asked the following
of units (IN
questions for each unit.

# UNITS (D)

to be tested (no default). This
Answer wiith the number of units
the following questions are
times
many
how
answer will determine
platter) on an aztec.
(single
disk
logical
a
is
unit
A
asked.
One to sixteen units may be specified (maximum configuration of
four controllers with four platters per controller).
IP ADDRESS (0) 172150 ?

Answer with the address of the IP register of one aztec controller
as addressed by the processor with memory management turned off
(i.e., an even 16-bit address in the range of 160000 to 177774.)
VECTOR (0) 154 ?

Answer with the interrupt vector address of the aztec controller.
A vector address in the range of & to 774 may be specitied.
BR LEVEL (D) 5?

Answer with the interrupt priority used by the aztec.
are accepted.

levels 4 to 7

UNIT NUMBER(S) (D) 0 ?

answer with the 8h¥sical platter number(s) for the platter(s) you wish
to test (NO DEFAULT). The removable platter is an even number and the
fixed platter is the sequentially followng odd number.
2.5

SOFTWARE QUESTIONS

After you have answered the hardware questions or after a restart
or continue command, the runtime services will ask for software
parameters. These parameters will govern some diagnostic specific

operation modes. You will be prompted by ‘‘CHANGE SW (L) ?2'" if you
wish to change any parameters, answer by typing 'Y''. The software
qug?t;ons and the default values are described in the next paragraph(s).

Use top surface for all single surface tests (L) Y ?
Answer yes to use top surface for all single surface testin?.
answer no to use bottom surface for all single surface testing.

Do you wish to limit the area tested in tests #13 through #15 (L) N ?

Answer yes if you wish to specify a starting and end1n? track for the
test area. this limitation applies only to seek verification test1n?,
tests #13 through #15. The following two questions will be asked only
if this one is answered yes.

Starting track (D) 0 ?

Answer with the beginning track number of the area you wish to select
for testing. This applies to tests #13 through #15 only.
Ending track (d) 799 ?

Answer with the last track number in the area gou wish to select for
testing. This applies to tests #13 through #15 only.
Do you want to do the manual intervention test (L) Y ?
Answer yes to do the test of the write protect switches.
to omit this test.

Answer no

Do you need trace mode (L) Y ?

Answer no if you do not like the test names to be printed out.
Default is yes.

2.6

EXTENDED P-TABLE DIALOGUE

When you answer the hardware guestions, you are building entries
in a table that describes the devices under test. The simplest
way to build this table is to answer all questions for each
unit to be tested.
If you have a multiplexed device such as
a mass storage controller with several drives ora communication
device with several lines, this becomes tedious since most of the
answers are repetitious.

illustrate a more efficient method, suggose

you are testin

a fictional device, the XY11. Suppose this device consists o
a control module with eight units (sub-devices) attached to it.
These units are descr:oed by the octal numbers 0 through 7. There
is one hardware parameter that can vary among units called the
Q-FACTOR.
This Q-FACTOR may be 0 or 1. Below is a simple way
to build a table for one xy11 with eight units.
# UNITS (D) ?

8<(CR>

UNIT 1

CSR ADDRESS (0) ?
SUB-DEVICE # (0) ?

160000<CR>
O0<CR>

UNIT 2
CSR ADDRESS (0) ?
SUB-DEVICE # (0) ?
Q-FACTOR (0) 1

160000<CR>
1<CR>

]

Q-FACTOR (0) 0

1<CR>

0<CR>

SEQ 9

SEQ 10

UNIT 3

CSR ADDRESS (0) ?
SUB=DEVICE # (0) ?

Q-FACTOR (0) 0

UNIT &

CSR ADDRESS (0) ?
SUB-DEVICE # (0) ?

C~-FACTOR (0) 0

UNIT §

160000<CR>
2<(CR>
<(R>

160000<CR>
3<(CR>

<CR>

160000<CR>
4<CR>
<(CR>

CSR ADDRESS (0) ?
SUB-DEVICE # (0) ?

160000<CR>
5<CR>

CSR ADDRESS (0) 2?2
SUB-DEVICE # (0) ?

Q-FACTOR (0) 0
UNIT 6

Q-FACTOR (0) 0

UNIT 7

CS< ADDRESS (0) ?
SUB-DEVICE # (0) ?
?

Q-FACTOR (0) 0

UNIT 8

CSR ADDRESS (0) ?
SUB=DEVICE # (0) ?
?

Q-FACTOR (0) 1

<(R>

160000<CR>
6<(R>
1<CR>

160000<CR>
7<CR>

<(R>

Notice that the default value for the Q~FACTOR changes when a
non-defiult response is given. Be careful when specifying
multipLe units!

As you

the hardware parameters
above example,

can see from the

do not vary 51?q1t1cantly from unit to unit.
is not very efficient.

The procedure shown

The runtime services can take multiple unit specifications however.
Let's build the same table using the multiple specification feature.
# UNITS (D) ?

B<(R>

UNIT 1
CSR ADDRESS (0)

SUB=-DEVICE # (0) ?
?
Q=-FACTOR (0) O
UNIT 3

CSR ADDRESS (0) ?
SUB=-DEVICE # (0) ?2
?
Q-FACTOR (0) 0
UNIT 7

CSR ADDRESS (0) ?
SUB=DEVICE # (0) ?

Q-FACTOR (0) 0

160000<CR>

0,1<(R>
1,0<CR>

160000<CR>
2=5<(R>
O0<(CR>
160900<CR>
6,7<CR>
1<CR>

As you can

see in_the above dialogue,

the runtime services will

build as many entries as it can wit the information given in any

one pass through the questions. In the rirst pass, two entries
are built since two sub-devices and Q-FACTORS were specified. The
services assume that the CSR address is 160000 for both since it
only once. In the second pass, four entries were
was specified
because four sub-devices were specified. The
built. This is
construct tells the runtime services to increment the data
'=**
from the first number to the second. In this case, sub-devices
2, 3.4 and 5 were specified. (If the sub-device were specified
by addresses, the increment would be by 2 since addresses must
be on an even boundary.) The (SR addresses and Q=FACTORS for
the four entries are assumed to be 160000 and 0 respectively
since they were only specified once. The last two units are
specified in the third pass.

th whole process could have been accomplished in one pass as shown
elow.

# UNITS (D) ?

B8<(R>

UNIT 1

CSR ADDRESS (0) ?
SUB-DEVICE # (0) ?
Q-FACTOR (00 O
?

160000<CR>
0=7<CR>
0,1,0,,,,1,1<CR>

As you can see from this example, null replies (commas enclosing
a null field) tell the runtime services to repeat the lLast reply.
2.7

QUICK START=UP PROCEDURE

(XXDP+)

To start-up this program:

1. Boot XXDP+

2. Give the date

3. Type 'R Name'', where name is the name of the bin or bic
file for this program

4. Type ''START"

S. Answer the ''CHANGE HW'' question with ‘'v*’
6. Answer all the hardware questions

7. Answer the '‘CHANGE SW'' question with 'N'’
when you follow this procedure you will be using only the
defaults for flags and software parameters. These defaults
are described in sections 2.3 and 2.5.
3.0

ERROR [NFORMATION

3.1

TYPES OF ERROR MESSAGES

There are three Llevels of error messages that may be issued by
a dta?nost1c: general, basic and extended. General error_messages

are always printed unless the 'IER'’ flag is set (section 2.3).

general error message is of the form:

The

SEQ 11

Name

type

number

error message

on unit number

tst number PC:XXXXXX

.where; NAME = Diagnostic name
Error type (SYS FATAL, DEV FATAL, HARD or SOFT)
TYPE
NUMBER = Error number

UNIT NUMBER = 0 = 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 aluays printed unless
the "'IER" or ''IBR" 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'’, "'IBR'" or *'IXR'* flags are set (section

2.3).

These

messages are printed after the associated general

error message and any associated basic error messages.

SEQ 12

SEQ 13
3.2

SPECIFIC ERROR MESSAGES

RCSA FAILED TO RESPOND
RCIP FAILED TO RESPOND

NN
—

The following are device fatal error messages:

INIT STEP READ ERROR

STEP MASK =
XX =1
=
XX =2
=
XX =&
=
XX = 10

XX FAILING REGISTER =
ST¢P 1 READ FAILURE
STEP 2 READ FAILURE
STEP 3 READ FAILURE

DATA =

STEP 4 READ FAILURE

&) STEP READ DATA DOES NOT MAT(CH
EXPECTED:
ADDRESS:

READ:

S) VECTOR AND BR LEVEL TEST FAILURE
BR LEVEL=
6) INTERRUPT AT VE(=

7) NO INTERRUPT FROM PORT / CONTROLLER

8) BR LEVEL RECEIVED/TYPED IS INCORRECT !
N
e
W
s
W
N

b —d
b
ad
b
b
b
b

IOV
NN = O

9) HOST DETECTED TIME OUT ERROR
RING BUFFERS NOT CLEARED BY THE PORT

DATA ECHOED FROM RCSA DOES NOT MAT(CH
MEMORY BUFFER DOES NOT CONTAIN EXPECTED DATA
DM CODE RETURNED FAILURE CODE
RC25 UNIT DOES NOT COME ONLINE
EX_SUP_PROG DUP COMMAND FAILURE

SEND_DATA DUP COMMAND FAILURE
REC_DATA DUP COMMAND FAILURE

The following are self-detected fatal port/controller errors.
These will be reported as sxtended error messages when R(CSA
data contains fatal error ccdes:
$FTLERR- UNRECOGNIZABLE ERROR CODE

$FTLERR~- ENVELOPE/PACKET READ (PARITY OR TIMEOUT)
$FTI ERR- ENVELOPE/PACKET WRITE (PARITY OR TIMEOUT)
$FTLERR- CONTROLLER ROM AND RAM PARITY
$FTLERR- CONTROLLER RAM PARITY
$FTLERR- CONTROLLER ROM PARITY
S$FTLERR- RING READ (FARITY OR TIMEOUT)

$FTLERR=- RING WRITE (PARITY OR TIMEOUT)

INTERRUPT MASTER
HOST ACCESS TIMFUUT
CREDIT LIMIT EXCEEDED
BUS MASTER ERROR
$FTLERR- DJAGNOSTIC CONTROLLER FATAL ERROR
$FTLERR= INSTRUCTION LOOP TIMEOUT
SFTLERR- INVALID CONNECTION IDENTIFIER
$FTLERR- INTERRUPT WRITE

$FTLERR$FTLERR=$FTLERR$FTLERR-

SFTLERR- MAT!/TENANCE READ/WRITE INVALID REGION IDENTIFIER
S$FTLERR- MAINTENANCE WRITE LNAD TO NON-LOADABLE CONTROLLER
$FTLERR= CONTROLLER RAM ERROR (NUN=FARITY)
$FTLERR- INIT SEQUENCE ERROR

SFTLERR- HIGH LEVEL PROTOCOL INCOMPATIBILITY ERROR
$FTLERR- PURGE/POLL HARDWARE FAILURE
$FTLERR- MAFPING REGISTER READ ERROR (PARITY OR TIMEOUT)

SEQ 14

g Self~detected fatal port/controller errors
SFTLERR- VAX READ/WRITE ERROR ON INTERRUPT
AT U.BFIL
S$FTLERR= INCONSISTENCY
SFTLERR- INCONSISTENCY AT U.BMTY
SFTLERR- INCONSISTENCY AT U.ALOC
SFTLERR- INCONSISTENCY AT SERVO ENTRY (PIP SET)
$FTLERR- INCONSISTENCY AT SERVO ENTRY (ERR SET)
SFTLERR- INCONSISTENCY AT U.SEND
SFTLERR=- INCONSISTENCY AT U.RECV
$FTLERR- INCONSISTENCY AT U.ATTN
$FTLERR- INCONSISTENCY AT U.ONLN
$FTYLERR- ILLEGAL D REQUEST (U.QDRQ)
$F TLERR=- FENCE~POST ERROR AT PROTAB

$FTLERR- BAD PACKET DEQUEUED AT U.DONE
$FTLERR- UNEXPLAINED D-PROC SUSPENSION (U..TDS)
$FTLERR=- DUP PACKET D-Q FAILED (XFC 34/35)
$FTLERR= INCONSISTENCY AT U.HTST
$FTLERR- INCONSISTENCY AT U.SEKO
$FTLERR- INCONSISTENCY AT U.CKSV
$FTLERR- D.OPCD FOUND ILLEGAL OPCODE
$FTLERR- D.CSF FOUND ILLEGAL OPCODE
$FTLERR= UNKNOWN BAD DRIVE STATUS AT D.DSTS
$FTLERR~ ILLEGAL XFC EXECUTED BY DM
$FTLERR- D PICKED UP A ZERO S(CB.DB
$FTLERR- INCONSISTENCY AT D IDLE LOOP
$FTLERR- DM WORD COUNT ERROR ON HOST DMA/SEND/RECV
$FTLERR- UNKNOWN DISPLAY FAULT CODE AT D.DFLT
$FTLERR- DRIVE NOT FAULTING IN P.OFLN STATE
$FTLERR- U POWER UP DIAGNOSTICS FAILED
$FTLERR- D POWER UP DIAGNOSTICS FAILED
$FTLERR- ADAPTER CARD FAILURE
$FTLERR~ EC.TMR TIMED OUT
$F TLERR- U.SEND/U.RECV RING READ INCONSISTENCY
$FTLERR- UNKNOWN WAITRV REASON AT D.RVCT
$FTLERR- D.ARCS DID NOT FIND CLOSEST UNDONE ZONE
$FTLERR- U.SEEK FOUND SEEK TO ILLEGAL TRACK
$FTLERR- U.HTST INIT DIAG DMA WRITE FAILED
$FTLERR- U.HTST INIT DIAG DMA COMPARE FAILED
$FTLERR- U.SYDR FOUND SS.DER SET AND SS.SPN NOT SET
$F TLERR- MASTER DRIVES A(LO ASSERTED

The following are return status messages. If response status
error, then one of DUP return status codes or MSCP codes

will be printed out.

$FTLERR~ RESPONSE STATUS ERROR:
$FTLERR- SUPERVISOR SERVICE CALL FAILED
$FTLERR- PORT/CONTROLLER TIMEOUT ERROR
$FTLERR= UNKNOWN RETURN STATUS CODE

Dup return status codes
SUCCESSFUL
INVALID COMMAND
NO REGION AVAILABLE
NO REGION SUITABLE
PROGRAM NOT KNOWN
ALOAD FAILURE

STANDALONE

MSCP return status codes
SUCCESS
INVALID COMMAND
COMMAND ABORTED
UNIT-OFFLINE

UNIT-AVAILABLE
MEDIA FORMAT ERROR
WRITE PROTECTED
COMPARE ERROR
DATA ERROR
HOST BUFFER ACCESS ERROR
CONTROLLER ERROR
DRIVE ERROR
MESSAGE FROM AN INTERNAL DIAGNOSTIC

SEQ 15

SEQ 16

4.0

PERFORMANCE AND PROGRESS REPORTS

At the end of each pass, the pass count is given along with the
total number of errors reported since the diagnostic was started.
The "EOP'' switch can be used to_control how often the end of pass
message is printed. Section 2.2 describes switches.
5.0

DEVICE INFORMATION TABLES

The Supervisor builds one Hardware P_Table for every logical
unit tested while answering Hardware P_table questions.
This diagnostic gets one table at a_time in sequence and
)
runs diagnostic tests as selected. The P_table looks like this:
HWP_TABLE:

0
2
4
6
6.0

:HWP_IP_ADDRESS
‘HWP_VECTOR
:HWP_BR_LEVEL
;EGp_unxr_uunasé:é

TEST SUMMARIES

A brief description of the tests done are described below:
TEST M REGISTER EXISTENCE TEST

This test will first check for the existence of the address of the IP
and SA registers for the device under test. If these memory addresses
are non-existent, the error will be reported.

)

It the operator has specified loop on error, looping will be from the

beginning of each sub test.

TEST #2 INITALZATION TEST (POWER UP DIAGNOSTICS)

This test init's the aztec_and runs the power up diagnostics by
writing with step 1 data. Then it will check for errors and
report if aztec does not come upto step 2 read.
TEST #3 DIAGNOSTIC WRAP TEST

The aztec will be initialized in diagnostic wrap mode and a one bit
and also zero bit floated through the SA register to see that it
echoes properly.

A failure to echo what was written will result in a callout to the
adapter card fru.

It the operator has specified loop on error, the program will loop on
the failing write and read.

SEQ 17
TEST #4 - VECTOR AND BR LEVEL TEST

The init sequence will be started with the interrupt enable bit set to
verify the aztec's vector and BR level.
This test assumes the vector given by the operator is correct.

be verified.

The priority level of the interrupt request will

Failure of the aztec to vector properly will necessitate that this
program be restarted. A completed interrupt at the wrong BR level
will

be reported.

Loop on error will restart this test if the error is recoverable.
TEST #5 STEP 1 =3 INITIALZATION TEST

This test will check for information echoed from the port at

each step read com1ng upto that step from scratch. If there

was incorrect
was an error reported or echoed information
the error will be reported. Loop on error will be from the
beginning of sub test.

Port gives some information about the Port at every step read
in RCSA Register. This information will be printed out to the
operator as follows:

1) At step 1 read the following will be given:
PORT SPECIFIC INFO: /Nv/QB/D1/0D/MP/ = xx (0)

NV = 1

means that the port does not support a host settable

QB = 1
DI = 1

means that the Port supports a 22-bit host bus.
This bit will be a 0 for unibus.
.
.
means that the Port implements enhanced diagnostics,

00 = 1

means that the Port allows odd host address to be

MP = 1

interrupt vector address

i.e. wraparound, purge and poll tests.

)
specified in the buffer descriptor.
means that the Port supports address mapping. The
a virtual data address in the butfer
host supplies
descriptor which is mapped
to a resultant address
using mapping registers maintained in host memory.
Two digit octal value of the above right justified.

2) At step 2 read the following will be given:
PORT TYPE NUMBER = xx (0)

0 means UNIBUS/QBUS storage systems port.

3) At step 4 read the following

will be

MICRO CODE: MODEL = xx (0) VERSION = yy
Xx =

yy =

0
1
5
6

UDAS0
RC25 Integrated Controller
TU81 Integrated Controller
UDAS0A
QDRX01

given:

(0)

Mod 16 value of the actual controller microcode
version.

TEST #6 PURGE AND POLL TEST

of the init sequence.
This test will perform the first three steps
When the host responds to the step 3 transition it will write a one

bit to bit 15 of the SA register, therby cequesting the execution of

purge and poll testing. The host then waits for the SA register to
to a zero value. The host then writes zeroes to the SA
transition
register simulating a '‘purge completed’ host action. the host then
reads the IF register to simulate a '‘start polling’’ command from the
host to the port. The test is complete when the controller announces
the transition to step 4 in the SA register.

Failure to properly complete this test will be reported.
Loop on error will restart the test.
TEST #7 - SMALL RING BUFFER INIT TEST

The aztec will be initialized without interrupts and using the
smallest ring buffer. This will be the first time that the
initialization sequence is carried out to completion. Initializing
with the smallest ring buffer minimizes the host memory area with
which the aztec controller must be able to communicate.

Failure to properly initialize the aztec and com_area will be reported.

If the operator has specified Loop on error, looping will be from the

start of this test.

TEST #8 - LARGE RING BUFFER INIT TEST

The init sequence is executed without interrupts with a ring buffer
lar?e enough to cover the normal host communciations area packec and
buffer space ( a 5 in message length and a 5 in command length).

A failure to complete the initialization sequence without error will be
reported.

r specified loop on error, looping will be from the
has
If the operato

beginning of this test.

TEST #9 - "DIAGNOSTIC MACHINE'® CODE DOWN LINE LOAD TEST

This 'Diagnostic Machine'’ program will attempt to transfer a block
of data from host memory to an area in the controller and then
examine the transfered data.

It the transfered data does not compare correctly, then an error will

be reported. This test also reports errors if any of the routines
used returned failure code.

r specified loop on error, looping will be from
has
If the operato

the start of this test.

SEQ 18

SEQ 19
TEST #10 - NONEXISTENT MEMORY TEST

This 'Dia?nostic Machine'' program will attempt to read the first
address ot the 1/0 page of the host CPU. This location is reserved
tor diagnostics and a nxm should occur.

If the controller does not see the nxm, there will be a fru callout

of the adapter card.

has specified Loop on error, looping will be from
It the operator
the start of this test.

TEST #11 - BUS ADDRESSING/DATA TEST A

This ‘Diagnostic Machine'' program asks the PDP-11 program.to fill free
memorg (that memory available to the POP-11 program that is not being
used by the program or the PDP-11 supervisor) with an addcessina .
pattern (write address with address) and report the location and size
of the free memory. Every location of free memory will be read and
the data checked.

If the data does not compare correctly, the address,

and data received are reported.

data expected

TEST #12 - BUS ADDRESSING/DATA TEST B

This test first brings aztec drive Ready and Online and then
Loads DM_12 program vector to port controller memory, then
does the following:

Give free memory agdress and buffer size to DM code
and ask DM code write a pattern of one's complement

of address at the address and expects to receive

success or failure code from DM program. Then checks

memory buffer for the expected pattern and reports
error if encountered.

If success, asks DM code to write to memory a pattern

of all ones and checks for the pattern in memory.

If success, asks DM code to write to memory a pattern
of all zeroes and checks for the pattern in memory.

If failure, retries will be done as controlled by
a software question. Loop on error flag will |
loop from beginning of test to the point of failure.

SEQ 20
7.0

MAINTENANCE HISTORY

Modified By:

Date:

1233222332202 232222¢222 2 0212233223222 223220202

Version:
ittt iiidddsdd)

This is a base level release with tests 1 thru 12.

A complete

diagnostic with all 29 tests will be released in the following
release cycle.

)%
ELUDOM

I T

2222222232823 33 2322222323222 2322 202228222023

CZRCFAQ RC2S5 FR END TEST
0001

0002

8=Jul=-1983 15:21:53

8-Jul=1983 14:13:00

VAX-11 Bliss=16 v3~555

IDENT = °'VUI

ADDRESSINGHOD& * (RELATIVE)
) =

BEGIN
!
‘<BLF/LOWERCASE_KEY>
!

88}?

Library 'AZTECO®;

! AZTEC LIBRARY

?26%

require °'BLSMAC.REQ';

' DIAGNOSTIC SUPERVISOR LIBRARY

}gg%

?sbttl 'PROGRAM HEADER AND TABLES'

}ggg

% DEF INE THE NUMBER OF TESTS IN THIS DIAGNOSTIC

1506

6sec t

1509

Lliteral

1512
1513
1514

POINTER (ALL):;

o
~

0004
000S
0006
0007
0008
0009

}g}?

1515
}2}?
1518

code = AASCODE;

DSSNBR_OF _TESTS = 12;

'++

! THE PROGRAM HEADER IS THE INTERFACE BETWEEN
; THE DIAGNOSTIC PROGRAM AND THE SUPERVISOR.

1519

HEADER (Xascii'CZRCF *, Zascii'A', Zascii'0*', 120, 0, PRI00);

1522
1523
1524

!
!;
!;

1520
1521

!;
!;

ARGUMENTS ARE: NAHE REV, PATCH LONGEST TEST TIHE TYPE
WHERE '‘TYPE'' = 0 FOR SEOUENTIAL DIAGNOSTIC AND 21

FOR EXERCISER. THERE IS ALSO AN OPTIONAL SIXTH ARGUMENT
WHICH SPECIFIES THE PROCESSOR PRIORITY TO BE SET WHEN
STARTING THE DIAGNOSTIC (DEFAULT IS 0).

SEQ 21

Pa’e

A . 11RELERS .REALJZRCFA (1)
SUS
: CLAKSHMAN
SPIDER

MODULE ZRCFA1 (XTITLE "ZRCFAO RC2S FR END TEST®

0003

-—b

Qe We Ve 8e 0 Vo Ve Wy 8¢ S0 B3 B¢ 5 B4 0 84 0o [P

TRIR

AR I TR IR IR TR
IRTR IR N T

N ¥

IRCFA

CZRCFAQ RC25 FR END TEST

WINWWNLWNNI
NN N
WN =000 ~NOW

b
b
d
b
red
b e

VIV

—b o

VIWVIVILY

DISPATCH TABLE

8-Jul=-1983 15:21:53

8-Jul- 1983 14:13:00

Xsbtti 'DISPATCH TABLE'
lee

' THE DISPATCH TABLE CONTAINS THE STARTING ADDRESS OF EACH TEST.
' IT IS USED BY THE SUPERVISOR TO DISPATCH TO EACH TEST.
DISPATCH (DSSNBR_OF _TESTS);

ERRTBL
;

VAX-11 Bliss=16 V3-555

SEQ 22

Pa?e

, 11RELERS .REALIZRCFA (2)
SUS
: [LAKSHMANA
SPIDER

CZRCFAQ RC25 FR END TEST
DEFAULT HARDWARE P-TABLE

—b

) wd and

b and

b el wd

)

IRCFA1
v01.0

8-Jul-198
8-Jul-198

%sbttl °'DEFAULT HARDWARE P-TABLE'
lee

!
!
'
!

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.

BGNHW (DFPTBL);

Lobal

P IP ADDRESS : word initial (¥0°'172150"),
P VETTOR : word initial (Xo'154'),
: BR LEVEL : word initial (5),
NIT_NUMBER : word initial (0);

ENDHW;

SEQ 23

3
VAX=11 Eiiss~16 v3=555
(3)
S 11REL .REALJZRCFA
NA.
USER
: [LAKSHMA
SPIDERPS
Pa?e

CZRCFAQ RC25 FR END TEST
SOF TWARE P-TABLE

ZRCFA1
v01.0
;

:
:
:

1552

1553

1554

1559

!le-

1558

1564

H
:

1566
1567

:
:
:
:

t+s

1555
1556
1557

1560
1561
1562

Xsbttl 'SOFTWARE P-TABLE'

! THE SOFTWARE TABLE CONTAINS VARIOUS DATA USED BY THE
! PROGRAM AS OPERATIONAL PARAMETERS. THESE PARAMETERS ARE
! SET UP AT ASSEMBLY TIME AND MAY BE VARIED BY THE OPERATOR

:
;
:
:

8-Jul-1983 15:21:53
8-Jul-1983 14:13:00

1563

1565

1568

1569
1570
}g;}

1573

! AT RUN TIME.

BGNSW (SFPTBL):
global

SWP_TOP : word initial (YES)

'USE TOP SURFACE FOR SINGLE SURFACE TESTS

SWP_START : word initial_(1),
SWP_END : word initial (796)

!STARTING TRACK
!ENDING TRACK

SWP_LIMIT : word initial (NOS,

SWP_RETRIES : word initial ),

SWP_CONTINUE : word initial (NO),
SWP_MANUAL : word initial (NO),
SWP_TRACE : word initial (YES);

ENDSW;

SEQ 24

Pa?e 4
VAX=-11 Bliss=16 V3-555
SERS .REALJZRCFA (4)
LLAKSHMANA . 11REL
SPID:ERSU

'LIMIT AREA TESTED

'NUMBER OF RETRIES BEFORE DROPPING UNIT
‘D0 YOU NEED TO CONTINUE TESTING?
'D0 MANUAL INTERVENTION TEST
!D0 YOU NEED TRACE MODE?

TRTR IR

IRI

TET T T e

IRCFAY
v01.0

CZRCFAQ RC25 FR END TEST

PROTECTION TABLE

8-Jul=19

Xsbttl "PROTECTION TABLE'
lee

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

BGNPROT (=1, =1, =1);
OFFSET INTO P-TABLE FOR CSR ADDRESS
'1ST ARG
OFFSET INTO P-TABLE FOR MASSBUS ADDRESS
12ND ARG
OFFSET INTO P-TABLE FOR DRIVE NUMBER
'3RD ARG
ENDPROT;

SEQ 25

VAX=-11 Bliss=16 V3=555
. 11REL .REALIZRCFA (5)
RS
: [LAKSHMANA
SPIDERSUSE
Pa?e

ZRCFA1
v01.0

CZRCFAO RC25 FR END TEST
GLOBAL DATA SECTION

N XY

Xsbttl °GLOBAL DATA SECTION'

8-Jul=1983 15:21:53
8-Jul-1983 14:13:00

SEQ 26

Pa?e
6
VAX=-11 Bliss=16 V3=555
SPIDERSUSERS CLAKSHMANA. 11REL .REAL JZRCFA (6)

AR AR TR X I A E A RI ATR TR TRIR TR YR YRTRTR LA

'#f

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

psect

plit = Spl1t$(

Lobal),

global $6LOBS Inowrite, noexecute, global, concatenate),
own = Sowns.

structure
RC25 [0, P, S, E] =
begin

! DEFINE ACCESS ALGORITHM
! TO ALLOW FIELD REFERANCES
' TO THE AZTEC

local

RC_REG;

= .(RC25 + Xupval+0)<0, Xbpval, 0>;
RC_REG
Rc “REG

PNORININ)
= b b b b ek cah b b b
O%OOOOOOOOOOOOOO‘
SN
= OV
NO VNUWN=O

<P, S, E>;
b wed oud wnd and and cud b aud and wnd cnd and cud wed wb b

N TR TR TR
TRT 4] KR IR
PR TR YR
PR PR IRTR YRR YR
Y
T Y T T P Y
O P P e
L

global

RT : vector [WORD1_IN_RT_TAB, wordl,
'RUNTIME TABLE STORAGE
RT_TABLE : ref block [WORD1_IN_RT_ TAB, word) field (RT_FIELDS),

'RUNTIME TABLE FOINTER

HWP_TABLE : ref block [WORDZ2_IN_HWP_TAB, uord] field (FWP_FIELDS),
! TRANSMIT1ING DATA BUFFER 1
XMT_DATA_BUF : vector [256. wordl,
RCV_DATA_BUF : vector [256, wordl,
CLKCADR: word,
CLK_TYPE : word,
CLK_CSR: word,
CLKCHERTZ : word,
CLK"START : word,
UNIT : wora,

!
'
!
!
'
!
!

VECCAD
: byte volat1le
RC2S_ ADDR: ref RC2S field (RC _REG),

! VECTOR ADDRESS OF AZTEC
! DEFINE REFERANCE TO AZTEC FIELDS

LOG_ UNIT word,

RC25_DATA: block [2, word) field (RC _REG),

RECEIVING DATA BUFFER 2
LOC. TO RETURN CLOCK ADDR.
TYPE OF CLOCK ON SYSTEM
STORE CSR ADDRESS FOR CLOCK HERE
STORE CLOCK HERTZ RATE
STORE CLOCK START VALUE
UNIT UNDER TEST THIS PASS

coM_AREA: blnckvector CREC_ALLOCATE + SND ALLOCATE + HDR_SIZ, 2., word]l,
HEAD AREA
: ref block [4, word] field (HDRTFIELD),

RECEYVE RING: ref blockvector CREC ALLOCATE, 2. word] field (DSC_FIELD),
SEND RIRG : ref blockvector CSND ALCOCATE, 2. word] field (DSC JFIELD),

RB_SIZE + 2, word) field (ENV FIELD),
REC ENVELOPE blockvector CREC_ALLOCA'E,
CSND_ALLOCATE, SB SIZE + 2, word] field (ENV_FIELD),

SND_ENVELOPE: blockvector
BUF_DESCRPTR: word volatile,

T BUFFER DESCRIPTOR AREA

BYTE _COUNT : word volatile,
.
TICKS : word initial (1) volatile,
SECONDS : word initial (0) volatile,
MINUTES : word initial (0) volatile,
TIP : word,
.
DATA1 : word volatile,
DATA2 : word volatile,

i BYTE COUNT BUFFER
! SOTRE THE NUMBERS OF CLOCK INTERRUPTED
i STORE SECONDS
i STORE MINUTES
iSTORAGE FOR NUMBER OF TEST IN PROGRESS
! AZTEC STEP 1 WRITE DATA
i AZTEC STEP 2 WRITE DATA

CMD"REF : word volatile,

DATA3 : word volatile,
DATA4 : word volatile,

i COMMAND REFERENCE BUFFER

! AZTEC STEP 3 WRITE DATA

! A7TEC STEP & WRITE DATA

B
CZRCFAO RC25 FR END TEST
GLOBAL DATA SECTION

OOV

VAV

NO VNN =2 OV

(e ealealealealoalsalead
alsalon

20000‘00‘
Fad atokl

~NO WS

t
b
e
e
b e
b
o
e
d
b
b
b md o
b
i
b
b

ZRCFAY
v01.0

I1_AM NEX : word initial (0) volatile,
MSGADR : word volatile,
)
END_LBN : word initial (1593) volatile,
P_MASK : byte volatile,
B MASK : byte volatile,
MANU_SW : word volatile,
SWITTH2 : word volatile

8-Jul=-1983 15:21:53
8-Jul=-1983 14:13:00

7
VAX=-11 Bliss=16 V3-555
(6)
RCFA
. 11REL.REALJZ
RS
: [LAKSHMANA
SPIDERSUSE

INTERUPT FLAG
ENDING LBN TRA(K

RET_UNIT_FLAG : word volatile,

P1 © word volatile,

P2 : word volatile,
P3 : word volatile,
P4 : word volatile,
PS5 : word volatile,
P6 : word volatile,
RET_STATUS : word volatile

CANTEL_TIMER : word volatile,

CMD_SLOT : word volatile,

RES_SLOT : word volatile,
LBN : word volatile

LBN_ST : word volatile,

LBN_ED : word volatile,
LBN_SZ : word volatile,

FREE_MEM_ADDR,
i
MEM_SIZETM: word volatile,
H_SADD : word volatile,
H_EADD : word volatile,

BOF_LENGTH : word volatile,

NUM_RETRIES : word volatile,

RETRIES : word initial (FALSE),
FAL_CODE : word initial (1),
DMC_TEST : word,

BYT_CNT : word,

DM_REC : word,

DM _XMT : word,

TEPFP : word volatile;

SAVES VARIOUS RETURN STATUS
INIT SEQUENCE INTERRUPT
COMMAND DESCRIPTOR SLOT
RECEIVE DESCRIPTOR SLOT
STARTING LOGICAL BLOCK #
ENDING LOGICAL BLOCK #
INCREMENTING LBN SI1ZE
STARTING FREE MEMORY ADDR.
FREE MEMORY SI2E

LOW-BYTE FREE MEMORY ADDR.
HIGH-BYTE FREE MEMORY ADDR.
BUFFER LENGTH
FAIL STATUS

SEQ 27

Pa?e

}ggg

Xsbttl °*GLOBAL TEXT SCCTION'

1681

!¢+

1684
1685

! MORE THAN ONE TEST.
!--

1682
1683
1686
1687

1688
1689

! THE GLOBAL TEXT SECTION CONTAINS FORMAT STATEMENTS,
! MESSAGES, AND ASCII INFORMATION THAT ARE USED IN
.
global bind

RINGBASE = COM_AREA [REC_BASE],
TIME = plit (P4, P5),
!
; FAILING FRU'S

1693
1694
1695
1696
}ggg

qECHAN = uplit (Xasciz"MECHANIC SET FOR UNIT #:°),

}988

1 HARDWARE AND SOF TWARE QUESTIONS

1701
1702
1703
1704

QST1 = uplit
QST = uplit
QST3 = uplit
QST4 = uplit

1706

QST? = uplit (Zasci2’'DO YOU WISH TO LIMIT AREA TESTED IN TESTS #13 THRU #15°),

FRU = uplit (Xasciz'XAFAILING FRU = XTXD3IN'),
ADAPTO = uplit (Zasciz'ADAPTOR BOARD FOR UNIT 0:')‘
CONTRO = uplit (Xasciz'CONTROLER BOARD FOR UNIT #:°),
DRIVE_ = uplit (Xasciz®DRIVE BOARD FOR UNIT #:'),

-—b

QST10 = uplit (Yasciz'DO YOU WANT TO DO THE MANUAL INTERVENTION TEST?'),

WNI—=O0
VOO NO VB UNN

2O VNV

WNININIRININININININ)
= = ed b b b b b b b

b and and b b

b b ek e

b cd e @b and cd b

NNNNNNNNNNNNNNNNNNNNNYN

0
731

732
733
734
735

QST8 = uplit (Xasci2'STARTING TRACK®),
QST9 = uplit (Xasci2'ENDING TRACK'),

1708

(Xasciz'IP ADDRESS'),
(Xasciz'VECTOR'),
(Xasciz'BR LEVEL'),

(Xasciz2'PLATTER ADDRESS(ES)'),
QST6 = uplit (Xasciz'USE TOP SURFA.Z FOR SINGLE SURFACE TESTS'),

1705

b wd an wd wd and b

Ve Ve Ve 0

Vg VeV

VeV Ve VW0 V00,0000 0002000009000

08,%9 800,80 8, YR YRR

X
X TS T

1690
}gg;

A IR

TR IRYR PR TR TR IRIR AR LN X (YR
TRTN FN

8-Jul=-1983 15:21:53
8-Jul=-1983 14:13:00

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFAT
v01.0

SEQ 28

Pa?e 8
VAX-11 Bliss=16 V3=555
SERS .REALIZRCFA (7)
[ AKSHMANA . 11REL
SPID:ERSU

0S10_1

0510_2

= uplit (Xasciz'DO YOU NEED TRACE MODE?’),

= uplit (Xasciz'DO YOU WISH TO CONTINUE TESTING AFTER RETRIES?'),

QST1T = uplit
QST12 = uplit
QST13 = uplit
QST14 = uplit
QST15 = uplit

¢4

!
!

(Xasciz'NUMBER OF RETRIES FOR TEST IF ERROR OCCURED®),
(Zasciz'UNIT STARTING TRACK #'),
(Xasciz'UNIT ENDING TRACK #'),
(Xasciz'TURN OFF WRITE PROTECT SWITCH AND DO <CR>'),
(Yasciz'TURN ON WRITE PROTECT SWITCH AND DO <CR>*),

THE FOLLOWING MESSAGES INCLUDE THE NAMES OF EACH ROUTINE, PLUS
FORMAT STATEMENTS FOR PRINTING OUT OTHER INFORMATION.

DBM1 = uplit (YASCIZ*YNININXATESTING UNIT#:ZD3XA
DBM2 = uplit
DBM3 = uplit
DBM4 = uplit
DBM5 = uplit
DBM6 = uplit

(Zasciz'INXAREPORT'),
(Xasciz'INXAAUTO'),
(Xasciz®INIACLEANUP'),
(Xasciz'INXADROPPED'),
(Zasciz'INIAADDED®),

IP_REGISTER:306XA

PLATTER#:XD3XN'),

DBM7 = uplit (Xasciz'INXATEST 1 REGISTER EXISTENCE TEST'),
DBM8 = uplit (Xasciz2'INXATEST 2 STEP 1 READ/WRITE POWERUP DIAGNOSTICS'),
DBM9 = uplit (Yasciz®INIATEST 5 STEP 1 THROUGH STEP 3 READ/WRITE TEST'),
DBM10 = uplit (Xasciz'XNXATEST 3 DIAGNOSTIC WRAP TEST'),
DBM11 = uplit (Xasciz®INXATEST 4 VECTOR AND BR LEVEL TEST'),
DBM12 = uplit (Xasciz'INXIATEST 6 PURGE AND POLL TEST'),
DBM13 = uplit (Xasciz'INXATEST 7 SMALL RING TEST'),

8-Jul-1983 15:21:53
8-Jul=-1983 14:13:00

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFAY
v01.0
:
:
:
:
:
:

1736
1737
1738
1739
1740
1741

DBM14 = uplit (Xasciz'INXATEST 8 LARGE RING TEST'),
DBM1S = uplit (XYasciz®INXATEST 9 DM CODE OVERLAY TEST'),
0BM16 = uplit (Xasciz'XINXATEST 10 NONEXISTENT MEMORY TEST'),
DBM17 = uplit (Zasciz'INXATEST 11 BUS ADDRESSING/DATA TEST A'),
DBM18 = uplit (Xasci2*INXATEST 12 BUS ADDRESSING/DATA TEST B8°),
DBM19 = uplit (Xasciz'INIATEST 13 BLOCK TRANSFER TEST'),

:
:
:
:
:
:
:

1744
1745
1746
1747
1748
1749
1750

DBM22 = uplit (Xasciz'INIATEST 16 SAWTOOTH SEEK AND VERIFY'),
DBM23 = uplit (Yasciz®INXATEST 17 CONVERGING/DIVERGING SEEK AND VERIFY'),
DBM24 = uplit (Xasciz'INXIATEST 18 TOGGLE SEEK AND VERIFY®),
DBM2S = uplit (Xasciz'XNXATEST 19 HEAD SWITCH TEST'),
DBM26 = uplit (Xasciz*XNIATEST 20 RANDOM SEEK AND VERIFY*),
DBM27 = uplit (Xasciz'INXATEST 21 SECTOR ACCESS TEST'),
DBM28 = uplit (Xasciz'INIATEST 22 CONTROLLER PROCESSING TIME'),

;
:

:
:
:
:
:
:

:
:
:

1742
1743

1751
1752
1753
1754
1755
1756

1757

1758
1759
1760

};g;

DBM20 = uplit (Xasciz'INXATEST 14 SPIN UP HEAD LOAD SEQUENCE'),
DBM21 = uplit (Xasciz®INIATEST 15 SEQUENTIAL SEEK AND VERIFY'),

DBM29 = uplit (Xasciz®INTATEST 23 ONE TRACK SEEK TIME'),
DBM30 = uplit (Xasciz'XINXATEST 26 AVERAGE SEEK TIME'),
DBM31 = uplit (Xasciz®INIATEST 25 FULL STROKE SEEK TIME®),
DBM32 = uplit (Xasciz'INYATEST 26 WRITE DATA TEST®),
DBM33 = uplit (Xasciz’'INTAEVENT START')‘
DBM34 = uplit (Xasci2®XNXAEVENT RESTART’)

DBM35 = uplit (Zasciz'INFAEVENT CONTINUE'S,

DBM36 = uplit (Xasciz'INIATEST 27 OFFSET TOLERANCE TEST®),
DBM37 = uplit (Xasciz'INYATEST 28 AVERAGE ROTATIONAL TIME'),
DBM38 = uplit (Xasciz'XNXATEST 29 WRITE PROTECT TEST'),

98”39 = uplit (Zasciz'INXA

MANUAL INTERVENTION TEST NOT PERFORMED'),

};gz

! SYSTEM ERROR MLSSAGES

:
:
:

1765
1766
};gg

MSG_01 = uplit (Xasciz'INYAPOWER DELAY - WAITING'),
ERRZ01 = uplit (Xasciz'INXIATOO MANY UNITS'),
gRR-OZ = uplit (Yasciz'INYANO CLOCK WAS FOUND ON THE SYSTEM®),

};gg

; FORMATTED ASCIC STRINGS

177

FMTSC = uplit (Zasciz'ININ®),

:
:

1776
1777

REGISTER FAILED TO RESPOND AT ADDRESS: XO06IN'),
FMT1 = uplit (Zasciz’'INIA
EXPECTED: X06XA READ: X06IN'),
X06%A
RESS:
(Xasciz'XNIAADD
FMT2 = uplit
FMT3 = uplit (Xasciz'INZASTEP MASK = Z02¥A FAILING REGISTER = Z063A DATA = 306IN°),
FMT4 = uplit (Xasciz'INXA
PORT TYPE NUMBER = %02°),
PORT SPECIFIC INFO:/NV/QB/DI/0D/MP/ = %02°),
FMTS = uplit (Zasciz'INTA
MICRO CODE: MODEL = X¥02¥A VERSION = 202'),
FMT6 = uplit (¥asciz'¥NIA

};g?

; INIT ERROR MESSAGES

:
:
:
:
:
:
:
:

1782
1783
1784
1785
1786
1787
1788
1789

MSG_PWR = uplit (Xasci2’
WAIT _ POWER FAIL RECOVERY'),
MSG_1 = uplit (Zasciz®RCSA FAILED TO RESPOND®),
MSG_2 = uplit (Zasciz'RCIP FAILED TO RESPOND'),

1792

BUFF_ERR = uplit (Xasciz'MEMORY BUFFER DOES NOT CONTAIN EXPECTED DATA'),

:
:
:
:

:
:

1772
1773
1774
1775

};;g

1790
1791

fHTSA = uplit (Xasciz'INXA

NUMBER OF RETRIES =XD4'),

MSG_7 = uplit (Xasciz'TEST PATTERN ECHOED IN RCSA IS INCORRECT'),
MSG_8 = uplit (Xasciz'VECTOR AND BR LEVEL TEST FAILURE'),
MSG_9 = uplit (Zasci2'HOST DETECTED TIME OUT ERROR®),
MSG_10 = uplit (Xasciz'RING BUFFERS NOT CLEARED BY THE PORT®),
MSG_11 = uplit (Xasciz’STEP READ DATA DOES NOT MATCH'),
MSG_13 = uplit (Xasciz'PORT FATAL ERROR'),
MSG_14 = uplit (Zasciz'INIT STEP READ ERROR'),

SEQ 29

Pa?e 9
VAX=11 Bliss=16 V3-555
.REALJZRCFA (7)
ERS
11REL
.
SUS
[LAKSHMANA
:
DER
SPI

CZRCFAO RC25 FR END TEST

ZRCFA1

GLOBAL TEXT SECTION

IR AR

IR R

IR E

SE S

T E TR A

PATR

2
3

4
5
6
g
9
0
1

2
3

825
826
827
ggg
830
831

(1]

1809
0
1

uplit (Xasciz®SPIN UP TEST FAILURE'),
uplit (Xasciz®SEQUENTIAL FORWARD SEEK FAILURE'),
uplit (Yasciz'SEQUENTIAL REVERSE SEEK FAILURE'),
CTO_ERR = uplit (Xasci2'XNXATIME EXPIRED'),
PFE_ERR = uplit (Xasciz'INZAFATAL ERROR'),
uplit (Xasciz2®AHEAD A OFFSET VALUE =
uplit (Zasciz®AHEAD B OFFSET VALUE =
uplit (Xasciz'AHEAD C OFFSET VALUE =
CHEAD_MSG
»

[e 4
(=4
oo

1805
1806

MSG_21 E uplit (Xasciz'AVAILABLE COMMAND SPIN-DOWN FAILURE'),

A=
4

1801

1797
1798
1799
1800

uplit (Zasciz'AHEAD D OFFSET VALUE = 203°)
DHEAD-MSG
MSG_TR DSP = uplit (Xasciz'NIACURRENT TRACK = X04XA NUMBER OF SEEKS = 20
MSG_LBN _DSP = uplit (Xasci2'INXASTARTING TRACK = X04XA CURRENT TRACK = %
MSG_STATUS ERR = uplit (Xasciz'INXAEND PACKET STATUS ERROR = X06XA REF #
MSG_BUSA_ERR = uplit (Xasciz®XNXABUS ADDRESSING DATA TEST ERROR'),
MSG_ADDR_ERR = uplit (Xasciz®INXAFAILING ADDR = XO06XA DATA = X06IN'),
MSG_DATA_ERR = uplit (Xasciz'INXABLOCK DATA TRANSFER FAILED®),
uplit (Xasciz'RC25 SEEK FAILURE')
HSG_SEEKtERR

uplit (Zasciz'INXABLOCK LENGTH = £06IN‘),

SEQ 30

Pa?e 1 0
NA ., 11RELERS .REALJZRCFA (7 )
SUS
: CLAKSHMA
SPIDER

DMC_ERR = uplit (Xasciz'DM CODE RETURNED FAILURE CODE'),
INI_MSG = uplit (Zasciz'INXA
INTERRUPT AT VEC= XO3XA BR LEVEL= X01'),
END
= uplit (Xasciz'INIA
NO INTERRUPT FROM PORT / CONTROLLER'),
BRERR = UPLIT (XASCIZ'INXA
BR LEVEL RECEIVED/TYPED IS INCORRECT !*),
MSG_
uplit (Xasciz*PURGE AND POLE TEST SET ERROR BIT 15°),
MSG_18 = uplit (Xasciz'PURGE AND POLE TEST DID NOT SET STEP &4 BIT 14°),
MSG_19 = uplit (Xasciz2®INIT DID NO CLEAR RING BUFFER'),
MSG_20 = uplit (Xasciz'FAILED POLLING ERROR IN RESPONCE RING'),

]
X

1793
1794
1795
1796

1:53
8-Jul-1983 15:21:
3:00
8-Jul-1983 14:13:

VAX=-11 Bliss=16 V3=555

nnun

PR PR TR IR LA 1]

YR IR IR IR TE IR ITETE

FEYR

YNPN YN Y TN ¥)

v01.0

ENDING TRACK = %04°),
02'),

MSG_HSWICH ERR = uplit (Xasciz'INXAHEAD SWITCH FAILED'),
MSG_SURFACE ERR = uplit (Xasciz'FAILING SURFACE = X033A TRACK # = X063N'),
MSG_READ_ERR = uplit (Xasci2'READ SECTOR FAILED®),
MSG_SAC_ERR = uplit (Yasciz'AFAILING TRACK # = Z06%A SECTOR # = X06XIN'),
MSG_COM_WPT = uplit (Zasciz'WRITE PROTECT TEST FAILED'),
MSG_PT_ERR1 = uplit (Yasci2'EXPECTED SW = OFF ACTUAL SW = ON UNIT # = XD3IN'),
MSG_WRP_ERR?2
_WRP_
= uplit (Yasciz'AEXPECTED SW = ON_ ACTUAL SW = OFF UNIT # = XD3XN'),
MSG_AVE TIME = uplit (Yasciz'XNZAAVERAGE SEEK TIME (ms) = X02%A.%02°),
AZT_READY _ERR = uplit (Xasciz'RC25 UNIT DOES NOT COME ONLINE'),
EXE_SUP_ERR = uplit (Zasciz'EX_SUP_PROG DUP COMMAND FAILURE'),
SND_DATA ERR = uplit (Xasciz'SEND_DATA DUP COMMAND FAILURE®),
RE_BATA_ERR = uplit (Zasciz'REC_DATA DUP COMMAND FAILURE'),
4<BLF/PAGE>

1832

1833

}ggg

1836

:
H

1838
1839

1837

1848

uplit (Xasciz'INXASFTLERR- BUS MASTER ERROR'),

2
:
H
:
:

1843
1844
1845
1846
1847

uplit (lasciz'!N!ASFTLERR- UNRECOGNIZABLE ERROR CODE'),

1841
1842

1840

; Sel f-detected fatal port/controller errors
PFE_STRUCT = uplit (

uplit
uplit
uplit
upl}t
uplit

(Xasciz2'INXASFTLERR= RING READ (PARITY OR TIHEOUT) ),
(Xasci2'INYASFTLERR- RING WRITE (PARITY OR TIMEOUT)®),
(Xasciz®INXASFTLERR- INTERRUPT MASTER'),
i2 HOST ACCESS TIHEOUT ),
" INXASFTLERR(Yasc
(Xasci2'XNXASFTLERR- CREDIT LIMIT EXCEEDED'),

uplit (Xasciz'XNXASFTLERR= DIAGNOSTIC CONTROLLER FATAL ERROR'),

1849

H
:

1850
1851

uplit (Xasciz'INXIASFTLERR- INSTRUCTION LOOP TIMEOUT'),
uplit (Xasci2"INXASFTLERR- INVALID CONNECTION IDENTIFIER ),

H
:
.

1853
1854
1855

uplit (Xasci2'INXASFTLERR= MAINTENANCE REAO/URITE INVALID REGION IDENTIFIER'),
uplit (Sasciz'!NlAsFTLERR- MAINTENANCE WRITE LOAD T0 NON-LOADABLE CONTROLLER"),
uplit (%asciz*'INIASFTLERR- CONTROLLER RAM ERROR (NON=PARITY)*),

;

1859

uplit (Xasciz'XINIASFTLERR- MAPPING REGISTER READ ERROR (PARITY OR TIMEOUT)')

:
H
H

1852

uplit (Xasciz'INXASFTLERR- INTERRUPT WRITE')

uplit (Zasciz®INYASFTLERR- INIT SEQUENCE ERROR'),
uplit (1asc12'!NlA$FTLERR- HIGH LEVEL PROTOCOL INCOHPATIBILITY ERROR'),
uplit (Zasciz2'INXASFTLERR=- PURGE/POLL HARDWARE FAILURE °*),

1856
1857
1858

1860
1861

!<BLF/PAGE>

) : vector [23],

SEQ 31

Pa?e 1"
VAX=11 Bliss=16 V3=555
SERS .REALJZRCFA (8)
CLAKSHMANA . 11REL
SPID:ERSU

uplit (Xasciz'INXASFTLERR= ENVELOPE/PACKET READ (PARITY OR TIMEOUT)' )
uplit (Zasciz'INXASFTLERR- ENVELOPE/PACKET WRITE (PARITY OR TIMEOUT)*),
uplit (Xasci2"INIASFTLERR= CONTROLLER ROM AND RAH PARITYY),
uplit (Xasciz'INTIASFTLERR- CONTROLLER RAM PARITY'),
uplit (Xasci2'XNXASFTLERR=- CONTROLLER ROM PARITY®),

H
.

8=-Jul=1983 15:21:53
8-Jul=1983 14:13:00

CZRCFAQ RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFAY
v01.0

CZRCFAQ RC2S FR END TEST
GLOBAL TEXT SECTION

8-Jul=1983 15:21:53

8-Jul- 1983 14:13:00

]

; Error message structure

(EMSG_STRUCT = uplit (

uplit (Xasciz'XNXASFTLERR- RESPONSE STATUS ERROR:XS'),
uplit (Xasciz®INXASFTLERR- SUPERVISOR SERVICE CALL FAILED'),
uplit (1asciz'lN1ASFTLERR- PORT/CONTROLLER TIMEOUT ERROR'),
?pélgl(lasc1z'1N!ASFYLERR- UNKNOWN RETURN STATUS CODE')) : vector [4],
<

page>

SEQ 32

Pa?e 12
VAX=11 Bliss=16 V3=555
CFA (9)
.REALIZR
11REL
.
RS
LLAKSHMANA
:
RSUSE
SPIDE

1871

}g;%

: Self-detected fatal port/controller errors

1874

RC_STRUCTURE =

(
uplit

1875 wuplit TXasciz'INXASFTLERR= VAX READ/WRITE ERROR ON INTERRUPT')
AT U. BFIL®)
1876 uplit (Xasciz'INYASFTLERR- INCONSISTENCY
1877 wuplit (Xasciz'INXASFTLERR- INCONSISTENCY AT U. BMTY' )
1878 uplit (Xasciz'INXASFTLERR- INCONSISTENCY AT U.ALOC®),
1879 uplit (Xasciz2'XNXASFTLERR- INCONSISTENCY AT SERVO ENTRY (PIP SET)')
1880 uplit (Xasciz'INYASFTLERR- INCONSISTENCY AT SERVO ENTRV (ERR SET)*)
1881 wuplit (Xasciz'XNXASFTLERR- INCONSISTENCY AT U.SEND'),

oo
0

wuplit (Xasciz'XINXASFTLERR- INCONSISTENCY AT U.RECV'),
uplit (Xasciz'INXASFTLERR- INCONSISTENCY AT U.ATTN')
wuplit (Xasciz'INIASFTLERR- INCONSISTENCY AT U. ONLN'),
uplit (Xasciz'XNXASFTLERR- ILLEGAL O REQUEST (U. QDRQ)*),
uplit (Xasciz'INXASFTLERR- FENCE-POST ERROR AT PROTAB'),
wuplit (Xasciz'YNXASFTLERR- BAD PACKET DEQUEUED AT U. DONE'),
uplit (Xasciz'INIASFTLERR- UNEXPLAINED D-PROC SUSPENSION (U..TDS)*),
uslit (Xasciz'INIASFTLERR- DUP PACKET D-Q FAILED (XFC 34/735)°),
uplit (Xasciz'XINXASFTLERR= INCONSISTENCY AT U. HIST'),
unl.t (Xasciz'INXASFTLERR- INCONSISTENCY AT U.SEKO'),
wup'it (Xasciz*INYASFTLERR- INCONSISTENCY AT U.CKSV'),
uplit (X¥asciz'INXASFTLERR- D.OPCD FOUND ILLEGAL OPCODE'),
1894 wuplit (Xasciz'INIASFTLERR- D.CSF FOUND ILLEGAL OPCODE"*),
1895 wuplit (Xasciz'INXIASFTLERR- UNKNOWN BAD DRIVE STATUS AT D.DSTS"),
1896 wuplit (Xasciz®'XNXIASFTLERR- ILLEGAL XFC EXECUTED BY DM*),
1897 uplit (Xasciz'INXASFTLERR- D PICKED UP A ZERO SC8.0B'),
1898 wuplit (Xasciz"INXASFTLERR- INCONSISTENCY AT D IDLE LOOP*),

1882
1883
1884
1885
1886
1887
1888
1289
1890
1891
1892

ECV')
1899 wuplit (Xasciz®INXASFTLERR- DM WORD COUNT ERROR ON HOST DHA/SEND/R
),
b avd

888888888

= O 000NV
NN =

1900

b
b
b
—

VIS W

b aud and ad cod cnd ad
-l

Lol ol o] o] o] o]

A T Qe ve e Bs @9,
IR AT A TR R YR TR PR TR FR TR LR
YRR IR
A PRP RN T K N TR
YA TE A TR
E A
R R NE I R I
IR
TE

8-Jul=-1983 15:21:53
8-Jul=1983 16:13:00

CZRCFAQ RC2S FR END TEST
GLOBAL TEXT SECTION

ZRCFAT
v01.0

uplit
uplit
uplit
uplit

(Xasciz'INXASFTLERR- UNKNOWN DISPLAY FAULT CODE AT D. DFLt
(Xasciz®INXASFTLERR- DRIVE NOT FAULTING IN P.OFLN STATE ),
(Xasciz'INXASFTLERR~ U POWER UP DIAGNOSTICS FAILED®)
(Xasciz'XNXASFTLERR- D POWER UP DIAGNOSTICS FAILED®)

uplit (Zasciz'INZASFTLERR- ADAPTER_ CARD FAILURE ),
uplit (Xasciz'INXASFTLERR- EC.TMR TIMED OUT'),

uplit (Zasciz'XINXASFTLERR- U. SEND/U.RECV RING READ INCONSISTENCV ).
uplit (Xasciz'INXIASFTLERR- UNKNOWN WAITRV REASON AT D.RVCT®),
uplit (%asciz'INIASFTLERR- D.ARCS DID NOT FIND CLOSEST UNDONE ZONE®),
uplit (Xasciz'INXASFTLERR- U.SEEK FOUND SEEK TO ILLEGAL TRACK ).
uplit (Zasciz'INXIASFTLERR~ U.HTST INIT DIAG DMA WRITE FAJLED® ).

FAILED®)
uplit (Xasciz®INXASFTLERR- U.HTST INIT DIAG DMA COMPARE
AND SS.SPN NOT SET'),

uplit (Zasciz'INXASFTLERR- U.SYDR FOUND SS.DER SET

uplit (Xasciz'INYASFTLERR- MASTER DRIVES ACLO ASSERTED®)
'<bl f/page>

)

: vector [39],

SEQ 33

Pa?e 13
VAX=11 Bliss=16 V3-555
SPIDERSUSERS:CLAKSHMANA. 11REL .REALJZRCFA (10

CIZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFAT
v01.0
:

:
:

1916

1917

1918
1919

! Dup return status codes

:
_SOUP_STRUCT = uplit (

1920

wuplit (Xasciz®%A SUCCESSFULIN')

1922

uplit (Xasciz'XANO REGION AVAILABLEXIN'),

1921 uplit (Xasciz®XAINVALID COMMANDEN®),

;
:
:
:

1923
1924
1925
1926

uplit
uplit
uplit
uplit

1928

!<blf/page>

;

1927

(Xasciz'YANO REGION SUITABLEIN'),
(Xasciz'XAPROGRAM NOT KNOWNIN®),
(Xasciz'ZALOAD FAILUREIN'),
(Xasciz®'X¥ASTANDALONEIN')
) : vector [7],

8-Jul=-1983 15:21:53
8-Jul-1983 14:13:00

SEQ 34

Pa?e 14
VAX=11 Bliss=16 V3=555
. 11RELERS .REALJZRCFA (11
SUS
: CLAKSHMANA
SPIDER

NN
N NN
800\00000
1,V
A ki
I

VO NOWVS
LN =O VO~ o v PV

b
b
b and
d
el
b

b cacd b

b o

cmcd

VelVolVellolVellollo
R e el e Nol o} o]

Y
N LN
R LR N
PRPR
TR PR
I EITETE
E
AR
A
AR IR
(T E

8-Jul-1983
8-Jul-1983

CZRCFAQ RC25 FR END TEST
SLOBAL TEXT SECTION

IRCFA1
v01.0

1950

]

! MSCP return status codes

SHSCP STRUCT uplit (

uplit (Yasciz' 1ASUCC SSIN'),

uplit (1asclz'!AINVALID COHHAND!N ),
uplit (Xasciz'XACOMMAND ABORTEDIN'),
uplit (!asc1z'1AUNlT-0FFLINE!N')‘

uplit (Zasciz® YAUNIT=AVAILABLEXIN')

uplit (Yasciz'YAMEDIA FORMAT ERROREN'),
uplit
uplit
uplit
uplit

(Xasciz'XAWRITE PROTECTEDAN'),
(1asc12'1AC0HPARE ERRORXN')
(Xasciz'XADATA ERRORXN')
(Rasciz'IAHOST BUFFER ACCESS ERROR!N ),

uplit (Zasctz'zACONTROLLER ERRORZIN')

uplit (Xasciz'XADRIVE ERRORIN'),

uplit (Xasciz2'XAMESSAGE FROM AN" INTERNAL DIAGNOSTICIN®)
)

: vector [13];

end

eludom

LTITLE

.IDENT

132
106

000056

000000

122
040

.PSECT
: LASCI]
LENAME:
LASCI1
BYTE
BYTE
LSREV::
LASCIl
LASCII
. WORD
LSUNIT::
LSTIML::.WORD
: .WORD
LSHPCP:
LSSPCP::.WORD
LSHPTP::.UORD
L$SPTP::.WORD
LSLADP::.WORD
L$STA:: WORD
.WORD
L$CO::
LSDTYP::.UORD
LSAPT:: .WORD
LSDTP:: .WORD
: .WORD
LSPRIO:
LSENV]I::.WORD
LSEXP1::.WORD
LSMREV::
BYTE
BYTE
.WORD
L$EF::
WORD
LS$SPC:: .WORD

ZRCFA1 CZRCFAQO RC25 FR END TEST
/V01.0/

AASCODE,
/CZR/

/CF /
0
O

/A/
70/
TSPTHV

170
LSHARD
LSSOFT
LSHW
LSSW
LSLAST
O
0
0
0
LSDISPAT(H
0
O
O
3
3
O
0
O

SEQ 35

15
VAX=11 Bliss=16 V3=555
(12
RCFA
11REL.REALJZ
ANA.
SERS
: [LAKSHM
SPIDERSU
Pa?e

SEQ 36

16
VAX 11 Bliss=16 v3~555
A. 1 1REL .REALJZRCFA (12
SERS
: [LAKSHMAN
SPIDERSU
Pa?e

CZRCFAO RC25 FR END TEST

IRCFAY
v01.0

GLOBAL TEXT SECTION

LSEXPS::.WORD

000014
000000G

000130

0000006
0000006
0000006
000000G
0000006
0000006
0000006
0000006
0000006
0000006
0000006

000000C
000166

172150

000170

000154

000172

000005

000174

000000

000176
000200

000000C

000202

000001

000204

000000

000206

000001

000210

001434

000212

000000

LSAUT:: .WORD
LSDUT:: .WORD
LSLUN:: .WORD
: .WORD
LSDESP:
D:
: .WORD
LSLOA
LSETP:: .WORD
LSICP:: .WORD
LS$CCP:: .WORD
LSACP:: .WORD
LSPRT:: .WORD
LSTEST::.WORD
LSDLY:: .WORD
ME
: : .WORD
LSHI
: .WORD
DSPCNT:
LSDISPATCH::

.WORD
.WORD
.WORD
-WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
: .BLKW
ERRTYP:
R:
: .BLKW
ERRNB
ERRMSG:
: .BLKW
ERRBLK
: : .BLKW
:
LSHWLEN:
.u ORD

P.IP.ADDRESSB:
-WOR
P.VECTOR::

LSOVTYP

bSRPT

0
LSAU
LSOV
0
LSDESC

~73743

LSERRTBL
LSINIT
LSCLEAN
LSAUTO
LSPROT
—————
e By

: .WORD
LSDEVP:
P:
: .WORD
LSREP
&:
: .WORD
LSEXP

<<LSNDHW=LSHWLEN>/2>
=5630

154
. WORD
P.BR.LEVEL::
5
W ORD
P.UNIT.NUMBER::
0
.WORD
1
W:
: .BLKW
LSNDH
LSSWLEN::

.WORD
SWP.TOP::
.WORD
SWP.LIMIT::
.WOR
SWP.START::
SWP.END::
.WORD
SWP.RETRIES::

<<LSNDSW=-LSSWLEN>/2>
1

0
1

1434

000216

000000

000220

000001

.u ORD
:
SWP.MANUA: L
.WORD

SWP.TRACE::

WORD

.BLKW
LSND:SW:
LSPROT::.WORD
.WORD
.WORD

1777 77
17727 77
1777 7

000002
005634
005626'

P.AAA:

101

106

040
045
104

075
124
063

—bed d md D) b D) b md =d =k 2 OO

B O B O

b b eed O b b b b b b

e N SONONOOS
BN OH =NONNVIN=O =N
~n S
W S OWVIWN=OO0NNINA
S OONO O NSNSV
NN

m
116
106

116
104
124

040
101

114
107
122

000
101
117
122

106
040

040
000

043

122
105
102

117
122
117

117

122
106

040
m

P.AAC:

102

040
122
116

P.AAB:

116

P.AAD:

104
117

125

124

043

072

122
105
117
104
117
125
124

111
040
101
040
12°
116
040

P.AAE:

195
101
103
105

103
116
040
124

P.AAF:

072

000

.PSECT
.WORD
.WORD
.WORD
+ASC11
-ASCII
LASCI1
.ASCIl
ASCII
.ASCl1!
.ASCI1
-ASCI1
.ASCl1
.ASCl1
.ASCII
<ASCII
.ASCII
.ASCI1
.ASCI!
.ASClI
+ASCII
.ASCI1
.ASCI]

own
Sw

(N =2

-—h

0o
o co

O©O

.WORD
SWP.CONTINUE::

0000 00

000214

SEQ 37

Pa?e 17
VAX=11 B’ iss=16 V3=555
(12
JZRCFA
REAL
.
ERS
NA. 1T1REL
SUS
: CLAKSHMA
SPIDER

—_—

v01.0

000165

8-Jul8-Jul-

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

ZRCFAT

3
—b

-1
-1
-1

SPLITS,

/7%D3/
/IN/<00>
/ADA/
/PT0/

/R B/

/0AR/
/D F/
/0R /
/UN]/
/T #/

/:/<00>
/CON/
/TRO/
/LER/
/ 80/
/ARD/
/ FO/
/R U/
/INIT/
/ #:/
<00>
/DR1/
/VE /
/B0A/
/RD /
/FOR/
/ UN/
/17 /

/#:/<00>
/MEC/
/HAN/
/1C /
/SET/

RO ,

GBL

: PlLit count word

000432
OO

OO mb b e

124
101
P.AAM:
[]

[]

[}

[]

P.AAl:

040
126
O

125

072

124

P.AAH:

P.AAJ:

P.AAG:

040
104
123
000
103
122

000
o

117

>
D>
Pee>> > SR EREETLSSTSSS [>222>
wmnununwm
(7 L X X "X7 e X7 e X7 a X e X2 X7 X7 X7217217417, %] wununmnunnn
I lalalzlalnlalzlsialalsl ralalalatlalalalalalalzlalatlalalalslalalals)

[]

P.AAK:
[]

063

NOVOO =2 VNOO SN B UWNONWNVIONNNWM

040

000
120
104
105
000
105
117
000

bo b
=0ON
S

106

bbb
b
NNNOO
WWNO =W

101

Ot O
OO RO
= udO
b
d
&Ho NOS =B D =HEONNONSON=O0OO0ON=O

WS =D

b d b i () ed e B D) d b b e e b OO D = D)
O H =N
o NNINNOO=0OO0ONNNNO
SN
O0WV SO
NWNI==2000MNNO

(=] o—n—no_n-.—n.a—no—a—n-.n—n—u-n—;—no—no—a-n—a—ao-n-&-bo-a_bo-a—l—bo_a-n
o NN
S ORI B NN = = =)= = OB ONO S OONBRNNVOONO SN
N ANONI SN = NO NNVNOWO 2NN
O WNO S WOWVWSO NS
o DAL = NN

BB NO = DWW

b b b and wd b b b O b b b md b b b D b b
2NN HWONOOON
==

000170
000173

aSI=2 21,V SN =SOO0O0O0O =
= NN = =2
WO WNC WS

ZRCFA1
v01.0

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION
Pa?e

SEQ 38
18
VAX=-11 Bliss=16 V3-555
(12
. 11REL .REAL JZRCFA
: [LAKSHMANASERS
SPIDERSU

P.AAL:

.AS
.AS

/ #:/
<00><00>
/1P /
/ADD/
/RES/

/5/<00><00>

/VEC/
/TOR/

<00><00>
/B8R /
/LEV/

<00>
/PLA/

/EL/<00>

. /ESS/

/TTE/
/R A/
/DDR/

/(ES/

/7)/<00>

/5/<00><00>

/USE/
/ 10/
/P S/
/URF/
/ACE/
/ FO/
/R S/
/ING/
/LE /
/SUR/
/FAC/
/E T/
/EST/

/LIM/
/1T /
/ARE/
/A 1/
/EST/
/ED /

/D0 /
/Y0OU/
/ W1/
/SH /
/70 /

<00><00>
/STA/

124
107
122
113

1M
040
101
000
104
107
122
113

P.AAN:

040
125
101
040
040
040
105
101
101
111
105
105
111
040
123

P.AAO:

040
116
1264
104
124
040
116
114
116
122
116
117
124

116
116
124
103
000
117
117
127
1264
117
117
110
115
125
040
124
126
124
116
105

104
131
040
105
124
103
115
105
104
131
040
123
124
103
124
125
124
124
107
106
122
105
1M1

117
117
116
104
122
105
117
077
117
117
127
110
117
117
111
105
105
111
040
124
040
124
105

040
125
105
040
101
040
104
000
040
125
M
040
040
116
116
040
123
116
101
105
122
122
123

P.AAP:

000435
000440
000443
000446
000451
000452
000455
000460
000463
000466
000470
000473

122
116
124
103
000
105
111
040
101
000
104
13

000545

124

000476
000501
V00504
000507
000512
000515
000520
000523
000526
000531
000534
000537
000542

000550
000553
000556
000561
000564
000567
000572
000575
000600
000603
000606
000611
000614
000617
000622
000625
000630
000633
000636
000641
000644
000647
000652

000655
000660
000663

000666
000671
000674
000677
000702

8-Jul=1983 15:21:53
8-Jul=1983 14:13:00

CZRCFAQ RCZS FR END TEST
GLOBAL TEXT SECTION

ZRCFA1
v01.0

077
116
102

040
040
124
105
106

077

000
125
105

117
122
122
123
117

000

000
115
122

106
105
11
040
122

LASCI1
LASCII
ASCI1
LASCII
LASCII
ASCII
LASCII1
LASCI1
LASCII
JASCII
.ASCIIl
LASCI1

/RTI/
/NG /
/TRA/
/CK/<00>
<00>
/END/
/ING/
7/ TR/
/7ACK/
<00><00>
/DO /
7YOU/

LASCII

/T7T2/<00>

LASCII
LASCII
LASCII
LASCI1
LASCI1
LASCII
LASCI]
LASCII
LASCII
LASCII1
LASCI1
.ASCII
LASCI1

P.AAQ:

P.AAR:

ASCII
LASCII
LASCII
LASCII
LASCII
LASCI1
LASCI1
LASCI1
ASCII
LASCII
LASCII
LASCII
LASCI1
LASCII
LASCII
LASCII
LASCI1
LASCI1
LASCI1
LASCI1
.ASCI1
LASCII
JASCII

LASCII
ASCII
LASCI]

LASCII
LASCI1
LASCI1
LASCII
LASCII

/7 WA/
/NT /
/70 /
/D0 /
/THE/
/7 MA/
/NUA/
/L I/
/NTE/
/RVE/
/NTI/
/ON /
/TES/

/DO /
/You/
/ NE/
/ED /
/TRA/
/CE /
/MOD/
/E?/<00>
/DO /
/YOU/
/7 W1/
/SH /
/10 /
/CON/
/TIN/
/UE /
/TES/
/TIN/
/G A/
/FTE/
/R R/
/ETR/
/iES/

/7?2/<00><00>
/NUM/
/BER/
/ OF/
/ RE/
/TR1/
/ES /
/FOR/

SEQ 39

Pa?e 19
VAX=11 Bliss=16 V3-555
.REALJZRCFA (12
ERS
. 11REL
SUS
: CLAKSHMANA
SPIDER

IRCFAY
v01.0

SPIDERSUSERS:[LAKSHHANA.11REL.REALJZRC?A (12

CZRCFAQ RC25 FR END TEST
GLOBAL TEXT SECTION

O OVR S ZZ2-NVR ZuWN 3030
DA
VWO
e
D eANRINUW~
N NWEW D ~TITZ2AQV
L N 22
R- R
RN

.l.l

VAX=11 Bliss=16 V3=555

SEQ 40
20

Page

oo A

8-Jul=~1983 15:21:53
8-Jul-1983 14:13:00

CIRCFAQ RC25 FR END TEST
GLOBAL TEXT SECTION
m

137

122

105

107

123
122
117
101
120
124
122

045
045
000
045

101
120
124

045
101

063
000
P.AAX:

045

P.AAY:

.ASCII

116

101

105
122
000

125

116

045

040
122

061
105

040
123
045
101

124
124
116
124

1
105
105
123
116

123

104
120

124
124

123
122
130
124
103

124

122
120

/INX/

/AAU/

P.AAZ:

.ASCII
LASCII
.ASCII

/70/<00>
<00>
/INX/

P.ABA:

<ASCII
LASCII

/UP/<00>
/XINX/

LASCII
JASCII

.ASCI1
.ASCI1

/ACL/
/EAN/

/ADR/
/0PP/

/ED/<00>
/INX/
/AAD/
/DED/
<00>
/XINX/

040
107

LASCIL
LASCII

105
000
045
105

LASCIL
LASCII
.ASCII
LASCII

/7 1/
/REG/
/IST/
/ER /
/EX1/
/STE/
/NCE/
7/ TE/
/ST/<00>
/XNY/
/ATE/
/ST /
7 2/
/STE/
/P 1/
/ RE/
/AD/<57>
/WRI/

105
040

P.ABB:

P.ABC:

040

040
101
127

122
104
122

105
057
m

105
061

LASCII
CLASCII

LASCII
JASCI1
LASCII
LASCII
LASCII

124
040
m
105
105

062

124
040

LASCII

/%D3/
/XIN/<00>
<00>
/INY/

.ASCI1
.ASCII
LASCI1
.ASCII
LASCII
.ASCII

040

123
120

/ARE/
/POR/
/7/<00><00>

045

000
045
104
104

101
123

.ASCI1
.ASCI1
LASCII

116

122
117
000

/EGI/

/STE/
/R:%X/
/06%/
/A /
/PLA/
/TTE/
/RA:/

.ASCI1
CASCII
LASCII
LASCII

104
116

/:2D/
/3%A/
/7 U/

ASCII
LASCII
.ASCII
LASCII
ASCII
LASCII
LASCII

105
045
045
040
101
105
072

104
116
101
105

105
045
101
104
000
045

/P_R/

124
072
066
040
114
124
043

045
114
116
000
045

101
117

LASCII

CASCII

116
103
101
120
116

125
045

/1TM/

000

101
105

LASCII

LASCIL
LASCII
LASCIDL

104
101
m

117

124
000
045

28888888888888s

063

045
045
040

120

=
o

124

072
063
040

P.ABD:

JASCIL

CASCII

LASCII
LASCII

LASCII
LASCII
LASCII

/ATE/
/ST /

SEQ 41

Pa?e 21
VAX-11 Bliss=-16 V3-555
SERS .REALJZRCFA (12
[LAKSHMANA. 11REL
SPID:ERSU

8-Jul=1983 15:21:53
8=Jul=1983 14:13:00

—A—b?—n—no_a-a_a_a_b—h_n_a

NO NN = =2NO NN
OWO WS VWNSON=OWVO
&~

CZRCFAO RC2S FR END TEST
GLOBAL TEXT SECTION
105
117
122
040
101
117
1M1

000
116
124
124

065

124
040
1264
117
110
124

040
122
104

122
105
105
000
116
124
124

R
DARRRR
£ <O WOWNO

P.ABE:

125
040
105

.ASCI1
LASCIl

/ATE/
/ST /

LASCI1
.ASCI1

ASCI1
.ASCIIl
LASCII

063
105
057
M
040
123

P.ABF:

124
040
101
124
124

1M
127
120
105
000

116
124
124
064
105
117
101
040
040
126
040
123
000
116
124
124
066
125

045
105
040
040
103
122
116
102
114
105
124
124

P.ABG:

045
105
040
040
122

P.ABH:

116

104

LASCI1
LASCI1
LASCII
LASCI1
.ASCI1
LASCIl
LASCIl

ASCII

101
117

040

/TE /
/POW/
/ERU/
/P O/
/1AG/
/NOS/
/T1C/

LASCI1
LASCI1
LASCI1
.ASCI1
.ASCI1
LASCI1

063

105

LASCI1
.ASCI1
LASCI]
LASCI1
LASCI1
.ASCI1
LASCII

ASCI1

045
105
040
040

111
116

288888858

040
127
125
104
107
123
103

045
105
040
040
105
061
110

.ASCI1
.ASCI1

.ASCI]
LASCII
.ASCI1
LASCI1
LASCI1

/S8/<00>
/INX/
/7 5/
/STE/
/P V/
/7 TH/

/ROU/
/GH /
/STE/

/P 3/
/ RE/
/AD/<S57>
/WR1/
/TE /
/TES/
/1/<00>
/INX/
/ATE/
/ST /

73/
/DIA/
/GNO/

.ASCI]
LASCI1
LASCIl
ASCII
LASCI1
.ASCI1
LASCI1
.ASCI1
LASCII
LASCI]
LASCII
LASCI]l
LASCII
LASCII
LASCI1
LASCIl
LASCII
LASCI1

/STl/
/C W/
/RAP/
/7 TE/
/ST1/<00>
<00>
/INX/
/ATE/
/ST /
7 4/
/VEC/
/TOR/
/7 AN/
/D 8/
/R L/
/EVE/
/L W/
/EST/
<00><00>
/XINX/
/ATE/
/ST /
/7 6/
/PUR/

LASCII

/AND/

LASCI]

LASCII

/GE /

SEQ 42

Pa?e 22
VAX=11 Bliss=16 Vv3=555
.REALJZRCFA (12
SERS
11REL
.
[LAKSHMANA
SPID:ERSU

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFA1Y
v01.0
001667
001672
001675

001700
001702
001705
001710
001713

001716
001721
001724
001727
001732
001735
001736
001741
001744
001747
001752
001755
001760
001763
001766
001771
001772
001775
002000
002003
002006
002011
002014
002017
002022
002025
002030
002033
002034
002037
002042
002045
002050
002053

002056
002061
002064
002067
002072

002075
002100

002103
002106
002111
002114
002117
002122
002125

002130

8-Jul=-1983 15:21:53
8-Jul=-1983 14:13:00

040
114
124

124
045
101
123
040

123
114
122
107
105
000
045
101
123
040
114
107
122
107
105
000
045
101
123
040
104
103
105
126
114
040
123
000
045
101
123
061
116
105

123
116
115
117
040

123
045

101
123
061
102
040
104
123

116

120
114
105

000
116
124
124
067

117
040
123

045
105
040
040

P.ABI:

116

045

P.ABJ:

070
101
105
MM
040
123

040
122
040
116
126
124

115
114
13}
040
123
124
124

116
124
124
071
115

117
040
105
101
124
124

101
040
116
1264
124
105
040

045
105
040
040
040

104
117
122
131
105

000

116
124
124
060
117

045
105
040
040
116

124
124
105
122
124

105
040
115
131
105

130

124
116

124
124
061
125
101
122
123

107

P.ABK:

P.ABL:

040
040
123
104
105
m

057

/7 PO/
/LL /
/TES/

LASCI1
LASCID
.ASCII
ASCII
CASCII
LASCI1
.ASCII
LASCII
LASCIL
.ASCI1
LASCI1
LASCI1
LASCII
LASCII
LASCII
LASCII
.ASCII
LASCII
LASCIL
CASCII
LASCI1
LASCII
.ASCI1
LASCII
LASCII
LASCI1
LASCI1
LASCII
.ASCII
LASCII
LASCII
LASCII
.ASCI1

/SMA/
/LL /
/RIN/
/G 1/
/EST/
<00>
/ZINX/
/ATE/
/ST /
/ 8/
/LAR/
/GE /
/RIN/
/G 1/
/EST/
<00>
/INX/
/ATE/
/ST /
/. 9/
/DM /
/C0D/
/E 0/
/VER/
/LAY/
/7 TE/
/ST/<00>
<00>
/XNX/
/ATE/
/ST /
/710 /
/NON/

LASCII
.ASCII
LASCI1
LASCII
ASCII

+ASCI1

000
045
105

LASCI1
LASCII
LASCII

LASCI1
LASCI1
LASCI1
+ASCI1
LASCII

P.ABM:

LASCII
,ASCII

LASCII
LASCI1
LASCIT
.ASCII
LASCII
LASCII
LASCII

LASCII

/7/<00>
/INY/
/ATE/
/ST /
/7 7/

/EX1/

/STE/
/NT /
/MEM/
/ORY/
7/ TE/

/ST/<00>
/INX/
/ATE/
/ST /
/11 /
/BUS/
/7 AD/
/DRE/
/SS1/

/NG/<57>

SEQ 43

Pa?e 23
VAX=11 Bliss=16 V3=555
. 11RELERS .REALJZRCFA (12
SUS
: LLAKSHMANA
SPIDER

002133
002136
002141

104
101
105

101
040
123

101

1264
126
124
000

101
123

124
124

116

045

062
125
101
122
123
107

040
123
104
105
m
057

002144
002147
002150

040
000
045

002161
002164
002167
002172
002175
002200

061
102
040
104
123
116

002214
002217
002220
002223

040
000
045
101

002231

061

002245
002250
002253
002256
002260
002263

116
105
124
124
045
101

002324
002327

103
000

002153
002156

002203
002206
002211

002226

002234
002237
002242

002266
002271
002274
002277
002302
002305
002310
002313
002316
002321

002330
002333
002336
002341
002344
002347
002352
002355
002360
002363
2366
002371

002374

8-Jul=-1983 15:21:53
8-Jul-1983 14:13:00

CZRCFAQ RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFAY
v01.0

104
101
105

101
040
123
102

105
040

P.ABN:

000
045
105
040
040
117
040
101
106
040
123

P.ABO:

P.ABP:

123
061
123
116
120
105
040
101
123
125

045
105

045
101
123
061
123
125
124
114
105
040
104
105

116
124
124
065
105
105
m
040
105
101
040
122

045
105
040
040
121
116
101
123
113
116
126
1

102
1
124

106

105

131

LASCI1
.ASCI1
LASCI1
+ASCI1
LASCI1
LASCII

/12 /
/BUS/
/7 AD/
/DRE/
/SS1/
/NG/<57>

LASCI1
LASCI1

P.ABQ:

/DAT/
/A T/
/EST/

+LASCI1
LASCII
.ASCI1
LASCII
LASCI1
JASCII
+LASCII
.ASCI1
LASCII
.ASCI1

LASCII

/FY/<00>

.ASCII

LASCI1
LASCII
JASCII

000

/ATE/
/ST /

/ B/<00>
<00>
/INY/
/ATE/
/ST /
/13 /
/BLO/
/(K /
/TRA/
/NSF/
/ER /
/TES/
/T7/<00>
/XNX/
/ATE/
/ST /
/14 /
/SPl/
/N W/
/P W/
/EAD/
/ LO/
/AD /
/SEQ/
/UEN/

.ASCI1
LASCII
.ASCII
LASCI1

JASCIL

040
040
m
125
110
104
117
040
121
116

000

/DAT/
/A T/
/EST/
/7 A/<00>
<00>
/INY/

+LASCII
LASCII
.ASCI1

124
124
124

116
1264
124
063
114
113
122
123
122
105
000
116
124
124
064
120
040
040
101
114
104
105
105

123

JASCI1
LASCIL
.ASCI1
LASCII
.ASCI]
,ASCII

+ASCII
.ASCI1
LASCI1
LASCI1
,ASCII
.ASCI1

LASCI1
LASCII
.ASCII
LASCII
LASCIL
LASCI1
ASCII
LASCII
LASCII
LASCII
LASCI1
LASCI1
LASCI1I
LASCII

/CE/<00>
<00>
/INY/
/ATE/
/ST /
/15 /
/SEQ/
/UEN/
/TIA/
/L S/
/EEK/
/ AN/
/D V/
/ER1/

SEQ 44

Pa?e 24
VAX=11 Bliss=16 V3=555
SERS .REALJZRCFA (12
LLAKSHMANA . 11REL
SPID:ERSU

S AN

OO WW O

000
116
124
124
o
105
040
1M1
110
105
000
116
1264
124
060
000
045
105
040
040
101
123
124
040
123
000
045
105
040
40
104
105
106
o

g Sy Dueg Brag S
Sumeg Smmg g $mug Smmp G Bumg Sung Smmg Py Brumg S
g Bty Gt Sy rung S Sy Svng Pumg Dumg Dy Sumg Dug Sy S S Smag g S g Srmg Sumeg G Sy Sumg P
oy g s S S G Sring Paep B Snngg Sy Smg Sumg S S Suveg Bung S g Sug Bumg Bung $uneg G Brumg $op g St Sy g Gy Gug g S e g Sy Dimg Guneg B St S S G

Sumg S

Seg Prmeg Pump g S

g B

> b P P P 33D DD DD PP P PP PP P L Lt
> >>>>>>P2BDDD>> >
wLuuuvuLLINKLVLKLILID DLV LKILIVLLLLLLILLLILLNVLILDLLLWDWKDVULDWLYWINAWY
w VLunununununununununuvwunnwm nnnnnunun
CICICIICICICIIICIIICICICICIIOIONOICIOHID
alninininlaliniaininlelelelel YD CACIVNIOIOIOIOIOICIOIIIYOIONOHNOD
g Smng St Sumg g Sung Sump Sumg Pung $rmg S S G
g

040

116
126
11

105
105
©

113

114
123
6

070
117

045
105
040
040
107
@

131

106
000
116
124
124
&

104
105
1M
040
105
101
040
122

116
122
116

057
126
107
107
105
040
104
105
17
105
11

045
105
040
040

116
124
124
067

000

045
105
040
040
127
117
040
105
101
040
122
13

116
124
124
066
101
17
110
105
040
104
105
106

*«

W= N =2 NO =N WWH S W=

b b

IRCFAY
v01.0

=2 NN

—bd ) b i w wd wd O

_Ao-n-ngo_n-a.o-c_n
O - N — —"\J—"\J—'OONOONO? Q=)= =PIV

O bbb
md e b O

002377
002400
002403
002406
002411
002414
002417
002422
002425
002430

nDOVNO

SEQ 45

CZRCFAQ RC25 FR END TEST
GLOBAL TEXT SECTION
Pa?e

25
VAX=11 Bliss=16 v3-555
(12
A
.REALJZRCF
11REL
NA.
SERS
: [LAKSHMA
SPIDERSU

<00>
/ANY/
/ATE/
/ST /

/16 /
/SAW/
/700/
/TH /
/SEE/
T
/ND /
/VER/
/1FY/

<00><00>
/INY/
/ATE/
/ST /

A7 7
/CON/
/VER/
/GIN/

/16/<57>/D0/
/1VE/
/RG1/
/NG /
/SEE/
/X A/
/ND /
/VER/
/1FY/
<00><00>
/INZ/
/ATE/
/87T /

/706/
/GLE/
/ SE/
/EK /

/18 /

/AND/
/ VE/
/RIF/

/Y/<00><00>
/IN%/

/ATE/
/8T /
/19 /
/HEA/
/D S/
/NIT/
/CH /
/TES/

/1/<00><00>

/INX/

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

ZRCFAT
v01.0
002646
002651
002654
002657
002662
002665
002670

002673
002676
002701
002704
002707
002712

0027215
002720
002723
002726
002731

002734
002736

002741
002744
002747
002752
002755
002760
002763
002766
0027721
002724
002777
003002
003005
003006
003011
003014
003017
003022
003025
003030
003033
003036
003041
003044
003046
003051
003054
003057
003062
003065
003070
003073
003076

003101
003104

003107
003112

8-Jul-1983 15:21:53
8-Jul-1983 14:13:00

122
106
040
105
101
040
122

131
045
101
123
062
123

126
040
103
123
105

000
045

101
123
062
103
126
114
122
122
105
1M1
040
115
000
045
101
123
062
117
040
101
040
105
124
105
045
101
123
052
101
122
105
105
040

115
045
101
123

101
117
123
113
116
126
111
000
116
1264
126
061
105
117
101
105
040
123

000
116

124
126
062
117
122
114
040
117
123
116
1264
105

116
124
1264
063
116
1264
103
123
113
111
000
116
126
126
066
126
101
040
105
126

105
116
124
124

116
115
105
040
104
105
106
000
045
105
040
040
103
122
103

P.ABW:

123
124
124

ASCII
-ASCII
CASCIT
ASCIT
CASCIT
-ASCII
CASCIT
SASCII
.ASCII
CASCII
CASCIT
ASCIi
-aSCil
-ASCIT
CASCII

/RAN/
/DOM/
7 SE/
/EK /
/AND/
7/ VE/
/RIF/
/7Y/<00><00>
/INY/
/ATE/
/ST /
/721 /
7%ec/
/TOR/
7 AC/

CASCIT
.ASCII
CASCLT
CASCIT
CASCIT
CASCIT
-ASCIT
-ASCIT
-ASCII
.ASCI1
-ASCII
-ASCIT
CASCIT
SASCII
SASCIT
.ASCII
-ASCII
SASCIT
-ASCIT
-ASCII
ASCIT
-ASCII
-ASCII

<00><00>
/INY/

SASCiI
CASCIT
CASII

Q45
105
040
040
116
117
105
120
103
123
107
111
000

P.ABX:

045
105
040
040
105
122
113
105

P.ABY:

045
105
040
040
105
107
123
113
11
000
045
105
040

P.ABZ:

SASCIT
SASCIT

040
115

P.ACA:

/CES/
/S T/
/EST/

/ATE/
/ST 7
/22 7
/C0i
/TRO/
/LLE/
/R B/
/ROC/
/ESS/
/ING/
/7 T1/
/ME/<00>
<00>
/INY/
/ATE/
/ST /
/23 7
/ONE/
/7 TR/
/7ACK/
7/ SE/
/EK /
/TIM/
/E/<00>
/INY/
/ATE/
/ST /
/26 /
/AVE/
/RAG/
/E S/
/EEK/
7711/

-ASCII
.ASCII
-ASCIT
-ASCIT
SASCIT
-ASCIT
CASCII
.ASCI1
SASCIT
CASCIT
CASCII /ME “<00>
.ASCII /%NY/
CASCIT /ATE/
CASCIZ /ST /

SEQ 46

Page 26
VAX=-11 Bliss=16 V3=555
SPIDERSUSERS:[LAKSHMANA.11REL.REALIZRCFA (12

)

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

ZRCFA
v01.0
003115

003120
003123
003126
003131
00313
003137
003142
003145
003346
003151
003156
003157
003162
003165
003170
003173
003176
003201
003202
003205
003210
003213
003216
003221
003222
003225
003230
003233
003236
003241
003246
003247
003252
003255
003260
003263
003266
003270
003273
003276
003301
003304
003307
003312
003315
003320
003323
007326
003331
003332
003335
003340
003343
003346
003351
003354

8-Jul=1983 15:21:53
8-Jul=-1983 14:13:00

062

106
114
126
113
123
113
11
090
045
101
123
062
127
126
1064
101
105
000
045
101
105
040
101
000
045
101
105
040
123
122
045
101
105
040
116
116
000
045
101
123
062
17
123
040
114
101
105
105
000
045
101
123
062
101
122
105

ASCIT

065

040

116
124
124
066
122
105
101
040
123

045
105
040
040
1M
040
124
124
12

P.ACB:

116
105
116
123
122

045
126
124
12
12

P.ACC:

116
105
116
122
124
1264
116

045
126
124
105
101
000
045

P.ACD:

P.ACF:

106
105
124
105
16
040
123

045
105
040
040
106
124
117
122
103
12
124

116
124
124
070
126
10
040

045
105
040
040
105
107
122

P.ACG:

125
040
122
105
105
040
115

105
116
103
124
125

000
116
124
124

067

114
123
17
040
105
124
105

126
124
117
111
105

P.ACE:

ASCIT
TASCIT
.ASCIT
ASCI1
ASCII
CASCII
ASCIT
ASCIT
.ASCII
"ASCII
ASCIT
TASCIT
CASCII
ASCII
ASCII
CASCI1
ASCI1
TASCII
.ASCII
ASCII
ASCII
ASCI1
ASCII
"ASCIT
.ASCII
ASCIT
CASCII
"ASCII
ASCII
"ASCII
.ASCII
"ASCIT
ASCII
ASCII
ASCII
"ASCII
ASCIT
.ASCI}
"ASCIT
ASCIT
ASCII
CASCII
"ASCII
"ASCIT
"ASCII
ASCII
CASCII
"ASCII
CASCIT
.ASCII
ASCIT
TASCII
"ASCI]
SASCIT
"ASCI1
ASCI1

725 /

/FUL/
/L S/
/TRO/
/KE /
/SEE/
/7K T/
7IME/
<00>
/INX/
/ATE/
/ST /
/26 /
/WR1/
/TE /
/DAT/
/A 1/
/EST/
<00>
/INX/
/AEV/
/ENT/
7/ ST/
/ART/
<00>
/INX/
/AEV/
/ENT/
/ RE/
/STA/
/RT/<00>
/INX/
/AEV/
/ENT/
7 €O/
/NT1/
/NUE/
<00><00>
/INX/
/ATE/
/ST /
727 /
/OFF/
/SET/
/" TO/
/LER/
/ANC/
/€ 1/
/EST/
<00>
/INX/
/ATE/
/ST /
/28 /
/AVE/
/RAG/
/E R/

SEQ 47

Page 27
VAX=11 Bliss=16 V3-555
SPIDERSUSERS:LCLAKSHMANA.11REL.REALIZRCFA (12

003357
003362
003365
003370

003373
003376
003401
003404

003407
003412

003415
003420
003423
003426
003431
003434
003436
003441
003444
003447
003452
003455
003460
003463
003466
003471
003474
003477
003502
003505
003510
003513
003514
003517
003522
003525
003530
003533
003536
003541
003544
003546
003551
003554
003557
003562
003565

003570
003572

003575
003600
003603
003606

003611
003614
003617
003622

8-Jul=~1983 15:21:53
8-Jul-1983 14:13:00

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFAY
v01.0
117
124
116
040
115
045
101
123
062
127
124
120
124
124
105
000
045
101
115
125
040
124
126
124
116

105
040
124
105
117
105
000
045
101
127
040
114
040
127
124
107
045
101
117
101
040
111

000
045

101
040
117
040

123
117
104
116

124
11
101
124

105
116

124
126

on
122

105
122
105
040
123
000
116
on
101
101
m
105
105
m
040
123
116
040
122
122
104

116
120
105
104
101
055
101
1
000
116
124
040
116
125
124

101
117
114
11

000
045

105
040
040
M
040
117
103
124
124

045
o1
116
114
116
122
116
117
124

P.ACI:

LASCI1
.ASCI1
LASCII
LASCII
LASCI1
ASCII
LASCII
LASCII
LASCII
.ASCI1
CLASCII
.ASCI1
LASCII
JASCII
CASCII
LASCII
.ASCI1
LASCII
LASCII
+ASCI1
LASCI1
LASCII
LASCII
LASCI1
LASCII

P.ACK:

P.ACL:

LASCII
.ASCII

106
116
117
124

/29 /
/WRI/

/ANO/
7/ CL/
/0CK/
/ WA/
/S F/
/OUN/
/D 0/
/N T/

045

LASCII
LASCII
LASCII

040
125
040
040

/ATE/
/ST /

LASCII
LASCII
LASCII
LASCII
LASCII
.ASCI1
LASCII
LASCII

P.ACJ:

117
114
113
101

/ME/<00>
/XNX/

LASCIL
LASCII
LASCII
LASCIL
CLASCII

.ASCI1
.ASCI1
.ASCII
JASCII
+ASCI1

0645
117
122
105
131
040
M
116

045

/0TA/
/T10/
/NAL/
/7 T1/

/TE /
/PRO/
/TEC/
/T 1/
/E7V/
<00><00>
/INX/
/A/<115<11>
/MAN/
/UAL/
/_IN/
/TER/
/VEN/
/T10/
/N T/
/EST/
/ NO/
/T P/
/ERF/
/ORM/
/ED/<00>
<00>
/INX/
/APO/
/WER/
/ DE/
/LAY/
/ =/
/WAL/
/TIN/
/G/<00>
/INX/
/ATO/
/0 M/
/ANY/
/7 UN/
/1TS/

LASCII
.ASCI1
LASCI1
.ASCI1
+ASCI1

000

000
116

116
103
103
127

P.ACH:

124
117
120
106
115

117
115
131
116
123

+ASCII
LASCII
LASCIL
LASCII

<00><00>
/XINX/

SEQ 48

Pa?e 28
VAX=-11 Bliss=16 V3=555
. 11RELERS .REALJZRCFA (12
SUS
: [LAKSHMANA
SPIDER

004072
—b o e () b b ok ad = D OO

b b b cd O o =2 O = =

- =

N0 = =

O WV

101
040
066
000
116
123

101
040
045
045
106
114
107
105
123
122
120

040
066
040

124

045
045
122

040

123
075
117
101
101
m
040
107
124
040
045
045
104

101
wmunnnmm

104
045
045
000
045
124
[]

g Smmp

g G

Srmst g g Drumg Denng S G

g Srug

oy g Sumeg Bt g g B Buneg Smg g S

g Bug Smag g B Bung g $og B

g Bumg Pumny By Sreng Bmg Brumg Srn Brng Buang et $umg

falninizinliialinalisiainlelele]

e Suug v Dumg Bumg Sumeg Bumg gy $ug G B Gy Pug Somp B Pumg $ung Seg S Sumg g Gmep Pumgp S Guett mng Gumg B P By

Y alalalalalalalalatalalalalalialalalalals)
mmmmmmmmmmmmmg&g EICIIICICICIOICICICICICIOICICIOIOO
g et Bung S Brueg Bumeg S S S Smeg B By B Py
g g Bung Gy Sumg umg Gumg Sug Pneg S Py $img B
g Smeg Sung Bmnp By S Bmng S Bovug) $umg B

& wwmuvmumumununnumunnmununn

>
PR BEBIBIBB> v
unuvuununuunnmnunuuunuvunmnnnunwm

104

105

040
066
on
117
101
130
103
L]

[]

045
104
105
072
[]

116
101
122
123
L] [ ]

17
105
117
040
040
104
123
040
117
116

1M1
104

124
122
120
104
124
104
105
072
045
045
101
105

040
107
1264
040

045

000

116
on
105
123
122

045

000

>>
> PP

b =d b

040
123
115

= NN NN =

065
045
105
105

105
131
105
000
116

b O O

=
nNo O=NHH=O0=NOH=HOMNN
S WO
N= 2O WOO SO
NtOO

b b b b wd O D) b i b ad e wd O

003625

CO—NO—NS
IR =200l 22NyOO

IRCFAY
v01.0

CZRCFAQ RC25 FR END TEST
GLOBAL TEXT SECTION

VAX=-11 Bliss=16 V3-555
ANA. 11REL.REAL]
SERS
: [LAKSHM
SPIDERSU

<00><00>
/XNX/

/N/<00><00>
INX/
IA/<11>/ /

<11>/EX/

/06%/
/A/<11>/R/

/06%/
/N/<00><00>

<11>/FA/

SE”

~ ¢

004075
004100
004103
004106
004111
004114
004117
004122
004125
004130
004133
004136
004141
004144
004147
004152
004155
004160
004163
004166
004171
004174
004177
004202
004205
004210
004213
004216
004221
004224
004227
004232
004235
004240
004243
004246
004251
004254
004257
004262
004265
004270
004273
004276
004301
004304
004307
004312
004315
004320
004323
004326
004331
004334

004337
004342
004345

8-Jul=-1983 15:21:53
8-Jul=1983 14:13:00

CZRCFAQ RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFAY
v01.0
040
045
045
045
101
120
124
131
040
115
122
040
062
045
101
120
124
120
m
103
116
072
126
102
m
104
120
075
117
045
101
115
122
103
105
115
105
075
17
101
040
122
117
075
117
045
101
116
102
040
040
124
105
075

064
on
m

075
117
116
116
on
117
040
120
116
102
040
045
000
116
o1
117
040
105
106
040
106
057
057
057
057
057
057
040
062
116
011
m
117
117
072
117
114
040
062
040
126
123
116
040
062
116
011
125
105
117
122
122
123
045

000
127
124

040
066
000
045
040
122
124
105
125
105
075
117
000
0645
040
122
123
103
11
m
117
116
121
104
117
115
040
045
000
045
040
103
040
104
040
104
040
045
045
040
105
11
040
045
000
045
040
115
122
106
105
1M
040
104

000
101

040

P.ACQ:

P.ACR:

P.ACS:

P.ACT:

P.ACU:

LASCIl
LASCII
LASCII
.ASCII
LASCII
LASCI1
LASCII
LASCI1
LASCIT
LASCII
JASCII
.ASCII
LASCII
.ASCI1
LASCIT
.ASCI11
LASCII
LASCI1
LASCII
LASCI1
LASCII
LASCII
LASCII
LASCI1
LASCII
LASCII
LASCIL
LASCIL1
LASCI]
.ASCII
LASCII
LASCII
LASCI1
.ASCII
LASCII
LASCII
JASCII
LASCII
.ASCI1
LASCII
LASCII
LASCII
LASCI1
LASCII
LASCII
.ASCII
LASCIL
LASCII
.ASCI11
LASCII
LASCI1
LASCII
.ASCI]
LASCII
LASCII
.ASCII
LASCIL

/. =/
/%06/
/XIN/<00>
/INY/
/A/<11>/7 /
/POR/
/T 1/
/YPE/
/ NU/
/MBE/
/R =/
/_%0/
/2/<00><00>
/XNX/
/A/11>/ /
/POR/
/T S/
/PEC/
/IFl/
/C 1/
/NFO/
/:/<57>/N/
/v/<57>/Q/
/B/<57>/D/
/1/<57>/0/
/D/<57>/M/
/P/<57>/ /
/= %/
/02/<00>
/INX/
/A/11>/7 /
/MIC/
/RO /
/COD/
/E: /
/MOD/
/EL /
/= ¥/
/02%/
/A /
/ VE/
/RS1/
/ON /
/= %/
/02/<00>
/INX/
/A/<11>/ /
/NUM/
/BER/
/7 OF/
7/ RE/
/TR1/
/ES /
/s%D/
/4/<00><00>
<11>/WA/
/1T /

SEQ 50

Pa?e 30
VAX=-11 Bliss=16 V3=555
.REALJZRCFA (12
ERS
11REL
.
SUS
: CLAKSHMANA
SPIDER

né

004350

004353

004356
004361
004364
004367
004372
004375
004376
004401
004404
004407
004412
004415
004420
004423
004426
004631
004434
004437
004442
004445
004450
004453
004456
006461
004464
004467
004472
004475
004500
004503
004506
004511
004514
004517
004522
004525
004530
004533
004536
004541
004544
004547
004552
004555
004560
004563
004566
004571
004572
004575
004600
004603
004606
004611
004614

8-Jul=1983 15:21:53
8-Jul=-1983 14:13:00

CZKCFAQD RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFAY
v01.0
137

040

120

122
101
040
103
105
000
122
101
101
105
124
122
120
104
122
120
101
105
124
122
120
104
124
124
101
105
040
110
104
116
103
040
040
103
122
124
126
124
040
104
122
105
114
105
040
M
122
000
110
124
105
103
104
11
040

040
M
122
117
122

106
114
105
126
13

117

127

103
040
1M1
104
117
105
117
000
103
040
111
104
117
105
117
000
105
040
124
122
105
117
040
040
123
111
m
117
105
000
105
117
101
040
040
126
040
123
106
114
105

123
106
114
040
040
123
116
000
1M1
106
114
040
040
123
116
000
123
120
124
116
103
105
1M1
122
101
123
116
122
103
000
103
122
116
102
114
105
124
124
101
125
000

P.ACV:

117
040
124
124
040
115
117

123
104
105
105
124
105
125

P.ACZ:

P.ACW:

P.ACX:

P.ACY:

ASCI1

LASCII
LASCII
LASCII1
LASCI1
ASCII
LASCII
LASCII
ASCII
LASCII
LASCI1
LASCII
.ASCII
.ASCI1
LASCII
.ASCIl
LASCII
LASCI1
LASCI1
LASCII
.ASCI1
LASCII
LASCI1
.ASCII
LASCII
LASCII
LASCI1
LASCII
LASCI1
LASCI1I
ASCII1
ASCI1
LASCIi
LASCII
.ASC11
LASCI]
LASCII
.ASCII
.ASCII
LASCII
.ASCII
LASCI1
.ASCI1
LASCII
LASCI1
LASCIl
LASCII
.ASCI1
LASCII
.ASCII
LASCII
LASCII
LASCII
LASCI1
LASCII
LASCII

/R F/
/AIL/
/ RE/
/cov/
/ERY/
<00>
/RCS/
/A F/
/AIL/
/ED /
/70 /
/RES/
/PON/
/D/<00><00>
/RCl/
/P F/
/AIL/
/ED /
/10 /
/RES/
/PON/
/D/<00><00>
/TES/
/T P/
/ATY/
/ERN/
/7 EC/
/HOE/
/D I/
/N R/
/CSA/
7/ 1S/
7/ IN/
/COR/
/REC/
/771/<00><00>
/VEC/
/TOR/
/7 AN/
/D B/
/R L/
/EVE/
/L 1/
/ES1V/
/ FA/
/ILW/
/RE/<00>
<00>
/HOS/
/T D/
/ETE/
/CTE/
/D 1/
/IME/
/ ou/

LASCII

105

/0WE/

SEQ 51

Pa?e 3
VAX=11 Bliss=16 V3=555
.REALJZRCFA (12
SERS
11REL
.
CLAKSHMANA
ERSU
:
SPID

040

101
105
117
000
1
123

122

105

[
o

P.ADD:

120

104
122
122

040
122
000

105
122
102
106
040
105

115
131
125
105
104
123

116
040
116
11
105
105
105
104
101

P.ADC:

P.ADE:

117
103
124
116
130
103
104
101
000
040

P.ADF:

g S Py G $meg g Gy Bt e S Py Sy ey g g Sy g g Sy Sumg Bomg g et Gommg Gt Bug Gt g Smg G Bmeg g g g Sueg $rmg Pungp Sung Bemg Pt Bmucg S Grmep $umeg Bt g g S S P St $oeg B

101
040
105
116
040
124
090
122
106

P.ADB:

g Bmg D Do

040
124
040
122
000
116

131
110
120
124

D) b wd b b b
b
b () b md b ) b A IO
b e

104
101
117
040
124
101
110
117

101
104

105
122
104

<AS

wwm

115

102
124
040
122
000
124
040
101

P.ADA:

wwn
e lalalalalalalalalalalalals)

104

b b o md o o

005062

105
105

116

102
106
123
117
103

040
106
122
116
040

105
117
000

040
122
000

b D

O b b =d O b b wnd b b b
O=O — e () b wd e O b = e O b
=020 NNN=NIN=O n NO == NONSONNO=OHBN=NBONONNINN
OMrOS NNV O=NLIS =IO
R = NN S =2 DNOWNNWE SONOWO NVIOON & SOV
&~
oMrO ROOANSONNNOONVNONNMDOS

004617
004622
004625
004630
004633
004636
004641
004644
004647
004652

8-Jul-198 3 15: 2 1:53
8-Jul-198 3 14: 1 3:00

CZRCFAQ RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFA1
v01.0

/T E/
/RR0O/

/R/<00><00>
/RIN/
/G B/
/UFF/
/ERS/
/ NO/
/T C/
/LEA/
/RED/

/ 8Y/

/ TH/
/E P/
/0RT/
<00><00>
/STE/
/P R/
/EAD/
/ DA/
/TA /
/DOE/
/S N/

/CH/<00>
/POR/

0/
/R/<00><00>
/IN1/
/T S/
/TEP/
/ RE/

/AD /
/ERR/

/0R/<00>

<00>
/MEM/
/ORY/

/ 8U/

/FFE/
/R D/

/0ES/
/ NO/
/7 C/
/ONT/
/AIN/
/ EX/
/PEC/

/TA/<00>

<00>
/DM /

SE Q52

32
VAX-11 Bliss=16 v3=-555
A
(12
ANA. 11REL .REALJZRC
SERS
: [LAKSHM
SPIDERSU
Pa? e

005332
-

e R

b b wd ad O cad wub and wud b cmb b b

pay

117
040
124

-AS

P.ADJ:

-AS

.AS

O ~NW SO NN
&

O b b b e b ced b cacd
D=O=20O0ONNO

ey ey ey

ey ey e e

T DY T

T S

By S

Sp S

Bongt Pumg By S

Pt S

Somg

CIICIICICICICICIMICICICIIICIOIOIOD s lalalalalalalalalalalal e lalalalalalalalalalalatlalatalalalalalalalalalalalsal
g Sumg g Omug Sumeg S $g P Smng B
g Sung G S
g Sring Smg Sumg S S S Bramg g neg e g g SumgSumg Sumg Omeg Sumg Semg Gy By Sumg Sueg Py Do S Sumg Bung By g Bt $ump g g G Bng P S G g Bumg Sug Bumg

045
P.ADI:

>» > > >l
WKV
v wwnunnny w BDNLOLIVILIVIULILHNVLIVLULVILLVLILLNLLV

P.ADG:

P.ADH:

045
0

Oadod d )= b b ) b b =k =k O
QOB
= ENO — = &
OWVINOO
SO NOWVWWI=OWN

o-b-b—n-.n—n—.-a—l—b—l-n-no—no—l-a_hc—no_.—n-o-ooo—Aco—n-h—a—.-bo—ad—a—l—hooo-a—n—l-n—ao MO NN=NNONO =O=ON = =O =N =N SNNNINS =2 2O S =20ONO = NNONN =SB B S =2OON =
= WNOWES =S a2 MBS VN =00 S NNNNIONSANNSO=0OVNSA
VN =NV =ONCOOO R NWN—=O o

IRCFAT
v01.0

=202 =20
O -t = ONOONO=CON/N=NOR
VNS
WO NVIOCONON N =
VY = =2\ SNV

CZRCFAO RC25 FR END TEST

GLOBAL TEXT SECTION
/C0D/
/E R/
/ETY/
/RNE/
/D F/
/AIL/
/URE/
/ €0/

/DE/<00>
/XNX/
/A /
/
/
/
/
/INT/
/ERR/
/UPT/
/ AT/
/ VE/

/C=/

/%A /
/8R /

/%03/

/0 1/

/A/<11>/N/

/NTE/

/RRU/
/PT /
/FRO/
/M P/
/ORT/

/CON/
/TRO/
/LLE/

/ /1<57>/ /

/R/<00><00>
/INY/
JA/<CI1CID
/B8R /
/LEV/
/EL /
/REC/
/EIV/

/TYP/
/ED /
/18 /
/INC/
/0RR/
/ECT/

/ED/<S57>

<00>
/PUR/

/ '/7<00>

S:
8=Jul=-198 3 15:21:53
8-Jul-198 3 16: 14:13:00

VAX=-11 Bliss=16 V3-555
Page 33
(12
REALJZRCFA
SPIDERSUSERS:[LAKSHMANA.11REL.

SEQ 53

(]

8-Jul=-1983 15:21:53
8~Jul-1983 14:13:00

CZRCFAQ RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFA1
v01.0
005335
005340
005343
005346
005351
005354
005357
005362
005365
005370
005373

107
101
040
114
124
124
105
105
117
102
040

105
116
120
105
105
040
124
122
122
i
061

040
104
117
040
123
123
040
122
040
124
065

005400
005403
005406
005411
005414
005417
005422
005425
005430
005433
005436
005441
005444
005447
005452
005455
005456
005461
005464
005467
005472
005475
005500
005503
005506
005511
005514
005517
005522
005525
005530
005533
005536
005541
005544
005547
005552
005555
005560
005562
005565
005570
005573
005576
005601

120
107
101
040
114
124
124
m
116
040
124
124
040
102
040
000
1
124
m
116
103
101
122
107
125
105
106
114
040
114
116
105
117
11
122
120
103
122
107
101
m
102
040
115
116

125
105
116
120
105
105
040
104
117
123
040
105
064
1M
061

122
040
104
117
040
123
104
040
124
105
123
120
040
124
064

P.ADK:

116
040
104
117
114
122
m
040
106
122
101
105
120
114
107
122
122
116
105
117
105
111
000
126
114
114
103
115
104

M
104

P.ADL:

005376

000

040
040
105
040
116
102
106
000
m
104
117
m
040
122
040
040
123
116
040
116

101
101
105
117
101
040

P.ADM:

P.ADN:

LASCI1
+ASCI1
ASCI1
LASCII
+LASCI1
LASCI1
LASCI1
+ASCII
LASCII
LASCII
LASCI1
LASCII
.ASCII
.ASCI1
+ASCII
LASCII
LASCII
ASCI1
JASCII
LASCII
.ASCI1
JASCI1
JASCII
LASCI1
LASCII
.ASCII
LASCII
LASCI1
.ASCII
LASCII
LASCII
-ASCI1
ASLII
LASCI1
.ASCII
LASCII
<ASCI1
ASCII
_ASCI1
CLASCII
LASCII
LASCII
LASCII
.ASCI1
LASCI1
ASCI1
.ASCIl
LASCI1
.ASCI1
ASCI1
LASCI1
.ASCII
LASCII
+ASCII
LASCIL
LASCI1
LASCI1

/GE /
/AND/
/ PO/
/LE /
/TES/
/T S/
/ET /
/ERR/
/OR /
/BI1/
/7 15/
<00><00>
/PUR/
/GE /
/AND/
7/ PO/
/LE /
/TES/
/T D/
/1D /
/NOT/
/ SE/
/T S/
/TEP/
/7 & /
/8BIT/
/7 14/
<00>
/INI/
/T D/
/1D /
/NO /
/CLE/
/AR /
/RIN/
/6 B/
/UFF/
/ER/<00>
/FAl/
/LED/
/7 PO/
/LLI/
/NG /
/ERR/
/OR /
/IN /
/RES/
/PON/
/CE /
/RIN/
/G/<00>
/AVA/
/ILA/
/BLE/
/7 CO/
/MMA/
/ND /

SEQ 54

Pa?e 34
VAX=-11 Bliss=16 V3-555
.REALJZRCFA (12
SERS
11REL
.
[LAKSHMANA
SPID:ERSU

8-Jul=1983 15:21:53
8=Jul=1983 14:13:00

CZRCFAQ RC2S FR END TEST
GLOBAL TEXT SECTION

IRCFAT
v01.0
005604
005607
005612
005615
005620
005623
005626
005631
005634
005637
005642
005645
005650
005653
005654
005657
005662
005665
005670
005673
005676
005701
005704
005707
005712

122
116
117
040
111
122
123
116
120
105
040
M
122
000
123
125
124
114
117
101
040
105
106
114
105

120
055
1
106
114
105
120
040
040
123
106
114
105

M
104
116
10
125
000
M
125
124
126
101
125
000

105
105
1M1
040
122
122
123
113
101
125
000

121
116
101
106
127
104
105
040
1M1
122

P.ADP:

114
105
122
040
105

040
126
123
123
113

121
116
101

P.ADQ:

005725
005730
005733
005736
005741

105
105
M

005752
005754
005757
005762
005765

105
045
101
115
105
m

101
125

122
105
105
105
040

000
116
124
105
130

m
122

005714
005717
005722

005744
005747

005770

005773
005776

006001
006004
006007
006012
006015
006016
006021
006024
006027
006032
006035
006040
006043

006046

123
125
124

106
114

104
045

101
124
040
122
000
101
101
101
106
105
126
125
075

117

122

000
116

106
101
105
117

110
104
040
106
124
101
105
040

063

045
111
040
120
105

000
045

101
114
122
122

105
040
117
123
040
114
040
045

000

P.ADO:

P.ADR:

P.ADS:

P.ADT:

LASCII
LASCII
LASCI]
LASCI1
LASCII
LASCII
.ASCI]l
LASCII
ASCII
LASCIl
LASCI1
LASCII
LASCII
LASCII
.ASCIl
LASCI1l
ASCI1
LASCII
.ASCI]l
.ASCI1
LASCII
LASCII
.ASCI1
LASCII
LASCI1

.ASCII
.ASCII
LASCII
ASCII
.ASCII1
.ASCI1
.ASCI1
LASCI1
.ASCI1
.ASCI1
LASCII
.ASCII
ASCI1
LASCII
LASCI1
LASCII

LASCII
.ASCII

.ASCI]
LASCII1
.ASCI1
LASCII
LASCII
LASCI1
LASCI1
LASCI1
LASCI1
LASCII
LASCII
LASCII
LASCII

LASCII

/SP1/
/N=D/
/0uWN/
7/ FA/
/71LW/
/RE/<00>
/SPl/
/N U/
/P 1/
/ESV/
7 FA/
/ILU/
/RE/<00>
<00>
/SEQ/
/UEN/
/TIA/
/L F/
/ORW/
/ARD/
/7 SE/
/EK /
/FAl/
/LUR/
/E/<00>
/SEQ/
/UEN/
/TIA/

/L R/
/EVE/
/RSE/
/ SE/
/EK /

/FAl/
/LUR/
/E/<00>
/INX/
/ATY/
/ME /
/EXP/
/IRE/

/7D/<00><00>
/INX/
/AFA/
/TAL/
7/ ER/
/ROR/
<00>
/AWE/
/AD /
/A O/
/FFS/
/ET /
/VAL/
/UE /
/= X/

703/7<00>

SEQ 55

Pa?e 35
VAX=11 Bliss=16 v3-555
. 1 1RELERS .REALJZRCFA (12
SUS
: CLAKSHMANA
SPIDER

006051

006052
006055
006060
006063
006066
006071
006074
006077
006102
006105
006106
006111
006114
006117
006122
006125
006130
006133
006136
006141
006142
006145
006150
006153
006156
006161
006164
006167
006172
006175
006176
006201
0062
006207
006212
006215
006220
006223
006226
006231
006234
006237
006242
006245
006250
006253
006256
006261
006264
006267
006272
006275
006300
006303
006306
006311

8-Jul=~1983 15:21:53
8-Jul=-1983 14:13:00

CZRCFAOQ RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFAY
v01.0
000

101
101
102
106
105
126
125
075
117
000
101
101
103
106
105
126
125
075
17
000
101
101
104
106
105
126
125
075
117
000
116
103
122
124
122
113
040
064
040
115
122
106
105
123
040
065
045
101
101
11
040
101
040
045
045
103

110
104
040
106
124
101
105
040
063

105
040
17
123
040
114
040
045
000

P.ACU:

110
104
040
106
124
101
105
040

P.ADV:

063

105
040
117
123
040
114
040
045
000

110
104
040
106
124
101
105

105
040
117
123
040
114
040

P.ADW:

045
125
105
040
101
040
045
045
116

101
122
116
124
103
075
117
101
125

P.ADX:

040
045
000
116
123
122
116
124
103
075
117
101
125

075
117
000
045
124
124
107
122
113
040
064
040
122

040
063

102
040
040
105

045
000

105
117
123
113

P.ADY:

LASCII

,ASCIl
LASCII
.ASC1I
LASCII
LASCII
LASCI1
LASCII
LASCI1
LASCII
LASCII
LASCI1
LASCII
LASCI1
LASCI1
LASCII
LASCI1
JASCII
CASCIT
.ASCI1
LASCII
.ASCII
LASCII
LASCII
LASCII
LASCILI
LASCII
LASCII
CLASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCIL
LASCII
LASCII
.ASC11
LASCII
LASCII
LASCII
.ASCI1
JASCII
LASCII
LASCII
.ASCI1
LASCI1
.ASCII
LASCII
.ASCI1
LASCII
.ASCII
LASCII
LASCIL
LASCII
ASCIT
.ASCII

<00>

/AHE/
/AD /
/B 0/
/FFS/
/ET /
/VAL/
/UE /
/=_%/
/03/<00>
<00>
/AHE/
/AD /
/C 0/
/FFS/
/BT /
/VAL/
/JUE /
/= %/
/03/<00>
<00>
/AHE/
/AD /
/D 0O/
/FFS/
/ET /
/VAL/
/UE /
/= %/
/03/<00>
<00>
/NXA/
/CUR/
/REN/
/T T/
/RAC/
/K =
/ X0/
/4%A/
/ NU/
/MBE/
/R 0/
/F S/
/EEK/
/S =/
7/ %0/
/5/<00><00>
/XNX/
/AST/
/ART/
/ING/
/ TR/
/ACK/
/ =/
/%04/
/XA /
/CUR/

SEQ 56

Pa?e 36
VAX-11 Bliss=-16 v3-555
. 11RELERS .REALJZRCFA (12
SUS
: [LAKSHMANA
SPIDER

8-Jul-1983 15:21:53
8-Jul=-1983 14:13:00

CIZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION
101
040
045
045
105
M
040
101
040
045

116
124
103
075
17
101
116
116
124
103
075
117

116

045

040

120

105
040

0co

ON ==t =2\ NN

O—'-‘-‘-‘—'?
NNV
S =OONO S =S
BNNO =20

BB OSVBW=NNYVONHWVWVNIONO
&S

105

116

P.ADZ:

113
040
101
123
122
122
040
066
040
106
040
045

116
102
040
104
123
116
104
101
105
040
122

045
125
101
122
123
107
101
040
123
105
117

P.AEA:

045
101
m
040
104
075
117
101
101
040
045

P.AEB:

045
114
113

P.AEC:

000

116
106
114
107
104
040
045
045
104
101
040

066
000

116
102
103

000

ACCIl
LASCIL
LASCI{
LASCLIL
LASCII
LASCI1
LASCII
.ASCII
LASCII
LASCII
LASCIL
.ASCII

/REN/
/T T/
/RAC/
/K =
/7 %0/
/4%A/
/ EN/
/DIN/
/6 T/
/RAC/
/K =/
/ %0/

LASCII

/INX/

ASCII

045

/4/<00>

LASCI1

/AEN/

LASCI1
LASCI1
LASCII
LASCII
LASCII
ASCI1
JASCIL
LASCI1
LASCII
LASCII
LASCIL
LASCII

/ACK/
/ET /
/STA/
/TUS/
/ ER/
/ROR/
/. =/
/%06/
/%A /
/REF/
/ &/
/= %/

LASCII

103
126
124
125
105
117
075
117
101
105
043
040

062

LASCI1

.ASCII
LASCI1
LASCI1
LASCII
LASCII
JASCII
JASCII
LASCII
LASCIL
LASCII
+ASCI1

.ASCI]1

.ASCII
LASCII
CLASCIL
LASCII
+LASCI1
.ASCI1
LASCII
LASCII
LASCI1
LASCIL
LASCII

LASCII
LASCII

.ASCII
LASCIl
LASCIL

/D P/

/702/<00>
/INX/
/ABU/
/S A/
/DDR/
/ESS/
/ING/
7/ DA/
/TA /
/TES/
/T E/
/RRO/

/R/<00><00>
/INX/
/AFA/
/1L1/
/NG /
/ADD/
/R =
/ 20/
/6%A/
/7 DA/
/TA /
/= %/

/06%/
/N/<00>
/INX/
/ABL/
/70CK/

SEQ 57

Pa?e 37
VAX=-11 Bliss=16 V3=-555
. 1 1RELERS .REALJZRCFA (12
SUS
: CLAKSHMANA
SPIDER

040

101

103

060

122
101

040
111

000
106
16
107
126
103
101
111
040
122
1i2

105

123
¢

075
117
116
e

124
©

113
105

P.AEF:

P.AEG:

075
117
116

P.AEH:

104

P.AE]:
0

P.AEE:

P.AED:

S OOV

X7 X Y

g S

e X L

P TeXT

eX eKT X T R 7 R7 X7 L ]

Pump Sy Gumg Brump Sump Gy Sumag Sung Sumeg Boump v Sy Sumg By g Sumg Sump S

ey B

g Sugp Sug Gumg

g Pt B

mep g Bong Sung Sumeg Gouug g Punup Srumg g Dung Sumg Bug S Sumg Sug Bneg Buang Sumeg g Gumg S o S Boumg S Suusp g S S S B B S g Boug Sug $umg Sup Sy St St rang S Sung g St Samp $ng Bung g P

Sump Sumng (emp Gmmg

g Gumg $vmg Sy S

O lalalalalatalalalsls) alalalalalalalalalalalalslialalsl
ENEIIIIICIMICOIOININOIOIONOY
D CIICIIIIININIOHIOHIOI
eg g Sumg Sng Sumg Gung g Bug S
g G Sy g Pung g B St S amg Do Gumed B B

w 17, X7

2.3 3
P > > >» b 2.2.2.2.20.
R
. s S S S S T 3 el
w wunmnunmnnnn w wununnnmunmnununnmwm
T X X
X
o L L
O X e L L X T L T X L L e L eL

123
&

105

040
045
065
&

106
105
040
063
040
101
040
8

116

000
111

000
101
16

106

106
127
103

045
105
040
1M
110
101
105

107

045
114

122
103
075
17
101
122
113

)

040
s
05
000
116
110
123
113
101
125
000

[}

103
14

062

[]

116
102

[]

040
105
106
16
105

04V
101
106
040
111
106

OO ON—-WVNN=20WVNWNN

82R12R23RNRIRNS 2332R
b
b md ek b

101
122
123
122
101
105
€20
103

106

OWWNS
NNO =N~ SOR2Or WSV

02—‘—'
HHON RRRSNSISSZIRINSSR

CZRCFAQ RC25 FR END TEST
GLOBAL TEXT SECTION
SEQ 58
Pa?e 318
VAX=11 Bliss=16 v3-555
. REAL JZRCFA (12
ERS
A. 11REL
SUS
: LLAKSHMAN
SPIDER

/ DA/
/TA /
/TRA/
/NSF/
/ER /
/FAl/
/LED/
<00><00>

/RC2/
/5 S/
/EEK/
/ FA/
/71LU/

/RE/<00>
/INY/
/ABL/
/0CK/
/ LE/
/NGT/

/I1LE/
/D/<00><00>

/FALl/
/LIN/
/6 S/
/URF/
/ACE/
/ =/

/%03/

/%A /
/TRA/
/CK /
/8 =/
/ 30/
/63IN/
<00>
/REA/
/0 S/
/ECT/
/0R /
/FAl/
/LED/
<00><00>
/AFA/
/1L1/
/NG /
/ TR/
/ACK/

LASCIL
CASCI1
LASCI1
LASCIL
CASCII
LASCI1
LASCIL
LASCII
ASCI1
LASCII
.ASCIl
LASCIL
JASCII
LASCII
LASCII
LASCI1
LASCI1
LASCI1
.ASCII
ASCII
LASCII
LASCIL1
LASCIL
JASCII
LASCI1

/7 &/
/= ¥/
/06%/
/A S/
/ECT/
/OR /
/4 =/
7/ 20/
/6%N/
<00><00>
/WRl/
/TE /
/PRO/
/TEC/
/T 1/
/EST/
/ FA/
/ILE/
/D/<00>
/EXP/
/ECT/
/ED /
/SW /
/= 0/
/FF /

101
123
075
116
125
124

LASCI1
JASCII
LASCII
LASCII
LASCII
LASCI1

/TUA/
/L S/
/W =/
/7 ON/
/7 W/
/NIT/

045
045

LASCII
LASCI1
LASCI1
.ASCII
LASCI1

/= %/
/D3%/
/N/<00>
/AEX/
/PEC/

CASCI1
LASCII
LASCII
.ASCII
LASCI]
.ASCI1

/2D3/
/XIN/<00>
<00>
/INX/
/AAV/
/ERA/

007033
007036
007041
007044
007047
007052
007055
007060
007063
007066
007070
007073
007076
007101
007104
007107
007112
007115
007120
007122
007125
007130
007133
007136
007141

040
075
117
101
105
117
063
040
066
000
127
124
120
1264
1264
105
040
m
104
105
105
105
123
075
106

043
040
066
040
103
122
040
0645
045
000
122
105
122
105
040
123
106
114
000
130
103
104
127
040
106

049
045
045
123
124
040
075
117
116

007147
007152
007155
007160
007163
007166

124
114
127
040
040
116

125
040
040
117
040
111

007174
007177
007202
007204
007207

075
104
116
101
120

040
063
000
105
105

007261
007264
007267
007270
007273
007276

045
045
000
045
101
105

007144

007171

007212
007215
007220
007223
007226
007231
007234
007237
007242
007245
007250
007253
007256

8-Jul-1983 15:21:53
8-Jul=-1983 14:13:00

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFAT
v01.0

040

124
040
040
117
040
124
114
127
040
106
125
124
040

101

063

m
040
117
103
124
124
101
105

P.AEJ:

120
124
040
040
117
040

P.AEK:

LASCI1

103

LASCII

040

P.AEL:

105
123
075
116
101
125
040
040
117
040
116
040
075

130
103
104
127
04C
040
103
101
123
075
106
040
1
043
040

116
101
122

045
1726
101

P.AEM:

104
116

LASCI1
JASCIL
JASCIL
.ASCI1
LASCIL
LASCI1
JASCII
CLASCII
JLASCI1
LASCIL
LASCI1
LASCIL
LASCIL

063
000

/ AC/

/ &/

/TED/
/7 SW/
/7 =/
/ON /
7/ AC/
/TUA/
/L S/
/W =/
7/ OF/
/F /
/UNI/
/T &/
/. =/

SEQ 59

Pa?e 39
VAX=11 Bliss~16 V3-555
.REALJZRCFA (12
ERS
11REL
,
SUS
(LAKSHMANA
:
SPIDER

CZRCFAQ RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFA1
v01.0
007301
007304
007307
007312
007315
007320
007323

007326
007331
007334
007337
007340
007343

007346
007351
007354
007357
007362
007365
007370
007373
007376
007400

007403
007406

007411

007414
007417
007422
007425
007430
007433
007436
007440
007443

007446

007451
007454
007457
007462
007465
007470

007473

007476
007501

007504

007507
007512
007515
007520
007523
007526
007531
007534
007537
007542
007545

8-Jul=-1983 15:21:53
8-Jul=-1983 14:13:00

107
123
113
11
040
163
075

117
101
117
000
122
065
116
040
105
116
040
115
117
11
000
105

123

137

117

104
040
115
116
106
114
105
123
104

101

105
105
040
115
050
051
0490

040
105
124
105
155
040
045

103
040
m

062
125
124

P.AEN:

125

120

137

P.AEO:

107

040

062
056
062

104
123
117
103
105
116
116
000
130
120

125
103
115
104
101
125
000
105
137

124

104
040
115
116
106
114

122
137

105
104

040
120
117
101
040

122

124

104
040
115
116
106
114
105
045
101
124
122

0645
045
000

117
040
124
117
040
114
105

040

103
101

120
117
101
040
1m
122
000
045
106
105
055

/NIT/
/7 DO/
/ES /
/NOT/
/ CO/
/ME /
/ONL/
/INE/
<00><00>
/EX /

.ASCII

LASCII
LASCII
LASCIT
LASCII
LASCII
LASCII
.ASCI1
.ASCII
LASCII

LASCI1

125
103
115
104
101
125

101

125
103
115
104
101
125
000
116
044
114
122

P.AEP:

101

000

LASCIL
LASCII
.ASCI1
LASCI1
.ASCI1
LASCI1
LASCI]
LASCII
LASCII
.ASCII

LASCII
LASCI1
LASCII
LASCII
.ASCII
LASCII

LASCII

120
117
101
040
m
122

105

/GE /
/SEE/
/K T/
/IME/
7/ (m/
/s) /
/= %/

LASCI1

122

116
104

LASCIL
.ASCI1
LASCI1
LASCIL
LASCLL
LASCIL1
LASCIT

P.AES:

/SUB/

/_PR/

/06 /

/DUP/
/ CO/
/MMA/
/ND /
/FAl/
/LUR/
/E/<00>
/SEN/
/D_D/

/ATA/

LASCII
LASCII
LASCII
+ASCI1
LASCII

/7 DU/
/P C/
/0MM/
/AND/
/ FA/

.ASCI1

/RE/<00>

CASCIT

/TA /

LASCIL

P.AEQ:

/02%/
/A.X/
/702/<00>
<00>
/RC2/
/5 W/

.ASCII
LASCII

LASCII
LASCII
LASCII
LASCII
LASCII
LASCI]
LASCI1
.ASCII
ASCII
LASCII
LASCII

/1LU/

/REC/
/_DA/

/DUP/
7/ CO/
/MMA/
/ND /
/FAl/
/LUR/
/E/<00><00>
/INX/
/ASF/
/TLE/
/RR=/

SEQ 60

Pa?e 40
VAX=11 Bliss=16 V3-555
L .REALJZRCFA (12
11REL
[LAKSHMANA.SUS
DER
SPI®S:

007550
007553
007556
007561
007564
007567
007572
007575
007600
007603
007604
007607
007612
007615
007620
007623
007626
007631
007634
007637
007642
007645
007650
007653
07656
007661
007664
007667
007672
007675
007700
007703
007706
007711
007714
007717
007722
007725
007730
007733
007736
007741
007744

007747
007752
007755
007760
007762
007765
007770
007773
007776
010001
010004
010007
010012
010015

8-Jul=-1983 15:21:53
8-Jul=1983 14:13:00

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFAT
v01.0
040
122
117
1
102
040
122
040
104
000
045
101
124
122
040
126
117
057
103
124
105
040
101
124
117
124
105
124
045
101
124
122
040
126
117
057
103
124
122
105
120

1M1
040
040
115
125
000
045
10
1¢4
122
040
116
117
105
122
040

125
105
107
132
114
105
117
103
105

116
103
116
101
105
122
122
117
000

116
044
114

045
106
105

051
116
044
114
122
105
105

000
045
106
105
055
116
114

122
105
105
120
120
113
040
101
050
122
13
122
m
117

120

113
040
1M
040
101
124
117
124
105
124
000

116
044
114
122
103
124
114
122
117
101

LASCII
LASCI1
.ASCII
LASCII
LASCI]
LASCI1
+ASCI1
LASCII

P.AET:

055
116
114
105
101
105
122
104
120
m
040
040
115
125

P.AEU:

105

101

105
127
124
050
122
131
122
m
117
051
.

045
106
105
055
117
122
114
040
115
116

P.AEV:

.ASCII
LASCII
,ASCII

LASCII
LASCI1
LASCIl
LASCIL
LASCII
LASCI1
LASCI1
JASCI1
JASCII
<ASCI1
LASCI1
+ASCI1
LASCII
+LASCII
LASCII
+ASCII
LASCI1
.ASCII
LASCII
LASCI1
ASCII
LASCI1
+JASCII
+ASCI1
LASCII
<ASCII
LASCII
+LASCI1
JASCII
LASCII
LASCII
LASCI1
CASCIL
.ASCII1
LASCII
.ASCI]
.ASCII
LASCI1
JASCII
+ASCII
LASCII
+ASCII
LASCI1
+ASCII
LASCII
LASCII

/7 UN/
/REC/
/0GN/
/12A/
/BLE/
/ ER/
/ROR/
7/ €O/
/DE/<00>
<00>
/INX/
/ASF/
/TLE/
/RR=/
/7 EN/
/VEL/
/OPE/
<57>/PA/
/CKE/
/T R/
/EAD/
/7 (P/
/ARl/
/TY /
/OR /
/TIM/
/EOU/
/1)/<00>
/INX/
/ASF/
/TLE/
/RR=/
/ EN/
/VEL/
/0QPE/
<57>/PA/
/CKE/
/T W/
/RIT/
/E (/
/PAR/
/1TV/
/ OR/

/7 T1/
/MEO/
/uT)/
<00><00>
/INX/
/ASF/
/TLE/
/RR=/
/ €O/
/NTR/
/0LL/
/ER /
/ROM/
/7 AN/

SEQ 61

Pa?e 41
VAX=11 Bliss=16 V3=-555
SERS .REALJZRCFA (12
[LAKSHMANA . 11REL
SPID:ERSU

010020
010023
010026
010031
010034
010036
010041
010044
010047
010052
010055
010060
010063
010066
010071
010074
010077
010102
010105
010110
010113
010116
010121
010124
010127
010132
010135
010140

010143
010146

010151
010154
010157
010162
010165
010170
010173
010176
010201
010204
010207
010212
010215

010220
010222
010225

010230
010233
010236
010241
010244
010247
010252
010255
010260
010263
010266

8-Jul=1983 15:21:53
8-Jul=-1983 14:13:00

CZRCFAQ RC2S FR END TEST
GLOBAL TEXT SECTION

ZRCFAY
v01.0
104
101
120
M
000
045
101
1264
122
040
116
117
105
122
040
122
13
045
101
124
122
040
116
117
105
122
040
122

13
045
101
124

122
040
116
122
104
120
1M1
040
040
115
125

000
045
101

124
122
040
116
127
124
050
122
131
122
111

040
118§
101
124
000
116
044
114
122
103
1264
114
122
101
120
1M
000
116
044
114
122
103
124
114
122
117
120
1M1

000
116

044
114
122
122
107
105
040
101
124
117
124
105
124

000
116
044

114
122
122
107
122
105
120
m
040
040
115

122
040
122
13N

045

P.AEW:

000
045
106

P.AEX:

000
045

P.AEY:

106
105
055
117
122
114
040
115
101
124

105
055
117
122
114
040
115
101
124

106
105
055
11
040
101
050
122
131
122
11
117
051

045
106
105
055
11
040
m
040
101
1264
117
124
105

P.AEZ:

LASCI1
LASCI1
.ASCI1
LASCII
LASCII
.ASCI]
ASCI1
.ASCI1
.ASCI1
LASCII
.ASCI]1
.ASCI1
ASCI1
ASCI1
ASCI1
LASCII
LASCII
.ASCII
LASCI1
LASCI1
LASCI1
LASCI1
.ASCI1]
LASCII
.ASCI1
LASCII
LASCI1
LASCII

/D R/
/AM /
/PAR/
/1Tv/
<00><00>
/3INX/
/ASF/
/TLE/
/RR~/
7 CO/
/NTR/
/0LL/
V/ER /
/RAMN/
/ PA/
/RIT/
7Y/7<00><00>
/INX/
/ASF/
/TLE/
/RR=/
7/ CO/
/NTR/
/0LL/
V/ER /
/ROM/
/7 PA/
/RIT/

LASCI1
LASCI1
.ASCII1
LASCII
LASCII
LASCII1
ASCII
.ASCII
LASCII
LASCII1
ASCII
LASCI]
LASCIT

/ASF/
/TLE/
/RR-/
7/ R1/
/NG /
/REA/
/D (/
/PAR/
/71Tv/
/ OR/
/7 TI/
/MEO/
/7UT)/

JASCII
.ASCII

JASCII
.ASCII
ASCI1

LASCII
ASCI]I
LASCII
LASCII
LASCII
LASCII
LASCII
LASCI1
LASCII
ASCII
LASCII

/7Y/<00><00>
/INX/

<00><00>
/XINX/
/ASF/
/TLE/
/RR-/
/7 RI/
/NG /
/WRI1/
/TE /
/7(PA/
/RIT/
/Y O/
/R Y/
/IME/

SEQ 62

Pa?e 42
VAX-11 Bliss=16 V3-555
.REALJZRCFA (12
ERS
11REL
.
SUS
[LAKSHMANA
:
DER
SPI

124

010271
010274
010276
010301
010304
010307
010312
010315
010320
010323
010326
010331
010334
010337
010342
010345

117
051
045
11}
124
122
040
124
122
1264
101
105
045
101
124
122

125
000
116
044
114
122
M
105
125
040
123
122
116
046
114
122

010372
010375
010376

125
000
045
101
124
122
040
105
124
1M1
124
130
105
104
045
101
124
122
040
123
101
105
105
117
045
101
124
122
040
101
117
111
103
124
114

124

106
105
055
117
040
103
123
m
117
000

116

045

000
116
044
114
122
102

000
045
106
105
055
125

010350
010353
010356
010361
010364
010367

010401
010404
010407
010412
010415
010420
010423
010426
010431
010434

010437
010442
010445
010450
010453
010456

010461
010464
010467
010472
010475

010500
010503
010506
010511
010514
010517
010522
010525
010530
010533
010536

8=-Jul=1983 15:21:53
8~Jul=1983 14:13:00

CZRCFAO RC2S FR END TEST
GLOBAL TEXT SECTION

ZRCFAN
v01.0

040
123
101
105
040
115

110
124
103
123
124
105

044
114
122
103
104
040
115
040
103
104

040
123
122
122
122

116
044
114
122
104
107
123
103
117
122
114

045
106
105

P.AFA:

LASCI1
JASCII
LASCII
LASCII
JASCII
LASCII

055
116
122
120
115
124

000
045

106
105
055
122
1M
114
1m
105
105
105

115
126
040
122
000

045
106

105
055
11
116
124
040
116
117
105

LASCII
JASCII
.ASCII
LASCI1
LASCII1

P.AFB:

P.AFC:

P.AFD:

P.AFE:

LASCI1
.ASCII

LASCI1
LASCI1
.ASCII
LASCII
LASCI1
LASCII
.ASCI1
ASCII
ASCI1
LASCI1
LASCII
.ASCII
ASCII
.ASCI1
.ASCI1
LASCI1
.ASCII1
ASCI1
LASCI1
JASCII
LASCII
.ASCI1
LASCII
.ASCIl
LASCI1
LASCII
.ASCII
LASCI1
LASCII
LASCI1
ASCI1
.ASCI1
LASCII
.ASCI]
LASCI1
LASCII
.ASCI1
LASCI1I
.ASCI1
LASCI1
LASCII
.ASCII
.ASCI1
LASCI1

/0UT/
7)/7<00>
/3INX/
/ASF/
/TLE/
/RR=/
/7 IN/
/TER/
/RUP/
/T W/
/AST/
/ER/<00>
/INX/
/ASF/
/TLE/
/RR=/

/ WO/
/ST /
/ACC/
/ESS/
/7 T1/
/MEO/
/7UT/<00>
<00>
/3INX/
/ASF/
/TLE/
/RR-/
7/ CR/
/EDI1/
/T L/
/ImMl/
/T E/
/XCE/
/EDE/
/7D/<00><00>
/XNX/
/ASF/
/TLE/
/RR-~/
7/ 8U/
/S W/
/AST/
V/ER /
/ERR/
/O0R/<00>

/XINX/
/ASF/
/TLE/
/RR~/
7 D1/
/AGN/
/0S1/
/1C /
/CON/
/TRO/
/LLE/

SEQ 63

Pa?e 43
VAX=11 Bliss=16 v3-555
.REALJZRCFA (12
ERS
11REL
.
SUS
CLAKSHMANA
:
SPIDER

CZRCFAQO RC2S FR END TEST
GLOBAL TEXT SECTION

IRCFAT
v01.0
010541
010544
010547
010552

010555
010560
010563
010566
010571
010574
010577
010602
010605

010610
010613
010616
010621
010624
010626
010631
010634
010637
010642
010645
010650
010653
010656
010661
010664
010667
010672
010675

010700

122
101
114
122

122
045
101
124
122
040
123
125
1M1

040
117
124
105
124
045
101
124
122
040
126
M
103
116
124
116
104
124
M1

000

010702
010705
010710
010713
010716
010721
010724
010727
010732
010735
010740
010743
010746
010751
010754
010757
010762
010765
010770

045
101
124
122
040
124
122
124
122
105
045
101
124
122
040
1M1
105
116
040

010776

127

010773

011001
011004
011007

8-Jul=1983 15:21:53
8=Jul=1983 14:13:00

101

124
1111
101

040
124
040
122

000
116
044
114
122
M
124
103
117

114
120
M
117
000
116
044
114
122
1M1
101
104
117
105
119
040
105
m
105

LASCII
LASCII
LASCII
.ASCII

106
101
105
117

000
045
106
105
055
116
122
124
116

P.AFF:

117
040
115
125

045
106
105
055
116
114
040
116
103
117
111
116
106
122

P.AFG:

116
044
114
122
111
105
125
040
1M1
000
116
044
114
122
115
116
116
103
122

045
106
105
055
116
122
120
127
124
000
045
106
105
055
101
124
101
105
105

P.AFH:

122

1111

000

104

105
116
114

057
040
126
M

P.AFI:

/R F/
/ATA/
/L €&/
/RRO/

JASCII
LASCI]
LASCII1
JASCII
.ASCII
ASCII
LASCI1
LASCII
LASCII

/R/<00><00>
/XNX/
/ASF/
/TLE/
/RR=~/
/7 IN/
/STR/
/uct/
/ION/

LASCII

<00><00>

LASCII
LASCII
LASCI1
LASCI1
LASCII
.ASCII
ASCI1
ASCII
.ASCII
LASCII
ASCI1
LASCI1
LASCII
LASCII
LASCII
LASCI1
LASCII
LASCI1
LASCI1

.ASCI1
ASCI]1
LASCI1
.ASCI]
LASCII
LASCII1
LASCII1
ASCII
LASCI]1
LASCII
JASCI]
LASCI1
LASCII
LASCI1
LASCI1I
ASCII
LASCI1
LASCI]
LASCI1

LASCII

LASCI1

LASCI1
LASCI1
LASCII

/ LO/
/0P /
/71N
/EOW/
/1/7<00>
/XNX/
/ASF/
/TLE/
/RR=/
7 IN/
/VAL/
/1D /
/CON/
/NEC/
/T10/
/N 1/
/DEN/
/TIF/
/IER/

/2XINX/
/ASF/
/TLE/
/RR=/
/7 IN/
/TER/
/RUP/
/T W/
/RIV/
7E/<00><00>
/ZINY/
/ASF/
/TLE/
/RR=/
/7 mA/
/INT/
/ENA/
/NCE/
/ RE/

/AD/<57>

/MWR1/

/TE /
/INV/
/ALY/

SEQ 64

Pa?e 44
VAX-11 Bliss=16 Vv3=-555
SERS .REALJZRCFA (12
CLAKSHMANA . 11REL
SPID:ERSU

ZRCFA1
v01.0

VAX=-11 Bliss=16 V3=555

SEQ 65
Page &5

SPIDERSUSERS:[LAKSHHANA.1IREL.REALJZRC?A (12

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

—NODWOo<
—=~ARL—-X//////,
& oo///////
E 20w
<D Z0WONgC—~ 21///////
E —HWZ///////
U ML
OO
///////
<//////
///,///
///////

ooA

011260
011263
011266
01127
011274
011277
011302
011305
011310
011313
011316
011321
011324
011327
011332
011335
011340
011343
011346
011350
011353
011356
011361
011364
011367
011372
011375

045
101
124
122
040
107
114
105
120
124
117
1M1
117
101
102
1M
040
122
000
045

011406

122

011400
011403

011411
011414
011417

104
124
122
040
122

057
114
110
104
106
114
105

011422
011425
011430
011433
011436
011441
011444

045
101
124
122
040
120
116

011452
011455
011460
011463
011466
011471
011474
011477
011502
011505
011510
011513

M
105
122
104
122
122
120
111
040
040
115
125

011520
011522
011524

007534°
007604'
007672°

011447

011516

8-Jul=-1983 15:21:53
8=Jul=-1983 14:13:00

CZRCFAQ RC2S FR END TEST
GLOBAL TEXT SECTION

ZRCFAN
v01.0

122

000

116
044
114
122
110
110
105
114
122
117
114
116
115
124
MM
124
105
117
000
116
044
114
122
120
107
120
114

045
106
105
055
M
040
126
040
117
103
040
103
120
111
114
13
122
122

P.AFM:

045
106
105
055
125
105
117
040

P.AFN:

105

040

116
044
114
122
115
120
107
105
123
122
105
040
122
040
101
124
117
124
105
124

045
106
105
055
101
11
040

101
127

101
125
040

000

_ASCI]
ASCI1
LASCI1
LASCII
LASCI1
LASCI1
.ASCI1
LASCI]
LASCI1
LASCI1
LASCI1
LASCI1
.ASCI1
LASCI1
LASCI1
LASCII
.ASC1]
.ASC11
LASCII
_ASCII

LASCI1
LASCI1
.ASCII
LASCI1
.ASCI1

LASCII

122
101

LASCII
LASCI1
LASCII

1M1
122
000

LASCI1
LASCI]
JASCII

LASCI1

P.AFO:

107

.A5SCI1
LASCI1
LASCII
.ASCI1
LASCII
LASCI1
LASCII
LASCI1

ASCI1
LASCI]
.ASCI1
LASCII
.ASCII
ASCII
LASCI1
LASCIL
LASCII
LASCII
LASCI1
LASCIT

124
040
101
105
117
050
122
131
122
11
117
051
P.AER:

LASCIT
.WORD
.WORD
.WORD

/3INX/
/ASF/
/TLE/
/RR=/
/ W1/
/GH /
/LEV/
/EL /
/PRO/
/T0C/
/0L /
/INC/
/0MP/
/ATl/
/BIL/
/1Tv/
/ ER/
/ROR/
<00><00>
/INX/
/ASF/
/TLE/
/RR=/
7 PW/
/RGE/
<57>/P0/
/LL /
/HAR/
/DwA/

/RE /

/FAl/
/LUR/
/B /<00>
/INX/
/ASF/
/TLE/
/RR=/
/7 MA/
/PPl/
/NG /
/REG/
/1ST/
ZER /
/REA/

/D E/
/RRO/
/R (/
/PAR/
/1Tv/
/ OR/
/7 T1/
/MEO/
/7uT)/

<00><00>

P.AES
P.AET
P.AEU

SEQ 66

Pa?e 46
VAX=11 Bliss=16 v3=555
SERS .REALJZRCFA (12
CLAKSHMANA . 11REL
SPID:ERSU

011526
011530
011532
011536
011536
011540
011542
011544
011546
011550
011552
011554

007762°
010036°
010102°'
010146°
010222°
010276
010334°
010376°
010442°
010500°
010560°*
010626°

011576

045

011601
011604
011607
011612
011615
011620
011623

011626
011631
011634
011637
011642
011644
011647
011652
011655
011660
011663
011666
011671
011674
011677
011702
011705
011710
011713
011716
011720
011723
011726
011731
011734
011737
011742
011745
011750

8-Jul-1983 14:13:00

GLOBAL TEXT SECTION

v01.0

011556
011560
011562
011564
011566
011570
011572
011574

8-Jul=-1983 15:21:53

CZRCFAQ RC25 FR END TEST

IRCFA1

010702°
010740°'
011036
011136°
011216’
011260°*
011350°'
011422

101
124
122
040
123
116
040

101
123
122
122
123
045
101
124
122
040
120
126
117
123
126
105
101
040
1

104
045
101
124

122
040

122
103
124
114

116

045

124
040
122
072
000
116
044
114
122
123
105
1m
122
105
m
040
114
106
114

125
105
117
045

044
114
122
122
120
123
123

000
116
044
114

122
120

124
117
122
114

106
105
055
105
117
105
124

P.AFQ:

045
106

P.AFR:

045
106
105

P.AFS:

105
055
125
122
123
040
122
103
103
114
101
105

055
117

057
116

117
105

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

P.AEV
P.AEW
P.AEX
P.AEY
P.AEZ
P.AFA
P.AFB
P.AF(
P.AFD
P.AFE
P.AFF
P.AFG

.ASCII

/XN¥/

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

LASCII
LASCII
.ASCI1
.ASCII
LASCII
.ASCI1
LASCII

LASCII
ASCII
ASCI1
LASCII
.ASCI1
,ASCII
LASCI1
LASCII
.ASCI1
LASCI1
.ASCII
LASCI1
LASCII1
.ASCII
LASCI1
.ASCII
LASCII
LASCII
LASCI1
LASCII
.ASCII
+ASCII
LASCII
.ASCI1
LASCII
LASCII
.ASCII
.ASCII
LASCI1

P.AFH
P.AFl
P.AFJ
P.AFK
P.AFL
P.AFM
P.AFN
P.AFO

/ASF/
/TLE/
/RR=/
/ RE/
/SPO/
/NSE/
7/ ST/
/ATU/
/S E/
/RRO/
/R:%/
/S5/<00>
/INX/
/ASF/
/TLE/
/RR=/
/ SU/
/PER/
/VI1S/
/OR /
/SER/
/VIC/
/E C/
/ALL/
/ FA/
/ILE/

/D/<00>
/INX/
/ASF/
/TLE/

/RR=/
/ PO/
/RT/<57>
/CON/
/TRO/
/LLE/

VAX-11 Bliss=16 V3=555

SEQ 67

Pa?e 4«7

. 11RELERS .REALJZRCFA (12
SUS
: CLAKSHMANA
SPIDER

040
115
125
105
117

011753
011756
011761
011764
011767

000

011772

011774
011777
012002
012005
012010
012013
012016
012021
012024
012027
012032
012035
012040
012043
012044
012046
012050
012052
012054
012057
012062
012065
012070
012073
012076
012101
012104
012107
012112
012115
012120
012123
012126
012131
012134
012137
012142
012145
012150
012153
012156
012161
012164
012167
012172
012175

012200
012202
012205
012210

012213

8-Jul=1983 15:21:53
8=Jul=1983 14:13:00

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFAT
v01.0

113
127
122
125
040
101
123
117
000
011576
011644°
011720°
0117

057

m
040
122
040
040
124
122

103
101
125
106

000
045
101
124
122

116
044
114
122
125
116
116
105
122
123
124
040
104

124
105
124
122
122
045
106
105
055
116
117
040
124
116
124
125
103
105

P.AFT:

P.AFP:

116
044
114
122
126
040
101
127
124
105
117
117
11
105
125
000
116
044
114
122
111
117
m
105
131
124
056
111

000
116
044
114

122

045
106
105
055
101
122
104
122
105
122
122
116
116
122
120
000
045
106
105
055
116

P.AFV:

P.AFW:

116
123
116
040

040
102
114

045
106
105
055

P.AFX:

LASCI1
LASCI1
LASCII
.ASCI1
.ASCI1

/R T/
/IME/
/0UT/
/ ER/
/ROR/

_ASCII
LASCI1
LASCII
.ASCII
LASCII
.ASCII
LASCII
LASCII
CASCII
JLASCII
LASCI1
LASCIT
LASCI1
LASCII
.WORD
.WORD
.WORD
.WORD
_ASCII
LASCI1
.ASCII
.ASCII
LASCII
.ASCII
.ASCI1
LASCII
LASCII
.ASCI1
JLASCII
LASCII
LASCI1
.ASCI1
LASCII
ASCII
.ASCII
+ASCI1
LASCII
JASCII
LASCI1
LASCII
.ASCI1
LASCII
JASCIT
LASCII
.ASCI1
LASCII

/XNX/
/ASF/
/TLE/
/RR=/
/ UN/
/KNO/
/WN /
/RET/
/URN/
7/ ST/
/ATU/
/S C/
/0DE/
<00>
P.AFQ
P.AFR
P.AFS
P.AFT
/INY/
/ASF/
/TLE/
/RR=/
/ VA/
/X R/
/EAD/
<57>/WR/
/ITE/
/ ER/
/ROR/
/ ON/
/_IN/
/TER/
/RUP/
/1/<00><00>
/XNX/
/ASF/
/TLE/
/RR=/
/ IN/
/CON/
/S1S/
/TEN/
/CY /
/AT /
/U.B/
/FIL/

LASCII

LASCII
.ASCII
LASCII
LASCII

JASCII

<00><00>

<00><00>
/XINX/
/ASF/
/TLE/
/RR~/

SEQ 68

Pa?e 4
VAX-11 Bliss=16 V3=555
.REALJZRCFA (12
ERS
11REL
.
SUS
LLAKSHMANA
:
SPIDER

012216
012221
012226
012227
012232
012235
012260
012263
012246
012250
012253
012256
012261
012264
012267
012272
012275
012300
012303
012306
012311

040
103
123
12
103
101
125
115
000
045
101
1264
122
040
103
123
12&
103
101
125
1%

111
117
111
105
131
124
056
124
000
116
04
114
122
311
117
1M1
105
131
124
056
117

012321
012324
012327
012332
012335
01230
0123%3
01236
012351
012356
012357
012362
012365
012370
0123723
01376
012401
012602
012605
012610
012413
012416
012621
012626
012627
012¢32
012635
012660
012643
012646
012651
01245
012457
012662

101
1264
122
040
103
123
1264
103
1001
123
126
105
122
050
120
105
000
045
101
1264
122
040
103
123
124
103
101
123
126
105
122
050
122
105

04
114
122
111
117
1m1
105
131
124
105
117
116
131
120
040
124

012314
012316

8-Jul-1983 15:21:53
8-Jul-1983 14:13:00

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

ZRCFAT
v01.0

000
045

000
116

116
C4é
114
122
111
117
111
105
131
124
105
117
116
131
105
040
124

116
16
123
118
040
040
102
131

045
106
105
055
116
116
123
116
040
040
101
103

045
106
105

P.AFY:

P.AFZ:

055
116
116

123
118
040
040
122
040
12
040
111
123
051
045
106
105
055
116
116
123
116
040
040
122
040
124
040
122
123
051

P.AGA:

ASCIT
"ASCII
"ASCII
ASCIT
TASCIT
CASCII
"ASCIT
TASCIT
TASCII
.ASCII
TASCII
"ASCII
"ASCII
"ASCIT
"ASCII
TASCIT
TASCIT
CASCIT
"ASCII
TASCIT
CASCII

7 IN/
/CON/
/SIS/
/TEN/
7CY /
/AT /
7.8/
/Miv/
<00><00>
/INX/
/ASF/
/TLE/
/RR=/
7 IN/
/CON/
/SIS/
/TEN/
/CY /
/AT /
/U.A/
/L0C/

"ASCII
"ASCII
"ASCII
TASCIT
"ASCII
CASCIT
"ASCII
TASCIT
"ASCII
"ASCI1
ASCIT
"ASCII
CASCII
"ASCII
"ASCIT
"ASCIT
"ASCII
.ASCII
"ASCII
"ASCII
"ASCII
ASCIT
"ASCIT
TASCII
"ASCII
TASCIT
"ASCI]
"ASCII
"ASCIT
"ASCII
"ASCII
"ASCII
"ASCII
TASCIT

/ASF/
/TLE/
/RR=/
7 IN/
/CON/
7818/
/TEN/
7CY /
/AT /
/SER/
/V0 /
/ENT/
/RY /
7(P1/
/P S/
/ET)/
<00>
/INX/
/ASF/
/TLE/
/RR=/
7/ IN/
/CON/
/S1S/
/TEN/
7CY /
/AT /
/SER/
/VO /
/ENT/
/RY /
/(ER/
/R S/
/ETV/

"ASCIT
.ASCII

<00><00>
/INY/

SEQ 69

Page 49
VAX=11 Bliss=16 V3-555
SPIDERSUSERS: [LAKSHMANA,11REL.REALIZRCFA (12

012465
012466
012471
012474
012477
012502

000
045
101
124
122
040

012532
012534

000
045

012600
012602
012605

000
045
101

012505
012510
012513
012516
012521
012524
012527

012537
012542
012545
012550
012553
012556
012561
012564
012567
012572
012575

012610
012613
012616
012621
012624
012627
012632
012635
012640
012643

012646
012650
012653
012656

012661
012664
012667
012672
012675
012700
012703
012706
012711

012714
012716
012721
012724

012727

8-Jul=1983 15:21:53
8=Jul=-1983 14:13:00

CZRCFAQO RC2S FR END TEST
GLOBAL TEXT SECTION

IRCFAY
v01.0

103
123
124
103
101
125
105

101
124
122
040
103
123
124
103
101
125
105

124
122
040
103
123
124
103
101
125
124

000
045
101
124

122
040
103
123
124
103
101
125
116
000
045
101
124
122

116
044
114
122
1M
117
111
105
13
124
056
116
000
116
044
114
122
1M1
117
1M
105
13
124
056
103
000
116
044
114
122
1M
117
"M
105
13
124
056
124
000
116
044
114
122
11
117
m
105
131
124
056
114
000
116
044
114
122

045
106
105
055
116

P.AGB:

045
106
105
055
116
116
123
116
040
040
122
126

P.AGC:

045
106
105
055
116
116
123
116
040
040
101
116

P.AGD:

045
106
105
055
116
116
123
116
040
040
117
116

P.AGE:

045
106
105

P.AGF:

LASCII
.ASCII
ASCI1
LASCII
LASCI]
LASCI1

<00>
/INX/
/ASF/
/TLE/
/RR=/
/7 IN/

LASCII
.ASCII

<00><00>
/INX/

LASCI1
LASCI1
LASCI1
LASCII
ASCI1
LASCI1
LASCI1

116
123
116
040
040
123
104

055

LASCI1
LASCII
LASCI1
LASCII
LASCI]
LASCII
JASCI1
LASCI1
LASCI1
LASCI1
LASCI1

LASCI1
.ASCII
ASCII

LASCII
.ASCIl1
LASCII
LASCII
LASCII
LASCII
.ASCI1
LASCII
LASCII
LASCII

LASCII
.ASCI!l
LASCI1
LASCII

LASCII
ASCI1
LASCI1
LASCII
LASCI1
LASCII
LASCII
LASCII
LASCII
JASCII
LASCI1
LASCIL
LASCII
LASCII

/CON/
/S1S/
/TEN/
/CY /
/AT /
/U.8/
/END/

/ASF/
/TLE/
/RR=/
/7 IN/
/CON/
/S1S/
/TEN/
/CY /
/AT /
/U.R/
/ECV/

<00><00>
/INX/
/ASF/
/TLE/
/RR-/
/7 IN/
/CON/
/S1S/
/TEN/
/CYy /
/AT /
/U.A/
/TIN/

<00><00>
/XNX/
/ASF/
/TLE/
/RR-/
7 IN/
/7CON/
/S1S/
/TEN/
/CY /
/AT /
/7U.0/
/NLN/

<00><00>
/INX/
/ASF/
/TLE/
/RR~/

SEQ 70

Pa?e 50
VAX=-11 Bliss=16 v3=555
. 11RELERS .REALJZRCFA (12
SUS
: LLAKSHMANA
SPIDER

8-Jul-1983 15:21:53
8-Jul=1983 14:13:00

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFAY
v01.0
012732
012735
012740
012743
012746
012751
012754
012757
012762
012765
012766
0127
012774
012777
013002
013005
013010
013013
013016
013021
013024
013027
013032
013035
013036
013041
013044
013047
013052
013055
013060
013063

040
114
101
104
105
105
040
056
122
000
045
101
124
122
040
116
055
123
105
117
101
120
124
000
045
101
124
122
040
104
101
105

m
105
114
040
121
123
050
121
121

114
107
040
122
125
124
125
104
051

116
044
114
122
106
103

045
106
105
055
105
105

P.AGG:

116

045

P.AGH:

013071
013074
013077
013102
013105
013110

125
105
101
125
17
000

105

105
104
126
056
116
000

121

125
040
040
104
105

013115
013120
013123
013126
013131
013134
013137
013142
013145
013150
013153

101
124
122
040
105
114
116
040
120
103
125

044
114
122
125
130
101
105
104
122
040
123

106
105
055
116
120
m
104
055
17
123
120

13066

013112

013156
013161
013164
013167
013172
013175

104

045

105
m
040
056
104
000

120
124
122
122
124
122
101

044
114
122
102
040
103
124

116

116
117
050
056
123

117
040
122
040
040
117
102

106
105
055
101
120
113
040

045

123
116
125
124
051

LASCIL
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII
ASCII
LASCII
.ASCII
LASCI1
ASCII
.ASCI1
LASCI1
.ASCI1
.ASCI1
ASCII
.ASCII
.ASCI1
LASCII
.ASCII
LASCII
ASCII
.ASCII
ASCII
LASCII
.ASCI1
ASCI1
.ASCI1
LASCI1
LASCII

/7 IL/
/LEG/
/AL /
/D R/
/EQU/
/EST/
/7 U/
/.QD/
/RQ)/
<00>
/INX/
/ASF/
/TLE/
/RR=/
/ FE/
/NCE/
/-PO/
/ST /
/ERR/
/OR /
/AT /
/PRO/
/TAB/
<00>
/INY/
/ASF/
/TLE/
/RR=/
/ BA/
/D P/
/ACK/
/ET /

-ASCI1
ASCII
LASCI1
LASCII
LASCII
.ASCII

/UEW/
/ED /
/AT /
/U.D/
/ONE/
<00><00>

.ASCI1

P.AGI:

.ASCII

LASCIL
LASCII
.ASCI!
LASCII
ASCI1
LASCII
LASCI1
LASCII
+ASCI1
LASCILI
.ASCI1

.ASCI1
.ASCII
LASCIL
LASCIL
LASCI1
LASCIT

/DEQ/

/XNX/

/ASF/
/TLE/
/RR=/
/7 UN/
/EXP/
/LAl/
/NED/
7/ D=/
/PRO/
/C S/
/USP/

/ENS/
/ION/
/7 (W
/..1/
/DS)/
<00>

SEQ 71

Pa?e 51
VAX=11 Bliss=16 V3-555
SERS .REALJZRCFA (12
[LAKSHMANA. 11REL
SPID:ERSU

013176

01320
013204
013207
013212
013215
013220
013223
013226
013231
013234
013237
013242
013245

013250
013253
013256

013261
013264
013267
013272
013275
013300
013303
013306
013311
013314
013317

013322
013324

013327
013332
013335
013340
013343
013346
013351
013354
013357
013362
013365

013370
013372

013375
013400
013403
013406
013411
013414
013417
013422
013425
013430
013433

013436
013440
013443

8-Jul=1983 15:21:53
8-Jul=-1983 14:13:00

CZRCFAQ RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFAT
v01.0
045

101
124
122
040
120
101
105
104
040
m
104
130
040

057
051
045
101

124
122
040
103
123
124
103
101
125
124

116

045

063
000
116
044

065
000
045

044
114
122
104
040
103
126
055
106
114
040
106
063

114
122
m
117
1
105
131
124
056
123

000
045

000
116

000
045

000
116

101
124
122
040
103
123
124
103
101
125
105

101
124
122
040
103
123
124
103
101
125
113

000
045
101

044
114
122
m
117
m
105
131
124
056
113

044
114
122
m
117
m
105
131
124
056
123

000
116
044

106
105
055
125
120
113
040
121
101
105
050
103
064

106
105
055
116
116
123
116
040
040
110
124

045

106
105
055
116
116
123
116
040
040
123
117

045

106
105
055
116
116
123
116
040
040
103
126

045
106

P.AGJ:

P.AGK:

.ASCII

/INY/

LASCII
LASCII
.ASCII
LASCII

<57>/35/
/)/<00><00>
/XNX/

LASCI1
LASCII
.ASCI1
LASCII
LASCIL
.ASCII
LASCILI
+LASCI1
LASCII
LASCII
LASCII
JASCIY
ASCI1

/ASF/
/TLE/
/RR=/
/7 DU/
/P P/
/ACK/
/ET /
/D=Q/
/7 FA/
/ILE/
/D (/
/XFC/
/7 34/

LASCI1
.ASCI1
LASCII
LASCII1
LASCII
LASCI1
LASCILI
LASCII
JASCII
LASCII

/ASE/
/TLE/
/RR-/
/ IN/
/CON/
/S1S/
/TEN/
/CY /
/AT /
/U.H/
/TST/

LASCI]
LASCII
LASCI1
JASCII
+ASCII
LASCII
LASCII
JASCIL
LASCII
LASCII
LASCII

/ASF/
/TLE/
/RR=/
7/ IN/
/CON/
/S1S/
/TEN/
/CY /
/AT /
/U.S/
/EKO/

P.AGL:

LASCII
.ASCII

P.AGM:

LASCII
,ASCII

P.AGN:

LASCII
.ASCII

LASCII
LASCII
LASCI1
LASCI1
ASCI1
LASCII
LASCI1
LASCIL
LASCII
JLASCII
LASCII

LASCII

<00><00>
/INX/

<00><00>
/INX/
/ASF/
/TLE/
/RR=/
/ IN/
/CON/
/S1S/
/TEN/
/CY /
/AT /
/U.C/
/KSV/

<00><00>
/INX/
/ASF/

SEQ 72

Pa?e 52
VAX=-11 Bliss=-16 v3-555
. 11RELERS .REALJZRCFA (12
SUS
: CLAKSHMANA
SPIDER

o
"

b b b b b e b b b md ad () b = b O ) b b b b wid b wed wmd b b O =D
BrOVMNNO B N =SB
WNSROOS WO S 200 VINESDO

b wd )

b ad ) b amd () D) —d

b b b

wd b b

O=2 QO == O

V=2 S NOWO
NS VWO AQWS 2NN

SONOMWVINON W

=SNONIWO /OO0 HONHOONNONO &~ - —SNOOS

b b o

=& 2 NOSSNNINOO=S 2 NIN=S =
O OOOOO=O=N

- O

-t ed d ) e

b ) d e wnd

b =D O =D =D

013446

b amd

013451

P.AGO:

P.AGP:

P.AGQ:

P.AGR:

Sumg Sumg Bog

>>
VLuunnununmuvunumnunumnmnunmm w
EIIIOICIIOIMICICIOIOICIOICIOYNOYO alalalalalsl
g Gumg Sumg Bumg Gunp S

VWO NS S NOOWMWWNMION VIO SOV 00N O

b = b d = d b OO =

OO0 O=O=uOWVIVNIOOHNCON=O
=200wwno
[V V)

-t e ) b ed wed =d B DOt B O

—d b and b b b cnd b b b wmd (2 = O b wd d = O =2 O

ON=O==ONON
B
-o=K
ROV OOWSNSSOONN,O

NNOHFOCOHO—=O
=0 =ENIN)
NSO
bk
O =
B NO=SNNOSMNLVINOS =DOMN=DBNINO
S NENOMNS
& =W ONS
S =2NO NN HOWOWOMN
QOO
2NV W=O =2ONNWON

ZRCFAY
v01.0

CZRCFAO RC25 FR END TEST

GLOBAL TEXT SECTION
/TLE/
/RR=/
/ D./
/0PC/
/D £/
/0UN/
/D 1/
/LLE/
/GAL/
/ OP/
/7C0D/

/E/<00><00>

/INX/
/ASF/
/TLE/
/RR=/
/ D./
/CSF/
/ FO/
/UND/
/ IL/
/LEG/
/AL /
/0PC/
/0DE/
<00>
/INX/
/ASF/
/TLE/
/RR=/
/ UN/
/KNO/
/WN /
/BAD/
/ DR/
/1VE/
/ St/
/ATY/
/S A/
/T D/
/.0S/

/15/<00>

/INX/

/ASF/
/TLE/
/RR=/
/ IL/
/LEG/
/AL /
/XFC/
/ EX/
/ECY/
/TED/
/ BY/
/ DM/
<00>
/ANY/

oW
[=1V|

N—

&Ssw

hodod
oD 0o
W

8-Jul~8-Jul-

VAX=11 Bliss=16 V3=555

.REAL ]
ERS
NA. 11REL
SUS
: CLAKSHMA
SPIDER

ReFA (12

SEQ 73
53

/ASF/
/TLE/
/RR=/
/D /
/P1C/
/KED/
/ UP/
/ A/
/ZER/
/0 S/
/(B./
/DB/<00>
<00>
/INX/
/ASF/
/TLE/
/RR=/
/7 IN/

104

LASCII
LASCII
.ASCII
LASCII
JASCII
LASCII
LASCII
LASCII
LASCI1
.ASCI1
.ASCII
.ASCII
LASCII
.ASCII
LASCII
LASCII
LASCI1
LASCII
LASCI1
LASCI1
LASCII
LASCII
LASCI1
JASCII
LASCII
LASCII
LASCI1
.ASCII
+LASCI1
LASCII
.ASCI1
LASCII
LASCII
.ASCI1
LASCII
LASCII
+ASCII
LASCII
JASCII
LASCII
LASCII

116
122
126

LASCII
LASCII
LASCII

/SEN/
/D/<57>/R/
/ECV/

044
114
122
104
m
105
125
101
105
040
102
102

106
105
055
040
103
104
120
040
122
123
056
000

116
044
114
122
m

045
106
105
055
116

014103

10
124
122
040
120
113
040
040
132
17
103
104
000
045
101
1264
122
040
103
123
124
103
101
104
104
040
117
045
101
124
122
040
040
122
103
116
105
117
117
110
124

120
116
044
114
122
104
127
104
117
124
122
122
116
117

000
045
106
105
055
115
117
040
125
040
122
040
040
123

014111
014114
014117

123
104
105

105
057
103

101
124
122
040
113
127
104
120
131
101

044
114
122
125
116
116
m
114
040
125

013715
013720
013723
013726
013731
013734
013737
013742
013745
013750
013753
013756
013761
013762
013765
013770
013773
013776

014001
014004
014007
014012
014015
014020
014023
014026

014031
014034
014037
014042
014045
014050
014053
014056
014061
014064
014067
014072
014075
014100

014106

0164122
014124

014127
014132
014135
014140
014143
014146
014151
014154
014157
014162

8=Jul=1983 15:21:53
8-Jul=1983 14:13:00

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFAY
v01.0

115

000
045

117
m
105
13
124
040
114
114

040

101

000
116

P.AGS:

116
123
116
040
040
m
105
117

P.AGT:

057

045
106
105
055

116

117
040
123
101
106

114

P.AGU:

/CON/
/S1S/
/TEN/
/CY /
/AT /
/D 1/
/DLE/
/7 LO/

/0P/<00>
/INX/
/ASF/
/TLE/
/RR=/
/ DM/
/ WO/
/RD /
/COU/
/NT /
/ERR/
/OR /
/ON /
/HOS/
/T D/

LASCII

/MA/<S57>

LASCII
.ASCII

<00><00>
/XNX/

LASCI1
JLASCII
.ASCII
LASCII
.ASCII
LASCI1
LASCIT
LASCII
LASCII
LASCII

/ASF/
/TLE/
/RR=/
/ UN/
/KNO/
/WN /
/D1S/
/PLA/
/Y F/
/AUL/

SEQ 74

Pa?e 54
VAX-11 Bliss=16 V3-555
. 11RELERS .REALJZRCFA (12
SUS
: CLAKSHMANA
SPIDER

0146165
014170
014173
0146176
014201
014204
014206
014211
014214
014217
014222
014225
014230
014233
014236
014241
014244
014247
014252
014255
014260
014263
014266
014271
0146274
014277
014302
014305
014310
014313
014316
014321
014324
014327
014332
014335
014340
014342
014345
014350
014353
014356

014361
014364
014367
014372
014375
014400
014403
014406
014411

014414
014416
014421
014424

014427
014432

8-Jul=1983 15:21:53
8-Jul=1983 14:13:00

CZRCFAQ RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFAY
v01.0
124
117
040
040
104
124
045
101
124
122
040
m
040
124
101
124
107
116
056
114
123
124
045
101
124
122
040
120
105
125
104
107
123
103
106
114
000
045
101
124
122

040
104
101
104
106
000
116
044
114
122
104
126
116
040
125
m
040
040
117
116
126
105
116
044
114
122
125
117
122
120
111
116
124
123
101
105
000
116
044
114
122

103
105
124
056
114

120
105
125
104
107
123
103
106
114

117
122
120
m
116
124
123
101
105

127
040
040
101
117
m
040
M
104

040

000
045
101
124

122
040

104

000
116
044
114

122
101

045
106
105
055

P.AGV:

122
105
117
106
114
116
M
120
106
040
101

000
045
106

P.AGW:

105
055
040
127
040
040
101
117
111
040
m
104

045
106
105
055

P.AGX:

/T C/
/ODE/
/ AT/
/7 D./
/DFL/
/7/<00>
/XNX/
/ASF/
/TLE/
/RR=/
/ DR/
/71vE/
/ N’/
/T F/
/AUL/
/TIN/
/G 1/
/N P/
/.OF/
/LN /
/STA/
/TE/<00>
/XN¥/
/ASF/
/TLE/
/RR-/
/7 U/
/POW/
/ER /
/UP /
/DIA/
/GNO/
/ST1/
/CS /
/FAL/
/LED/
<00><00>
/XN%/
/ASF/
/TLE/
/RR=/

LASCII
JASCII
LASCI1
LASCII
+ASCI11
LASCII
LASCII
.ASCI]
LASCII

/POW/
/ER /
/UP /
/DJA/
/GNO/
/ST1/
/€S /
/FAl/
/LED/

LASCI1
LASCIT

/RR=/
/7 AD/

LASCI1

040

045
106
105
055
104

LASCII
.ASCII
LASCII1
LASCII
LASCII
LASCII
.ASCII
LASCI1
CASCI1
LASCII
+ASCII
JASCIL
LASCII
JLASCIL
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCI1
LASCI1
.ASCII
LASCI1
LASCII
.ASCI1
LASCII
LASCI1
.ASCI1
LASCII
LASCII
LASCII
LASCI1
LASCI1
LASCII
LASCII
LASCII
LASCII
LASCI1
LASCI1
LASCII1

P.AGY:

LASCI1
.ASCII
LASCI1
CLASCII

/ D/

<00><00>
/INX/
/ASF/
/TLE/

SEQ 75

Pa?e 55
VAX=11 Bliss=16 V3-555
. 11RELERS .REALJZRCFA (12
SUS
: [LAKSHMANA
SPIDER

014435
014440
014443
014446
014451
014454
014457
014460
014463
014466
014471
014474
014477
014502

101
105
103
104
101
125
000
045
101
124
122
040
056
122

014513
014516
014521

125
045
101

014576
014601
014602
014605
014610
014613
014616
014621
014624
014627
014632
014635
014640
014643
014646
014651
014654
014657
014660
014663
014666
014671
014674
014677

103
000
045
101
124
122
040
113
127
127
124
040
101
116
124
056
103
000
045
101
124
122
040
101

014505
014510

014524
014527
014532
014535
014540
014543
014546
014551
014554
014557
014562
014565
014570
014573

8-Jul=1983 15:21:53
8-Jul-1983 14:13:00

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

ZRCFAY
v01.0

m
104

124
122
040
123
104
056
103
122
107
105
040
103
123
124

120
122
101
040
m
122

124
040
122
106
114
105

116
044
114
122
105
124
040

045
106
105
055
103
115
124

115
040
124
116
044
114
122
125
105
057
122
126
m
040
101
m
117
11
105
131

P.AGZ:

105
117

000
045
106

P.AHA:

105
055
056
116
125
105
040
116
122
104
116
116
123
116
000

116
044
114
122
125
116
116
101
122
122
123
040
040
122
124

045
106
105
055
116
117
040
m
126
105
117
101
104
126
000

P.AHB:

116
044
114
122
104
122

045
106
105
055
056
103

P.AHC:

LASCI1
LASCI1
.ASCI1
LASCII
LASCI1
.ASCII
LASCI1
.ASCII
LASCI1
CLASCII
LASCII
LASCII
LASCII
LASCII

LASCI1
LASCI1
LASCII
.ASCII
LASCI1
LASCII
.ASCI1
LASCII
LASCII
LASCII
LASCII
LASCII
+LASCI1I
LASCII
LASCII
LASCII
.ASCI1
LASCI1
LASCII
LASCII
LASCII
.ASCI1
LASCI1
LASCII
+ASCII
.ASCI1
.ASCII
LASCII
LASCII
LASCII
.ASCI1
LASCII
LASCI1
LASCIT
LASCII
LASCII
LASCIT
.ASCII
LASCI1
LASCII
.ASCII
LASCII
.ASCI1

/APT/
/ER /
/CAR/
/D F/
/AIL/
/URE/
<00>
/XNY/
/ASF/
/TLE/
/RR=/
7/ EC/
/.TM/
/R T/

/IME/
/D 0/
/UT/<00>
/XNX/
/ASF/
/TLE/
/RR-/
7/ U./
/SEN/
/D/<57>/y/
/.RE/
/CV /
/RIN/
/G R/
/EAD/
/7 IN/
/CON/
/S1S/
/TEN/
/CY/<00>
<00>
/XNX/
/ASF/
/TLE/
/RR=/
/ UN/
/KNO/
/uWN /
/WAl/
/TRV/
/ RE/
/ASO/
/N A/
/T D/
/.RV/
/CT/<00>
<00>
/INX/
/ASF/
/TLE/
/RR=/
/7 D./
/ARC/

SEQ 76

Pa?e 56
VAX-11 Bliss=16 V3=555
.REALJZRCFA (12
ERS
. 11REL
SUS
: [LAKSHMANA
SPIDER

né

014702
014705
014710
014713
0164716
014721
014724
014727
014732
014735
014740
014743
014746

014751
014754
014757
014762
014765
014770
014773
014776
015001
015004
015007
015012
015015
015020

015023
015026

015031
015034
015037
015042
015045
015050
015053
015056
015061
015064
015067
015072
015075
015100

015103
015106
015111

015114
015117
015122

015125
015130
015133
015136
015141
015144
015147
015152

8-Jul=-1983 15:21:53
8-Jul-1983 14:13:00

CZRCFAQ RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFA1
v01.0
123
m
116
040
116
103
123
126
116
116
132
105
045
101
124
122
040
123
113
117
104
105
040
040
114
101
124
103

040
104
117
106
104
114
105
040
104
105
117
000
116

101
124
122
040
110
124
116
040
101
104
040
111
040
m

044
114
122
125
124
040
11
104
107
115
127
124
106
114

045

104
045
101

124
122
040

110
124
116
040
101
104
040
115

044
114
122
125
105
040
125
040
105
124
m
105
114
122

113
116

000
116
044

114
122
125

124
040
m
104
107
115
103
120

104
040
124
1M1
040
117
123
125
117
040
116
000
045
106
105
055
056
105
106
116
123
113
117
114
107
040
101
000

045

106
105
055
056
123
m
124
1M1
040
101
122
105
101
105

000
045
106

105
055
056
123
11
124
m
040
101
117
101

P.AHD:

LASCI1
LASCII
.ASCII1
LASCII
LASCII1
LASCII
.ASCI1
LASCII
LASCII
.ASCII
LASCII
LASCI1
.ASCII

/S D/
/1D /
/NOT/
/ F1/
/ND /
/CLO/
/SES/
/T U/
/NDO/
/NE /
/ION/
/E/<00><00>
/INX/

P.AHE:

LASCI1
.ASCII

/XINX/

P.AHF:

LASCII
.ASCII
LASCII

CLASCII
LASCII
.ASCI1
LASCII
LASCII
LASCI1
LASCII
LASCI1
LASCI1
LASCII
LASCII
LASCII
JASCII
LASCII

LASCII
LASCII
LASCII
LASCII
JASCII
LASCIL
LASCII
LASCII
LASCII
.ASCII
LASCII
LASCII
LASCII
LASCII

LASCII
JASCII
LASCIL

LASCII
JASCID
LASCII
.ASCII
CLASCII
LASCII
LASCI1
LASCII

/ASF/
/TLE/
/RR=/
/7 U./
/SEE/
/K F/
/OUN/
/D S/
/EEK/
7/ T0/
/ IL/
/LEG/
/AL /
/TRA/
/(CK/<00>

/ASF/
/TLE/
/RR=/
/ U./
/HTS/
/T 1/
/NIT/
/ D1/
/AG /
/DMA/
/ WR/
/ITE/
7/ FA/
/ILE/
/D/<00><00>

/XNX/

/ASF/
/TLE/
/RR=/
/7 U./

/HTS/
/T 1/
/NIT/
/ DI/
/AG /
/DMA/
/7 CO/
/MPA/

SEQ 77

Page 57
VAX=11 Bliss=16 V3=555
. 11RELERS .REALJZRCFA (12
SUS
: LLAKSHMANA
SPIDER

CZRCFAO RC25 FR END TEST

IRCFA1
v01.0

b and € b b b b ) b
ONn SNON=NVDO
SO WWONSO
S

123

P.AHH:

015400

.ASCI
P.AFU:
-

OWWVNOMNIN—=00
N S NWNWN—=N

—b
- O
QOHNH
Vit

040

alalalalalsl e lalalatlalalalalatlalzlalalalalalalslalslnlslalnl

P.AHG:

>DP>>>> PO
X
L X T T X X
X
XY X Y XY XY X XV XV X T X7 X7u 2 Ta L a4
wnununnumn 7 X R X

GLOBAL TEXT SECTION

NONO =N

015155
015160
015163
015166
015170
015173
015176
015201
015204
015207
015212
015215
015220
015223
015226
015231
015234
015237
015242
015245
015250
015253
015256

SEQ 78
58
Pa?e
V3-555
16
Bliss
VAX=11
. REAL JZRCFA (12
11RELRS
RSUSE
: LLAKSHMANA.
SPIDE

/LED/

<00><00>
/ANX/
/ASF/
/TLE/
/RR=/
/ V./

/8YD/
/R F/

/0UN/
/L S/
/5.0/
/ER /
/SET/
/ AN/
/D S/
/8.5/
/PN /
/NOT/
/ SE/

/1/<00>
/INX/
/ASF/
/TLE/
/RR=/
/ MA/

/STE/
/R D/
/R1V/

/ES /
/ACL/
/0 A/
/SSE/
/RTE/

/D/<00><00>

P.AFV
P.AFW
P.AFX
P.AFY
P.AF2
P.AGA

P.AGB
P.AGC
P.AGD
P.AGE
P.AGF
P.AGG
P.AGH
P.AGI
P.AGJ
P.AGK
P.AGL
P.AGM
P.AGN
P.AGO

015402
015404
015406
015410
015612
0156414
015416
015620
015422
015424
015426
015430
015432
015434
015436
015440
015442
015444
015446
015450
015453
015456
015461
015464
015467
015470
015473
015476
015501
015504
015507
015512
015514
015517
015522
015525
015530
015533
015536
015561
015544
015547
015552
015555
015560
015563
015566
015571
015574
015577
015602
015605
015610
015613
015616

015621
015622

013562°
013642°
013712°
013762°'
014034°
014124
014206°
014266°
014342°
014416
016460°
014516°
014602'
014660
014746
015026'
015106°
015170°
015260°
045
123
103
123
114
000
045
116
114
040
115
116
116
045
117
105
117
101
m
102
045
045
17
105
117
123
124
114
116
045
122
122
040
124
116
116

000
045

101
125
105
106
045

040
103
123
125
116

P.AHJ:

101
126
m
103
115
104
000
101

M
101
104
117
101
045

P.AHK:

116

P.AHL:

040
107
116
126
114
114
116
101
040

122
m
040
101
101
105
000
116
122

116
125
101
105

040
11
102
045

107

000
101
117
101
116
040
117
045
101

P.AHM:

000
120
107
115
117
113
127
116
114

SEQ 79

Pa?e 59
VAX=11 Bliss=16 v3-555
, 11RELERS .REALJZRCFA (12
SUS
: LLAKSHMANA
SPIDER

8-Jul-1983 15:21:53
8-Jul-1983 14:13:00

CZRCFAQ RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFAY
v01.0

P.AHN:

P.AHO:

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
LWORD
.WORD
WORD
.WORD
.WORD
.WORD
JWORD
.WORD
LASCII
LASCII
JASCII
LASCII
.ASCII
LASCII
.ASCII
LASCII
JASCII
LASCII
LASCII
+ASCII
LASCII
.ASCII
+LASCII
LASCII
LASCII
LASCI1
LASCI1
.ASCI1
LASCII
_ASCII
LASCII
.ASCI1
.ASCII
LASCII
LASCI1
LASCI1
LASCII
.ASCII
.ASCII
LASCII
LASCII
LASCII
LASCII
LASCII

LASCI1
LASCII

P.AGP
P.AGQ
P.AGR
P.AGS
P.AGT
P.AGU
P.AGV
P.AGW
P.AGX
P.AGY
P.AGZ
P.AHA
P.AHB
P.AH(
P.AHD
P.AHE
P.AHF
P.AHG
P.AHH
/%A /
/SUC/
/CES/
/SFU/
/LAN/
<00>
/XAl/
/NVA/
/L1D/
/ CO/
/MMA/
/NDX/
/N/<00>
/XAN/
/0 R/
/EGL/
/ON /
/AVA/
/ILA/
/BLE/
/XN/<00>
/XAN/
/0 R/
/EGI/
/ON /
/SUl/
/TAB/
/LEX/
/N/<(00><00>
/XAP/
/ROG/
/RAM/
/ NO/
/T K/
/NOW/
/NXN/

<00>
/XAL/

015625
015620
015633
015636
015641
015644
015647
015652
015655
015660
015663
015664
015666
015670
015672
015674
015676
015700
015702
015705
015710
015713
015716
015721
015724
015727
015732
015735
015740
015742
015745
015750
015753
015756
015761
015764
015766
015771
015774

117
040
11
122
116
045
124
104
117
045
000
015450°
015470°
015514°
015544°
015574°
015622°
015644°
045
125
105
045
045
116
114
040
115
116
116
045
117
101
040
117
105
116
045
116
055

10
104
114
105
000
101
101
101
116
116

016005
016010
016013
016016
016021

116
045
116
055
101

000
101
111
101
11

016032
016034
016037
016042
016045

000
045
105
101
117

000
101
104
040
122

016061

116

015777
016002

016024
016027

016050
016053
016056

8-Jul=1983 15:21:53
8-Jul=-1983 14:13:00

CZRCFAQ RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFAY
v01.0

106
116

101
105

101
105
117

104
101
125
045
000
123
116
114
105
000

P.AHP:

P.AHI:

101
103
123
116
101
126
m
103
115
104
000
101
115
116
101
122
104
000
101
mm
117

123
103
123
000
111
101
104
117
101
045

P.AHR:

103
115
104
102
124
045

P.AHT:

125
124
106

P.AHU:

102
045

11
045
000
125
124
126
114
114
116

124
122
122

115
M
106
115
040
122
045

114
105

000

LASCII
LASCII
.WORD
WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.ASCI]
LASCII
LASCI1
LASCI1
.ASCIl
LASCI1
LASCI1
LASCII
LASCII
LASCII
LASCII
_ASCII
LASCI1
LASCII
LASCI1
LASCI1
LASCII
LASCI1
.ASCIl
LASCII
LASCII

/0AD/
/7 FA/
/71LY/
/REX/
/N/<00><00>
/XAS/
/TAN/
/DAL/
/ONE/
/7XN/<00>
<00>
P.AHJ
P.AHK
P.AHL
P.AHM
P.AHWN
P.AHO
P.AHWP
/XAS/
/7ucc/
/ESS/
/IN/<O0>
/XAl/
/NVA/
/LID/
7 co/
/MMA/
/NDX/
/N/<00>
/XAC/
/0MMW/
/AND/
/ AB/
/OR1/
/EDX/
/N/<00>
/XAU/
/NIV/
/-OF/

LASCII
(ASCII1
LASCII
LASCI1
LASCII

/N/<00><00>
/ZAU/
/NIT/
/-AV/
/AIL/

LASCII
ASCII
LASCIL
LASCII

P.AHS:

JASCII
.ASCI]

LASCI1
LASCII
LASCI1

JASCII
LASCII

P.AHV:

LASCI]1
LASCI1

P.AHW:

/FLY/
/NEX/

/ABL/
/EIN/

LASCII
.ASCI]l
LASCII
LASCI1
LASCI1

<00><00>
/XAM/
/EDI/
/A F/
/O0RM/

JASCII

/N/<00><00>

LASCII
LASCI1
LASCII

/AT /
/ERR/
/0RX/

SEQ 80

Pa?e 60
VAX=11 Bliss=16 v3=555
.REALJIZRCFA (12
ERS
11REL
.
SUS
CLAKSHMANA
:
DER
SPI

127
124
120
124
124
045

P.AHX:

103
120
105
122
122
000
104
101
122
122
000

P.AHY:

P.AIA:

116

110
124
125
105
101
105
040
122
045
000
103
124
114
122
122
122
000

101
11
040
122
045

104
126
105
117
116

P.AIC:

101
123
107
106
115
116
116
122
114
111
116
124
045

115
123
105
122
040
040
124
116
040
101
117
111
116

P.AID:

016064
016067
016072
016075
016100
016103
016106
016110
016113
016116

045
122
105
122
105
105
116
045
17
101

101
MM
040
117
103
104
000
101
115
122

016127
016132

045
045

116
101

016121
016124

016135
016140
016143

016146
016151
016152
016155
016160
016163

016166
016171
016174
016177
016202

016205
016210
016213
016216

016221
016224
016227

016232
016235
016236
016241

016244
016247
016252

016255
016256
016261
016264
016267
016272
016275
016300
016303
016306
016311
016314
016317
016322
016325

8-Jul=-198% 15:21:53
8-Jul=-1983 16:13:00

CIZRCFAQ RCZS FR END TEST
GLOBAL TEXT SECTION

IRCFA
v01.0

040
122
101
040
122
045
000
045
117
040
106
122
103
123
105
117
116
045
117
122
114
040
122
045
000
045
122
105
122
122
000
045
105
101
040
117
101
111
105
101
104
107
123
103
000

105
117
124
105
17

116

101
123
102
106
040
103

123
122
122

000
101
116
117

105
105
117

.ASCII
LASCII
LASCII
LASCII
LASCII
LASCI]
LASCII
ASCII
LASCI]
.ASCII

/XAW/
/RIV/
/E P/
/ROT/
/ECT/
/EDX/
/N/<00>
/XAC/
/0MP/
/ARE/

LASCII
.ASCI]

/7IN/<00>
/XAD/

LASCI1
.ASCII

P.AHZ:

LASCI1
ASCI]
.ASCI]1

/ATA/
/ ER/
/ROR/

JASCII
LASCII
LASCI]
LASCI1
LASCI1
LASCI]
ASCII
.ASCII

/7XIN/<00>
<00>
/XAW/
/0ST/
/7 8U/
/FFE/
/R A/
/CCE/

LASCII
.ASCII
LASCII
.ASCI1

/N/<00><00>
/Z%AC/
/ONT/
/ROL/

LASCI1
LASCII
.ASCI1
LASCI1

/7XN/<00>
.
<00>
/XAD/
/R1V/

LASCII
LASCII
.ASCI1

P.AIB:

/ ER/
/ROR/

.ASCI1
.ASCII1
.ASCI]

.ASCI1
.ASCI1
LASCT]

LASvis
.ASCII
LASCI1
.ASCI]
ASCIl
LASCII
ASCI]
LASCI]
LASCI]
LASCI1
LASCII
LASCI1
LASCII
LASCII
LASCII

/SS /
/ERR/
/ORX/

/LER/
/ ER/
/ROR/

/E &/
/RRO/
/RIN/
<00>
/XAM/
/ESS/
/AGE/
/ FR/
/0M /
/AN /
/INV/
/ERN/
/AL /
/DIA/
/GNO/
/ST11/
/CIN/
<00>

SEQ 81

Page 61
VAX=11 Bliss=16 V3=555
. 11RELERS .REALJZRCFA (12
SUS
: CLAKSHMANA
SPIDER

016326
016330

P.AHQ:

.WORD

RT::

+PSECT
BLKW

016356

000000
000000
000012
000014

000016
001016

002016

002020
002022

002024
002026
002030
002032

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

RT.TABLE::
.BLKU
HWP.TABLE::
.BLKW
::
XMT .DATA.BUF
BLKW
RCV.DATA.BUF: :
BLKW
CLK.ADR::
.BLKW

CLK.TYPE::L

CLK.CSR::
.BLK

CLK.HERTZ::

.BLK
CLK.START::
.BLKW
.BLKW
UNIT::

LOG.UNIT::

002036

VEC.AD::.BLKB
.EVEN
RC25.ADDR::

002040

RC2S.DATA::

002034

.BLKW

002044

BLKW
COM.AREA::

002254

HEAD.AREA::

002256

002260

002262
004262

RO,

.BLK

.BLK
RECEIVE. RING :
.8 LKW

SEND.RINGa

LKW
REC. ENVELOPE
+BLKW
SND, ENVELOPE
.BLKW

1000

540

(=215
OWw

-‘N
N =

b\h

8=-Jul-1
8-Jul-1

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

—b

IRCFAY
v01.0

7
hodd
0 Co
W

SEQ 82
Pa?e 62

VAX-11 Bliss=16 V3-555
SPIDERSUSERS: CLAKSHMANA. 11REL .REAL JZRCFA (12

VAX=11 Bliss=16 V3=555

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

005650
005652
005654
005656
005660
005662
005664
005666

005670
005672
005674

=
bt
©
dmdmdd
et
O

LBN.ST::.BLKW
LBN.ED::.BLKW
LBN.SZ::.8LKW

BUF .LENGTH::
.BLKW
NUM.RETRIES::
-BLKW

:
FREE.MEM.ADDR:
.8LK
HEH.SIZE:é
BLKW
H.SADD::.BLKW
: .BLKW
H.EADD:

-—h

b ad W
o
bl b b b b b
b
-t

BLKW

P3::
.BLKW
Pb::
.BLKW
PS::
.BLKW
.BLKW
P6::
RET.STATUS::
.BLKW
:
TIMER:
CEL
.
CAN
W
.BLK
CMD.SLOT::
.BLK
RES.SLOT::
.BLKW
.BLKW
LBN::

-—h

005646

P2::

-l and aud aub —d

005626

RET.UNIT.FLAG::
BLKW
P1::
.BLKW

-b

005624

-t

005622

-l

005616
005617
005620

END.LBN::
.WORD
P.MASK::.BLKB
B8.MASK::.8LKkB
MANU.SW::

b anl aub

003071

DATA3:: .BLKW
DATAG:: .BLKW
1.AM_NEX::
.WORD
.BLKW
MSGA:DR:

-b

000000

CMD.REF::
.BLKW
BYTE.COUNT::
BLKW
TICKS:: .WORD
SECONDS::
WORD
MINUTES::
.WORD
.BLKW
TIP::
DATAY1:: .BLKW
DATA2:: .BLKW

-b

.BLKW

000000

.REAL] IRCFA (1 2
ERS
NA . 11REL
SUS
: CLAKSHMA
SPIDER

BUF .DESCRPTR::

000001
000000

SEQ 83

Pa?e

005700

000001

FAL.CODE

DMC.TEST

005704

BYT.CNT:

005706
005710
005712

DM.REC:: “BLKW
DM.XMT:: .BLKW
:
TEMP:
.BLKW

-BLKW

.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL

116, 7 1, 112
ERRTYP

LSSWLEN+?
LSHWLEN+2
LSREV+1
LSHWLEN+2
LSSWLEN+?
COM.AREA+10

DFPTBL==
SFPTBL==
RINGBASE==

P.AAA

TIME==
FRU==

NS
¢« O
T
R WIND=2es
T TR T S
TR T I
U U
IO NI l:

b OO

b
b

b el

—f =g

DOODO

wwnmumwm

@
=
CONOMNASS
NN — —l

[=]
0000

-] ~NO
O [+00

w 7 ww;m
- - -y =4

P.AAB

——

ADAPTO==
CONTRO==
DRIVE.==
ME CHAN==
QsT1==
QST2==
QsT13==
QSTé

Qs7

001366°

oW
OW

LSSOFT, TSPTHV, LSRPT, LSINIT
LSCLEAN, LSLAST, LSHARD, LSDVTYP
LSDESC, LSOU, LSAU, LSAUTO, T1
12, 1 3, T4 . 15,16, 77, 18, 719

LSERRTBL==
LS$SW==
LSHW==
LSDEPO==

QsT1

005702

000154°
000202°
000166
000011°
000166°
000202
002054°
000002°*
000006°
000036
000070°
°
000124
000154
000206°
000222
000232°*
000244°
000270°
000342°
000432°
000452
000470°
000550

RETRIES:

000000

P.AAC
P.AAD
P.AAE
P.AAF
P.AAG
P.AAH
P.AAl
P.AAJ
P.AAK
P.AAL
P.AAM
P.AAN
P.AAO
P.AAP
P.AAQ

P.AAR
P.AAS
P.AAT
P.AAU
P.AAV
P.AAW
P.AAX
P.AAY
P.AAZ
P.ABA
P.ABB
P.AB(C
P.ABD

SEQ 84

64
VAX=-11 Bliss=16 V3-555
(12
RCFA
11REL.REALJZ
ANA.
SERS
: [LAKSHM
SPIDERSU

el abed

005676

OO
(1]

8-Jul~
8-Jul~

CZRCFAQ RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFA1
v01.0

7
-l

Pa?e

8-Jul=-1983 15:21:53
8-Jul=1983 14:13:00

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFAY
v01.0
001450°
001532°
001574
001642'
001702°
001736°
001772°
002034
002100°'
002150
002220°
002260
002330°
002400°*
002446'
002530
002574°
002632°
002676°
002736*
003006
003046
003104’
003146°
003202°
003222
003244°
003270°*
003332°*
003376°
003436
003514’
003546
003572

DBM9==
DBM10==
DBM11==
DBM12==
DBM13==
DBM14==
DBM15==
DBM16==
DBM17==
DBM18==
DBM19==
DBM20==
DBM21==
DBM22==
DBM23==
DBM24==
DBM25==
DBM26==
DBM27==
DBM28==
DBM29==
DBM30==
DBM31==
DBM32==
DBM33==
DBM34==
DBM35==
DBM36==
DBM37==
DBM38==
DBM39==
MSG.01==
ERR.01==
ERR.02==

P.ABE
P.ABF
P.ABG
P.ABH
P.ABI
P.ABJ
P.ABK
P.ABL
P.ABM
P.ABN
P.ABO
P.ABP
P.ABQ
P.ABR
P.ABS
P.ABT
P.ABU
P.ABV
P.ABW
P.ABX
P.ABY
P.AB2
P.ACA
P.ACB
P.ACC
P.ACD
P.ACE
P.ACF
P.ACG
P.ACH
P.ACI
P.ACJ
P.ACK
P.ACL

003646°

FMT1==

P.ACN

003640

003732°*
004012°
004106°

004144
004224'
004304°
004342°
004376
004426
004456°
004530°
004572

004630°
004676
004734
004756
005004
005062
005120°
005202
005254°

FMTS$C==
FMT2==
FMT3==
FMT4==

FMT5==
FMT6==
FMTSA==
MSG.PWR==
MSG.1==
MSG.2==
MSG.7==
MSG.8==
MSG.9==
MSG.10==
MSG.11==
MSG.13==
MSG.14==
BUFF .EaR==
DMC.ERR==
IN] .MSG==
END .MSG==
BRENR==

P.ACM

P.ACO
P.ACP
P.ACQ
P.ACR
P.ACS
P.ACT
P.ACU
P.ACV
P.ACW
P.ACX
P.ACY
P.ACZ
P.ADA
P.ADB
P.ADC
P.ADD
P.ADE
P.ADF
P.ADG
P.ADH
P.AD]

SEQ 85

Pa?e 65
VAX=-11 Bliss=16 V3-555
.REALJZRCFA (12
RS
11REL
RSUSE
LLAKSHMANA,
:
SPIDE

8-Jul=1983 15:21:53

CIZRCFAQ RC25 FR END TEST

IRCFAY
v01.0

8-Jul=-1983 14:13:00

GLOBAL TEXT SECTION
005332°
005400
005456°
005514°
005562°
005626°

MSG.17==
MSG.18==
MSG,19==
MSG.20==
MSG.21==
MSG.28==

P.ADJ
P.ADK
P.ADL
P.ADM
P.ADN
P.ADO

005714°
005754"
005776°
006016°
006052°*
006106°
006142°
006176°
006256°
006362"
006442°
006506°
006554
006614’
006636°
006670°
006720°
006770°
007014°
007070°*
007122°
007204*
007270°
007340°
007400°
007440’
007476°

MSG.30==
CT0.ERR==
PFE.ERR==
AHEAD .MSG==
BHEAD .MSG==
CHEAD .MSG==
DHEAD .MSG==
MSG.TK.DSP==
MSG.LBN.DSP==
MSG.STATUS.ERR==
MSG.BUSA.ERR==
MSG.ADDR.ERR==
MSG.DATA.ERR==
MSG.SEEK.ERR==
MSG.ERR.CONT==
MSG.HSWICH.ERR==
MSG.SURFACE.ERR==
MSG.READ.ERR==
MSG.SAC.ERR==
MSG.COM.WPT==
MSG.PT.ERR1==
MSG.WRP.ERR2==
MSG.AVE.TIME==
AZT.READY.ERR==
EXE.SUP.ERR==
SND.DATA.ERR==
RE.DATA.ERR==

P.ADQ
P.ADR
P.ADS
P.ADT
P.ADU
P.ADV
P.ADW
P.ADX
P.ADY
P.ADZ
P.AEA
P.AEB
P.AEC
P.AED
P.AEE
P.AEF
P.AEG
P.AEH
P.AEl
P.AEJ
P.AEK
P.AEL
P.AEM
P.AEN
P.AEO
P.AEP
P.AEQ

005654

011520°
012044

015332’
015664°
016326°

P.ADP

S$G6.29==

P.AER
P.AFP

PFE.STRU(CT==
EMSG.STRU(CT==

P.AFU
P.AHI
P.AHQ

RC.STRUCTURE==
SDUP.STRUCT==
SMSCP.STRUCT==

PSECT SUMMARY

Psect Name
AASCODE

$6LOBS
$PLITS

Words
77

Attributes
RO, I .,

RO,
RO,

1510
3704

D
D

.,
,

LCL,
GBL,
GBL,

REL,
REL,
REL,

CON
CON
CON

LIBRARY STATISTICS

L
fFile

omeemees Symbols =======-Percent
Loaded
Total

Blocks
Read

VAX=11 Bliss=16 Vv3=-555

SEO 86

SPIDERSUSERS: LLAKSHMANA. 11REL .REALJZRCFA (12

8-Jul=1983 14:13:00

GLOBAL TEXT SECTION

v01.0
:

8=Jul-1983 15:21:53

CZRCFAQ RC25 FR END TEST

IRCFA1

SPIDERSUSERS:CLAKSHMANA.11REL.REALJAZTECO.L16;1

5§23

154

COMMAND QUALIF IERS

BLISS /PDP11/LIST ZRCFA1.816/EN:NOEIS

0 code ¢+ 5291 data words
00:29.7
01:29.0
Elapsed Time:
Memory Used:
274 pages
Size:

Run Time:

Compilation Complete

VAX=-11 Bliss=16 V3-555

sea 87

SPIDERSUSERS:[LAKSHMANA.11REL .REALJZRCFA (12

CZRCFAO RC2S FR END TEST

IRCFA2
:

:
;
:

0001

0002
0003

0004

:
H
:
:
:
:
:
:
:
:
H
:

0005
0006
0007
0008
0009
0010
0011
0012
0013
1502
1503
1504

1506

WN =O VR NOWVNH WO

VA WVVA W

20
2

2
2

2
2
2
2

= OOV
W
NN

M
H
:
:

1
}

NWWWWNWWN N NN WWWNWNN N

:
:

}

WV B NN = OV

b b =D

H
:

A VTN W

b b b b b b e wd e o) b b b

b b D o

b e

}

TN TR A A AAA T AT

1509

b b e e wd b e

}ggg

b b b wud b e

1505

WVIA T WA T

8=-Jul=-1983 15:23:25

8=Jul=1983 14:44:20

VAX=11 Bliss=16 V3-555

IDENT = °*v01.0°,
OPTLEVEL = 0,
ADDRESSING_MODE (RELATIVE)

) =
BEGIN
!
!<BLF/LOWERCASE_KEY>
!
Library 'A2TECO';

require °BLSMAC.REQ';

!
!

RC2S [0, P, S, E] =

begin
local

RC_REG;

! DEFINE ACCESS ALGORITHM

! TO ALLOW FIELD REFERENCE
! TO THE AZTEC

RC_REG = .(RC25 + Xupval*0)<0, Xbpval, 0>;
RC_REG

end

<P, S, E>;

psect
code = AASCODE;

forward routine

FIND CLOCK : novalue,

CLOCK INIT : novalue,
RC25SERR_RPT : novalue,

AZT_INIT,
AZP_INIT,
PRTSFRU_CALLOUT : novalue,
INIT_COR_AREA,
NXMI~: LSISR novalue,

CLK_INT_SERV : LSISR novalue,
SET_INT_VECTOR : novalue,

REC_STATUS,

SET_CNTLR_CHAR,

AVATLABLE,

ON_LINE,

READ_CMD,

READ FILL RING : novalue,

GET _UNIT STATUS,
RANDOM NOM : novalue,
GET_CMB_SLOT : novalue,

GET _RES SLOT : novalue,

EXAR_DATA,
DM ADDR SETUP : novalue,
DATA XMT REC,
WRT_PROTECT_TST : novalue,
AZTEC_READY,

A . 11RELERS .REALJZRCFA (1)
SUS
: LLAKSHMAN
SPIDER

MODULE ZRCFA2 (XTITLE °'CZRCFAQ RC25 FR END TEST'

structure

SEQ 88

Pa?e

CZRCFAD RC25 FR END TEST

L R

O A A A P P S S

A T P T T T P T

P PRYR

TR PRPR TR

8-Jul=1983 15:23:25

8=Jul=1983 14:44:20

VAX=11 Bliss=16 v3-555

N=OVONOWNS W00

d ed

h e

VI AW I
o OO VIV
W [V

1563

external

ADAPTO,
CONTRO,

COM_AREA : blockvector [REC_ALLOCATE + SND_ALLOCATE + HDR_SIZ, 2, wordl,
.
HEAD AREA : ref block [4, word] field (HDR_FIELD),
(DSC_FIELD),
field
word]
2,
TE,
[REC_ALLOCA
RECEIVE RING : ref blockvector

SEND_RING : ref blockvector [SND_ALLOCATE, 2, word] field (DSC_FIELD),

REC_ENVELOPE : blockvector [REC_ALLOCATE, RB_SIZE + 2, word] field (ENV_FIELD),
SND_ENVELOPE : blockvector [SNU_ALLOCATE, SB_SIZE + 2, word) field (ENV_FIELD),
T BUFFER DESCRIPTOR AREA
BUF “DESCRPTR : word volatile,
! BYTE COUNT BUFFER
BYTE_COUNT : word volatile,
'LOCATION TO RETURN CLOCK ADDRESS
CLK_ADR : word,
'TYPE OF CLOCK ON SYSTEM
CLK_TYPE : word,
1(0=NO CLOCK, =1= L=-CLOCK, 1=P=-CLOCK)
!STORE CSR ADDRESS FOR CLOCK HERE
CLK_CSR : word,
CLK_HERTZ : word,
CLK_START : word, _

! CLOCK RATE
! STORE CLOCK START VALUE

SECONDS : word volatile,
MINUTES : word volatile,
MSGADR : word volatile,

! STORE SECONDS
! STORE MINUTES
! STORE MESSAGE ADDRESS

TICKS : word volatile,

.
DATA1 : word,
volatile,
word
:
DATA2
DATA3 : word volatile,
DATA4 : word volatile,
B_MASK : byte volatile,
.

LBN : word volatile,

LBN_ST : word volatile,
LBN_ED : word volatile,
CMD_REF : word volatile,
RES_SLOT : word volatile,
CMD_SLOT : word volatile,
.
VEC_AD : byte,
volatile,
word
:
'P_VECTOR

'P_UNIT_NUMBER : word volatile,
REY _STATUS : word volatile,
TEMP : word volatile,
FREE_MEM_ADDR,
MEM_SIZE,
RINGBASE,
DRIVE_,
DBM1,
DBM?2,
DBM3,
DBM4,
DBMS,
DBM6

DBM3S,

DBM34,
DBM35,
ERR_O1,
ERRTM02,

FMTSC,

! STORE NUMBERS OF CLOCK INT. OCCURED
! STEP 1 WRITE DATA TO AZTEC_INIT
! STEP 2 WRITE DATA TO AZTEC_INIT
! STEP 3 WRITE DATA TO AZTEC_INIT
! STEP 4 WRITE DATA TO AZTEC_INIT
! MASK FOR WITCH STEP TO DO
! IN AZTEC_INIT.

! LOGICAL BLOCK NUMBER BUFFER
!
!
!
!
!
¢
!

. 11REL .REALJZRCFA (1)
RS
: [LAKSHMANA
SPIDERSUSE

DO_RETRIES : novalue,
decode : novalue;

b ad

PR PR PRYR TRAIE TRLA LA LA L A YA YRR

IR IEYEIE YR IR

PO Y T KO KN

IRCFA2
v01.0

SEQ 89

Pa?e

START LOGICAL BLOCK NUMBER
ENDING LOGICAL BLOCK NUMBER
COMMAND REFERENCE
RECEIVING RING SLOT
SENDING RING SLOT
INIT INTERRUPT VECTOR
INTERRUPT VECTOR

! UNIT NUMBER
! RETURN STATUS

! STARING FREE MEMORY ADDRESS
! FREE MEMORY SIZE

n7?

CZRCFAQ RC25 FR END TEST

ZRCFA2
v01.0
:

1603

FRU

;

1604

FMTS,

:
:

1606
1607

DMC_1EST,
BYT_CNT,

:
:
:

1609
1610
1611

DM_REC,
H_SADD,
H_EADD,

1613

;

:
;
:
:
:

1608

DM_XMT,

1612

B0F _LENGTH,

1614

SWITTH?,

1615

MAND_Sw,
TIP,

1616
1617
1618
1619
1620

SWP_CONTINUE,
FMTSA,
QsT15,
asT14,
! RUN TIME TABLE STORAGE

1622

RY_TABLE : ref block CWORD1 _IN_RT_TAB, word] field (RT_FIELDS),

1621

1623
1624
1625

:
;

1627
1628

SWP_RETRIES,
NUM_RETRIES,

:
H
;
H
:

1630
1631
1632
1633
1634

LSUNIT,
MECHAN,
MSG_PWR,
MSG_14,
CTO_ERR,

1626

1629

1635

1636

1638

:
:
:

H
:
:
:
:
:
:
:
:

;
:
:
:
H
:
:
:

RTTM: vector [WORD1_IN_RT_TAB, word],
I_AM _NEX : word volatile,
CANCEL_TIMER : word volatile,

RETRIES,

SWP_TRACE,

PFE_ERR,

FAL_CODE,

1637

MSG_STATUS_ERR,

1639
1640
1641

P_MASK : byte volatile,
RET_UNIT_FLAG : word,
P1 T word volatile,

1642
1643
1644
1645
1646
1647
1648
1649
1650

1651

1652
1653
1654
1655
1656
1657
1658
1659

HWP_TABLE : ref block [WORD2_IN HWP_TAB, word] field (HWP FIELDS),

;
:
:

;

8-Jul=-1983 15:23:25
8-Jul=1983 14:44:20

]

END_LBN : word volatile,

P2 : word
P3 : word
P4 : word
P5 : word
P6 : word
asTt1,
QsT2,
QsT3,
QsT4,

QsTé,

volatile,
volatile,
volatile,
volatile,
volatile,

as717,
QsT8,
asT9,
asT110,
Qs10_1,
Qs10_2,
asT17,
)
RC25_ADDR : ref RC25 field (RC_REG),

SEQ 90

3
Pa?e
VAX=11 Bliss=16 V3~555
. 11REL . REAL JZRCFA (1)
: [LAKSHMANASERS
SPIDERSU

CZRCFAQ RC2S FR END TEST

IRCFA2

v01.0

1660

RC25_DATA : block [2, word) field (RC_REG),

1662

PFE STRUCT : vector [23)

;

1661

;

1663

;

1664

1665
1666

EMSG-STRUCT : vector [4],

RC_STRUCTURE : vector [393,
(
so0P STRUCT : vector

SMSCP_STRUCT : vector t1SJ

XMT_DATA_BUF : vector [256, word],

1667

RCVDATATBUF : vector [256. word],

1669

LOG_UNIT : word;

1668

UNIT : word,

VAX-11 Bliss~16 V3-555
SPIDERSUSERS:[LAKSHMANA. 11REL .REAL

SEQ 91

JZRC?A (1)

TR LN X)

Xtitle *MISCELLANEOUS SECTIONS'
Ysbttl 'TYPE AND DESCRIPTION'
'; NAMES OF DEVICES SUPPORTED BY PROGRAM
DEVTYP (Xasciz'AZTEC RC25 PLATTER');
(alalalalalalalals)

TRTR
N PR PR PR TR PR IE
SN
I AT
IRTR IR
PR

g-j

MISCELLANEOUS SECTIONS

IRCFA2

v01.0

SEQ 92

b)
Pa?e
VAX=11 Bliss=16 V3=555
(2)
FA
EALJZRC
11REL.R
ANA.
SERS
[LAKSHM
:
ERSU
SPID

!; TEST DESCRIPTION

DESCRIPT (Xasciz'RC25 FRONT END/HOST DIAGNOSTIC®);%(
e+

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;

!IP ADDRESS?
GPRMA (QST1, %0'0’. 0. £0°00000°, X0'177777°, YES, 1);
Xo0'774", YES, 1);: !VECTOR?
GPRMA (QST?2, Xo0'2'. 0. Xo0'64",
0'
7%, YES, 1);
'8R LEVEL
GPRMD (QST3, Xo0'4’, g, 20°177777°, %0°4*, %0'7
GPRMD (QST4, Xo0'6’,
ENDHRD;

X0°'377°, %0°'0°', ¥decimal'253', NO, 1);

'UNIT NUMBER(S)

MISCELLANEOUS SECTIONS

SOF TWARE PARAMETER CODING SECTION

8-Jul~ 1983 15:

8-Jul=1983 14:

:20

SEQ 93
6
Pa?e
V3=555
Bliss=16
VAX=-11
SERS .REALJZRCFA (3)
[LAKSHMANA . 11REL
SPID:ERSU

VIIOIOIOIOIOVOD

%ibttl *SOF TWARE PARAMETER CODING SECTION'
s *e

; THE SOF TWARE PARAMETER CODING SECTION CONTAINS MACROS
: THAT ARE USED BY THE SUPERVISOR TO BUILD P=-TABLES. THE
; MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE
; INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES. _THE
; MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
: WITH THE OPERATOR.

)X
BGNSFT;

b md

b cnd

W= OO0

NN NSNNNNY

—d

cnd

'GPRML (QST6, %0'0°', X0°'177777', YES, 1);
'GPRML (QST?, Xo'2', X0'177777', YES, 1);

'USE TOP SURFACE FOR SINGLE SURFACE TESTS?
'DO YOU WISH TO LIMIT THE AREA TESTED
"IN TESTS #13 - #15?

'XFERF (MANINT);
'1F NO, SKIP NEXT TWO QUESTIONS
'GPRMD (QST8, Xo0'4', D, Xo0°'1777°', X0'0°’, !decimal'BOO'. YES, 1);!STARTING TRACK?
'GPRMD (QST9, %0'6*', D, X0'1777', %0'0°', Xdecimal'800°', YES, 1) !ENDING TRACK?
'LABEL THIS QUESTION
'SL (MANINT):

GPRMD (QST11,

%0°'10°, D, %0°'1777°, %0°'0*, X0'1777°', YES, 1);

GPRML (@510 2, %0'12%, 1, YES, 1):
'GPRML (QSTTO, Xo'14°, 1, YES, 1)

GPRML (QS10_1, %0'16°, 1, YES, 1);

ENDSFT;

!NUMBER OF RETRIES FOR TEST

!00 YOU WISH TO CONTINUE TESTING?
'D0 YOU WANT TO DO THE MANUAL
! INTERVENSION TEST?

!DO YOU NEED TRACE MODE?

8-Jul=1983 14:44:20

N =OV00~N
VIS

POPNIMNINININ)
ad b

e
e
D e
b
b
d

NNNSNSNNNSNN

REPORT CODING SECTION

—

(I FE TR IR TN Y Y EE NN ¥

8~Jul=1983 15:23:25

MISCELLANEQUS SECTIONS

IRCFA2
v01.0

?sbttl 'REPORT CODING SECTION®
e

' THE REPORT CODING SECTION CONTAINS THE
; *PRINTS'® CALLS THAT GENERATE STATISTICAL REPORTS.

BGNRPT;

' *REPORT'

PRINTF (DBM2);
return;

ENDRPT;

LTITLE
JIDENT

132

124

.PSECT
LSDVTYP::

103

040

LASCI1

101
105

124
122

103
040

b b )

e Te W

)
N-

(=% [« T ¥

vy b ad

b amd

000

00
000000C

000031

000132

000375

103
040
117
040
104
117
040

101
117
AR

062
120
062
106
116
105
057
123
104

107
123
103

AASCODE,

LASCII

/A2T/

LASCI1
LASCII

/RC2/
/5 ¢/

LASCII

<00><00>

LASCI1
LASCII
LASCII

/1AG/
/NOS/
/TIC/

LASCII
LASCI1

LSDESC::.ASCII
LASCI1
.ASCI1
LASCI1
LASCII
LASCI1
LASCI1

LASCI1

LSHRDLN::

WORD

.WORD
WORD
.WORD
LMORD
.WORD
GP$2::
.WORD
MWORD
.WORD
.WORD
GP$3::
.WORD
WORD
.WORD
WORD
.WORD
GP$4::
.WORD
.WORD
LWORD
.WORD
LSNDHRD::
.BLK

GP$1::

ZRCFA2 MISCELLANEOUS SECTIONS
/v01.0/
RO

/EC /

/LAV/
/TER/

/RC2/
/5 F/
/RON/
/T E/
/ND/<57>
/HOS/
/T D/

<00><00>
<<<LSNDHRD=LSHRDLN>/2>~1>

31
QST?
O
-1
1031
QST2
&
774
2032
QS13
=1
&
7
3042
QST4
377
0
375
1

SEQ 94
7
Pa?e
VAX=11 Bliss=16 V3-555
(&)
ZRCFA
.REALJ
.11REL
SHMANA
SERS
[LAK
:
ERSU
SPID

MISCELLANEQUS SE C1l 0NS
REPORT CODING SE CTl 0 N

IRCFA2

v01.0

000134
000136
000140
000142
000144
000146
000150
000152
000154
000156
000160
000162
000164

SEQ 95
8
Pa?e
VAX=11 Bliss=16 V3=555
(&)
FA
EALJZRC
11REL.R
NA.
SERS
: [LAKSHMA
SPIDERSU

000000C

LSSFTLN::

004052
0000006
001777
000000
001777
005130
0000006
000001
007130
0000006
000001

GPS$5::

<<SLSNDSFT=LSSFTLN>/2>=1>
4052
QsT11
1777
0
1777
5130
0s10.2
3

7130
?510.1
1

ADAPTO, CONTRO, COM.AREA, HEAD.AREA
RECEIVE.RING, SEND.RING, REC.ENVELOPE

SND.ENVELOPE. BUF .DESCRPTR, BYTE.COUNT
CLK.ADR, CLK.TYPE, CLK.CSR, CLK.HERTZ
CLK.START, TICKS, SECONDS, MINUTES
MSGADR, DATA1, DATA2, DATA3, DATAG
B.MASK. LBN, LBN.ST, LBN.ED, CMD.REF
RES.SLOT, CMD.SLOT, VEC.AD, RET.STATUS
TEMP, FREE.MEM.ADDR, MEM.SIZE

RINGBASE, DRIVE., DBM1,

DBM2, DBM3

DBM4, DBMS, DBM6. DBM3S, DEM34

08M35, ERR.O1, ERR.02, FMTSC, FRU
FMT2, FMT3, DMC.TEST, BYT.CNT
DM.XMT, DM.REC, H.SADD, H.EADD

BUF .LENGTH. MANU.SW, SWITCH2, TIP
SWP.CONTINUE, FMTSA. QST1S, QST14

HWP.TABLE, RT.TABLE. RT, I.AM.NEX
CANCEL.TIMER, RETRIES, SWP.RETRIES
NUM.RETRIES, SWP.TRACE. LSUNIT
MECHAN, MSG.PWR, MSG.14, CTO.ERR
PFE.ERR, FAL.CODE, MSG.STATUS.ERR

P1, P2, P3, P4, P5, P6, QST1, QST2

ast4, asie, AsI7, QsT8, QsT9

asi3,

ast10, @s:%.1, 0510.2, asT11, RC25.ADDR

RC25.DATA. EMSG.STRUCT, PFE.STRUCT
RC.STRUCTURE, SDUP.STRUCT, SMSCP.STRUCT
XMT.DATA.BUF. RCV.DATA.BUF, UNIT
LOG.UNIT

LSHRDLN+2
LSSFTLN+2

000066
000136°*

000000
000010
000012

0000006
000001

LRPT REPORT CODING SECTION

- (SP)
#DBM2,
#1,-(SP)

SP,RO
17

1723

SP,e

000014
000016

8=Jul=1983 15:23:25
8-Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
REPORT CODING SECTION

IRCFA2
v01.0

CMP

022626
000207

RTS

(SP)+,(SP)+

SEQ 96

Pa?e 9
VAX=11 Bliss=16 Vv3-555
NA . 11RELERS .REALJZRCFA (&)
SUS
: LLAKSHMA
SPIDER

1716

1724

AASCODE + 0166
Routine Base:
; Routine Size:
8 words,
4 words
. Maximum stack depth per invocation:

000000
000004
000006

004767
104425
000207

177754

.SBTTL

LSRPT:: JSR
TRAP
RTS

LSRPT REPORT CODING SECTION

PC.LRPT
25
PC

AASCODE + 0206
Routine Base:
: Routine Size:
& words,
2 words
: Maximum stack depth per invocation:

Pa?e 1
VAX-11 Bliss=16 V3-555
SERS 11REL .REALJZRCFA (5)
: [LAKSHMANA.
SPIDERSU

?sbttl *INITIALI2E SECTION'
+

i THE INITIALIZE SECTION CONTAINS THE CODING THAT IS PERFORMED
{ AT THE BEGINNING OF EACH PASS.

BGNINIT;
Llocal

!CONTAINS DELAY FACTOR

DELAY_MULT;

SETPRI (PRIOO0):;

'PRIORITY O

if READEF
then

!ARE WE HERE BECAUSE OF POWER FAIL?

(EF_PWR)

begin

PRINTF (MSG_PWR) ;

1"POWER DELAY = WAITING''

incru COUNT from 0 to 60 do

! WAIT APPROX. 60 SECONDS

begin

DELAY_MULT = 10000;
DELAY (.DELAY_MULT);

BREAK;
end;

! BREAK FOR ACT

DOCLN;
end;
tmemomote

VIS BN~ OV~ B NN = O VBNV

WNI=O VN

NS W

2O 0N

NN NN NN NN N NN N NN NNNN NNNNNNNNNNNNNNNNNNSNSNNNNY
o OO OO~ O VNNV NI VAW BN BSOS 85 85 8 85 85 8 B U WNIW NN W WA
O O

INITIALIZE SECTION

—l—l-l—l—l—.l—l—b—l—.-d-.—._ld-A-dd-l-‘—l—hd-l-.d—l-l—l-l—l-l-l—l—l—.d-—l—ld-fl-—l—h

PR TR PRTR TN TR LN TR LN ¥ Ve ©e Be %0 00 0 s S0 0,
PRY
TRIR
T
IR IR A
R Y XN XY TR
P
P PR P
A T
A
X
T E A
A A
A
AR RN E A R A E

:25
:20

MISCELLANEOUS SECTIONS

IRCFA2
v01.0

MAKE SURE NOT MORE THAN 16 UNITS (PLATTERS) HAVE BEEN SPECIFIED.
IF THERE ARE TOO MANY, NOTIFY USER AND RETURN TO SUPERVISOR.

if .LSUNIT gequ 16
then
be?in
PRINTF (ERR_01);
DOCLN;

!MORE THAN 16 UNITS?
'ERROR = TOO MANY UNITS

'RETURN TO SUPERVISOR AND CLEAN UP

end;

if READEF

(EF_CONTINUE)

then return;

'IF CONTINUE GETS YOU HERE SKIP INIT.

if READEF (EF_START) or READEF (EF_RESTART) or READEF (EF_NEW)

then

begln

LOG_UNIT = =1;

NUM _RETRIES = ZERO;

RETRIES = FALSE;
FIND_CLOCK ();

if CLK_TYPE eqlu NO_CLOCK
then

begin

PR?NTF (ERR_02);

IF THERE IS NO CLOCK

IN THE SYSTEM TELL THE
OPERATOR

DOCLN;

lse

end

+CLK_CSR = ZERO;

! STOP THE CLOCK

SEQ 97

8=-Jul=1983 15:23:25
8-Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
INITIALIZE SECTION

IRCFA2
v01.0

‘e

DETERMINE THE FREE MEMORY STARTING ADDRESS AND IT SIZE

;

)

‘e

SEQ 98

Page 1
VAX=11 Bliss=16 V3=555
CFA (5)
.REALJZR
1REL
1
.
SPIDERSUSERS : LLAXSHMANA

'FIND THE STARTING ADDR

MEMORY (FREE_MEM_ADDR).

'DETERMINE THE SIZE

MEM_SIZE = .-FREE_MEM_ADDR

end;

'OTHERWISE, INCREMENT LOGICAL UNIT
'AND CHECK FOR HIGH LIMIT.

begin

LOG_UNIT = .LOG_UNIT + 1;

it .LOG_UNIT gequ .LSUNIT then DOCLN:
end

‘IF SO QUIT INIT AND DO CLEANUP,

until (GPHARD (.LOG_UNIT, HWP_TABLE)) neqa 0:

'GET HARDWARE P_TABLE POINTER

RT_TABLE = RT [0];

'AND LOAD RT _TABLE WITH THE

RTTABLE CRT_IP_ADDRESS] = .HWP_TABLE [HWP_IP_ADDRESS]; 'HARDWARE P_TABLE INFO.
RT_TABLE [RT_VETTOR] = .HWP TABLE [HWP_VECTORI;
= HOP TABLE CHEP BR_LEVELJ:
RT_TABLE CRT_BR_LEVEL]
'PLATTER #
RTTABLE [RT_UNIT_ 1] = .HWP_TABLE [HWP_ URIT-NUMBER];
'1P_ADDRESS FOR THE CONTROLLER
= -RT_TABLE [RT_ 1PADDRESS]:
RC25_ADDR

UNITTM= .RT_TABLE CRT_UNITT13:
SETVEC (.RT TABLE CRT_VECTOR], NXMI, PRIO?):
anurr (0BMT, .LOG_UNTT, .RC25_ADDR, .UNIT):

iAND PLATTER # UNDER TEST

'SET UP INTERRUPT ROUTINE
'GIVE THIS INFO TO OPERATOR.

ENDINIT

.GLOBL

LSBTTL

1725

1736

#34 R0

1738

MoV
MOV

#MSG.PWR,=(SP)
#1,-(SP)

1741

TRAP

0000006

012700
104447
103033
012746
012746
010600
104417
005002
012703
010301
001411
016700
001404
005066
005300
001374
005301

000034

MOV

0000006
000001

023420

0000006
000004

JSR

TST
CLR
TRAP

TRAP
BHIS

MOV

CLR

1%:

MOV

2%:

BEQ

3s:
4$:

LINIT INITIALIZE SECTION

;

004167
005746
005000
1046441

LINIT:

L$DLY

MOV

R1,$SAVE3
-(SP)
RO
41

&7
63

SP,RO

: SP,«

: COUNT

R3,R1

: DELAY MULT,$STMP2

#23420,R3
5$

LSDLY,RO

: »,38TMPY

4(SP)

: SSTMP

8EQ

DEC

CLR

BNE

DEC

; «,DELAY.MULT

: $SSTMPY

: $STMP2

1743
1745
1746

SEQ 99

Pa?e 12
VAX=11 Bliss=16 V3=555
SERS .REALJZRCFA (5)
ANA . 11REL
[LAKSHMSU
SPID:ER

000766
104422
005202
020227
101756

5$%:

000074

104444

022626
026727
103410

012746
012746
010600
104417

0000006 000620

TRAP
INC
CMP
BLOS
TRAP
CMP
CMP
8LO

MOV
MOV
MOV
TRAP
TRAP

0000006
000001

000036

78:

000040

CMP

MOV
TRAP
BLO
MOV
TRAP

8(s

000037

TRAP
8CS
MOV

000035

TRAP

BHIS
MOV

177777 0000006
’
0000006

CLR

CLR
JSR
TST
BNE
MoV
MOV

000000V
0000006

0000006
000001

MOV
TRAP
TRAP

CMP

0000006
0000006
0000006
0000006

0000006 0000006
0000006
0000006

0000006 0000006
0000006
0000006
000002 000002
000004 000004

9%:
10$:
118:

CLR

TRAP
MOV
MOV
INC
CMP

BLO

12%:

TRAP
MOV
TRAP
MoV

BEQ

2
2

(a1

MISCELLANEOUS SECTIONS
INITIALIZE SECTION

; COUNT

1743

R2.,#74

. COUNTO'

(SP)+,(SP)+

H
H.

1748
1740

1758

#ERR.01,-(SP)

1761

SP,RO

: SP,t

18
&4

%gUNIY.#ZO
#1,=-(SP)

17
44
(SP)+,(SP)+
#36,R0
47
138

1760

1765

1767

#-1,L0G.UNIT
NUM.RETRIES

H
H
H
H
H

1770
177N
1772
1773
1775

#ERR.02,~(SP)
#1,-(SP)
SP.RO
17

1778

47
8s
#37 RO
47
8s
#35,R0
47
118

RETRIES
PC,FIND.CLOCK
#CLK.TYPE
98

44
(SP)+, (SP)+
108

gng.csa

RO,FREE .MEM.ADDR

(RO) ,MEM. SIZE

LOG.UNIT

LOG.UNIT,LSUNIT
128

koc.unnr.no

s SP,*

:
.:
:
; FREE.MEM.ADDR,*

1777
1775

1782

1787
1788

.
:

1795
1797

1800

1802

?? HWP, TABLE

MoV
MOV

MOV
MOV

; HWP.TABLE,*

2(RG) ,2(R1)

(R1)
J4O)
4(R

1803
1804

1805

000354
000362
000366
000370
000376
000402
000406
000412

8-Jul-1983 15:23:25
8-Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
INITIALIZE SECTION

IRCFA2
v01.0
016061

011067
010100
016067
012746
012746
016046
012746
104437
016716
016746
016746
012746
012746
010600
104417
062706
005726
000207

000006 000006
0000006

MoV
MoV

6(R0) ,6(R1)
(RO) ,RC25.ADDR

0000006

MOV
MoV

6(R0).UNIT
#340,-(SP)

000006
000340

MoV

MOV
MoV
MoV

000000V
000002
000003

TRAP

R1,RO

#NXM] , - (SP)
2(R0) ,~(SP)
#3.-(5P)
37

SEQ 100

Page 13
VAX=11 Bliss=16 Vv3=555
SPIDERSUSERS:CLAKSHMANA. 11REL .REALJZRCFA (5)

H
: RT,«
: RT,»

1806
1807
1808

1809

1810

0000006
0000006
0000006
0000006
000004

MoV
MoV
MoV
MoV
MoV

UNIT, (SP)
RC25.ADDR,=(SP)
LOG.UNIT ,~(SP)
#DBM1,-(SP)
¥4 ,=(SP)

000020

ADD

#20,SP

1725

1810

MoV
TRAP

138:

TST
RTS

SP,RO
17

(SP)+
PC

s SP,»

Base: AASCODE + 0216
.
Routine
152 words,
15 words
: Maximum stack depth per invocation:

: Routine Size:

000000
000004
000006

004767
106411

000207

177314

LSBTTL
LSINIT::JSR
TRAP

RTS

LSINIT INITIALIZE SECTION
PC,LINIT
11

4 words,
Routine Base: AASCODE + 0676
: Routine Size:
2 words
; Maximum stack depth per invocation:

SEQ 101

MISCELLANEQUS SECTIONS
AUTODROP SECTION
WA = O 000 ~NOWNV
NN

POPIAIN)
b b oo b b b b

b ok
b
e
ol e
e
b e
b
—b

[o Jo Jo To To To -To To To -To To

[FETETIE

YR YR

YE YR TN

IRCFA2
v01.0

000000

?sbttl *AUTODROP SECTION'
+

! THIS CODE IS EXECUTED IMMEDIATELY AFTER THE INITIALIZE CODE If
! THE ‘'ADR'* FLAG WAS SET. THE UNIT(S) UNDER TEST ARE CHECKED TO
! SEE IF THEY WILL RESPOND. THOSE THAT DON'T ARE IMMEDIATELY
E DROPPED FROM TESTING.

BGNAUTO;

'if .SWP_TRACE then PRINTF (DBM3);

return,

ENDAUTO;

LAUTO:

000207

:; Routine Size:
: Maximum stack

000000
000004
000006

Page 14
VAX=11 Bliss=16 v3-555
.REALJZRCFA (6)
ERS
11REL
.
NA
SUS
[LAKSHMA
:
SPIDER

004767
104461
000207

: Routine Size:

.SBTTL
RTS

LAUTO AUTODROP SECTION
PC

1812

1822

1 word,
Routine Base: AASCODE + 0706
depth per invocation: 0 words

.SBTTL
LSAUTO: : JSR

177772

TRAP

RTS

4 words.,

LSAUTO AUTODROP SECTION
PC.LAUTO

Routine Base: AASCODE + 0710
2 words

: Maximum stack depth per invocation:

=2 O 000~
(Y, AN

b e

b wad

b e

b amd ok

[e -]©0 00 00 00 00 00 00 0o 00 00 0O
W WWN W
NN NN

PRPR T TN ¥
TRYN
A
A

T EYTETEYE

i THE CLEANUP CODING SECTION CONTAINS THE CODING THAT IS PERFORMED
! AFTER THE HARDWARE TESTS HAVE BEEN PERFORMED.

BGNCLN;

'if .SWP_TRACE then PRINTF (DBM4);

! TURN OFF THE CLOCK
! CLEAR ERROR ROUTINE
! PARAMETERS P1 - P6

.CLK_CSR = ZERO.
P1 = ZERO;
P2 = ZERO;
P3 = ZERO;
P4 = ZERO;

! CLEAR STATUS AND
! FLAGS

RET_STATUS = ZERO;
NUM RETRIES = ZERO;
RETRIES = FALSE:;

SEQ 102
15
Pa?e
VAX=11 Bliss~16 V3=555
(7)
CFA
.REALJZR
11REL
ANA,
SERS
: [LAKSHM
SPIDERSU

?sbttl *CLEANUP CODING SECTION'

PS = ZERO;
P6 = 2ERO;

return;

ENDCLN;

(TR

00044
000050

8-Jul-1983 15 :23:2 5
8-Jul-1983 14 1442 0

MISCELLANEOUS SECTIONS
CLEANUP CODING SECTION

IRCFA2
v01.0

000207

: Routine Size:

.SBTTL
CLR
LCLEAN:
CLR
CLR
CLR
CLR
CLR
CLR
CLR
CLR
CLR

0000006
0000006
0000006
0000006
0000006
0000006
0000006
0000006
0000006
0000006

21 words,

RTS

Routine Base:

: Maximum stac k depth per invocation:

000000

004767

000004
000006

104412
000207

177722

0 words

LCLEAN CLEANUP CODING SECTION
oCLK.CSR
P1

P2
P3
P4
PS
P6
RET.STATUS
NUM.RETRIES
RETRIES
PC

AASCODE + 0720

.SBTTL

LSCLEAN::
JSR
TRAP
RTS

LSCLEAN CLEANUP CODING SECTION
PC,LCLEAN
12
PC

)
4 words, .
Routine
Base: AASCODE + 0772
: Maximum stack depth per invocation: 2 words

: Routine Size:

1841

b
b el

oo
~

amd cnd

RS A.11REL.REALIZRCFA (8)
: [LAKSHMAN
SPIDERSUSE

i THE DROP=-UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE
! TO NO LONGER BE TESTED.

BGNDU;

Vif .SWP_TRACE then PRINTF (DBMS);

return;

ENDDU;

LDU:

000207

1 word,
Routine Base:
; Routine Size:
0 words
; Maximum stack depth per invocation:

000000
000004
000006

VAX=11 Bliss=16 v3=-555

?sbttl *DROP UNIT SECTION'

—d e

TN Y
FNS EI
TR TR FE TR
LI

000000

8-Jul-1983
8-Jul-1983

MISCELLANEOUS SECTIONS
DROP UNIT SECTION

IRCFA2
v01.0

SEQ 103

Pa?e

004767
104453
000207

177772

L$DU::

.SBTTL

RTS

LDU DROP UNIT SECTION

1842

AASCODE + 1002

.SBTTL
JSR
TRAP
RTS

LSDU DROP UNIT SECTION
PC,LDU
53
PC

Routine Base: AASCODE + 1004
4 words,
; Routine Size:
2 words
: Maximum stack depth per invocation:

1850

SEQ 104

Pa?e 17
VAX=11 Bliss=16 V3-555
.REALJZRCFA (9)
RS
SE
11REL
.
ANA
SU
CLAKSHM
ER
:
ID
SP

MISCELLANEOUS SECTIONS
ADD UNIT SECTION

IRCFA?
v01.0

?sbttl *ADD UNIT SECTION'
+

i THE ADD=-UNIT SECTION CONTAINS ANY CODE THE PROGRAMMER WISHES
'

TO BE EXECUTED IN CONJUNCTION WITH THE ADDING OF A UNIT BACK
TO THE TEST CYCLE.

BGNAU;

'it .SWP_TRACE then PRINTF (DBM6);

return;

ENDAU;

000000

LAU:

000207

1 word,
: Routine Size:
; Maximum stack depth per

000000
000004
000006

004767
104452
000207

; Routine Size:

; Maximum stack

1862

.SBTTL

RTS

LAU ADD UNIT SECTION
PC

1851

1860

Routine Base: AASCODE + 1014
invocation: O words

177772

LSAU::

.SBTTL
JSR

LSAU ADD UNIT SECTION
PC,LAU

RTS

TRAP

4 words,
Routine Base: AASCODE + 1016
depth per invoacation: 2 words
'<BLF/PAGE>

:
:
:
:
:
:
:
:
:
:

8~Jul=1983 15:23:25
8~Jul=1983 14:44:20

MISCELLANEQUS SECTIONS
ADD UNIT SECTION

IRCFA2
v01.0

1863

1864

1865
1866
1867
1868
1869
1870
1871
1872
1873
1874

012767
012767
000002

1
VAX-11 Bliss=16 V3-555
(10
.REALJZRCFA
1REL
1
NA.
SERS
: [LAKSHMA
SPIDERSU

psect

code = ABSCODE;

'04

i GLOBAL LOCATION °'I_AM NEX'' IS SET TO TRUE WHICH INDICATES

" THE INITIALIZATIONTSEQUENCE INTERRUPT OCCURED.
esnsnv (NXMD) ;

AM_NEX= %o 177777

clucEL TIMER= Y0 177777'

ENDSRV?

000000

000000
000006
000014

SEQ 105

Pa?e

177777
177777

0000C0G
0000006

NXMI::

.SBTTL
.PSECT

NXMI ADD UNIT SECTION
ABSCODE, RO

MOV
R?Y

#=-1,1.AM.NEX
-1,CANCEL.TIMER

:
:

1875
1876

'00

' THE CLOCK INTERRUPT SERVICE ROUTINE IS ENTERED AT THE CLOCK RATE
BGNSRV (CLK_INT_SERV);

TICKS= .TITKS *+ 1;

! INCREMENT THE NUMBER OF TICK

if .TICKS eqlu .CLK_HERTZ

' IF TOTAL NUMBER OF TICK= 60

oo
0o
~

then

! THEN

be?1n

= 0;
TICKS
SECONDS = .SECONDS + 1;

! RESET TICK TO ZERO
! INCREMENT THEN SECOND

if .SECONDS eqlu 60

= 60
' IF SECOND

then

STYEPREP
I T YA
P PR PR
TR

TIPS
DR TR
T

7 words,
Routine Base: ABSCODE ¢+ 0000
: Routine Size:
0 words
invocation:
per
stack
depth
Maximum
:

! THEN

begin

! RESET SECOND TO ZERO
! INCREMENT THE MINUTES

AT
YA

SECONDS = 0;
HIgUTES = MINUTES + 1;

[P
IY
T

end;

end;
ENDSRV;

000000

005267

000000G

000004
000012
000014

026767
001014
005067

LSBTTL
CLK.INT.SERV::

CLK.INT.SERV ADD UNIT SECTION

0000006 0000006

INC

gng

TICKS

1881
1883

0000006

CLR

TICKS

1886

{;CKS.CLK.HERTZ

8-Jul=-1983 15:23:25
8-Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
ADD UNIT SECTION

IRCFA2
v01.0

005267
026727

001004
005067

005267
000002

0000006
0000006 000074
0000006
0000006

INC
CMP
BNE
CLR
INC
RTI

SEQ 106

Page 19
VAX=11 Bliss=16 Vv3=555
A . 11RELERS .REALJZRCFA (10
SUS
: CLAKSHMAN
SPIDER

SECONDS

H
H

1887
1889

SECONDS

H
H
H

1892
1893
1880

?§CON05.074

MINUTES

Routine Base:
ABSCODE + 0016
19 words,
: Routine Size:
0 words
: Maximum stack depth per invocation:

32833383253
b b b ch

W=D
oo ~NOW S NN =OVONOVNS

b
b

OO0

iCHECK TO MAKE SURE THERE IS A CLOCK ON THE SYSTEM.
'SUPERVISOR.

i e md i

[=1V]

Palat]
S W

P3V)

-l

OO
o0 0o
W

[IF NO_CLOCK, ABORT TO

;orusawxse. DETERMINE WHETHER CLOCK IS AN L OR P CLOCK, GET ITS PARAMETERS.

begin

CLK_TYPE = NO_CLOCK;

'SET FLAG FOR NO CLOCK

if CLOCK (P, CLK_ADR)

11S THERE A P_CLOCK?

then

begin

CLK_TYPE = P_CLOCK;

1SET THE FLAGE FOR P_CLOCK

CLK_HERTZ = . (.TLK_ADR + 6);
CLs_srAnr = 20°'1057;

'GET THE CLOCK RATE
'SAVE THE STARTTING CLOCK VALUE

'SAVE THE CSR ADDRESS

CLKZCSR = ..TLK_ADR;

else

begin

N NN PONININI NI A

b d cmd b b o

b e d b o b b b i e v e e s b o b e
0O OO0 0 0 00 0OV OV VOV OVOVOVO

giobal routine FIND_CLOCK : novalue =

if CLOCK (L, CLK_ADR)
then

'1S THERE AN L_CLOCK?

begin

CLK_TYPE = L_CLOCK;

'SET THE FLAG FOR L_CLOCK

CLK_HERTZ = .(.CLK_ADR + 6);
CLs_srARr = %0'1007;

'GET THE CLOCK RATE
ISAVE THE STARTING CLOCK VALUE

CLKCCSR = ..TLK_ADR;

'SAVE THE CSR ADDRESS

eng,

end;

'IF

i; .CLK_TYPE nequ NO_CLOCK
then

b e

begin

VEC_AD = .(.CLK_ADR + 4);
SELVEC (.VEC_AD, CLK_INT_SERV, PRIOS);

CLOCK WAS FOUND THEN

'GET CLOCK VECTOR ADDRESS
!SET VECTOR & SERVICE ADDR.

000001

0000006

000105

0000006

MOV

0000006
000006 0000006

C00114

: RO,®

MOV

#1,CLK.TYPE

ggv

g}OS.CLK.START

MOV
MOV

1$:

RO,CLK.ADR

MOV

TRAP

(ROY,CLK.CSR
6(ROJ, CLK.HERTZ

#114,R0
62

: CLK.ADR,*
:

Par 4

BHIS

- OO
W

TRAP

CLK.TYPE

[ Poor Po P P

0000006

#120,R0

010067
012767
011067
016067
012767
000421
012700
104462

MoV

-t

000120

FIND.CLOCK FIND CLOCK ROUTINE

cd cadd

012700

.SBTTL

FIND.CLOCK::
CLR

b o

0000006

005067

ol e leliollele]

end;

TRYR X TN Y
N Y T Y ] (YR IEIEIRIETR
IRTEYRIE YR
I E X XT E TRIR PRI IR IR
R
R
T E R

Xsbttl 'FIND CLOCK ROUTINE'

R A I

SEQ 107
Pa?e 20
VAX=11 Bliss=16 Vv3-555
11REL . REAL JIRCFA (11
SERS
: (LAKSHMANA.
SPIDERSU

endg,

104462
103016

000054

8-Jul8-Jul-

MISCELLANEOUS SECTIONS
FIND CLOCK ROUTINE

IRCFA2
v01.0

9
-—d =d

RO, CLK.ADR

#-1, CLK.TYPE
(ROS ,CLK.CSR

0000006

OS
. CLK.HERTZ
6(R

2$:

0000006
000004 0000006
000240
000016*
0000006
000003
062706
000207

000010

3s:

]

CLK.ADR,*

}

ggx.tvpe

MOv8
MOV
MOV
CLR
Move
MOV
TRAP
ADD
RTS

CLK.ADR,RO

4(R0O),VEC.AD
#240,-(SP)
#CLK. INT.SERV,=(SP)
~(SP)
VEC.AD, (SP)
#3,-(SP)

#10,SP

ABSCODE + 0064
Routine Base:
: Routine Size:
58 words,
6 words
; Maximum stack depth per invocation:
1940

RO, «

#100,CLK.START

0000006
000006 0000006
000100 0000006
0000006

177777

3 2
5 8

0000006

000056
000060
064

NA . 11RELERS .REALIZRCFA (11
SUS
: CLAKSHMA
SPIDER

Ml SCELLANEOUS SECTIONS
Fl ND CLOCK ROUTINE

SEQ 108
Pa?e

-d

IRCFA2
v01.0

VAX=11 Bliss=16 Vv3-555

global routine CLOCK_INIT : novalue =
‘INIT CLOCK
!

begin
T1TKS = 0;

SECONDS = 0;
MINUTES = 0;
!START THE CLOCK

end;”

RTS

10 words,
Routine Base: ABSCODE ¢+ 0250
; Routine Size:
0 words
: Maximum stack depth per invocation:
1955

b
b
b

TICKS

SECONDS
MINUTES
CLK.START,aCLK.CSR

CLR

CLR
CLR
MOV

V00O

000004
000010
000014
000022

000000G
0000006
0000006 0000006

CLOCK.INIT CLOCK INIT ROUTINE

000000

LSBTTL
CLOCK.IN]IT::

e e %o O,

VIV

Xsbttl °*CLOCK INIT ROUTINE®

000000G

000207

SEO 109
? 22
VAX=11 Bliss~-16 v3-555
SPIDERSUSERS: CLAKSHMANA. 11REL .REAL JZRCFA (12

’O’OO*DOOO‘O’OOOO’O?
SN

b
b
d
b o
b

b md

T T T T
X
I
IR IR
R
R

8-Jul=-1983 15:23:25
8~Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
CLOCK INIT ROUTINE

IRCFA?
v01.0

~NOo

-l

000000

004767

000004
000006

104423
000207

: Routine Size:

EIEITE

A TE Y

PR PR R

TNT XN 2

: Maximum stack

1958
1959
1960

1961
1962

1963
1964
1965
1966
1967
1968

1969
1970
1971

1972
1973

1974
1975
1976
1977
1978
1979
1980
1981
1982
1983
1984
1985

NN
oW

"N
LV]

&Hw

-—b

bl
o 00
(Vv

SEQ 110

Pa?e P4
VAX=11 Bliss~16 v3=555
CFA (13
.REALJZR
11REL
NA.
SERS
: [LAKSHMA
SPIDERSU

%sbttl 'RC25 CONTROLLER ERROR REPORTING'

BGNMSG (RC2SSERR_RPT);

.SBTTL
RC2SSERR.RPT::
JSR

000000V

TRAP

RTS

RC258ERR.RPT RC25 CONTROLLER ERROR REPORTING
PC,MSRC258ERR.RPT
23

Routine Base: ABSCODE + 0274
4 words,
depth per invocation: 2 words
]

i
i
:
i
i
;
i
|

i
'
i

i
'
;

FUNCTIONAL DESCRIPTION:

THIS ROUTINE IS CALLED BY THE DIAGNOSTIC SUPERVISOR VIA
THE 'PRLINK'' ARGUMENT SPECIFIED IN THE $DS_ERRXXX MACRO
TO REPORT DETAILED RC 25 CONTROLLER ERRORS.
FORMAL PARAMETERS:

P2
P3

Ps
PS
P6

POINTER TO FORMATED ERROR MESSAGE.
FIELD REPLACEABLE UNIT CALL=-OUT MASK.
RC 25 CONTROLLER REGISTER PRINT=-0UT MASK.
DATA.
DATA.
DATA.

g IMPLICIT INPUTS:
g

RET_STATUS

g IMPLICIT OUTPUTS:
g

- NONE -

§ COMPLETION CODES:
g

- NONE -

g SIDE EFFECTS:
g

- NONE -

PR PR PRP
PR YR SR IR TR TR TR R LN X [N YR YRR

8-Jul8-Jul-

MISCELLANEOUS SECTIONS
RC25 CONTROLLER ERROR REPORTING

IRCFA2

v01.0

9
—d

R AR ARA A

;

PRINT SUPPLEMENTAL ERROR INFO

if .P1 neqa 0
then
.
begin

YIF ERROR MESSAGE POINTER
! ISN 'T 0, THEN PRINT-OUT

it .P_MASK eqlu 3 then PRINTB (.P1, .P4, .P5, .P6); ! SUPPLEMENTAL ERROR INFO.

if .P_MASK eqlu 2 then PRINIB (.P1, .P6, .P4, .P5);

1957

NN
oW

s
Hw

&Hw

—

hodod
©Co 0o

8=-Jul8-Jul-

SECTIONS
MISCELLANEOUS
1SC
RC25 CONTROLLER ERROR REPORTING

IRCFA2
v01.0

9
—

SEQ 111
24
VAX-11 Bliss=16 V3-555
(13
FA
EALJZRC
NA. 11REL.R
SERS
: [LAKSHMA
SPIDERSU
Pa?e

it .P_MASK eqlu 1 then PRINTB (.P1, .P4);
end.

IF ELIGIBLE

if .P3 nequ 0
then

PRESENT, THEN PRINV=-0UT

SELECTED

PRINTB (FMT3, .P6, .P3);

CONTROLLER

g PERFORM FIELD REPLACEABLE UNIT CALL=-OUT
IF ELIGIBLE FRU CALL=-0UT(S)

'if P2 nequ 0

PRESENT, THEN PRINT=-0UT
FEILD REPLACEABLE UNITS.

‘then

PRTSFRU_CALLOUT (.P2);
! CLEAR ALL PARAMETERS
P1 = ZERO;
P2 = ZERO;
P3 = ZERO;
P4 = ZERO;
PS5 = ZERO;
P6 = 2ERO;
ENDMSG;

005767
001462
126727
001016
016746
016746
016746
016746
012746
010600
104414

0000006

0000006
0000006
0000006
0000006
000004
000012
0000006 000001

000142
000144

000000G
0000006
000002

MSRC25SERR.RPT RC25 CONTROLLER ERROR REPORTING

TST
8EQ

CMPB
BNE
Mov
MOV
MOov
MoV

0000006
0000006
0000006
0000006
000004

000012

.SBTTL

MSRC25SERR.RPT:

000C00G 000003

0000006 000002

016746
012746
010600
104414

END OF ROUTINE:

38
P.MASK,#3

1$
P6,=(SP)
P5,=(SP)
P4,=(SP)
P1,-(SP)
#4,-(SP)

SP,RO

1$8:

1994

14
#12,SP

P.MASK ,#2
2%
P5,=(SP)
P4 ,-(SP)
P6,-(SP)
P1,-(SP)
#4 ,-(SP)

SP.R0

14
#2,SP

1998

SP,+

2000

SP,*

2002

PiHASK.#1

P4 ,=(SP)
P1,=-(SP)
#2,-(SP)

SP,RO
14

SP,e

SEQ 112

Pa?e 25
VAX=11 Bliss=16 v3=555
NA . 11RELERS .REALJZRCFA (13
SUS
: LLAKSHMA
SPIDER

MISCELLANEOUS SECTIONS
RC25 CONTROLLER ERROR REPORTING

062706
005767
001414
016746
016746
012746
012746
010600

000006
0000006

062706
016746
004767
005067
005067

000010
0000006
000000V
0000006
0000006
0000006

104414

005726
000207

38:

0000006
0000006
0000006
000003

000000G
0000006
0000006

4$:

ADD
TST
BEQ

MOV
MOV
MOV
MOV
MOV
TRAP
ADD
MOV

JSR
CLR
CLR
CLR
CLR
CLR
CLR
TST
RTS

2006

2008

: SP,»
P2,=(SP)
;g,PRTSFRU.CALLOUT
P2
P3
P4

P5
P6
(SP)+
PC

ABSCODE + 0304
Routine Base:
: Routine Size: 86 words,
7
words
: Maximum stack depth per invocation:

2016

H
:
:
H
:

2018
2019
2020
2021
2022

1957

’

2023

Ve 0 8,000 8,900 80000 V0303000309 %0%00,8,50, %, TR

RN RI

R E TR E TE TR

FE PRYR TR Y N

O NI KO N (YR IEIEIETE YR XA XE T FI KN KN ¥

IRCFAQ
v01.0

MISCELLANEOUS SECTIONS
FIELD REPLACEABLE UNIT REPORTING

8-Jul=1983 15:23:25
8=-Jul=1983 14:44:20

Pa?e 26
VAX=11 Bliss=16 v3=555
.REALJZRCFA (14
ERS
11REL
.
SUS
: CLAKSHMANA
SPIDER

Tsbttl 'FIELD REPLACEABLE UNIT REPORTING'
global routine PRTSFRU_CALLOUT (FRUSMASK) : novalue =
Voee

s FUNCTIONAL DESCRIPTION:

THIS ROUTINE REPORTS FIELD REPLACEABLE UNITS WHICH ARE
DEEMED ELIGIBLE FOR PRINT-QUT BY THE FAILING TEST.

[]
]
]

i FORMAL PARAMETERS:
1

]

FRUSMASK

]

FIELD REPLACEABLE UNIT CALL-0UT MASK.

IMPLICIT INPUTS:
- NONE -

g IMPLICIT OUTPUTS:
- NONE -

g COMPLETION CODES:
f

- NONE -

g SIDE EFFECTS:

- NONE -

begin
tocal
FRUSMSG;

! ALLOCATE STORAGE FOR
! POINTER TO FRU MESSAGE.

g PERFORM FIELD REFLACEABLE UNIT CALL-OUT
incru FRU_SELECT from 0 to 3 do
if BIT_TST (.FRUSMASK, 1*.FRU_SELECT)

then

CHECK EACH FRU FOR

POSSIBLE CALL-OUT.

IF CURRENT FRU ELIGIBLE

begin

FOR PRINT-0UT THEN GET
POINTER TO FRU MESSAGE.

selectu 1°.FRU_SELECT of

SELECT FRU FROM ONE OF

set

[ADAPT] :

FRUSMSG = ADAPTO;

[CONTR] :

FRUSMSG = CCNTRO;

[DRIVE] :

FRUSMSG = DRIVE_;

SEQ 113

THE FOLLOWING:

GET ASYNC FRU MESSAGE.
GET SYNC FRU MESSAGE

GET ARR_DAT FRU MESSAGE

:25
8=Jul=1983 15:23:2
:20
8-Jul=1983 14:44:2

MISCELLANEOUS SECTIONS
FIELD REPLACEABLE UNIT REPORTING

IRCFA2
v01.0

IR T TR
LK

[MECH] :

tes;

000001

1%:

—d b

$8383333388858s85sss

JSR

PC.BLSSHF

MoV

R3,=(SP)

000014

MOV

14(SP) RO

000001

MOV

TST

(SP)+

CoM
8IC

RO
RO.R1

MOV

R3,-(SP)

#1,(SP)

JSR

PC,BLSSHF

000001

MOV

#1,-(SP)

0000006
000001

JSR
CMP

PC.BLSSHF
M
RO.

2s$:

MoV
CMP

0000006
000010

NSRBI

#1,=-(SP)
RO,R1

0000006
000004

0000006

cMP
CMP
BNE

(SP)+,(SP)+
R1,R0
63

H FRU.SELECT,*

2064

2067

FRUSMASK
,«

: FRU.SELECT,*

2071

#ADAPTO,R2
RO,#2

: + ,FRUSMSG
;

2075

3s:

MoV
CMpP

#CONTRO,RZ
RO, #4

: * ,FRUSMSG
:

MoV
CMP

#DRIVE. ,R2
RO.#10

: * FRUSMSG
:

MOV

#MECHAN,R?2

: * ,FRUSMSG

MOV

R2,-(SP)

*
:; FRUSMSG,

MOV

BNE

5$:

BNE

MOV

R3,-(SP)
2%

UNIT, (SP)

MOV
MOV

#FRU,=(SP)
#3,-(SP)

000012

ADD

#2,SP

(MP

RIS

MOV
TRAP

6%:

INC

8LOS

000207

63 words,

2027

0000006
000003

000003

: Routine Size:

[0}

MoV

000000G

000100

! END OF ROUTINE:

.SBTTL PRTSFRU.CALLOUT FIELD REPLACEABLE UNIT REPORTING
PRTSFRU.CALLOUT::
JSR
R1,$SAVE3
.
CLR
R3
: FRU.SELECT

000000C

0000006
000002

NA . 11RELERS .REALJZRCFA (14
SUS
: CLAKSHMA
SPIDER

! 'PRTSFRU_CALLOUT".

end;

005003
012746
010346
004767

SEQ 114
27

Pa? e

! PRINT FRU CALL=-OUT.

end;

0000006

VAX=-11 Bliss=16 Vv3=555

! GET MEM_ARR FRU MESSAGE

FRUSMSG = MECHAN;

PRINTX (FRU, .FRUSMSG, .UNIT).

004167

Routine Base:

SP,RO
15

2 FRU.SELECT,*

2071

2078

2071

2081

207

2084

2087

SP'.

R3.#3

:
: FRU.SCLECY
H; FRU.SELECT,+

2069
2064

2027

ABSCODE ¢+ 0560

MISCELLANEOUS SECTIONS

IRCFA2

FIELD REPLACEABLE UNIT REPORTING

v01l.0

: Maximum stack depth per invocation:
209

11 words

SEQ 115

Pa?e 28
.REAL] IRCFA (14
ERS
NA. 11REL
SUS
: [LAKSHMA
SPIDER

VAX=11 Bliss=16 V3-555

no9

MISCELLANEOUS SECTIONS
AZTEC INITIALIZATION

8-Jul=1983 15:23:25
8-Jul=1983 14:44:20

%sbttl "AZTEC INITIALIZATION'

I N I NI Y

global routine AZT_INIT =
T+

! FUNCTIONAL DESCRIPTION:
]

THIS ROUTINE WILL DO STEP 1 THROUGH STEP 3 CHECK FOR ANY ERRORS

IN EACH STEP AND RETURN TRUE OR FALSE.

g FORMAL PARAMETERS:

- NONE -

V0NN WNNN=20000 N
CONOWVITM
NN =O VO ~NONWY S W= O VO NCWVIHWN=O

d amh

LSTNLNL NN

b e

ad e

b e

b wd

b — ad wtd

NS LSS TN LN R N MINAL NN

b wd

NN AN

) ——b b cad

NN NN

b e wd

b oD

b wnd

b e

NI NI NI NN NN NN

b wnd

b e=d

NN VN -—b

g
= = cd b od b ek b b b O O OO o
BB 88205 D NN NN N N W N N AN NI NN D PIPNINININ)
v

AR YR PRPRA TR TR L L X X (TR IETEIETETE IR IR
TR
XE
R N R AR EEE E
A P E A TE R IR R PR PR R R X TR
RI A R
(TRI

SEQ 116

Page 29
VAX=11 Bliss=16 v3-555
.REALJZRCFA (15
ERS
11REL
.
SUS
: LLAKSHMANA
SPIDER

g IMPLICIT INPUTS:
i

DATA1 = STEP 1 WRITE DATA

B_MASK = WITCH STEPS WILL BE DONE

DATA2 = STEP 2 WRITE DATA
DATA3 = STEP 3 WRITE DATA
DATA% = STEP & WRITE DATA

i
i
;

%0 1 = STEP 1
%0 3 = STEP 1.2
%0 7 = STEP 1.2.3
%017 = STEP 1.2.3.4

i
i
i
;

g IMPLICIT OUTPUTS:

IF ERROR OR NO STEP IT WILL RETURN

P1-PS5,P_MASK

TRUE OR FALSE

RET STATUS
!
| COMPLETION CODES:

| SIDE EFFECTS:

- NONE =

)

begin
local

ISTEP NUMBER

COUNT,
DATA;

iTIME OUT COUNT
iWRITE DATA FOR THE STEP

MASK,

ISTEP MASK

{

INIT THE AZTEC

;_An_uex = ALL_ONES;

! INIT INTERRUPT FLAG

! THE FOLLOWING LOOP WILL DO STEP 1 THRU 4 AS GIVEN BY B_MASK
! INPUT SELECTING APPRCPRIATE DATA INPUT FOR STEP WRITES. IF
! ERROR iN SA REGISTER P1 = P4 AND P_MASK WILL BE SUPPLIED FOR

! ERROR REPORT. ONLY SA DATA FOR THE FINAL WRITE STEP IS PRESERVED.

MASK = 2b°'0001°;
WRT_RC25 (RCIP, ALL_ONES);

DELAY (2);

! STEP MAS K
: START INIT

! WAIT FOR COMPLETION

IEIR
R YR PR IR IR

if (.N eqlu 0 or BIT_TST (.B_MASK, .MASK))

PR A

then

PRVR

TEST FOR STEP NUMBER

Qegin

selectoneu .N of
set
0l :
DATA = ALL_ONES;

R IR

DATA = ,DATAY;

! SELECT CORRECT WRITE
!
!
! DATA FOR STEP WRITES

2] :
DATA = _DATAZ2;
(3] :

DATA = ,DATA3;

[4] :
DATA = .DATA4;

[P E

IR A

TR A

P TR

PRN PR NN PR EE

TRLN

PN X T E

tes;

if .N gequ 1 then WRT_R(C25 (RCSA,
incru COUNT from 0 to 20 do
begin

DELAY (333);

.DATA);
!

! STEP N WRITE DATA TO SA

TIME OUT WAIT LOOP

! DELAY 1 SEC. APPROX.

it .I_AM_NEX eqlu ALL_ONES then exitloop;
end;
it .I_AM_NEX eqlu ALL_ONES
then
begin

DELAY (2);

RC25_DATA’ [RCSA, RC_ALL] = .RC25_ADDR [RCSA, RC_ALLJ;
it .N nequ 0 then MASK = _MASK*1;

STEP N

READ

INCREMENT STEP

I_AM_NEX = ZERO;

if (.RC25_DATA [RCSA, RCSA_ER] nequ ZERO)

then

be?1n
RET_STATUS = PFE_CODE;

JSE Q 117

SPIDERSUSERS
: [LAKSHMANA. 11REL .REAL ZRCF A (15

incru N from 0 to 4 do
begin

IR T A
TSR
I E N E NE
EIEEE

8-Jul-1983 15:23::25
8-Jul-1983 1 4:44 :20

MISCELLANEOUS SECTIONS
AZTEC INITIALIZATION

TRDR KN ¥

IRCFA2
v01.0

VAX=11 Bliss=16 Vv3-555

IF SA REGISTER CONTAINS

8 10

MISCELLANEOUS SECTIONS
AZTEC INITIALIZATION

IRCFAQ
v01.0
d b =2000
V00~
=
OO0

SIS ST, ST ST, ST ST, ST ST ST NI, ST, 01,8 L S AN
NN
NN NINININD

b —d e ed d i

N =20 V00 NO WS NN

! ERROR OR INCORRECT STEP

! SUPPLY P1 THRU PS AND

bein

SK = 2;
pT = FHTS
P2 = ADAP

PG = (. nczS ADDR) + 2;

PS = .RC2S _DATA [RCSA. RC_ALLI;
P6 =
SK;

PORIN) =

MSGADR = HSG 164;

=“TRUE;
RET_STATUS

return .RET_ STATUS;

end;

! TRUE STATUS.

end.

else

end

be?1n
RET_STATUS = CTO_CODE:

EEEE

exitloop:

end;
end;

end;

if .RET_STATUS
then

EA TRIR IR IR IR IR Y Y XY

begin
P _MASK = 2;

PY = FMT3;

P2 = ADAPT;

P4 = (.RC25 _ADDR) + 2;

PS = .RC25_DATA [RCSA, RC_ALLI;
P6 = .MASK

= MSG 14
MSGADR

return .RET_ STATUS:

else

end

return RET_STATUS = PAS_CODE;

end;

004167
024646
012767
012704
012700

010077

AZT.IN

0000006

177777
000001
177777

0000006

.SBTTL

AZT.INIT AZTEC INITIALIZATION

R1,$SAVES

MOV
MOV
MOV

#-1,1.AM.NEX
M Ré
#-1,R0

CMP

MOV

-(SP).-(SP)

RO,8RC25.ADDR

e ®e ®a O,

PRTR PR LR LR SRR LN
PRPR TN
TRPR

begin
then

SEQ 118

Pa?e

ANA. 11RELERS .REALJZRCFA (15
SUS
: [LAKSHM
SPIDER

end

i; (.RC2S_DATA [RCSA, RCSA_STEP] nequ .MASK)

T PN PR

PRTR

else

TR IR

000004
000006
000014
000020
000024

VAX=11 Bliss=16 V3=555

exitloop;

2206

000700

8=Jul=-1983 15:23:25
8-Jul=1983 14:44:20

* ,MASK
* ,RCM.REG

RCM.REG,*

SEQ 119

IRCFA2
v01.0
000030

012701
001411

MISCELLANEOUS SECTIONS
AZTEC INITIALIZATION

Pa?e 32
VAX=-11 Bliss=16 V3=555
.REALJZRCFA (15
ERS
11REL
ANA .,
SUS
: CLAKSHM
SPIDER

000002

: ¢, 88TMP2

0000006

000002

18:

; ¢, 88TMP

2$:

: $$TMP
: $STMP1

3s:

: $$TMP2

(8.
5%:

: N
: N
:4.R1

; MASK,*

R1.RO

s %,MASK

RO,.R4

6$:

177777

000001

7%:

0000006
000002

8s:

0000006

000003

9%:

0000006

000002

158:
16$:

0000006 177777
000262

005203

s N,®

2161

: «,DATA
:

2165
2161

118

; *,DATA
H

2168
2161

118

; +,DATA
H

217
2161

; +,DATA
H

2174
2161

; *,DATA

2177

118
RO.M

8s
DATA1,R2

RO, #2
9%
DATA2,R2
RO, #3
108

118
RO, #4
118

DATA4 ,R2

RS
12$
R2,R1

RC25.ADDR,RO

000515

118:

NN
L 2 1 J

0000006
000002

108:

—

0000006

6$
26%
R5.R0

DATA3,R2

0000006

000004

2153
2156

RO
B.MASK

0000006

000416

2151

17%:

R1,2(RO)
R3
#515,R1
178

: N

; DATA,RCM.REG

: RCM.REG,*

s COUNT

: *,$8TMP2

LSDLY,RO

: «,$8TMPY

2(SP)

: $STMP
. $$TMP1

16%

RO
158
R1
148

1.AM_NEX,#-1

18%
R3

2182

2184

2186

: $$TMP?2

2188

s COUNT

2184

SEQ 120

Pa?e 33
VAX=-11 Bliss=16 V3-555
FA (15
JZRC
REAL
.
11REL
.,
SERS
: [LAKSHMANA
SPIDERSU

MISCELLANEOUS SECTIONS
AZTEC INITIALIZATION

COUNT,+

020327

000024

026727

0000006 177777

101754

000002

2192

18%:

., $$TMP2

19%:

0000006

000002

., $$TMP1

208:

$$TMP
$$TMP1

21%:

$$TMP2

22%:

0000006
000002
000002G

RC25.ADDR, RO

2(RO), (SP)

égP).RCZS.DATA*Z

23s

0000006
100000 0000026

000021

23$:

248

0000026

000002 0000006
0000006 0000006
000001
0000006
0000006

177316

000001

000576

016700

278
R&4 R1

RC2S.DATA+2,R0

RC2S.DATA+2,PS

R4 ,P6
14, MSGADR
#MSG.
#1,RET.STATUS

25$:
26$:

RET.STATUS.RO
29%

#11,RET.STATUS

278
RS
RS, #4

27§
0000006

000002 0000006
0000006 0000006
000001
0000006
0000006

MASK
,*

RC2S.ADDR,RO

0000026 0000006
0000006
0000006 0000006
000001
0000006
0000006

000004

glgOOOO.RCZS.DATA#2

#2.R0
RO P4

000002
0000006

0000006

1.AM.NEX

MASK

RO
RO
RO
RO
#177760,R0
RO,R1
26
#2.P.MASK
P
sFAT3,
2 P2

177760

000011

*,RC.REG
ZC.REG.'

#21.RET.STATUS

0000006

27%:

2195

5¢

#1.RET.STATUS

288

#2,P.MASK
NFMT3,P1
P2

RC25.ADDR,RO

MASK
,*

2196

2198
2200
2202

2205
2204
221

E 10

8-Jul=1983 15:23:25
8-Jul=1983 14:644:20

MISCELLANEOUS SECTIONS
AZTEC INITIALIZATION

IRCFA2
v01.0
000602
000606

062700
010067

000002
0000006

ADD
MOV

000620
000624
000632
000636
000640
000644
000646

010467
012767
016700
000403
005067
005000
022626

0000006
0000006 0000006
0000006
000000G

MOV
MOV
MOV
B8R
CLR
CLR
(MNP

MOV

000612 016767 0000026 000000G

000650

000207

288:
298:

RTS

#2,R0
RO P&

RCSS5.DATA+2,P5

RGP
#MSG. 14, MSGADR
RET.STATUS,RO
29$
RET.STATUS
RO
(SP)+,(SP)+
PC

Routine Base: ABSCODE ¢+ 0756
; Routine Size: 213 words,
: Maximum stack depth per invocation: 9 words

SEQ 121

Pa?e 34
VAX=11 Bliss=16 v3=-555
SPIDERSUSERS:[LAKSHMANA.11REL .REALJZRCFA (15

;

: MASK,*
:
:
:
:
:

2245

2246
2247
2131
2251
2131
209

IRCFA2
v01.0

MISCELLANEQUS SECTIONS

AZTEC INITIALIZATION 8Y POLING

8-Jul8-Jul

]

:20

%sbttl "AZTEC INITIALIZATION BY POLING'
?lggal routine AZP_INIT =
! FUNCTIONAL DESCRIPTION:

THIS ROUTINE WILL DO STEP 1 THROUGH STEP & CHECK FOR ANY ERRORS
IN EACH STEP AND RETURN TRUE OR FALSE.

RE T E T

i FORMAL PARAMETERS:
i
i

- NONE =

]

| IMPLICIT INPUTS:
i

DATA1 = STEP 1 WRITE DATA

]

!
!
E

JATAS = STEP 3 WRITE DATA
DATA% = STEP & WRITE DATA

B_MASK = WITCH STEPS WILL BE DONE
X0 1 = STEP 1
X0 3

STEP 1,2,3

STEP 1.,2.3.4

' IMPLICIT OUTPUTS:
'
'

i
i

DATA2 = STEP 2 WRITE DATA

]

»
o

E YA

T E TR A YR TR PR RN YR AN X L R Qe ®e o W

]

IF ERROR OR NO STEP IT WILL RETURN

P1-P5,P_MASK

!]
RET STATUS
!i COMPLETION CODES:
]

TRUE OR FALSE

i SIDE EFFECTS:
i

]

= NONE -

begin
local

'STEP NUMBER

COUNT,
DATA;

'‘TIME OUT COUNT
'WRITE DATA FOR THE STEP

'STEP MASK

INIT THE AZTEC

MASK,

Ve B,Ve WV eV BBV Wy VU BeVps P02 V000000 8;0,0e0, TR

i
i

THE FOLLOWING LOOP WILL DO STEP 1 THRU 4 AS GIVEN BY B_MASK

INPUT SELECTING APPROPRIATE DATA INPUT FOR STEP WRITES. IFf
ERROR IN SA REGISTER P1 - P4 AND P_MASK WILL BE SUPPLIED FOR
ERROR REPORT. ONLY SA DATA FOR THE FINAL WRITE STEP IS PRESERVED.

MASK = %b°0001°;

WRT_RC25 (RCIP, ALL_ONES);

' STEP MASK

i START INIT

SEQ 122

Pa?e 35
VAX=-11 Bliss=16 v3-555
RCFA (16
11REL.REALJZ
A.
SERS
[LAKSHMAN
:
ERSU
SPID

6 10

! WAIT FOR COMPLETION

A LA KN N ) Qe B0 %0 %0 000

DELAY (2);
incru N from 0 to 4 do
begin

i; (.N eqlu 0 or BIT_TST (.B_MASK, .MASK))

then

set

YR IR R PR PR N PR PR

! TEST FOR STEP NUMBER

Qegin

selectoneu .N of
o]l :
DATA = ALL_ONES;
1] :

DATA = .DATA1;

; SELECT CORRECT WRITE
!

! DATA FOR STEP WRITES

(21 :
DATA = .DATAZ2;
3] :
DATA = .DATA3;

EEEIEEE

[4]
tes;

NN NS ST ST NSNS NN
[aS 1AV 1, LAS1aS
[ V) LELSTNTNUNUNT
WNANAN AN AN LN AN AN AN AN AN AN AN AN AN N NN
oONONON
oo
=O D00 N NN
=
(o AV, W N=O
V0 ~NOW SN

E SA PR IR TR PR PR TN FETR PRPRTN X TR
R AR E T
IR
PE R

8-Jul=1983 15:23:25
8-Jul=1983 16:44:20

MISCELLANEOUS SECTIONS
AZTEC INITIALIZATION BY POLING

IRCFA2
v01.0

DATA = _.DATA4;

incrg COUNT from 0 to 20 do
egin

DE?AY (333);

' TIME OUT WAIT LOOP

! DELAY 1 SEC. APPROX.

RC2S_DATA [RCSA, RC_ALL] = .RC25_ADDR [RCSA, RC_ALLI:
if .RC25_DATA [RCSA, RCSA_STEP] eqlu .MASK then exitloop;
RET_STATUS = CTO_CODE;
end;

if (LRC25_DATA [RCSA, RCSA_ER] nequ ZERO)

then

begvn
RET_STATUS = PFE_CODE:
exitloop.
end
|
else
begin

i; (.RC25_DATA [RCSA, RCSA_STEP] nequ .MASK)

then

beflin
P_MASK = 2;

PY = FMT3;

P2 = ADAPT;

P4 = (.RC25_ADDR) + 2;

SEQ 123

Pa?e 36
VAX=11 Bliss=16 v3=555
: [LAKSHMANA 11REL.REALIJZRCFA (16
SPIDERSUSERS

H 10

8=Jul=1983 15:23:25
8=Jul=1983 14:44:20

MISCELLANEQUS SECTIONS
AZTEC INITIALIZATION BY POLING

IRCFA2
vo1.C

SEQ 124

Page 37
VAX=11 Bliss=16 V3-55
(16
RCFA
11REL.REALJZ
[LAKSHHANA
:
SPIDERSUSERS

PS = .RC2S_ DATA CRCSA, RC_ALLI;

= .MASK;
P6
HSGADR HSG 14;

return .RET STATUS

else

end

! TRUE STATUS.

RE?STATUS= PAS_CODE;
end;

end;
if .N nequ ZERO
then
begin

MASK = _MASK*1;

URL RC2S5 (RCSA. .DATA);

' STEP N WRITE DATA TO SA

end;

end;
end;
if .RET_STATUS
then

bein
SK = 2;

PT = FMT3;

P2 = ADAPT;
P, = (.RC25_ADDR)
+ 2;

PS5 = .RC2S _DATA [RCSA, RC_ALL];
P6 = .MASK:

MSGADR = MSG 14;

return .RET_STATUS;

else

2405

004167

000046
000050

024646
012705
012700
010077
012701
001411
016700
001404
005066
005300
001374
005301
000766

end

return .RET_STATUS;

end;

0000006

177777

000002

JSR

R1,$SAVES

2255

MOV

#1,RS

; %, MASK

2308

RO, aRC25.ADDR

: RCM.REG, *

MOV

0000006
000002

AZP.INIT AZTEC INITIALIZATION BY POLING

CMP

000001

0000006

LSBTTL

AZP.INIT::

2$:
3s:

MOV

-(SP) ,=(SP)

#-1 RO

: * ,RCM.REG

ggx

og.n1

ggx

§§DLY.R0

: +,38TMPY

CLR

2(SP)

: $STMP

BNE

DEC

B8R

;v 88TMP2
: SSTMPI

: $STMP?2

2309

2370

SEQ 125

Pa?e 38
VAX=-11 Bliss=16 v3-555
.REALJZRCFA (16
ERS
11REL
.
NA
SUS
: CLAKSHMA
SPIDER

MISCELLANEOUS SECTIONS
AZTEC INITIALIZATION BY POLING

: N
s N

43:
5%:

2312
2315

;2 MASK,+

0000006
;

: N,*

2320

; +,DATA
:

2324
2320

; *,DATA
H

2327
2320

; +,DATA
:

2330
2320

; +«,DATA
:

2333
2320

DATA4 ,R2
R4

; *,DATA
s COUNT
: %, $$TMP2

2336
2341

LSDLY,RO

: %, $8TMP1

2(SP)

: SSTMP

6$:

177777
78:

000001
0000006

8%:

000002

0000006
9%:

000003
0000006

—

000515

1" 1 1

0000006

WNN)
—

108:

000004

0000006
14$:

000002

15%:
16$%:

0000006
000002
0000026

000306

001404

15%

RO
148
R1
13$

2343

: $STMP1

: $STMP2

2344

;s MASK,*

2346

#11,RET.STATUS
R4

:
¢ COUNT

2348
2341

#100000,RC25.DATA+2

2351

RC25.ADDR,RO
2(R0), (SP)
(SP) ,RC25.DATA+2
R5,R1
(SP) .RO
RO

#1777606,R0
RO,R1
17%

0000006

000024
100000

#515.R1
16$

: «,RC.REG
: RC.REG,*

: RC25.DATA+2,¢

RO
RO
RO

177760

000011

=, MASK

0000026

17%:

R& ,#26
12%
18%

; COUNT,«

012767
000465

000021

#21,RET,STATUS
21$
RS, R1

0000006
18%:

0000026

RC2S.DATA+2,RO

1 o$
#2 ,P.MASK
#FMT3,P1
”n P2

000002 0000006
0000006 0000006
000001
0000006
0000006
000002
0000006
0000026 0000006
0000006
0000006 0000006
0000006

RC2S.ADDR,RO

#2,R0
RO P4

sgéS.DATA+2.PS

P6
#MSG.
14 ,MSGADR

RET.STATUS,RO
23%

19%:

0000006

000002

2363
2364
2365
2366

:
: MASK,*
H
:

2367
2368
2369
2362

: N

: MASK
: DATA,RCM.REG

2382
2383

#1,RET.STATUS

2390

#2,P.MASK
#FMT3,P1
”,P2

:
:
:
:

2393
2394
2395
2396

P6
#MSG.
14 ,MSGADR

H
: MASK,®
:
H

2397
2398
2399
2292

;EP)*.(SP)+

2255

RC25.ADDR,RO
#2,R0
RO P4

ggés.oAerz.Ps

22%:
23%:

0000006

000207
191 words,

2312

229

000002 0000006
0000006 0000006
0000006
000001
0000006
000002
0000006
000002G 0000006
0000006
000000G 0000006
0000006

RET.STATUS,RO
238
RET.STATUS,RO

RTS

RoutIne Base:
ABSCODE + 1630
9 words

- Maximum stack depth per invocation:

: RCM.REG,*

: N

21$
5%

218:

0000006

2374

2379

sg.Z(Rk)

208:

000004

2406

H
H
H
:

R2,R0
RC25.ADDR,R&

0000006

: Routine Size:

2354
2353
2360

RET.STATUS
R3

208

000574

:
H
: MASK,*

RO
RO
RO
RO
#177760,R0
RO,R1

177760

177362
000001

8=Jul=198
8=Jul=-198

MISCELLANEOUS SECTIONS
AZTEC INITIALIZATION BY POLING

SEQ 126

a?e 39
VAX=11 Bliss=16 V3=555
CFA (16
.REALJZR
11REL
.
ANA
LLAKSHM
:
SPIDERSUSERS

; N,*

YR PRTR PR PN PR CN PR
LRT T
LN X (YR YR

IEATIE IR TEIR

R TR PR FEFI NI X

IRCFA2
v01.0

MISCELLANEOUS SECTIONS

COMMUNICATION RING INITIALIZATION

+¢

! FUNCTIONAL DESCRIPTIONS:

THIS ROUTINE FIRST MAKES SURE THAT THE COMMUNICATION AREA'S

]

i
i
i
i
i
i

i
i
i
i
i
i
i

i
i
]

5
;

;

A P K] PRI

RING BUFFERS ARE CLEARED, THEN THE COMMUNICATIONS AREA IS
INITIALIZED AS FOLLOWS:

1. DEFINES FROM THE CONTIGIOUS DATA STORAGE STRUCTURE ‘''COM_AREA''

;flscfliagsgngEA ADDRESS, RECEIVE RING ADDRESS AND THE SENDING

2. CLEARS THE INTERRUPT INDICATORS (RING BASE -1, <2, -3, =4)
DEFINED AS HEAD_AREA.

3. LOADS THE RECEIVE AND SEND DESCRIPTORS WITH THE VALUES:
A. ENVELOPE LOW, HIGN AND Q BUS ADDRESS

B. RESERVED FIELD
C. FLAG BIT
D. OWENERSHIP BIT

4. LOAD THE RECEIVE ENVELOPE MESSAGE LENGTH WITH THE BUFFER SIZE
IN BYTES.

i FORMAL PARAMETERS:

]

;

PRI IR AT TRTR TR N Y N

:20

global routine INIT_COM_AREA =

;

8=-Jul-1 983 1

?sbttl *COMMUNICATION RING INITIALIZATION'

]

[P YR

8-Jul-1983 15:

SEQ 127
40
VAX-11 Bliss=16 v3-555
(17
FA
EALJZRC
11REL.R
: LLAKSHMANA.
SPIDERSUSERS

-NONE -

IMPLICIT INPUTS:

HEAD_AREA, RECEIVE_RING, SENDING_RING, COM_AREA

IMPLICIT OUTPUTS:

AS A RESULT OF THIS ROUTINE THE COMMUNICATION AREA WILL

BE INITIALIZED.

COMPLETTION CODES:
FAL_CODE : INDICATE AN ERROR HAS OCCURED
PAS_CODE : INDICATE NO ERROR
SIDE EFFECTS:
= NONE -

begin

incru I from 0 to RING_SIZF - 1 do
incru J from 0 to 1 do

! TEST RING AREA FOR ZEROS
!

if .COM_AREA [.1, .J, WORD_REF] ne?u 0

then

begin
RET_STATUS = FAL_CODE;

return .RET_STATOS;

THEN

! IF RING AREA IS NOT CLEAR

' RETURN WITH ERROR CODE SET

Pa?e

L 10

MISCELLANEOUS SECTIONS
COMMUNICATION RING INITIALIZATION
2464

Siee
2467

gzgg

SEQ 128

Pa?e 41
VAX=11 Bliss=16 Vv3=555
SERS .REALJZRCFA (17
CLAKSHMANA. 11REL
SPID:ERSU

end;

| DEFINE THE ADDRESS LOCATIONS OF THE HEAD_AREA, RECEIVE_RING
; AND SEND_RING.

! DEFINE THE HEADER AREA

2470

HEAD AREA= COM_AREA;

RECEIVE _RING = TOM AREA CREC_BASEJ];
SEND_RING = COM_AREA [SND_ BASE];

! DEFINE THE RESPONSE RING AREA
! DEFINE THE COMMAND RING AREA

2474
2475

incru 1 from WORDO to WORD3 do
HEAD_AREA [.I, WORD_REF] = ZERO;

! CLEAR THE HEADER AREA
'

24N
gz;%
2476
2477

2478
2479
2480
2481
2482
2483

' LOAD UP THE COMMAND RING DESCRIPTORS WITH AN ENVELOPE ADDRESS,
! DEFINE THE °''FLAG BIT'' TO = 1 (INTERRUPT REQUESTED), DEFINE THE
! 'OWNERSHIP BIT'' TO ZERO (OWENED 8Y HOST) AND LOAD THE RESERVED
! FIELD WITH ZERO.
!'=-

szgg

1ncrg 1 from 0 to SND_ALLOCATE - 1 do
egin

CMD_LREF];

! LO-ORDER SEND ENVELOPE ADDR

2486

SEND_RING [.I, LO_ENSAD] = SND ENVELOPE C.1.,

2488
2489

SEND_RING [.I, QB “EXT) = ZERO;
SEND_RING [.1I, D RSVD) = ZERO;

‘ HI-ORDER PORTION OF UNIBUS
! OR Q-BUS ADDRESS

SEND_RING C.I, OWN_8IT]= ZERO;

! OWNERSHIP B1T, 0=OWNED BY HO

SEND_RING [.1 H] ENSADJ = 2ERD;

2487

2490

SEND_RING [.1I, F[AG BIT] = ZERO;

2491

2492

end;

n
~
Nel
W

TR TR FEPR

P VA

TR X TR

IR I R

R ER E

T E YRI YE TR PR

A SR PR AN L XN ¥

IRCFA?2
v01.0

HI-ORDER SEND ENVELOPE ADDR

! FLAG BIT, 1=INT. REQUESTED

249

2496

! DEFINE THE °'‘OWNERSHIP BIT'' = 1 (OWNED BY PORT) DEFINE THE 'FLAG

26495

2497
2498
2499
2500

sgg;

! LOAD UP THE RESPONSE RING DESCRIPTORS WITH AN ENVELOPE ADDRESS,

1 BIT'' TO = 1 (INTERRUPT REQUESTED) AND THE RESERVED FIELD SET TO
i ZEROS.
-

.
1ncrg
1 from 0 to REC_ALLOCATE - 1 do

RE M E R

ARAR

I A PR PR FE PR YR

8-Jul=1983 15:23:25
8=-Jul=1983 14:44:20

2503

RE EIVE _RING [.I, LO_ENSAD] = REC ENVELOPE [ I, CMD LREF];

2505
2506
2507
2508

RECEIVE RING .1, GBTEXT] = ZERO;
RECEIVE_RING [.I,D_RSVD] = ZERO;
RECEIVE_RING [.I, FUAG BIT] = 2ERO;
RECEIVE_RING [.I, OWN_BIT]= ONE:

2504

2509
2510
2511

%g}%

I E

2514

end;

! HI-ORDER PORTION OF UQ ADDR
! RESERVED
|
! OWENER BIT, 1=0WNED BY PORT

!
; SET THE RESPONSE ENVELOPE MESSAGF LENGTH
)

2515
gg}g

incru ] from 0 to REC_ALLOCATE - 1 do
REC _ENVELOPE [.1,”MSG_LENGTH]= RB_SIZE+2;

2518
2519

= PAS_CODE:
RET_STATUS
return .RET_STATOS;

2520

! LO-ORDER SEC ENVELOPE ADDR

RECEIVE_RING [.l. HI_ENSAD] = ZERD; ! HI-ORD R’ COMMAND ENV. ADDR

end;

! CONVERT TO BYTES BEFORE

' LOADING

M0
8=Jul- 198315: 23:25

MISCELLANEOUS SECTIONS

IRCFA2
v01.0

8-Jul-1983 14: 44:20

COMMUNICATION RING INITIALIZATION

004167
005002
005001

INIT.COM.AREA COMMUNICATION RING INITIALIZATION

JSR
CLR
CLR

R1,$SAVE2

0000006

Mov
ASL
ADD
ASL
TST

0000006 0000006
0000006

MOV
MoV

BEQ

3s:

000001

R1
R2.R0O

RO
R1,R0
R

COM.AREA(RO)
3s

s J

2457

s 1

2455

R1.M
2

RO
RO R1
RO

RO.#3

00C003

5%:

R2
RZ.RI
SEND.RING,R1
R2,-(SP)

#56, -(sp>

000054
0000006
0000046

0000006

2470

2471
2472

s 1
s 1,

2474
2475

I |

2474

;1
R

2484
2486

s 1,

PC.BLSMU

RO, (R1)

0000006
000003 000002

066700

:
:

#SND. ENVELOPE*4 RO
R2.RO

000232

s 1,0

0000006

000074

s Jot

HEAD AREA,R1

0000006

s Jot

2462
2461

#COM.AREA+10,RECEIVE.RING
#COM.AREA+110, SEND.RING

A H

2410
2455
2457
2459

:
:

#COM.AREA, HEAD . AREA

000000G 0000006
0000106 0000006
0001106 0000006

:
|
: J
s 1,v

#FAL.CODE,RET.STATUS
ggr.srArus.no

?2.x37

000037

Pa?e 42
A. 11RELERS .REALIZRCFA (17
SUS
: CLAKSHMAN
SPIDER

VAX=-11 Bliss=16 V3-555

.SBTTL

INIT.COM.AREA::

0000006

SEQ 129

RO
RO

2487

2488

;DL

2489

SEND.RING,RO

#3,2(R0)

R2.R0O
RO
RO

000002

;1,0

RO
SEND.RING,

#74,2(RO)

25'"0
RO

SEND.RING,RO

MISCELLANEOUS SECTIONS
COMMUNICATION RING INITIALIZATION

IRCFA2
v01.0
000236

042760

000244 010200

000246
000250
000252
000256

006300
006300
066700
042760

000266
000270
000272
000276

006300
006300
066700
042760

000264

010200

000304 022626
000306 005202
000310
000314

020227
101706

000002

BIC

#37700,2(R0)

0000006
040000 000002

ASL
ASL
ADD
8IC

RO
RO
SEND.RING,RO
#40000,2 (RO)

0000006
100000 000002

ASL
ASL
ADD
BIC

RO
RO
SEND.RING,RO
#100000,2(RO)

CMP
8LOS

R2.#17
5%

037700

000322
000324
000326
000332
000334
000336
000340
000342
000344
000350
000354

006301
006301
066701
010200
000300
106000
006000
006000
142700
062700
010011

000360
000362

006300
006300

000364
000370

000376

000400
000402
000404
000410

000416

000420
000422

000424
000430

000436

000440
000442

000444
000450

000456

000460
000462

000464
000470

000476

000500

000504

000506

010200

006300
006300
066700
142760

010200

006300
006300

066700
042760

010200

006300
006300

066700
042760

010200

006300
006300

MoV

CMP
INC

68:
000000G

000077
0000046

010200

066700
142760

MoV

000017

000316 005002
000320 010201

000356

8-Jul=~1983 15:23:25
8-Jul=1983 14:44:20

CLR
MOV

ASL
ASL
ADD
MOV
SWAB
RORB
ROR
ROR
8l(8
ADD
MoV

MOV
ASL
ASL

R2,RO

b A

2490

R2,RO

2491

(SP)+,(SP)+
R2

:
¢ 1

2485
2484

R2
R2.R1

H
s l.»

R1
R1
RECEIVE.RING,R1
R2,RO
RO
RO
RO
RO
#77 ,RO
#REC.ENVELOPE+4
R0
RO, (R1)

R2,.RO

2505

R2 RO

H A

2506

2507

2508

2501

s 1

2515

0000006
000074 000002

RO
RO
RECEIVE.RING,RO
#74,2(R0O)

ASL
ASL

RO
RO

0000006
040000 000002

ADD
BIC

RECEIVE.RING,RO
#37700,2(R0)

ASL
ASL

RO
RO

R2.RO

ADD
BIC

RECEIVE.RING,RO
#40000,2(R0)

ASL
ASL

RO
RO

Mov

R2.RO

066700
052760

0000006
100000 000002

ADD
BIS

RECEIVE .RING,RO
#100000,2(RO)

020227

002017

cMP

R2,#17

005202

101705

005001

INC

BLOS

CLR

s Lo

H A

ASL
ASL
ADD
BICB

MoV

2501
2503

R2,RO

RECEIVE.RING,RO
#3,2(R0)

0000006
037700 000002

]

2504

ADD
8I(8

MoV

c L.®

RO
RO

0000006
000003 000002

MoV

SE@ 130

Pa?e 43
VAX=11 Bliss=16 V3-555
SERS .REALJZRCFA (17
[LAKSHMANA, 11REL
SPID:ERSU

i 1.

COMMUNICATION RING INITIALIZATION
7%:

010100
000300
106000

006000
006000
142700

000554

8-Jul=1983 15:23:25
8-Jul=1983 14:44:20

MISCELLANEQUS SECTIONS

IRCFA2
v01.0

012760
005201
020127
101762
005067
016700
000207

000077
000074
000017
0000006
0000006

0000006

MOV

SWAB
RORB
ROR

R1,RO
RO
RO
RO
RO
#77 RO
qu.REC.ENVELOPE(RO)
7%
RET.STATUS
gET.STATUS.RO

2521

I,*

R1.M17

ABSCODE + 2426
Routine Base:
183 words,
: Routine Size:
n:
words
invocatio
6
per
: Maximum stack depth

SEQ 131

Pa?e 44
VAX=11 Bliss=16 v3-555
NA. 11RELERS .REALJZRCFA (17
SUS
: CLAKSHMA
SPIDER

H
:
:

2516

2515

2518
2453
2410

MISCELLANEOUS SECTIONS

IRCFA2
v01.0
:

8=-Jul=-1983 15:23:25

8-Jul=1983 14:44:20

AZTEC GLOBAL ROUTINE

2522

2523
2524
2525
2526
2527
%g%g

:
:

2530
5?%}

|
:

gggz

:
: FORMAL PARAMETERS

%ggg

: IMPLICIT INPUTS:

H
:
:

2537
2538
2539

: RET_STATUS
| IMPLICIT OUTPUTS
| SIDE EFFECTS :
!

2540

2542

:
:
:
:

25641

2543
2544
2545

3243

.
global routine EX_SUP_PRG =

4+
: FUNCTIONAL DESCRIPTION :

THIS CAMMNAD CAUSES THE SERVER TO TRANSFER THE PROGRAM FROM HOST
MEMORY TO AN AREA IN THE CONTROLLER AND START IT EXECUTION.
BUF_DESCRPTR

begin

local
TEMP;

2548

! THE INTERRUPT ROUTINE WILL SET THE FLAG CANCEL_TIMER WHEN CALLED.

2551

1_AM_NEX = 2ERO;

sggg

! UO PORT COMMAND ENVELOPE HEADER FIELD DEFINITION

2556

Sggg

‘

gggg

5235

; CLEAR THE FLAG HERE TO INSURE THE DETECTICN OF THE INTERRUPT.

’

SND ENVELOPE [.CMD_SLOT, MSG LENGTHJ SZ_ESP;

2557
2558

= ONE
SND_ENVELOPE [.CMD_SLOT, CREDITS]
SND_ENVELOPE [.CMD_SLOT, MSG TYPE]= 0;

sgg%

i DUP COMMAND ENVELOPE FIELD DEFINITION

:
:

2563
2564

SND ENVELOPE ([.CMD_SLOT, CMD_LREF] = .CMD_REF;
SND_ENVELOPE [.CHD_SLOT. CMD_HREF] = ZERO;

2566

:
:

:
;

;

:
:
:
;
;

2565

SND"ENVELOPE [.CMD_SLOT, CONN_ID] = 2:

SND_ENVELOPE [.CMD_SLOT, UN_CUSED] = ZERO;

SND_ENVELOPE L.CMD_SLOT, UN_HUSED] = ZERO;:

2567
2568

SND_ENVELOPE L.CMD_SLOT, OPTODE) = OP_ESP;
SND_ENVELOPE [.CMD_SLOT, UGRSVD] = ZERO;

2570

SND_ENVELOPE [.CMD_SLOT, BLO_CNT] = .BYTE_COUNT;

2569
2571

2572

2573
2574
2575
2576
2577

2578

SND_ENVELOPE [.CMD_SLOT, MODIFIER] = ZERO;
SND_ENVELOPE [.CMD_SLOT, BHIZCNT] = 2ERO;

! BYTE COUNT LOW WORD

! BYTE COUNT HIGH WORD

SND_ENVELOPE L.CMD_SLOT, BD_0J] = .BUF DESCRPTR i BUFFER DESCRIPTOR WORD 0

SND_ENVELOFE [.CMD_SLOT, BD_1] = ZERO;
SND_ENVELOPE [.CMD_SLOT, BD_2) = ZERO;
SND_ENVELOPE [.CMD_SLOT, BD_3] = ZERO;
SND_ENVELOPE [.CMD_SLOT, BD 4] = ZERO
5] = ZERO;
SND_ENVELOPE L[.CMD_SLOT,

SEQ 132

Page &

SPIDERSUSERS:[LAKSHHANA.11REL.REALJZRC?A (18

%sbttl 'A2TEC GLOBAL ROUTINE'

:
:
:
:
:
:

VAX-11 Bliss=16 V3=-555

! BUFFER DESCRIPTOR WORD 1
! BUFFER DESCRIPTOR WORD 2
i BUFFER DESCRIPTOR WORD 3
! BUFFER DESCRIPTOR WORD 4
! BUFFER DESCRIPTOR WORD 5

SND_ENVELOPE [.CMD_SLOT, OBD 0]= 2ERO; ' BUFFER DESCRIPTOR WORD 0

o 11

8-Jul=1983 15:23:25
8-Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

! BUFFER DESCRIPTOR WORD 1
! BUFFER DESCRIPTOR WORD 2
! BUFFER DESCRIPTOR WORD 3
! BUFFER DESCRIPTOR WORD &
! BUFFER DESCRIPTOR WORD 5

SND_ENVELOPE [.CMD_SLOT, 0BD_1) = ZERO:
SND_ENVELOPE [.CMD-SLOT. OBDZ2] = ZERO:
SND_ENVELOPE [.CMD_SLOT. 0BD-3) = ZERO:
SNDENVELOPE [.CMD-SLOT. 0BD-4) = ZERO:
SND_ENVELOPE [.CMDZSLOT, 0BD=53 = ZERO:

PR PN YR PR YA TN PR LR NN KN P YR TN ¥

SEQ 133

Page 46
VAX=-11 Bliss=16 v3=555
(18
RCFA
EL.REALIZ
HMANA.11R
ERS:[LAKS
SPIDERSUS

i SET THE OWNERSHIP BIT TO 1 WHICH GIVE THIS SLOT TO THE PORT.
= PORT_OWNED;
ssuo RING [.CMD_SLOT, OWN_BIT]
; READ THE IP REGISTER TO STIMULATE PORT POLLING.

TEMP = .RC25_ADDR [RCIP, RC_ALLI:

I EIETEYESE IR

| GET THE COMMAND SLOT NUMBER FOR NEXT COMMAND
GET_CMD_SLOT O;
]

?ELAV (1);

return REC_STATUS ();

R IR

| CHECK THE END PACKET FOR GOOD STATUS
eng,

005060

.SBTTL

EX.SUP.PRG AZTEC GLOBAL ROUTINE

MOV

R1,-(SP)

;

2525

1.AM.NEX
CMD. SLOT,=(SP)

;
;

2551
2556

;

2557

;

2558

2559

;

2563

;

2564

EX.SUP.PRG::

010146
024646
005067
016746
012746
004767
012760
016716
012746
004767
142760
152760
016716
012746
004767
142760
016716
012746
004767
112760
016716
012746
004767
016760
016716
012746
004767

IRETURN THE STATUS

000054
0000006

000050 0000006
0000006
000054
0000006
000017 0000026
000001 0000026
0000006
000054
0000006
000360 0000026
0000006
000054

0000006

000002

0000006

000054
0000006

0006036

0000006 0000046

0000006

000054

0000006

0000066

CMP

-(SP),~(SP)

MOV
JSR

.~ (SP)
#54
PC,BLSMUL

(LR
MOV

0000006
0000006

MOV
MOV
MOV
JSR
BICB
8ISB
MOV
MOV
JSR
BI(B

(R0)
#50 . SND . ENVELOPE
CMD.SLOT, (SP)
#54.=(SP)
PC,BLSMUL
#17,SND.ENVELOPE+2(RO)
#1,SND.ENVELOPE+2(RO)
cno SLOT, (SP)
#54,~<sp$
PC,BLSMU
0360 suo ENVELOPE*Z(RO)

MOV

#54.-(SP)

MOVB

#2.SND.ENVELOPE+3(R0)

MOV
JSR

#54.-(SP)
PC,BLSMUL

MOV

cno SLOT

MOV

JSR

MOV

MOV
JSR

CLR

CMD. SLOT. (SP)

PC,BL SMUL

CMD. SLOT, (SP)

CMD.REF, suo ENVELOPE*é(RO)

uL
pc es

(RO)
+6 PE
SND.ENVELO

EN
8-Jul=1 98315:23:2 5
8=Jul=1983 14:44:2 0

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

016716
012746

0000006
000054
0000006
0000106
0000006
000054
0000006
0000126
0000006
000054
0000006
000002 0000146
0000006
000054
0000006
0000156
0000006
000054
000C00G
0000166
0000006
000054

0000006

0000006 0000206
0000006
000054
0000006
0000226
0000006
000054
0000006
0000006 0000246
0000006
000054
0000006
0000266G
000000G
000054
0000006
000030G
0000006
000054

0000006
0000326
0000006
000054
0000006

VAX=-11 Bliss=-16 V3-555

SEO 134
? 47

. 11REL .REALJZRCFA (18
SERS
: CLAKSHMANA
SPIDERSU

CMD.SLOT, (SP)
#56, (SPS
PC.BLSMY

2565

cno SLOT, (SP)

;

2566

2567

;

2568

;

2569

;

2570

;

25N

;

2572

;

2573

;

2574

CMD. SLOT, (SP)

;

2575

(RO)
OPE
+32
SND.ENVEL
cno SLOT, (SP)

;

2576

;

2577

(
CMD.SLOT,

;

2578

CMD.SLOT, (SP)

;

2579

SND. ENVELOPE410(R0)

S~(sP$
PC aLsUL

(RO)
OPE
SND.ENVEL+12
cnn SLOT, (SP)

#54.-(SP$

PC,BLSMUL

#2.SND. ENVELOPE+14
(RO)
cno SLOT, (SP)

#54.-(SP)

PC.BLSMUL

SND.ENVELOPE
+15 (RO)
cno SLOT, (SP)

#56,-(SPS
PC.BLSMU

SND. ENVELOPE#16(R0)

CMD.SLOT, (SP)

#56.-(SP)
PC.BLSMUL

(R0)
OPE
+20
BYTE.COUNT, SND. ENVEL
SLOTS(SP
cno

PC eLs
SND. ENVELOPE*ZZ(RO)
cno SLOT, (SP)

#54.-(SP)

PC,BLSMUL

(R0)
+24 PE
BUF . oescapra SND. ENVELO

cno SLOT, (

254,-(spi
PC.BLSMUL

SND. ENVELOPE +26(R0)
cno SLOT, (SP)

-(spi

pc sLs

SND. ENVELOPE#SO(RO)

#54.=(SP)
PC.BLSMUL

256,-(SPS
PC.BLSMU

SND. ENVELOPE+34(R0)
CMD.SLOT, (SP)

254, (SPS
PC.BLSMU

SND. ENVELOPE*Sé(RO)

016716

0000006

254,-(SPS
PC,BLSMU
SND. ENVELOPE*&O(RO)

SEQ 135

Pa?e 48
VAX=-11 Bliss=16 Vv3=-555
. 11RELERS .REALJZRCFA (18
SUS
: [LAKSHMANA
SPIDER

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

456, -(sp>
PC.BLSMU

000054
0000006

SND. ENVELOPE*AZ(RO)

2580

cno SLOT, (SP)

2581

(R0)
OPE
+46
SND.ENVEL
cno SLOT, (SP)

2582

2583

2587

8RC25.ADDR, 64 (SP)
64 (SP) ,RO

; *,RC.REG

2591

:
: +,$8TMP2

2595
2598

L$DLY,RO
3s
66(SP)

: +,88TMP1

CMD.SLOT, (SP)

#54,~(SP}

PC,BLSMUL

+44 (R0)
SND . ENVELOPE

0000006
000054
0000006
0000466
0000006
000054
0000006
0000506
0000006
000054
0000006
0000526
0000006

4.-(SP)
PC eLSMUL
#54.-(SP}

PC.BLSMUL

E
+50 (RO)
SND . ENVELOP

CMD.SLOT, (SP)
#54.~(SP)
PC.BLSMUL

(R0)
+52 PE
SND.ENVELO
ggo.SLOT,RO

SEND.RING,RO

0000006
100000 000002
0000006 000064
000064
000000V
000001

#100000,2(R0O)

PC,GET.CMD.SLOT
#1.R1
4$’

18:

0000006

2$:

000066

RO
2%
R1
1$
PC,REC.STATUS

3s:
48

000000V
000070

RTS

000207
: Routine Size:

#70,SP

249 words,

Routlne Base:

; Maximum stack depth per invocation:

30 words

(SP3+,R1

ABSCODE + 32064

: RC.REG,TEMP

: SSTMP

: SSTMP1
: $$TMP?2

:
:

2602
2525

G1
IRCFA2
v01.0

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

[

8-Jul-1983 15:23:
8-Jul-1983 14:44

49
VAX=11 Bliss=16 v3=555
19
.REALJZRCFA
11REL
.
NA
SERS
: [LAKSHMA
SPIDERSU

global routine SEND_DATA =

[
[

FUNCTIONAL DESCRIPTION:

SEND_DATA PROVIDES BUF_ADDRESS AND SIZE TO THE DM CODE
PROGRAM FOR POSSIBLE READ, WRITE TO MEMORY. PARAMETERS

[
(4

NEEDED ARE BUF _LENGTH, H SADD. E_SADD

[

FORHAL PARAMETERS :

[

IMPLICIT INPUTS : H_SADD, E_SADD, BUF_LENGTH

[
[4

IMPLICIT OUTPUTS : RET_STATUS

[

SIDE EFFECTS :

L4
[4
[

begin

local

[

TEMP;

[
[4
[
.

o
L4

THE INTERRUPT ROUTINE WILL SET THE FLAG CANCEL_TIMER WHEN CALLED.

CLEAR THE FLAG HERE TO INSURE THE DETECTION OF THE INTERRUPT,

mtm
ot
-

= ZERO:
I _AM_NEX

[4
[
[4
[4
o

[4
4
[
L4
[4
[4
[4
[

4
L4
[
[

L4
[
4l

L4
[

[
[
[4
[
[4

! UO PORT COMMAND ENVELOPE HEADER FIELD DEFINITION
SND ENVELOPE (.CMD_SLOT, MSG LENGTHJ SZ_SED;

SND_ENVELOPE L[.CMD_SLOT, CREDITS]
= ONE:
= 0;
SND_ENVELOPE [.CMD_SLOT, MSG_TYPE]
= 2;
SND “ENVELOPE [.CMD_SLOT, CONR_ID]
' DUP COMMAND ENVELOPE FIELD DEFINITION

s~o ENVELOPE [.CMD_SLOT, CMD_LREF] = .CMD_REF;

SND_ENVELOPE [.CMD-SLOT. CMD_HREF] = ZERO:
SND_ENVELOPE [.CMD_SLOT, UN_CUSED] = ZERO;
SND_ENVELOPE [.CMDSLOT, UNTHUSED] = ZERO:

SND_ENVELOPE L.CMD_SLOT, OPTODE] = OP_SED;
SND_ENVELOPE [.CMD_SLOT. UQRSVD] = ZERO;

SND_ENVELOPE [.CMD_SLOT, MODIFJER] = ZERO;
= .BYTE_COUNT.
SND_ENVELOPE [.CMD_SLOT, BLO_CNT)

SND_ENVELOPE [.CMD_SLOT, BHI_CNT] = ZERO;

SEQ 136

! BYTE COUNT LOW WORD

! BYTE COUNT HIGH WORD

SND_ENVELOPE [.CMD_SLOT, BD_0) = .BUF osscapra i BUFFER DESCRIPTOR WORD 0
SND_ENVELOPE [.CMDZSLOT. BDZ1] = ZERO? ! BUFFER DESCRIPTOR WORD 1
SND_ENVELOPE C.CMD-SLOT, BDZ2] = ZERD: ! BUFFER DESCRIPTOR WORD 2
SND_ENVELOPE [.CMDSLOT. BD-3] = ZERO; | BUFFER DESCRIPTOR WORD 3
SND_ENVELOPE [.CMD_SLOT, 8D_4] = 2ERO; ! BUFFER DESCRIPTOR WORD 4
s~o“ENVELOPE [.CMDZSLOT, BD_5] = ZERO; ' BUFFER DESCRIPTOR WORD 5

Pa?e

H 1

8-Jul-198315:23:25
8-Jul=-1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

SE a 137
age 50

12RCFA (19

N PN M

{ SET THE OWNERSHIP BIT TO 1 WHICH GIVE THIS SLOT TO THE PORT.

TRTR

SEND_RING [.CMD_SLOT. OWN_BIT] = PORT_OWNED;

TNTR RN PR TN FE

{ READ THE IP REGISTER TO STIMULATE PORT POLLING.

TEMP = .RC25_ADDR [RCIP, RC_ALLI;

{ GET THE COMMAND SLOT NUMBER FOR NEXT COMMAND

[YEIRIRIXEIEIEYE

GET_CMD_SLOT O);
DELAY (1);

| CHECK THE END PACKET FOR GOOD STATUS

' RETURN THE STATUS

regurn REC_STATUS ();
ena,

.SBTTL

SEND.DATA::
MOV

CMP

0000006
0000006
000054
0000006

000034 0000006
0000006
0054
0000006

000017 0000026
0000026
000001

0000006

000054

0000006

MOV
MOV

MOV
JSR

R1,~(SP)

2608

1.AM.NEX
CMD.SLOT,=(SP)
#54.=(SP)
PC.BLSMUL

2636
2641

-(5P),=~(SP)

(RO)
#34 , SND . ENVELOPE
CMD.SLOT, (SP)
csa -(sP)
BLSMUL

BISB

E
+2 (RO)
01?suo ENVELOP
OPE+2(R0)

MOV

#54,~(SP}

BI(B
MOV

JSR

#1,SND.ENVEL

CMD. SLOT, (SP)

BICB

E
+2(R0)
#360,SND.ENVELOP

000002

0000036

MOVB

#2.SND.ENVELOPE+3(R0)

000054

0000006

0000006 000004G

MOV
MOV
JSR

MOV

2644

cno SLOT, (SP)

2648

#54.~(SP)

MOV

CMD.REF, sno ENVELOPE*k(RO)

PC.BLSMUL
cmp.sLof

0000006

MOV
JSR
CLR
MOV

256,-(spi
PC.BLSMUL
*6(R0)
SND.ENVELOPE
CMD.SLOT, (SP)

0000006

JSR

PC.BLSMUL

000054
0000066
0000006

0000006

000054

0000106

0000006

000054
0000006

MOV

MOV
CLR

MOV

MOV
JSR

2643

CMD. SLOT, (SP)
#54.=(SP)
PC.BLSMUL

MOV
JSR

2642

PC.BLSMUL

0000026G

0000006

016716
012746
004767

CLR
MOV
MOV
JSR

SEND.DATA AZTEC GLOBAL ROUTINE

000360

0000006
000054
0000006

000214
000220

VAX=-11 Bliss=16 V3=555
SPIDER‘USERS [LAKSHMANA. 11REL .REAL

.- (SP}
#54

SND.ENVELOPE+10(R0)

CMD.SLOT, (SP)

#54 .-(SP)
PC,BLSMUL

2649

2650

2651

8-Jul=-1983 15:23:25
8-Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2

v01.0

CLR

0000126

MOV
MOV

0
G
000004 0000146
0000006
000054

Mov8
MOV
MOV

CLRB

MOV
MOV

CLR

MoV
MoV

JSR

MoV
MOV
MOV
JSR

0000206

CLR

MoV
MOV
JSR
MOV
MOV
MOV
JSR

0000246

CLR

000570

001411
016700
001404

000050
000000V
000001
0000006

2652

(R0)
44 SND. ENVELOPE+14
cno SLOT, (SP)

2653

2654

2655

2656

2657

2658

2659

#54.-(SP}
PC.BLSMUL
256,-(SPS
PC.BLSMU

SND. ENVELOPE+1S(R0)
cno SLOT, (SP)

#54.-(SP)
PC.BLSMUL

SND. ENVELOPE +16(R0)

cno SLOT, (SP)

#54.-(SP)
PC.BLSMUL

BYTE.COUNT, SND. ENVELOPE +20(R0)
CMD. SLOT, (SP)

#54.~(SP)

PC.BLSMUL

(R0)
OPE
+22
SND.ENVEL
P)
SLgTs(S
cno

PC aLSMUL

(R0)
OPE
+24
BUF.DESCRPTR, SND.ENVEL
CMD.SLOT, (SP)

#54.-(SP}
PC.BLSMUL

(R0)
SND. ENVELOPE+26
CMD. SLOT (SP)

CMD.SLOT, (SP)
254, -<sp)
PC.BLSMU

2660

CMD. SLOT, (SP)

2661

CMD.SLOT, (SP)

2662

2666

fvssTHR2

Sere

JSR
CLR

MOV
MOV

JSR
CLR

1$:

SND. ENVELOPE*12(RO)
cno SLOT, (SP)

MoV
MOV

MOV
MOV

0000006
100000 000002
0000006 000050

SPIDERSUSERS: CLAKSHMANA. 11REL .REALJZRCFA (19

#54.=(
PC.BL snu

JSR
CLR

0000366
0000006

SEO 138

MOV
JSR

CLR

0000006
000054
0000006

VAX=-11 Bliss=16 V3-555

SND. ENVELOPE +30(R0)

SND. ENVELOPE*SZ(RO)

#54.-(SP)
PC.BLSMUL
SND. ENVELOPE*S&(RO)
#54, -(SP)
PC,BLSMU

SND. ENVELOPE*Sb(RO)

MOV
ASL
ASL
ADD

ggv.SLOT.RO

MOV
MOV

a8RC25.ADDR,50(SP)
50(SP) ,RO

SEND.RING,RO

8IS

#100000,2(R0Q)

JSR

PC.G%T.CHD.SLOT

MOV

8EQ

MOV

BEQ

LSDLY,RO
3

: *,88TMPT

000572
000576
000600
000602
000604
000606
000612
000616
000620

VAX=11 Bliss=16 Vv3=555

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0
005066
005300
001374
005301
000766
004767
062706
012601
000207

000052

SPIDERSUSERS: CLAKSHMANA. 11REL.REAL JZRC A (19

2$:
3s:

000000V
000054

48:

CLR

DEC
BNE

DEC

B8R

JSR
ADD

MOV
RTS

52(SP)
RO
2%
PC,REC.STATUS
#54,SP
(SP)+,R1
PC

Routine Base: ABSCODE + 4166
201 words,
: Maximum stack depth per invocation: 24 words

: Routine Size:

2682

2683

]
.

SEO 139
52

: $STMP
; $$TMP1

; $$TMP2

2680
2608

NN
(= ]V, ]

aro
N

SEQ 140
a?e 5
] IRCFA (20
SPIDERSUSERS: [LAKSHMANA. 11REL .REAL

VAX=11 Bliss=16 V3-555

global routine REC_DATA =
¢+

FUNCTION DESCRIPTION :

THE REMOTE PROGRAM WRITES DATA INTO THE BUFFER UP TO THE AMOUNT
SPECIFIED BY THE BYTE COUNT AND RETURNS STATUS. THE STATUS IS
RECEIVED BY THE USE OF THIS COMMAND. BUF_DESCRPTR POINTS TO
THE WORD RECEIVED DM CODE.

FORMAL PARAMETERS :

IMPLICIT INPUTS :

BUF_DESCRPTR

IMPLICIT OUTPUTS : RET_STATUS
SIDE EFFECTS :

begin
local

TEMP;

THE INTERRUPT ROUTINE WILL SET THE FLAG CANCEL_TIMER WHEN CALLED.

CLEAR THE FLAG HERE TO INSURE THE DETECTION OF THE INTERRUPT.

i_AM_NEX = ZERO:

: UQ PORT COMMAND ENVELOPE HEADER FIELD DEFINITION
= SZ_RED;
s~o ENVELOPE [.CMD_SLOT, MSG LENGTH]

SND_ENVELOPE L[.CMD_SLOT, CREDITS]= ONE;
= 0;
SND_ENVELOPE [.CMD_SLOT, MSG_TYPE]
SND
“ENVELOPE C[.CMD_SLOT, CONR_ID]
= 2:

; DUP COMMAND ENVELOPE FIELD DEFINITION
s~o ENVELOPE C. [.CMD_SLOT, CMD_LREF] = .CMD_REF;

SND_ENVELOPE (. [.CMD_SLOT, CMD_HREF] = ZERO?
SND_ENVELOPE (. L[.CMD_SLOT, UN_CUSED] = ZERO;
SND_ENVELOPE [. [.CMD_ SLOT. UN"HUSED) = ZERO:
SND_ENVELOPE (. L.CMD_SLOT, OPTODE] = OP_RED;

SND_ENVELOPE L. [.CMD_SLOT, UQRSVD] = ZERO;

SND_ENVELOPE

[.CMD_SLOT, MODIFIER] = ZERO;
0.000

0000

~NNN
mmmm

0neununnn-——

o)
\=4

w
-

A~/

! BYTE COUNT LOW WORD
SND_ENVELOPE [.CMD_SLOT, BLO_CNT) = .BYTE_COUNT;
HIGH WORD
COUNT
BYTE
!
SND_ENVELOPE E.CHD_SLOT. BHIZCN 3 = ZERO;
WORD 0
DESCRIPTOR
BUFFER
.BUF DESCRPTR i
SND_ENVELOPE
1
WORD
R
DESCRIPTO
BUFFER
I
1
SND_ENVELOPE C.
i BUFFER DESCRIPTOR WORD 2
SND_ENVELOPE (.
i BUFFER DESCRIPTOR WORD 3
SND_ENVELOPE (.
! BUFFER DESCRIPTOR WORD 4
SND_ENVELOPE (.
! BUFFER DESCRIPTOR WORD 5
ZERO;
_ENVELOPE €.
SND
o

TN TR TN TN ¥
TR R I IR R TR PR PR TR YR IR TR LRTR LR XA AN 2 [ I ETE TR IR
A PRTR PR R YR T
X ) R IR IR I
TR TR T A A
RE R
R EEEE
TR

—b

8-Jul=19
8-Jul=19

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

[==1e"]
Wi

K11

VAX=-11 Bliss=16 V3=555

SPIDERSUSERS: CLAKSHMANA. 11REL .REALJZRCFA (20

N FI ¥

; SET THE OWNERSHIP BIT TO 1 WHICH GIVE THIS SLOT TO THE PORT.

N PR

SEND_RING [.CMD_SLOT, OWN_BIT] = PORT_OWNED;

YRTN PR

| READ THE 1P REGISTER TO STIMULATE PORT POLLING.

TEMP = .RC25_ADDR [RCIP, RC_ALLI;

TNYA FE

| GET THE COMMAND SLOT NUMBER FOR NEXT COMMAND

IRIRIEIAIETE

GET_CMD_SLOT O);

DELAY (1);

| CHECK THE END PACKET FOR GOOD STATUS

! RETURN THE STATUS

return REC_STATUS ();

end;

024646
005067
016746
012746
004767

012760
016716
012746
004767
142760
152760
016716
012746
004767
142760
016716
012746
004767
112760
016716
012746
004767
016760
016716
012746
004767
005060
016716
012746
004767
005060
016716
012746
004767

.SBTTL

REC.DATA AZTEC GLOBAL ROUTINE

MOV

R1,-(SP)

REC.DATA::

010146

000214
000220

8-Jul~-1983 15:23:25
8~Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

SEQ 141

Page

0000006
0000006
000054
0000006

000034
0000006
000054
0000006
000017

0000006
000360
0000006
000054
0000006

CMP
CLR
MOV

MOV

#54.~<sp>

MOV

#S4.-(SP5

BISB

#1,SND.ENVE

0000006

MOV
MOV

0000026

JSR
BICB

0000026

JSR

MOV

0000026

000002 0000036
0000006
000054
0000006
0000006 0000046
0000006

PC.BLSMU
ENVELOPE(RO)
#34,SND.
CMD.SLOT, (SP)

+2(R0)
017suo ENVELOPE
LOPE+2(R0)
cno SLOT (SP)

sp§

SHUL
PC

MOV

cno s

MOV

JSR

#360 sno ENVELOPE*Z(RO)

#2.SND. ENVELOPE*S(RO)

MOV

CMD.REF, SND.ENVELOPE +4/R0)

MOV

rIf4

2725

cMD.SLoT, (SP)

2726

#54.-(SP)

CLR
MOV

(R0)
+6 PE
SND.ENVELO
CMD.SLOT, (SP)

PC,BLSMUL

MOV

#54.=(S S

CLR

SND. ENVELOPE*10(R0)

MOV
Mov
JSR

2720

CMD. SLOT, (SP)
#54.=(SP)
PC.,BLSMUL

MOV

JSR

2719

pc e sn

MOVEB

MOV
MOV
JSR

2713
2718

SMUL

JSR

BI(B

JSR

0000006

-($P),=(SP)
1.AM.NEX
CMD.SLOT ,=(SP)

2684

2727

PC.BLSMU

CMD.SLOT, (SP)
054.-(SP)
PC,BLSMUL

2728

n1n

8-Jul=-1983 15:2 3:25
8~Jul=~198314:4 4:20

MISCELLANEQUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

E
+12 (RO)
SND . ENVELOP
CMD.SLOT, (SP)

0000126
0000006
000054

#54,~(SP}

0000086 0000146

(R0)
#5.SND.ENVELOPE+14

SEQ 142

Page 55
VAX=11 Bliss=16 v3=555
A (20
.REALJZRCF
11REL
A.
CLAKSHMAN
SPIDERSUSERS

2729

CMD.SLOT, (SP)
#54.-(SP$
PC.BLSMUL

;

2730

cnoSLg;s(SP)

2731

;

2732

2733

;

2734

;

2735

;

2736

;

2737

2738

;

2739

;

2743

aRC25.ADDR, 50(SP)

: *,RC.REG

2747

PC,GET.CMD.SLOT

2751

PC,BLSMUL

00006

(RO)
SND.ENVELOPE+15
PC ,BLSMUL

(R0)
+16 PE
SND.ENVELO

SLOTS(SP
cno
pc aLsn

(R0)
BYTE.COUNT, SND.ENVELOPE+20

0000002 0000206

CMD.SLOT, (SP)
#54.=(SP)
PC.BLSMUL
+22 (R0)
SND . ENVELOPE
CMD.SLOT, (SP)
#54.-(SP}
PC.BLSMUL

(R0)
+24 PE
BUF. oescnpra SND.ENVELO

0000002 0000246

CMD.SLOT, (SP)

956, -<sp>
PC.BLSMU

SND. ENVELOPE*26(R0)

CMD.SLOT, (SP)

#54.=(SP)

PC,BLSMUL

(RO)
OPE
+30
SND.ENVEL

CMD.SLOT, (SP)

#54.~(SP}

PC.BLSMUL

SND. ENVELOPE +32(R0)

CMD.SLOT, (SP)

#54.=-(SP)
PC.BLSMUL

000054
0000006
0000346
0000006
000054
0000006
0000366
000000G

000564
000570

001411
016700
001404

0000006
100000 000002
0000006 000050
000050
000000V
000001
0000006

+34 (R0)
SND.ENVELOPE

CMD.SLOT, (SP)

#54.~(SP)

PC.BLSMUL

(R0)
OPE
+36
SND.ENVEL

ggo.SLOT,RO
RO

SEND.RING,RO

#100000, 2 (RO)

50(SP) ,RO

18:

#1,R1
31

L$DLY,RO
3%

: RC.REG,TEMP

: *,88TMP2
; *,$8TMP]

2753

000572

8-Jul=1983 15:23:25
8-Jul=1983 14:44:20

MISCEILLLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

005066

2$:

000052

3$:

000616
000620

01260
000207

: Routine Size:

4$:

000000V
000054

201 words,

2759
2760

DEC
BNE

DEC

JSR
ADD

MOV
_RTS

Routine Base:

: Maximum stack depth per invocation:

:
H

CLR

24 words

52(SP)
RO
2$

R1
1$
PC,REC.STATUS
#564 ,SP
(SP)+,R1
PC

ABSCODE + 5010

SEQ 143

Pa?e 56
VAX=11 Bliss=16 V3=555
NA . 11RELERS .REALJZRCFA (20
SUS
: CLAKSHMA
SPIDER
: $STMP

: $$TMPI

: $$TMP2

H
H

2757
2684

8 12

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

8-Jul=1983 14:44:20

!;X-11 Bliss=16 V3-555

Tese

i FUNCTION DESCRIPTION
:

THE SET CONTROLLER CHARACTER COMMAND IS USED TO SET HOST SETTABLE
UNIT CHARACTERISTICS AND OBTAIN THOSE UNIT CHARACTERISTICS THAT
ARE ESSENTIAL FOR PROPER CLASS DRIVER OPERATION.
_THIS COMMAND

NS%E? S%IE?zEI&E UNIT'S STATE ("UNIT-ONLINE'', ‘UNIT-AVAILABLE'’,

YA A IR R PR TR

FORMAL PARAMETERS
=~ NONE -

IMPLICIT INPUTS :
INPLICIT OUTPUTS :
= NONE -

COMPLETEDTION CODES :

PRX (YRR

RET_STATUS : RETURN STATUS PASSES BACK TO THE CALLING ROUTINE

SIDE EFFECTS :

begin
local

TEMP;

; UQ PORT COMMAND ENVELOPE HEADER FIELD DEFINITION

SND_ENVELOPE [.CMD_SLOT, MSG LENGTHJ SZ_SCC;

! LOAD MESSAGE LENGTH

SND_ENVELOPE [.CMD_SLOT, CREBITS]= ONE;
i LOAD CREDIT SIZE
SND_ENVELOPE [.CMD_SLOT, MSG_TYPE]
= 0; ! MESSAGE TYPE ‘SEQUENTIAL'
SND_ENVELOPE [.CMD_SLOT, ~ONR_ID] = 0 i DEFINE CONNECTION ID ‘DUP*

TE REAR AT AR E I E M E M E

IRIE

YRR PR

TRTR YR YR LR TR N

ANY PREVIOUSLY DEFINED CONTROLLER CHARACTERISTICS WILL POSSIBLY
BE ALTERED AFTERE EXECUTION OF THEIS COMMAND.

)

; MSCP GENERIC COMMAND ENVELOPE FIELD DEFINITION

SND_ENVELOPE [.CMD_SLOT, CMD_LREF] = .CMD_REF;

!LOAD COMMAND REFERENCE #

[.CMD”SLOT, UQRSVD] = ZFRO
SND_ENVELOPE
SND_ENVELOPE [.CMD_SLOT, MODIFIER] = ZERO;

; NOT USED

SND_ENVELOPE
SND_ENVELOPE
SND_ENVELOPE
SND_ENVLLOPE

[.CMD_SLOT, CMD_HREF] = ZERO;
[.CMD_SLOT, UN_CUSED) = ZERO;
[.CMD_SLOT, UNHUSED] = ZERO:
[.CMD_SLOT, OPTODE]
= OP_SCC;

!
!
!
!

ZERO HI ORDER CMD REF #
NOT USED IN DUP IMPLIMENT.
NOT USED IN DUP IMPLIMENT.
DEFINE_COMMAND OPCODE

DEFINE CMD MODIFIERS

; COMMAND SPECIFIC COMMAND ENVELOPE FIELD DEFINITION

= ZERO;
SND_ENVELOPE [.CMD_SLOT, MSCP_VER]

! MSCP VERSION

SND_ENVELOPE [.CMD_SLOT, HOST TOUJ = ZERO;

i HOST TIMEOUT VALUE

SND_ENVELOPE [.CMD_SLOT, CTL FLAGS) = ZERO;

! CONTROLLER GLAGS

SND_ENVELOPE [.CMD_SLOT, RS$SVD]= ZERO; ! RESER VED

SND_ENVELOPE [.CMD_SLOT, T$SD_0]
= ZERO; i TIME AND DATE WORD 0

SEO 144

IDERSUSERS: [LAKSHMANA. 11REL .REALJZRCFA (21

global routine SET_CNTLR_CHAR =

PRI E TRYN

PR PR PR LR LRLI 2N ¥

IRCFA2
v01.0

8-Jul-1983 15:23:25

8=Jul=1983 15:23:25
8-Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

SND_ENVELOPE [.CMD_SLOT, T$D_1J = ZERO; ! TIME AND DATE WORD 1
SND_ENVELOPE [.CMD_SLOT, T$D-2] = ZERO; ! TIME AND DATE WORD 2
SND_ENVELOPE [.CMDZSLOT, TSD-3) = ZERO; ! TIME AND DATE WORD 3
' CNTL DEP PARAMETER LO WORD
SND_ENVELOPE [.CMDSLOT. CDPTLOJ = ZERO:
i CNTL DEP PARAMETER HI WORD
SND_ENVELOPE [.CMDZSLOT, CDPC“HIJ = ZERO;
i SET THE OWNERSHIP BIT TO 1 WHICH GIVE THIS SLOT TO THE PORT.

;
;
;
;
;

2818
2819
2820
2821
gggg

;

5ggg

;

%ggg

;

%ggg

;

gggq

;

gggg

TEMP = .RC25_ADDR [RCIP, RC_ALL):
| GET THE COMMAND SLOT NUMBER FOR NEXT COMMAND

;

2834

GET_CMD_SLOT ();

;

sggg

| CHECK THE END PACKET FOR GOOD STATUS

H
:
;

000000

000002

seuo RING [.CMD_SLOT, OWN_BIT]= PORT_OWNED;
; READ THE IP REGISTER TO STIMULATE PORT POLLING.

!
DELAY (1)
s

2835
2836
2837

! RETURN THE STATUS

return REC_STATUS ().

2840

end;

2841

.SBTTL SET.CNTLR.CHAR AZTEC GLOBAL ROUTINE
SET.CNTLR.CHAR::

010146

R1,-(SP)

;

2761

cno SLOT,=(SP)

;

2796

JSR
MOV
MOV

suo ENVELOPE(RO)
c46
cno sLoT, (SP)

;

2797

JSR
BICB
BISB

BL $MUL
SND. ENVELOPE*Z(RO)
017
#1,SND.ENVELOPE+2(R0)

MOV
JSR
BICB

cno SLOT (SP)

SP)
PCsnu
#360,SND. ENVELOPE+2(RO)

;

2798

CMD. SLOT,(

2799

CLRB

ca«wi
PC,BLSMUL

;

SND.ENVELOPE+3(R0)

CMD.SLOT, (SP)

;

2803

2804
2805

MOV

024646

000004 016746 0000006

CMP

MOV

000010 012746 000054

MOV

000032 012746 000

MOV

012760 000040 0000006
000020
000026 016716 0000006
000014

004767

0000006

142760 000017 0000026
000042
000050 152760 000001 0000026
000036

004767

000056 016716 0000006

000062 012746 000056
000066 004767 0000006
000072 142760 000360 000002G
000100 016716 0000006

MOV

000054
012746 0000006
000104 004767

MOV
JSR

000120 016716 0000006

MOV

000110
000114

105060

0000036

000124

012746

000054

000134

016760 0000006 000004G

000130 004767 0000006

000142 016716 0000006

000146 012746 000054

000152 004767 0000006

000156

seo 145

? 8
VAX-11 Bliss=16 V3-555
(21
.REALIZRCFA
ANA.11REL
RS:[LAKSHM
SPIDERSUSE

005060 0000066

000162 016716 0000006

000166 012746 000054

-($P),=(SP)

a 4-(spi

~=(SPS

MOV

#54.-(SP)

MOV

CMD. REF, suo ENVELOPE#A(RO)

JSR

PC.BLSMUL

MOV
JSR

-(sP$
456,
PC.BLSMUL

MOV

CMD. SLOT, (SP)

;

MOV

CLR

MOV

cno sLof

(R0)
+6 PE
SND. ENVELO

#54.-(SP}

8-Jul=-1983 15:23:2
8-Jul=1983 14:44:2

MISCELLANEQUS SECTIONS
AZTEC GLOBAL ROUTINE
J00006
000010G

SEQ 146

Pa?e 5
VAX=11 Bliss=16 V3=-555
NA . 11RELERS .REALJZRCFA (21
SUS
: CLAKSHMA
SPIDER

PC,BLSMUL

SND. ENVELOPE +10(RO0)
SLOTS(SP)
CHD

2806

2807

;

2808

2809

CMD.SLOT, (SP)

2813

PC.BLSMUL
SND. ENVELOPE*ZO(RO)
SLOTS(SP
cno

2814

2815

2816

2817

2818

2819

2820

2821

2822

nesu
SND. ENVELOPE+12(R0)
cno SLOT, (SP)

4.-(SP}

PC BLSMUL

(RO)
#4. SND.ENVELOPE+14
cno SLOT, (SP)

4.~(SP)
PC aLsnu

(RO)
SND.ENVELOPE+15
cno SLOT, (SP)

#54.,~(SP$

PC,BLSMUL

SND. ENVELOPE*16(R0)

.- (SP}
#54

PC eLsnu
E
+22 (R0)
SND . ENVELOP
CMD.SLOT, (SP)

#54.~(SP)

PC,BLSMUL

SND.ENVELOPE*Z‘(RO)
cnn SLOT, (
254,-(SPS
PC.BLSMUL
SND. ENVELOPE*26(R0)
cno SLOT, (SP)

#54.-(SP}

PC ,BLSMUL

SND. ENVELOPE*30(R0)

SLOTs(SP
CHD

ceuw

SND.ENVELOPE*SZ(RO)
CMD.SLOT, (SP)

#54
.- (SP}

PC.BLSMUL

SND. ENVELOPE*34(R0)
cno SLOT, (SP)

256,-(SPS

PC.BLSMU

SND. ENVELOPE+36(RO)
cno SLOT, (SP)

-(SPS

PC e $MU

SND. ENVELOPE*&O(RO)

000534

012746
004767

cno SLOT, (SP)

0000006

#54.-(SP}

PC.BLSMUL

E 12
8-Jul-1983 15: 23:25
8-Jul=-1983 14: 46:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

SND . ENVELOPE +42(R0)
ggD.SLOT.RO

0000426
0000006
0000006
100000 000002
000000G 000054
000054
000000V
000001

@RC25.ADDR,54(SP)
54(SP) ,RO
PC,GET.CMD.SLOT
#1,R1

)

000056

2s:

LSDLY,RO
3s
56(SP)

:
:

2842
2843

; *,RC.REG

2830

:
; «,$8TMP2

2834
2836

: $$TMP2

PC REC STATUS

:
:

260,
RTS

; ¢, 88TMP1

: $$TMP
: SSTMP1

4$:

; RC.REG,TEMP

(SP)* R1

ABSCODE + 5632
Routine Base:
212 words,
words
26
Haxxmum stack depth per invocation:

: Routine Size:

2826

SEND.RING,RO

#100000,2(R0)

3s:

000207

0000006

000000V
000060

SEO 147

?e 60
VAX=11 Bliss=16 Vv3-555
CFA (21
.REALJZR
SPIDERSUSERS: CLAKSHMANA. 11REL

2840
2761

F 12

MISCELLANEOUS SECTIONS

IRCFA2

AZTEC GLOBAL ROUTINE

v01.0

2845
2846

:
:

2847

ggg;

2848
2849
2850

:
:
:

2853
2854
2855
2856
2857

:
:
:
:
:

2858
2859

:
:
:
:
H

!++

:
| FUNCTIONAL DESCRIPTION

THE AVAILABLE COMMAND IS USED TO SET THE UNIT-ABAILABLE WHEN
ALL _OUTSTANDING COMMANDS fOR THE SPECIFIED UNIT ARE COMPLETED.
IF THE ‘‘SPIN-DOWN'' MODIFIER IS SPECIFIED, THE DISK SPINS DOWN

AND ITS HEADS ARE UNLOADED.

FORMAL PARAMETERS :
IMPLICIT INPUTS :
IMPLICIT QUTPUTS :
SIDE EFFECTS :

!
!
!
!
!

!=-

begin

2860
2861

local
TEMP;

:
:
:

2862
2863
2864
2865

:
.
:

2868
2869
2870

%g;}

sg;z

; MSCP GENERIC COMMAND ENVELOPE FIELD DEFINITION

:
:
M
:
:
:
:

2875
2876
2877
2878
2879
2880
ggg;

‘

gggz

; SET THE OWNERSHIP BIT TO 1 WHICH GIVE THIS SLOT TO THE PORT.

sggg

; READ THE I[P REGISTER TO STIMULATE PORT POLLING.

gggg

;

ggg}

; GET THE COMMAND SLOT NUMBER FOR NEXT COMMAND

:
:

2893
2894

;
:
:

Sggg

2895
2896
2897

; UQ PORT COMMAND ENVELOPE HEADER FIELD DEFINITION

!
!
!

SND_ENVELOPE [.CMD_SLOT, MSG LENGTH] = SZ_AVL:; ! LOAD MESSAGE LENGTH
! LOAD CREDIT SIZE
SND_ENVELOPE L. CHD SLOT, CREDITS] = ONE;
SND_“ENVELOPE [.CMD_“SLOT, MSG _TYPE)= 0; ! MESSAGE TYPE °*SEQUENTIAL'

SND_“ENVELOPE [. CHD SLoT, ONN_ID] = 0;

! DEFINE CONNECTION ID °'ODUP’

SND_ENVELOPE [.CMD_SLOT, CMD_ LREF) = .CMD_REF;
SND ENVELOPE C.CMD_SLOT, CMD “HREF] = ZER
SND ENVELOPE C.CMD_SLOT, UN_ CusSeED] = .UNIT
SNC ENVELOPE [.CHD-SLOT UN_HUSED] = ZERO;
SND_“ENVELOPE [.CMD_SLOT, OPTODE) = OP_AVL:;
SND ENVELOPE C. CHD SLOT, UQRSVD] = ZERO;
SND_“ENVELOPE L. CND SLOT, MODIFIER] = MD_SPD;

!LOAD COMMAND REFERENCE #
! ZERO H] ORDER CMD REF #
! SELECTED UNIT
! NOT USED IN DUP IMPL JMENT.
! DEFINE COMMAND OPCODE
" NOT USED
' DEFINE CMD MODIFIERS

SEND_RING [.CMD_SLOT, OWN_BIT] = PORT_OWNED;
TEMP = .RC25_ADDR [RCIP, RC_ALLI;
GET_CMD_SLOT ();

DELAY (1);

5333

; CHECK THE END PACKET FOR GOOD STATUS

2900

return REC_STATUS O;

! RETURN THE STATUS

SEO 148

SPIDERSUSERS:CLAKSHMANA. 11REL .REALJZRCFA (

global routine AVAILABLE =

2844

8=-Jul=~1983 15:23:25

8=Jul=1983 14:44:20

VAX=11 Bliss=16 V3-555

SEQ 149

Pa?e 62
VAX=11 Bliss=16 V3-555
NA. 1 1RELERS .REALJZRCFA (22
SUS
: CLAKSHMA
SPIDER

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE
2901

end;

.SBTTL

AVAILABL;&;

010146
024646
016746

0000006
000054
0000006

000014 0000006
0000006
000054
0000006
000017 0000026
000001 000002G
0000006

000054
0000006
800360G 0000026

AVAILABLE AZTEC GLOBAL ROUTINE

2844

2868

2869

2870

2871

2875

2876

CMD.SLOT, (SP)

2877

E*10(R0)
UNIT, snoENVELOP
(SP)

2878

2879

2880

2881

2885

CMD. SLOT

#54.-(SP}

PC,BLSMUL

#14,SND. ENVELOPE (RO)
cno SLOT, (SP)

o 54.=(SP}

+2 (R0}
017 SND.ENVELOPE
BLSMUL

#1,SND.ENVELOPE+2
(RO)
cno SLOT, (SP)

c 4.-(SP)

BLSMUL

l360.$ND.ENVELOPE*2(RO)
CMD.SLOT, (SP)

#54.-(SP)

PC.BLSMUL

SND. ENVELOPE +3(R0)

CMD.SLOT, (SP)
#54.-(SP)
6

0000006 0000046

PC.BLSMUL

(R0)
CMD.REF, SND .ENVELOPE+4
(SP)
OT,
CMD.SL

#54.=(SP)
PC.BLSMUL

+6 (R0)
SND. ENVELOPE

0000002 0000106

254 .-(spS

PC.BLSMU

CMD.SLOT,

#54.-(SP}

PC,BLSMUL

+12 (RO)
SND.ENVELOPE

cno SLOT, (SP)

000010G 0000146

c 4-(SPS

(R0)
+14 PE
016 SND.ENVELO
LSMUL

cno sLoT, (SP)

#54.,~(SP}

PC,BLSMUL

+15 (R0)
SND.ENVELOPE

cno SLOT, (SP)

0000006
000301 0000166
0000006

052760

000006
100000 000002

#54.=(SP$
PC.,BLSMUL

#1.SND.ENVELOPE +16(R0)

cgo.SLOT,RO

SEND.RING,R0

#100000,2(RO)

H 12
&Hwn

8-Jul=-1983 1
8=-Jul=-1983 14:

MISCELLANEQUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA?

v01.0

017766
016600
004767
012701
001411
016700

0000006 000030
000030
000000V
000001

SRC25.ADDR,30(SP)
P) .RO
30(SP),
PC.G?T.CHD.SLOT

0000006

)

000032

2s:

LSDLY,RO
3s
32(SP)

3s:

000000V
000034

R1
18
PC,REC.STATUS
#34,SP

4(8:
RTS

(SP)+,R1

0
ABSCODE + 6502
134 words,.
Routine
Base:
: Routine Size:
16
words
invocation:
per
: Maximum stack depth

:
:

2902
2903

SEQ 150

Pa?e 63
VAX=11 Bliss=16 v3=555
.REALJZRCFA (22
ERS
11REL
.
A
SUS
CLAKSHMAN
:
SPIDER

: *,RC.REG

2889

H
; v, 88TMP?2

2893
2896

: RC.REG,TEMP

: »,$8TMP1
: SSTMP

: SSTMP1

; $SSTMPC

H
N

2900
2844

SEQ 151

IRCFA?
v01.0

64
VAX-11 Bliss=16 Vv3=-555
(23
FA
.REALJZRC
NA. 11REL
SERS
: LLAKSHMA
SPIDERSU
Pa?e

MISCELLANEOUS SECTIONS
A2TEC GLOBAL ROUTINE

global routine ON_LINE =

[4
.

[

‘+¢

! FUNCTIONAL DESCRIPTION :

[

[
.

L4
-

[
.

L]
-

[
.

o
.

[

THE ONLINE COMMAND IS USED TO BRING A UNIT °UNIT-ONLINE, SET
HOST SETTABLE UNIT CHARACTERISTICS AND OBTAIN THOSE UNIT
CHARACTERISTICS THAT ARE ESSENTIAL FOR PROPER CLASS DRIVER
OPERATION. THE UNIT IS SPUN-UP, IF NECESSARY, AND IS HEADS
ARE LOADED PRIOR TO RETURNING THE ONLINE COMMAND'S END MESSAGE.
HOST
HOST SETTABLE CHARACTERISTICS COMMAND WERE ISSUED.
BEEN
HAS
UNIT
THE
SETTABLE CHARACTERISTICS ARE SET AFTER
SUCCEDED.
HAVE
CHECKS
SUCCESSFULLY SPUN-UP AND ANY OTHER VALIDITY

FORMAL PARAMETERS :
= NONE -

[
-

LJ
.

[

IMPLICIT INPUTS :

L
.

INPLICIT QUTPUTS :

= NONE -

[4
[J

COMPLETEDTION CODES :

RET_STATUS : RETURN STATUS PASSES BACK TO THE CALLING ROUTINE

o
.

[4
.

[4
[4

SIDE EFFECTS :

[4
[4
.

ANY PREVIOUSLY DEFINED CONTROLLER CHARACTERISTICS WILL POSSIBLY
BE ALTERED AFTERE EXECUTION OF THEIS COMMAND.

[4
-

L4
4

begin

[4
-

[4
.

[

local

TEMP;

[4
.

[4
[
-

4
-

[4
.

LJ
.

; UQ PORT COMMAND ENVELOPE HEADER FIELD DEFINITION
SND_ENVELOPE [.CMD_SLOT, MSG_LENGTH] = SZ_ONL;

SND_ENVELOPE [.CMD_SLOT, CREDITS] = ONE;

! LOAD MESSAGE LENGTH
! LOAD CREDIT SIZE

SND_ENVELOPE [.CMD_SLOT, MSG_TYPE] = 0; ! MESSAGE TYPE ‘SEQUENTIAL'®
SND_ENVELOPE [.CMD_SLOT, CONR_ID] = 0; ! DEFINE CONNECTION ID °'DUP’

[4
.

g MSCP GENERIC COMMAND ENVELOPE FIELD DEFINITION

[
.

L4
.

[
-

[4
.

4
-

[4
.

L4
.

SND_ENVELOPE [.CMD_SLOT, CMD_LREF]
SND_ENVELOPE [.CMD_SLOT, CMD_HREF]

SND_ENVELOPE [.CMDZSLOT, UN_CUSED]
SND_ENVELOPE [.CMD_SLOT,
SND_ENVELOPE [. CMDp_SLOT,
CMDTMSLOT,
SND_ENVELOPE [.CMD_
SND_ENVELOPE [.CMD_SLOT,

.CMD_REF;

ZERO;
LUNIT;

UN_HUSED]
ZERO;
OPTODE] = OP_ONL;
UQRSVD] = ZERO;;
MODIFIER] = ZERO;

'LOAD COMMAND REFERENCE #

2ERO HI ORDER CMD REF #
SELECTED UNIT
NOT USED IN DUP IMPLIMENT.
DEF INE_COMMAND OP{ODE
NOT USED

DEFINE CMD MODIFIERS

[
[

; COMMAND SPECIFIC COMMAND ENVELOPE FIELD DEFINITION

[4
[4
.

SND_ENVELOPE [.CMD_SLOT, RSV$D] = ZERO; ! RESERVED
! UNIT FLAG FIELD
SND_ENVELOPE [.CMD_SLOT, UNT_FLAGS] = ZERO;

MISCELLANEQUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFAZ
v01.0
e Ve Be B Ve 00 B0 B0 VeV 008300035800, 0000%0 0000000000 80s0e S0 Ne 0,

SND_ENVELOPE C .CMD_SLOT, RSVD$0) = ZERO;
SND_ENVELOPE L .CMD_SLOT, RSVDS$1] = ZERO;

SND_ENVELOPE L .CMD_SLOT, RSVD$2] = ZERO;
SND_ENVELOPE L .CMD_SLOT, RSVD$3) = ZERO;
SND_ENVELOPE C .CMD_SLOT, RSVN$4] = ZERO:;
SND_ENVELOPE .CMD_SLOT, RSVDS$5] = ZERO;
SND_ENVELOPE .CMD_SLOT, DDP_LOJ = ZEPO;
SND_ENVELOPE E CMD_SLOT, DDP_HIJ = ZERD;
CMD_SLOT, SHADOW UNIT] = ZERO;
SND_ENVELOPE
= ZERO;
SND —ENVELOPE C.CcMD_SLOT, COPY_SPEED]

3 14:44:20

!
!
!
!
!
!

RESERVED
RESERVED
RESERVED
RESERVED
RESERVED
RESERVED

FIELD
FIELD
FIELD
FIELD
FIELD
FIELD

! DEVICE DEPENDENT PARAMETER
; DEVICE DEPENDENT PARAMETER
! SHADOW UNIT
!J COPY SPEED

; SET THE OWNERSHIP BIT TO 1 WHICH GIVE THIS SLOT TO THE PORT.

§E~o_nxuc C.CMD_SLOT, OWN_BIT] = PORT_OWNED;
g READ THE IP REGISTER TO STIMULATE PORT POLLING.

ienp = .RC25_ADDR [RCIP, RC_ALLJ;
{ GET THE COMMAND SLOT NUMBER FOR NEXT COMMAND
ésr-cno_SLOt ();
]

@ELAV (1);
g CHECK THE END PACKET FOR GOOD STATUS
return REC_STATUS ();

! RETURN THE STATUS

end;

.SBTTL
ON.LINE::

010146
024646
016746
012746
004767
012760

0000006
000054
0000006

CMP
MOV
MOV

JSR

000044 0000006
0000006
000054
0000006
000017 0000026
0000026
000001
0000006
000054
0009006
000360 0000026

MOV
MOV
MOV

0000006
0000036
0000006
000054
€000006
000000G 000004G

JSR
CLR8

00006
000054

012746
004767
016760

ON.LINE AZTEC GLOBAL ROUTINE
2904

MOV

o
Q

000104
000110
000114
000120
000124
000130
000134

3 15:23:25

SEO 152
a?e 65
SPIDERSUSERS CLAKSHMANA. 11REL .REAL] ZRCFA (23

VAX=11 Bliss=16 V3=555

JSR
8I(8
8l1s8
MOV
MOV

JSR
BI(8
MOv
MOV

MOov
MOV

JSR

MOV

cno sLOT
#54.-(SP}

2942

PC.BLSMUL

#44 ,SND. ENVELOPE (RO)
CMD.SLOT, (SP)
#54.~(SP)
PC,BLSMUL

;

2943

;

2944

2945

;

2949

+2 (R0)
#17,SND.ENVELOPE
#1,SND.ENVELOPE +2(R0)
cnos%g;)<sp>
L SMUL

0360 SND. ENVELOPE*?(RO)

SLOT

CHD
256,-(spi
PC.BLSMUL
E*S(RO)
SND. ENVELOP
(SP)
cMD. SLOT
#54.=(
PC.BL anL

+4 (RO)
CMD.REF, SND.ENVELOPE

K 12

8-Jul=-1983 15:23:25
8-Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

2950

2951

cno SLOT, (SP)

2952

+12 (R0)
SND.ENVELOPE
cno SLOT, (SP)

2953

2954

2955

CMD.SLOT, (SP)

2959

E
+20 (R0)
SND . ENVELOP
CMD.SLOT, (SP)

2960

2961

2962

CMD.SLOT, (SP)

2963

(R0)
OPE
+30
SND . ENVEL
sno.SLgrs(sp)

2964

PC,BLSMUL
SND. ENVELOPE ¢32(R0)
SLOTS(SP
CHD

2965

2966

2967

SLOTS(SP)
CHD

0000006

PC B $MUL

+6 (R0)
SND.ENVELOPE
SLOTS(SP)
CND

G
G

0000106

G 0000146

PC B SMUL

UNIT.SND.ENVELOPE+10(R0)

#54.-(SP)
PC.BLSMUL
’56,-(spi

PC, BLSMU

#11,SND. ENVELOPE*IA(RO)
CMD.SLOT, (SP)

254 -(sp)
PC.BLSMU

SND. ENVELOPE#1S(RO)
cno SLOT, (SP)

4.-(SP}

pc aLsn

SND. ENVELOPE*16(RO)

#56
.- (SP}
PC.BLSMUL
254 (SP)

PC.BLSMU
SND. ENVELOPE*ZZ(RO)
CMD.SLOT, (SP)

#54.~(SP}

PC.BLSMUL

+24 (RO)
SND.ENVELOPE
cMD. SLOT (SP)

#54 .-(SP
PC,BLSMU

SND. ENVELOPE*26(R0)

#54,~(SP)
PC.BLSMUL

cesm

SND. ENVELOPE*SA(RO)
cno SLOT, (SP)

0000006
0000366
0000006

“=(SP}

PC.B
LSMUL

+36 (R0)
SND. ENVELOPE
CMD.SLOT, (SP)

000522

542

8-Jul=-1983 15:23:
8-Jul=198314:44:

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

012746
004767
005060
016716
012746
004767
005060
016716

#54,~(SP)
PC.,BLSMUL

000054
0000006
0000406
0000006
000054
0000006

SND. ENVELOPE#LO(RO)

0000006

000062

000706

000710

012601

cno SLOT, (SP)

2969

(R0)
OPE
+44
SND.ENVEL
cno SLOT, (SP)

2970

2974

aRC25.ADDR,60(SP)
60(SP) ,RO

; *,RC.REG

2978

H
: *,$$TMP2

2982
2985

LSDLY,RO
3s
62(SP)
RO
2%

; *,$8TMP1

SND. ENVELOPE#LZ(RO)

#54.-(SP}
PC.BLSMUL
#54.=-(SP}

PC.BLSMUL

(R0)
OPE
+46
SND.ENVEL
ggo.SLOT,RO
RO

SEND.RING,RO

#100000,2(R0)

PC,GET.CMD.SLOT
#1,R1
43

1$%:

2%:

R1
1$
PC,REC.STATUS
#64,SP

4%:
RTS

000207

2968

PC.BLSMUL

3%:

000000V
000064

CMD. SLOT, (SP)

#54.~(SP)

0000446
0000006
000054
0000006
0000466
0000006

0000006
100000 000002
0000006 000060
000060
000000V
000001

(SP)+,R1

Base:
Routine
ABSCODE + 7116
.
ion:
words
28
invocat
: Maximum stack depth per

; Routine Size:

299N
2992

229 words,

SEQ 154

Pa?e 67
VAX=11 Bliss=16 v3=-555
SPIDERSUSERS [LAKSHMANA.11REL .REALJZRCFA (23

: RC.REG,TEMP

: $SSTMP
: $STMP1

: $$TMP2

:
:

2989
2904

'
!oee

i
i

[N,
81
[=1V]

c~ha
&S W

ann

—h

ii FORMAL PARAMETERS :
- NONE =

% IMPLICIT INPUTS :
INPLICIT QUTPUTS :
- NONE -

!
s

ii COMPLETEDTION CODES :

RET_STATUS : RETURN STATUS PASSES BACK TO THE CALLING ROUTINE

]
i

ii SIDE EFFECTS :

- NONE -

begin
local
TEMP;

R E
A R PR TR PR PN TR P X 1) TR

global routine READ_CMD
THE READ COMMAND IS USED TO READ FROM THE UNIT AND TRANSFERRED
TO THE HOST BUFFER.

; UQ PORT COMMAND ENVELOPE HEADER FIELD DEFINITION

)

SND_ENVELOPE [.CMD_SLOT, MSG_LENGTH] = SZ_RD;
SND_ENVELOPE [.CMD_SLOT, CREBITS] = ONE;
SND_ENVELOPE [.CMD_SLOT, MSG_TYPE]
= 0;

SND_ENVELOPE [.CMD_SLOT, CONR_ID] = 0;

! LOAD MESSAGE LENGTH
i LOAD CREDIT SIZE
! MESSAGE TYPE
i DEFINE CONNECTION ID

% MSCP GENERIC COMMAND ENVELOPE FIELD DEFINITION

SND_ENVELOPE [.CMD_SLOT, CMD_LREF] = .CMD_REF;
SND_ENVELOPE [.CMD_SLOT, CMD_HREF] = ZERO;

!LOAD COMMAND REFERENCE #
' 2ERO HI ORDER CMD REF #

SND_ENVELOPE [.CMD_SLOT, UN_HUSED] = ZERO;
SND_ENVELOPE L.CMD_SLOT, OPTODE]= OP_RD;
SND_ENVELOPE [.CMD_SLOT, UQRSVD] = Z2ERO;
SND_ENVELOPE [.CMD_SLOT, MODIFIER] = ZERO;

!
!
!
!

SND_ENVELOPE [.CMD_SLOT, UN_CUSED] = .UNIT;

! SELECTED UNIT

NOT USED IN DUP IMPLIMENT.
DEFINE COMMAND OPCODE
NOT USED
DEFINE CMD MODIFIERS

; COMMAND SPECIFIC COMMAND ENVELOPE FIELD DEFINITION

SND_ENVELOPE [.CMD_SLOT, BLO_CNT] = .BYTE_COUNT:

SND_ENVELOPE [.CMD_SLOT, BHI_CNT] = ZERO; "

SE 0 155

Page 68
VAX=11 Bliss=16 V3-555
A (24
ALJZRC?
11REL.RE
NA.
SERS
: [LAKSHMA
SPIDERSU

!i FUNCTIONAL DESCRIPTION :

ST
R
E T E N E T E T T AT A
NEE
TR

8-Jul=1
8-Jul=-1

Nedvel
(=1

MISCELLANEOUS SECTIONS
A2TEC GLOBAL ROUTINE

EE T E N ETS E T T E TR T

A PR PRTN TR TR SRTN PR R LRTN ¥

IRCFA2
v01.0

M 12

! BYTE COUNT LOW WORD

! BYTE COUNT HIGH WORD

! BUFFER DESCRIBTOR FIELD
SND_ENVELOPE [.CMD_SLOT, 8D_0] = ZERO;
SND_ENVELOPE [.CMD_SLOT, BD_1] = ZERO; ! BUFFER DESCRIBTOR FIELD
SND_ENVELOPE [.CMD_SLOT, BD-2] = 2ERO; ! BUFFER DESCRIBTOR FIELD
SND_ENVELOPE [.C*>_SLOT, BD_3] = ZERO; ! BUFFER DESCRIBTOR FIELD
SND_ENVELOPE [.CmD_SLOT, BD—4] = ZERO; ! BUFFER DESCRIBTOR FIELD
SND_ENVELOPE [.CMD_SLOT, BD~5] = ZERO; ! BUFFER DESCRIBTOR FIELD
! LOGICAL BLOCK NUMBER
SND_ENVELOPE [.CMD_SLOT, LBR_LO] = .LBN_ST;
! LOGICAL BLOCK NUMBER
SND_ENVELOPE [.CMD_SLOT, LBN_HIJ = ZERO;

N 12

8-Jul-1983 15:23:25
8-Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

gggg

3050

i SET THE OWNERSHIP BIT TO 1 WHICH GIVE THIS SLOT TO THE PORT.

;

gggz

= PORT_OWNED;
seno RING [.CMD_SLOT, OWN_BIT]

;

gggg

; READ THE IP REGISTER TO STIMULATE PORT POLLING.

;

gggg

TEMP = .RC25_ADDR [RCIP, RC_ALLI;

gggg

| GET THE COMMAND SLOT NUMBER FOR NEXT COMMAND

;

3061

GET_CMD_SLOT O);

3064

;

;
:
;

!
DELAY (1);

3062
3063

;

gggg

| CHECK THE END PACKET FOR GOOD STATUS

3067

return REC_STATUS ();

010146

000002

024646

000010
000014
000020
000026
000032

012746
004767
012760
016716
012746

.SBTTL
READ.CMD::

000004 016746 000000G

000036

004767

000054
0000006
000040 0000006
0000006
000054
0000006

000017 0000026
000042 142760
152760 000001 0000026
000050

000056 016716 0000006

000062 012746 000054

000066

004767

' RETURN THE STATUS

end;

3068

000000

0000006

000072 142760 000360 000002G

000100 016716 0000006

READ.CMD AZTEC GLOBAL ROUTINE

MOV

R1,=(SP)

2992

MOV

CMD.SLOT,~(SP)

;

3023

;

3024

3025

CMP

-($P),=(SP)

MOV
JSR
MOV
MOV
MOV

#564 -(s >
PC,BLSM
#40,SND. ENVELOPE(RO)
cno SLOT, (SP)
25,-(SPS

MOV

cno SLOT, (SP)

JSR

BICB
BISB
MOV

PC,BLSMUL
ENVELOPE+2(R0)
#17.SND.
#1,SND.ENVELOPE+2(RO)

-=(SP)

JSR

BLSMUL
PC

MOV

CMD.SLOT. (SP)

3026

CMD. SLOT (SP)

3030

;

3031

3032

;

3023

81(B

#360 SND. ENVELOPE*2(R0)

000104
000110
000114

012746
004767
105060

000054
0000006
0000036

MOV
JSR
CLRB

454, -<sp>
PC.BLSMU
SND. ENVELOPE*S(RO)

000124
000130

012746
004767

000054
0000006

MOV
JSR

#54 .- s
PC,BLSMU

MOV

cno SLOT (SP)

000120 016716 0000006
000134

016760

SEQ 156

Page 69
VAX=11 Bliss=16 V3=555
SPIDERSUSERS:[LAKSHMANA.11REL .REALJZRCFA (24

0000006 000004G

000142 016716 0000006

MOV

+4
CMD.REF, suo ENVELOPE(R0)

.=(SP5
SND. ENVELOPE*6(R0)

000146 012746 000054
004767 0000006
000156 005060 0000066

MOV
JSR
CLR

PC e $My

MOV

#54.-(SP}

UNIT, SND. ENVELOPE+10(R0)

000152

000162 016716 6000006

MOV

000166

012746

000054

000176

016760

0000006 0000106

MOV

000210
000214

012746
004767

000054
(0000006

MOV
JSR

000172 004767 0000006

000204 016716 0000006

JSR

MOV

CMD.SLOT, (SP)

PC,BLSMUL

CMD.SLOT, (SP)

#54.=(SP)
PC,BLSMUL

8 13
IRCFA2

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

000220
000224
000230
34

0000126
0000006
00054
0000006
0000146
000041
0000006
000054
0000006
000015G
0000006
000054

v01.0

0000006

0000166
0000006
000054

t=Jul-1983 15:23:25
8-Jul=1983 14:44:20
CLR

MOV
MOV

Mov8

MoV

JSR
CLRB

MoV
MOV

JSR
CLR

MOV
MOV

§ 0000206

JSR

MoV
MOV
MOV

JSR
CLR

MOV
MOV

JSR
CLR

MOV
MOV

JSR
CLR
MOV

MOV

JSR

MOV
MOV

JSR
CLR

054-(SPS

041suo ENVELOPE +14 (R0)

3034

3035

3036

3040

3041

3042

3043

3044

3045

3046

LSMUL

cno-sLoT, (SP)

#54.-(SP}

PC.BLSMUL

SND.ENVELOPE+15(R0)
cno SLOT, (SP)

#54.-(SP}

PC.,BLSMUL

(R0)
OPE
+16
SND.ENVEL
(SP)
cno SLOT,

4.=(SP}

pc eLsnu

gYfE. couur sno ENVELOPE +20(R0)

cno sSLoT, (

-(SPS

PC BLSHUL

(R0)
OPE
+22
SND.ENVEL

CMD.SLOT, (SP)
#54.~(SP)

PC.BLSMUL

(R0)
OPE
+24
SND.ENVEL
cno SLOT, (SP)

2564,-(SPS
PC.BLSMU

SND. ENVELOPE+26(R0)
cno SLOT, (SP)

#54,-(SPS
PC.BLSMU

SND. ENVELOPE*30(R0)
CMD.SLOT, (SP)

#54.=(SP)

PC.BLSMUL

E
+32 (R0)
SND. ENVELOP

CMD.SLOT, (SP)

#54 -(spi

MoV
MOV

cno SLOT, (SP)
(sp)

3047

CMD.SLOT, (SP)
#54.~(SP)

3048
3049

3053

JSR
CLR

MOV

JSR

PC.BLSMU

SND. ENVELOPE*BA(RO)

PC BLSMU
SND. ENVELOPE+36(R0)
PC.BLSMUL

Mov
MOV
MOV
JSR

LBN.ST, sno ENVELOPE+40(R0)

=(SPS

0000006

MOV
ASL

ggo.SLOT.RO

0000006

ADD

OOOOLOG

066700

CMD.SLOT, (SP)

MoV
MOV

JSR

000562

SND. ENVELOPE +12(R0)

SEO 157

?e
VAX=11 Bliss=16 Vv3=555
CFA (24
.REALIZR
11REL
.
ANA
CLAKSHM
USERS:
SPIDERS

cno SLOT

PC aLs
SND. ENVELOPE*AZ(RO)
RO

SEND.RING,RO

100000 000002
0008g26 000054
000
000000V
000001

#100000,2(R0O)
(SP)
aRC25.ADDR,54
54 (SP) ,RO

:g.GgT.CHD.SLOT

0000006

000056

28%:

000000V
000652
000654

012601
000207

000060

48:
RTS

3069
3070

*,$$TMP2

—b

S6(SP)

$$TMP

23
R1

$STMP2

Base:
:
Routine
ABSCODE + 10030
215 words,.
; Routine Size:
26 words
: Maximum stack depth per invocation:

:
:

*,RC.REG
RC.REG, TEMP

v, $8TMP1

1$
PC,REC.STATUS
#60,SP
(SP)+,R1
PC

SEQ 158

Page

NA . 11RELERS .REALJ2RCFA (24
SUS
: CLAKSHMA
SPIDER

LgDLY.RO
RO

3s:

VAX=11 Bliss=16 Vv3-555

LR TR Y. ¥

052760
017766

©o0 o
W

MISCELLANEQUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

000566
000574

8-Jul=19
8-Jul=19

3057
3061

3063

$$TMPT

3067
2993

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

global routine READ_FILL_RING : novalue =

gg;;

3073

' FUNCTIONAL DESC::IPiiON :

%8;2

3074

’

THE READ COMMAND IS USED TO READ THE DATA FROM THE UNIT AND

TRANSFERED TO THE HOST BUFFER.

3077

| FORMAL PARAMETERS :

:
H
:
H
:

3079
3080
3081
3082
3083
3086
3085

!
! IMPLICIT INPUTS :
!
! INPLICIT OUTPUTS :
= NONE !
!
! COMPLETEDTION CODES :

:
M

3088
3089

!
! SIDE EFFECTS :

3091

!=-

;

3093

begin

3095 |

local

3078

:
:

M
:
:
:

gggg

3092

= NONE -

RET_STATUS : RETURN STATUS PASSES BACK TO THE CALLING ROUTINE

3094

3096
3097
3098
g?gg

TEMP;

!
; MSCP PORT COMMAND ENVELOPE HEADER FIELD DEFINITION

! LOAD MESSAGE LENGTH
SND_ENVELOPE [.CMD_SLOT, MSG LENGTH] = SZ RD;
! LOAD CREDIT SIZE
SND ENVELOPE [.CMD_SLOT, CREDITS] = ONE;
= 0: ! MESSAGE TYPE
SND_“ENVELOPE C.CMD_SLOT, MSG _TYPE]
SND_“ENVELOPE [.CMD_SLOT, CONN D] = 0' ' DEFINE CONNECTION ID

:
:

3101
3102

%}82

g}g?

; MSCP GENERIC COMMAND ENVELOPE FIELD DEFINITION

.
.

3108
3109

M
.

211
3112

;

3103

3110

3113

;

%}}9

3118

;
:
;
;

3120
3121
3122
3123
3124

.
:

:
;

;
;

g}}é

3119

3125

3126
3127

8-Jul=1983 15:23:25
8=Jul=1983 14:44:20

SND_ENVELOPE L.CMD_SLOT, CMD_ LREF) = .CMD_REF;
SND_“ENVELOPE [. CHD SLOT, CMD HREF) = ZERO;
SND_“ENVELOPE [. CHD SLOT, UN_CUSED] = .UNIT;
SND_“ENVELOPE [. CHD SLOT, UNHUSEDJ = 2ERO;
SND_“ENVELOPE [. CHD sLoT, OPTODE]= OP RD
SND_“ENVELOPE C. CHD SLOY, UGRSVD]= ZERO;
SND ENVELOPE C. tHD sLorT, HODIFIERJ = HD EXP;

!'LOAD COMMAND REFERENCE #
! ZERO H] ORDER CMD REF #
! SELECTED WNIT
! NOT USED IN DUP IMPLIMENT.
! DEFINE COMMAND OPCODE
! NOT USED
! DEFINE CMD MODIFIERS

; COMMAND SPECIFIC COMMAND ENVELOPE FIELD DEFINITION
' BYTE COUNT LOW WORD
SND_ENVELOPE [.CMD_SLOT, BLO_ (NT] = BVTE COUNT;
HIGH WORD
COUNT
BYTE
"
ZER
=
BHITCNT]
SLOT,
CHD
L.
SND ENVELOPE
R FIELD
DESCRIBTO
BUFFER
i
DESCRPTR
BUF
=
BD_UJ
SND ENVELOPE C.CMD_“SLOT,
FI1ELD
DESCRIBTOR
BUFFER
!
2ERO;
=
BD_1]
SLOT,
CHD
[.
SND_“ENVELOPE

SND_“ENVELOPE [.CMD__SLOT, BD_2] = ZERO;
SND_“ENVELOPE [.CHD SLOT, BD_3] = ZERO;
SND_“ENVELOPE [.CHD SLOT, BD-4]) = ZERO;
SND_“ENVELOPE [.CHD SLOT, BDTMS5) = ZERO;

! BUFFER DESCRIBTOR FIELD
! BUFFER DESCRIBTOR FIELD
! BUFFER DESCRIBTOR FIELD
' BUFFER DESCRIBTOR FIELD

SND_“ENVELOPE [. CHD SLOT, LBN_LOJ = LBN_ST;
SND ENVELOPE (. CHD SLOT, LBN HI] = ZERO;

SEQ 159

Pa?e 72
VAX=11 Bliss=16 Vv3=-555
SERS .REALJZRCFA (25
LLAKSHMANA . 11REL
SPID:ERSU

! LOGICAL BLOCK NUMBER
! LOGICAL BLOCK NUMBER

E 13

b d
e d e e

WNWNWNNN
N
W =000

WA NN

[}

i SET THE OWNERSHIP BIT TO 1 WHICH GIVE THIS SLOT TO THE PORT.
= PORT_OWNED;
seno RING [.CMD_SLOT, OWN_BIT]
end:

.SBTTL READ.FILL.RING AZTEC GLOBAL ROUTINE
READ.FILL.RING::

CMD.SLOT ,=(SP)

3101

MOV
MOV
MOV

PE
#40, SND . ENVELO(RO)
CMD.SLOT, (SP)
csa.-(SP}

;

3102

MOV

CMD. SLOT, (SP)

3103

3104

3108

sPS
#54.=(
PC,BLSMUL

3109

cno SLOT, (SP)

;

3110

;

3111

016746

0000006

012746
004767
012760
016716
012746

000054
0000006

MOV
JSR

0000006

000001

JSR
BICB
BISB

000054
0000006

MOV
JSR

54 -(SP)
BLSMUL

MOV

cno SLOT, (

000040 0000006
0000006
000054

000017 0000026
0000026
0000006

000360 0000026

0000006

000054
0000006

0000036
0000006
000054
0000006
0000006 0000046
0000006

000054
0000006

0000066

0000006

000054
0000006
0000006 0000106
0000006
000054
0000006
0000126
0000006
000054
0000006

0000146
000041
0000006

000304
600310

8-Jul=-1983 15:23:25
8-Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

ZRCFA2
v01.0

016716
012746

sea 160

? 73
VAX-11 Bliss=16 V3-555
A (25
.REALJZRCF
A.11REL
[LAKSHMAN
ERS:
SPIDERSUS

000054
0000006
0000156
0000006
000054
0000006
100000 0000166
0000006

MOV

8IC8

MOV
JSR

CLRB
MOV
JSR
MOV
MOV

MOV

MOV
JSR

CLR

MOV

#54,=(SP)
PC,BLSMUL

BLSMUL
SND. ENVELOPE +2(R0)
01?
#1,SND.ENVELOPE+2(R0)

csso SND. ENVELOPE*2(R0)

254,-<sPS
PC.BLSMUL

SND.ENVELOPE+3(R0)
CMD.SLOT, (SP)
#54.~(SP}
PC.BLSMUL
E
+4 (RO)
cMD. asr suo ENVELOP
cno

SP)

E
+6 (R0)
SND.ENVELOP

MOV
JSR
MOV
MOV
MOV
JSR

#54.-(SP}
PC.BLSMUL
UNIT,SND. ENVELOPE+10(RO)
cno SLOT
256,-(sPS
PC.BLSMUL

MOV

cno SLOT, (SP)

3112

LSMUL
ENVELOPE+14(R0)
vaisno
(SP)

CLR

+12 (R0)
SND.ENVELOPE

MOV

o 4,-(spi

MOV
MOV
JSR

CHD.SLOT
#54.=(sPS
PC.BLSMU

3113

MOV

CMD.SLOT, (SP)

3114

CMD.SLOT, (SP)
#54.~(SP)

3118

JSR

MOVB
CLRB

MOV
JSR
MOV

MOV
MOV

SND. ENVELOPE*1S(RO)

#54.~(SP}
PC,BLSMUL
,
ENVELOPE+16 (R0)
SND.0000
#-10

F 13

8-Jul=-198315:23:2
8-Jul=-1983 14: 46:2

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

0000006
0000006 0000206
0000006
000054
0000006
0000226
0000006
000054
0000006

0000006 0000246
0000006
000054

JSR

MOV
MoV
MOV

JSR
CLR

MOV
MOV

JSR

MOV
MOV
MoV

JSR
CLR

MOV

MoV

JSR
CLR

Mov

0000006

000600

000207

0000006
100000 000002
000054

3120

PC aLsn
+24 (R0O)
aur.oescnpra SND . ENVELOPE
(SP)
CMD.SLOT,
:

3121

PC.BLSMUL

SND. ENVELOPE*ZZ(RO)
SLOTs(SP
cno

#54.=-(SP)

PC.BLSMUL

SND. ENVELOPE*?é(RO)

3122

3123

3124

3125

3126

cno SLOT, (SP)

3127

(RO)
+42 PE
SND.ENVELO
ggo.SLOT,RO

3131

(
CMD.SLOT,

CMD.SLOT, (SP)

JSR
CLR

0000002 0000406

3119

#56.=(SPS

»v
mv

MOV
MOV

CMD.SLOT, ($P)

¥54,-(SPS

JSR
CLR

MOV

JSR

MOV
MOV
MOV

JSR
CLR

MoV
ASL
ASL
ADD

BIS

ADD
RTS

PC.BLSMUL

30 (RO)
SND.ENVELOPE

25 .=(sPS
PC.BLSMU

SZ(RO)
SND. ENVELOPE*
(
CMD.SLOT,
254,-<sp$
PC.BLSMU

SND. ENVELOPE+34(R0)
CMD .SLOT, (SP)

#54.-(SP)
PC,BLSMUL

E
+36 (R0)
SND . ENVELOP

CMD.SLOT, (SP)
#54.~(SP)

PC BLSMUL

LBN.ST, SND.ENVELOPE +40(R0)

4.-(SP)
PC sLsnu
RO

SEND.RING,RO

#100000,2(RO)
#54,SP
PC

Size:
193 words,,
: Routine
t
Routine Base: ABSCODE + 10706
: Maximum stack depth per invocation: 23 words

H
:

3134
3135

NA . 11REL .REALJZRCFA (25
SERS
: CLAKSHMA
SPIDERSU

PC,BLSMUL

B) 7E.COUNT, SND.ENVELOPE +20(RO)

Mov
MOV

JSR
FLR

VAX=11 Bliss=16 V3=555

SEO 161

G 13

MISCELLANEOUS SECTIONS
AZ7EC GLOBAL ROUTINE

3
3

—b oud amd

H
:

) b cud cd

;‘a’ufidads%gwom&wm-flcomNombwmdoom\lombwm-floom\lo

D wd D D b
D d b d
) e
b b b
b ol cnd b ad

ilobal routine GET_UNIT_STATUS =

THE GET UNIT STATUS COMMAND IS USED TO READ THE CURRENT
STATE OF THE UNIT, PLUS CERTAIN UNIT CHARACTERISTIACS.

FORMAL PARAMETERS :
= NONE -

IMPLICIT INPUTS :

INPLICIT OUTPUTS :
= NONE -

COMPLETEDTION CODES :

RET_STATUS : RETURN STATUS PASSES BACK TO THE CALLING ROUTINE

SIDE EFFECTS :
-—

- NONE -

begin
.

local
TEMP;

;

H
H
H
H

31
N
3
%}

H
.
:
H
H
H

31
31
31
3
n
3178

SND_ENVELOPE [.CMD_SLOT, CMD_LREF]) = .CMD_REF;
SND_ENVELOPE [.CMD_SLOT, CMD HREF] = ZERO;
SND_ENVELOPE [.CMD_SLOT, UN_CUSED) = .UNIT;
SND_ENVELOPE [.CMD_SLOT, UN_HUSED] = ZERO;
SND_ENVELOPE [.CMD_SLOT, oPTODE] = OP_GUS;
SND_ENVELOPE [.CMD_SLOT, UQRSVD] = ZERO;

g}g}

; SET THE OWNERSHIP BIT TO 1 WHICH GIVE THIS SLOT TO THE PORT.

g;gz

§EN§_R1NG C.CMD_SLOT, OWN_BIT] = PORT_OWNED;

g}gg

; READ THE IP REGISTER TO STIMULATE PORT POLLING.

g}gg

!EHP = RC25_ADDR [RCIP, RC_ALLI;

g}gg

; GET THE COMMAND SLOT NUMBER FOR NEXT COMMAND

:
:

3191
3192

GET_CMD_SLOT ();
!

g}gg

; UQ PORT COMMAND ENVELOPE HEADER FIELD DEFINITION
SND_ENVELOPE [.CMD_SLOT, MSG LENGTH] = SZ_GUS;

! LOAD MESSAGE LENGTH
' LOAD CREDIT SIZE
SND_ENVELOPE [.CMD_SLOT, CREDITS] = ONE;
SND_ENVELOPE [.CMD_SLOT, MSG TYPE] = 0; ! MESSAGE TYPE
SND_ENVELOPE [.CMD_SLOT, CONR_ID] = 0; ! DEFINE CONNECTION ID

; MSCP GENERIC COMMAND ENVELOPE FIELD DEFINITION

§ND_ENVELOPE C.CMD_SLOT, MODIFIER] = ZERO:

SEQ 162

Pa?e 75
VAX=11 Bliss=16 V3=555
SERS .REALIZRCFA (26
LLAKSHMANA . 11REL
SPID:ERSU

FUNCTIONAL DESCRIPTION :

3
3
3
3
3
3
3

OO OO OO\ O

:
:
:
:
:
H
:

3
3

D d

3
3
3
3
3
3
3
3
3
3
3

NN WIS BN BN B IS O S 85 8 B NN NN

IRCFA2
v01.0

8-Jul=~1983 15:23:25
8-Jul=1983 14:44:20

!LOAD COMMAND REFERENCE #
! 2ERO Hl ORDER CMD REF #
! SELECTED UNIT
' NOT USED IN DUP IMPLIMENT.
! DEFINE COMMAND OPCODE
! NOT USED
! DEFINE CMD MODIFIERS

125
:20

29000000
=3 3“N8\flbu

W NN
NN N NN
NN

g CHECK THE END PACKET FOR GOOD STATUS
! READ THE STATUS

it REC_STATUS O
then
begin
return .RET_STATUS.
end

3202

lse

RES_SLOT =

RET_UNIT_FLAG
=

! RETURN WITH A STATUS ERR

! GET THE CURRENT RES. SLOT

.RES_SLOT - 1;

.REC_ENVELOPE [.RES_ SLOT UNIT FLAG];

i RETURN WITH A PASS CODE

end;

.SBTTL

GET.UNIT.STATUS AZTEC GLOBAL ROUTINE

MOV
CMP
MoV

R1,-(SP)

3136

3166

JSR
MoV
Mov

cno sLoT,-(SP)
#54.~(SP)

PC.BLSMUL

3167

3168

3169

;

3173

;

3174

;

3175

;

3176

;

3177

GET.UNIT.STATUS::

010146
0000006
000054
0000006

000014

MOV

0000006

000017 0000026
000001 0000026
0000006
000054
0000006

000360 0000026
0000006
000054
0000006
0000036
000000G
000054
0000006

000000G 0000046
0000006
000054
0000006
0000066
0000006
000054
0000006
0000002 0000106
004767
005060
016716

! READ UNIT FLAG

i GET REXT RES. SLOT

( :
GET_RES_SLOT
return .RET_ STAYUS

024646
016746

Pa?e 76
VAX=11 Bliss=16 v3-555
.REALJZRCFA (26
1REL
[LAKSHMANA. 1 SERS
SPID:ERSU

?ELAV )

YRITRIXIEIEIETRE

IR TR PRN

N YO XN LI

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

SEQ 163

0000006

-(sp) -(SP)

#14,SND. ENVELOPE (R0)

SLOTS(SP)
cno

MOV
JSR
BI(B
81s8

+2 (RO)
#1,SND.ENVELOPE

Bic8

xsso SND. ENVELOPE*?(RO)

MoV
MOV
JSR

Mov
MOV
JSR

CLRB

MOV
MOV

JSR

MOV
Mov
MOV

JSR
CLR

MoV
MOV

JSR

MCv
MOV
MOV

JSR
CLR

MOV

BLSMUL

+2 (R0)
017SND.ENVELOPE
SLOTS(SP)
cno
LSMUL

cno $LOT, (

-(SPS

PC.B
LSMU

SND. ENVELOPE*B(RO)

cno SLOT, (SP)

#54.=(SP)

PC.BLSMUL

+4 (R0)
CMD.REF, SND.ENVELOPE

(
cnoSLOPSSP)

PC.BLSHUL

+6 (R0)
SND . ENVELOPE

CMD.SLOT, (SP)

#54.-(sP}
PC.BLSMUL

UNIT, SND.ENVELOPE+10(RO)

CMD.SLOT, (SP)

456, (SPS
PC.BLSMU

SND. ENVELOPE*12(R0)
CMD.SLOT, (SP)

SEQ 164

Pa?e 77
VAX=11 Bliss=16 V3-555
A. 11RELERS .REALJZRCFA (26
SUS
: CLAKSHMAN
SPIDER

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA?
v01.0

012746
004767

#54,~(SP)
PC.BLSMUL
(RO)
#3.SND.ENVELOPE+14

000054
0000006
000003 0000146
0000006
000054
0000006
0000156
0000006
000056
0000006
0000166
0000006

3179

SND. ENVELOPE +16(R0)
ggo.SLOT,RO

3183

8RC25.ADDR,30(SP)
30(SP) ,RO

; *,RC.REG

3187

H
: *,$8TMP?2

3191
3193

LSDLY RO
3s
32(SP)

: «,$8TMPT

#54.-(SP)
PC.BLSMUL
RO

SEND.RING,RO

#100000,2(R0)

PC,GET.CMD.SLOT
#1,R1
48

18:

0000006

2$:

000032

RO
2%
R1
18
PC,REC.STATUS
RO
5%
#30,SP
RET.STATUS,RO
6%

3$:
4S:

000000V
000030
0000006

5%:

0000006
0000006

RES.SLOT

RES.SLOT,RO

RO
RO
RO
RO
#77 RO

000077

: RC.REG,TEMP

: SSTMP

: $STMP1

: $STMP?2

3198

3200

:
:

3204
3206

REC.ENVELOPE+22(R0O) ,RET. UNIT. FLAG .

0000226 0000006
000000V
000030

PC,GET.RES.SLOT

#30,SP

0000006

RET.STATUS,RO

6$:

012601
000207

RTS

Routine Base:

Haxlmum stack depth per invocation:
3210
3211
3212

SND. ENVELOPE+1S(R0)

000000V
000001

158 words,

CMD.SLOT, (SP)

PC.BLSMUL

0000006 000030
000030

: Routine Size:

3178

#54.~(SP)

0000006
100000 000002

000470
000472

cno SLOT, (SP)

16 words

(SP)+,(SP)+
(SP)+,R1

ABSCODE + 11510

:
:
:
H

3207
3136
3158
3136

J 13

3213

3214

8-Jul=1983 15:23:25
8=Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

! ++

global routine GET_CMD_SLOT : novalue =

%g}z

; FUNCTIONAL DESCRIPTION:

.
.

3217
%g}g

!
;

:
:

3220
gg%g

begin
begin

3223

gggg

if .CMD_SLOT eqlu SND_ALLOCATE - 1
then
CMD_SLOT = ZERO
else
CMD_SLOT = .CMD_SLOT + 1;

3229

end;

:
:

3231
3232

return;
end;

000000

000006

000010
000014
000016
000022

000026
000030
000032
000036

THIS ROUTINE ASSIGNS A COMMAND SLOT NUMBER FOR THE COMMUNICATION
RING, IT WILL WRAP AROUND, AS THE SLOT NUMBER REACHED TO THE BOTTOM.

3224

3225

3226

900000G 000017

JSBTTL
GET.CMD.SLOT::

000044 000207

3233

3234

! INCREMENT THE CMD SLOT NUMBER

000000G
040000 000002

1$:
2$:

GET.CMD.SLOT AZTEC GLOBAL ROUTINE

)

3023

CMD.SLOT ,#17

CLR
BR
INC
MOV

CMD.SLOT
2%
CMD.SLOT
CMD.SLOT RO

:
:
:
:

3225
3223
3227
3230

RTS

3213

ASL
ASL
ADD
8IC

RO
RO
SEND.RING,RO
#40000,2(RO)

: Routine Size: 19 words,
Routine Base: ABSCODE + 12204
: Maximum stack depth per invocation: 0 words

! ELSE

CMP

BNE

001003

005067 0000006
000402
005267 0000006
016700 0000006
006300
006300
066700
042760

! 1S SLOT # REACHED TO THE END
! YES
! YRAP AROUND THE COMMAND RING

SEND_RING [.CMD_SLOT, FLAG_BIT) = ZERO; ! CLEAR CMD_RING FLAG BIT

3230

026727

SEQ 165

Pa?e 7
VAX=11 Bliss=16 Vv3-555
. 11RELERS .REALJZRCFA (27
SUS
: [LAKSHMANA
SPIDER

K13

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2

vo*.0

3235

3236

8-Jul=1983 15:23:25
8=Jul=1983 14:44:20

! ++

global routine GET_RES_SLOT : novalue =

gggg

; FUNCTIONAL DESCRIPTION:

.
H

3239
gsz?

!
:

:
:

3242
%gzz

begin
begin

:
:
:

3245
3246
%gzg

it .RES_SLOT eqlu REC_ALLOCATE - 1
en
RES_SLOT = ZERO

gggg

RES_SLOT = .RES_SLOT + 1

3251

:
:

3253
3254

026727

000006

001003

000014
000016

000402
005267

000010 005067
000022
000026
000030
000032
000036
000044

THIS ROUTINE ASSIGNS A RESPONSE SLOT NUMBER FOR THE COMMUNICATION
RING, IT WILL WRAP AROUND, AS THE SLOT NUMBER REACHED TO THE BOTTOM.

016700
006300
006300
066700
042760

000207

end;

return;
end;

.SBTTL
GET.RES.SLOT::
CMP
BNE

9000006 000017

0000006
0000006

1%:

000000G

2$:

0000006
040000 000002

; Routine Size:

19 words,

Routine Base:

3255
3256

0 words

! CLEAR RECEIVE RING FLAG BIT

GET.R=S.SLOT AZTEC GLOBAL ROUTINE
RES.SLOT #17

3245

CLR

RES.SLOTY

MOV
ASL
ASL
ADD
8IC

RES.SLOT,RO
RO
RO
RECEIVE.RING,RO
#40000,2(RO)

:
:

3247
3245
3249
3252

3235

BR
INC

RTS

: Maximum stack depth per invocation:

:
:

! 1S SLOT # REACHED TO THE END?
' YES. THEN
; gRAE AROUND THE RESPONSE RING
!
' INCREMENT THE RES SLOT NUMBER

RECEIVE_RING [.RES_SLOT, FLAG _BIT]= ZERO;

3252

000000

SEQ 166

79
VAX=11 Bliss=16 Vv3-555
(28
RC?A
: LLAKSHMANA 11REL. REALJZ
SPIDERSUSERS

2$
RES.SLOT

ABSCODE + 12252

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA?
v01.0
AL RL L LN PR TN RN PN P

global routine DUP_MSCP_INTS : INT_LNKSTYP =
l¢e

FUNCTIONAL DESCRIPTION :

THIS ROUTINE SERVICE THE DUP AND MSCP INTERRUPT
FORMAL PARAMETERS :

LR LR S

IMPLICIT INPUTS :
IMPLICIT OUTPUTS :
COMPLETION CODES :

I I IR

SIDE EFFECTS :

begin

PR R

RCSS DATA [RCSA, RC_ALL] = .RC25_ADDR [RCSA, RC_ALL);

P I
I

then

gnNEX = ALL_ONES;

! INDICATE THE INT. HAPPENED
! SAVE THE PORT/CTLER FAILURE

N
E R

return .RET_ STATUS

AR
R

end

HEgD_AREA [RSP_INT] = ZERO;

CLEAR INT. FLAG IN THE HEADER WORD

HEAD_AREA [CMD_INT]) = ZERO;
RET _STATUS = PAS_CODE;
I_AR_NEX= ALL_ORES:

RETURN A NON-ERROR CODE

.SBTTL

DUP.MSCP.INTS AZ2TEC GLOBAL ROUTINE

MOV

RO,=(SP)

INDICATE THE INTERRUPT OCCURED

end;”

DUP.MSCP. INTS::

010046

000002

MOV
MOV
ggx

0000006
000002
0000026
177777

000021

0000006

MOV

0000006

000000G
000006
000004
0000006
17777r 000000G

1%:

2%:

RC2S.ADDR,RO

2(R0),=-(SP)

§§P>_RC25.DATA+2

ggv

531.RET.STATUS

MOV
CLR
CLR
CLR
MOV
TST

HEAD.AREA,RO
6(R0O)
4(RO)

MOV
RTI

RET.STATUS

#-1,1.AM.NEX
(SP)+
(SP)+,RO

Routine Base:
ABSCODE + 12320
29 words,
; Routine Size:
3 words
; Maximum stack depth per invocation:
3290

Ve Ve Ve Ve BB 0, 0, 0,

end;

3289

016700
016046
011667
100007
012767
012767
000413
016700
005060
005060
005067

000070

begi

R T_STATUS= PFE CODE;
else

! GET RCSA DATA

' CHECK SA REG.ERROR BIT

it .RC25_DATA [RCSA, RCSA_ER]

RN
IR

000000

VAX=11 Bliss=16 V3-555
11REL .R
ANA.ERS
SUS
: [LAKSHM
SPIDER

+ ,RC.REG
RC.REG,*

SE Q 167
Page 89
A (29

EALIZRCP

3291

NN
[=1V]

&HN
s

&Hw

8-Jul-1
8=Jul-1

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

OO
Co Qo
WN

M13

SEQ 168

81
VAX=11 Bliss=16 v3=555
(29
A
JZRCF
.REAL
11RELRS
RSUSE
: [LAKSHMANA.
SPIDE
Pa?e

8-Jul=1983 15:23:2 5

MISCELLANEQUS SECTIONS

IRCFA2

v01.0

:20
8=Jul=1983 14:44:2

AZTEC GLOBAL ROUTINE

global routine SET_INT_VECTGR : novalue =

%gg%

:
:

3294
%532

'++
5 FUNCTIONAL DESCRIPTION :

gggg

:
:

3299
3300

! FORMAL PARAMETERS :
! IMPLICIT INPUTS :

:
:
:
:

H
:

:
:

3301
3302

3303
3306
3305
3306

THIS ROUTINE SET UP THE INTERRUPT VECTOR

' IMPLICIT QUTPUTS :
! COMPLETION CODES :

! SIDE EFFECTS :
' __
begin

' CLEAR VECTOR ADDRESS
CLRVEC (.RT_TABLE [RT_VECTOR])):
.RT_TABLE [RT _BR_LEVEL]);
INTS
SETVEC (.RT_ TABLE [RT VECTOR], DUP_MSCP_

3307
3308

3309
3310

3311

010146

000002
000006
000012
000014
000020
0000246
000030
000034
000040
000042
000046
000050

016701
016100
104436
016700
016046
012746
016046
012746
104437
062706
012601
000207

1 RPUTINE “ADDR. & PRIORITY

return;

end;

.SBTTL SET.INT.VECTOR AZTEC GLOBAL ROUTINE
SET.INT.VECTOR::

0000006
000002

0000006
000004
012320°
000002
000003
000010

MOV

MOV
MOV
TRAP
MOV
MOV
MOV
MOV
MOV
TRAP
ADD
MOV
RTS

R1,=(SP)

RT.TABLE,R1
2(R1) RO
36
RT.TABLE,RO
4(R0O) ,-(SP)
#DUP.MSCP. INTS,=(SP)
2(R0) ,-(SP)
#3,-(SP)
37
#10,SP
(SP)+,R1
PC

: Routine Size: 21 words,
Routine Base: ABSCODE + 12412
; Maximum stack depth per invocation: 7 words
:

3313

3314

! SET VECTCR ADDR. SERVICE

' LET CONTROLLER GO

WRT_RC25 (RCSA, TRUE);

3312

000000

SEQ 169
Pa?e 82
SPIDERSUSERS
: [LAKSHMANA. 11REL . REAL JZRCFA (30

VAX=11 Bliss=16 Vv3-555

3292
3307

3308

3292

IRCFA2
v01.0

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

8-Jul-198
8-Jul-198

:20

VAX=-11 Bliss=16 V3=555

[

lee

[

E FUNCTIONAL DESCRIPTION :

[4
[

]

[

]

THIS ROUTINE READ THE END MESSAGE PACKET AND RETURN THE PORT
TO THE CONTROLLER, AND A STATUS FLAG IS SEND TO THE CALLER.

IF STATUS BIT INDICATES UNSUCESS, THEN A ERROR MESSAGE WILL

BE REPORTED.

! FORMAL PARAMETERS :
! IMPLICIT INPUTS :
! IMPLICIT QUTPUTS :
ERROR : TRUE
!
:
NO ERROR : FALSE

[
[4
[

[

i COMPLETION CODES :

[

]

[

SIDE EFFECTS :

[
[
[

]

[J
[4

begin

i WAITING FOR THE CONTROLLER TO FILLED THE DESCRIPTOR AND RELEASING

; IT TO THE HOST, IF WAITING TIME EXPIRED THEN AN ERROR WILL BE REPORTED.

[4
[
[

L4
.

[4
[4
[4
[J

incrg COUNT from 0 to 30000 do

DEEAY (5);
egin

! SET TIME OUT RANGE

! DELAY

! IF HOST OWN THE SLOT

1;.RECEIVE_RING [.RES_SLOT, OWN_ BITJeqéu 0

then

begin

DELAY (25);

[

! DELAY

if (.REC_ENVELOPE [.RES_SLOT, STATUS]

[4
[4
[4

then

[

nequ ZERO)

4
[4

end

! READ THE STATUS BITS

! IF ERROR
THEN FLAG THE ERROR
!
begin
! PORT OWN THE RING
= ONE;
‘BIT]
OUN
RECEIVE _RING [.RES_SLOT,

RET_STATUS= RSE_CDDE;
return .RET_ STATUS

[

T REPORT THE ERROR & SET STATUS
i SET ERROR FLAG

elseb

[

! PORT OWN THE RING
RE EIVE _RING [.RES_SLOT, OWN BlTJ = ONE;
SLOT #
RESPONSE
NEXT
GET
GET_RES_SLOT ();
STATUS
CLEAR
!
RET_STATUS = PAS_CODE;
regurn.RET_STATOS;
* RETURN WITH PASS FLAG

end;

[4
[4

[
L4

end.

[4
[4
[
[4

end;

RC25_DATA [RCSA, RC_ALL] = .RC25_ADDR [RCSA, RC_ALL);

SPIDERSUSERS: [LAKSHMANA. 11REL. REALJZRC <'31

global routine REC_SIATUS =

[

SEO 170

! GET RCSA DATA

c 14

:
:

.
:
:
:
:

:
.

:
:

8-Jul~-1983 15:23:25
8=Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0
3372

then

3374
3375

3378
3379
3380

else

000004

024646

000014

001411

end

be?ln

end;
000000G

.SBTTL
REC.STATUS::

000005

18:

2s:

016700

0000006

000026
000030

005066
005300

000002

000034

005301

4s:

000040

016700 000000G

5$:

000032

000036
000044

001404

001374

000766

000050
000054
000062

006300
006300
066700
032760
001066

000070

001411

000064

0000006
100000 000002

012701

000031

000072

016700

0000006

000100
000104

005066
005300

000002

000110

005301

000076

000106
000112

000114

001404

001374

000766

0000006

142700
005760
001417

000077
0000166

000300
106000
006000
006000

000142

016700

000130
000134
000140
000146

000150

000152

006300
00630 0

066700

6$:

7$:

8$:

016700

000120
000122
000124
000126

3s:

0000006
0000006

9s:

REC.STATUS AZTEC GLOBAL ROUTINE

JSR

R1,$SAVE2

3315

CLR
MoV

R2
#5.R1

s COUNT
; *,$8TMP2

3342
3344

Mov

LSDLY,RO

; *,$8TMPI

CLR
DEC

2(SP)
RO

: $STMP
: $S$TMP1

DEC

; $$TMP2

MoV

RES.SLOT,RO

3346

#31,R1

: *,88TMP2

3349

MOV

LSDLY,RO

; *,$8TMPI

CLR
DEC

2(SP)
RO

: $STMP
: $STMP1

DEC

; $$TMP2

Mov

RES.SLOT,RO

3351

3355

CMP

000016

000022

! SET TIME EXPIRED IN STATUS BUF
! RETURN WITH A TIME EXPIRED FLAG

end;

3383

3384
3385

000006 005002
000010 012701

! SAVE THE PORT/CTLER FAILURE

RET_STATUS = CTO_CODE.
return .RET_STATUS:

3381
3382

004167

begin

RET_STATUS = PFE_CODE;
retarn .RET_STATOS;

3376
3377

000000

! CHECK SA REG.ERROR BIT

if .RC2S_DATA [RCSA, RCSA_ER]

3373

SEQ 171

Pa?e 84
VAX=11 Bliss=16 v3=555
.REALJZRCFA (31
SERS
1TREL
.
CLAKSHMANA
ERSU
:
SPID

BEQ
8EQ

BNE
BR

=(SP) ,=(SP)
5%

ASL
ASL
ADD
BIT
BNE

RO
RO
RECEIVE.RING,RO
#100000,2(R0O)
11%

8EQ

MoV

BEQ
BNE
BR

SWAB
RORB
ROR
ROR

BI(8
TST
BEQ

MoV
ASL
ASL

ADD

8s
7$

RO
RO
RO
RO

#77 R0
REC.ENVELOPE+16(R0)
10%

RES.SLOT,RO
RO
RO

RECEIVE .RING,RO

D 14
IRCFA2
v01.0

MISCELLANEOUS SECTIONS
A2TEC GLOBAL ROUTINE

000156
000164

100000 0000902
31
0000006
0006

8=-Jul=1983 15:23:25
8=Jul=1983 14:44:20

Page

3356
3348

#31,RET.STATUS

RET.STATUS,RO
138
RES.SLOT,RO
RO
RO

3361

RECEIVE.RING,RO

0000006
100000 000002
177340
0000006
0000006

#100000,2(R0)
PC,GET.RES.SLOT
RET.STATUS

3362

3348

RET.STATUS,R)

138
R2
R%.l72460

RC25.ADDR,RO

0000006

2(RY), (SP)
(SP) ,RC25.DATA+2
128

0000026

#21,RET.STATUS
RET.STATUS,RO
138

000021
0000006
0000006

000316

SEQ 172

SPIDERiUSERS:[LAKSHHANA.11REL.REALJZRC?A (3

#100000,2(R0)

0000006

VAX=-11 Bliss=16 V3-555

0000006

* ,RC.REG
RC.REG,*

3342

3371
3373
3376
3336

#11,RET.STATUS

3381

;EP)*.(SP)*

3315

RET.STATUS
RO

RTS

T
COUN,»

Base:
:
Routine
ABSCODE + 12464
104 words,,
: Routine Size:
6 words
; Maximum stack depth per invocation:

8-Jul=1983 15:23 125

MISCELLANEOUS SECTIONS

IRCFA2

8=-Jul=1983 14:44

AZTEC GLOBAL ROUTINE

v01.0

2 4

VAX=-11 Bliss=16 v3=555

SEQ 173

(39
B ss L oaNA. 11REL .REALIZRETA
A

global routine RANDOM_NUM : novalue =

E FUNCTIONAL DESCRIPTION:

THIS ROUTINE RECEIVED A SEEK FROM CALLER AND GENERAT A RANDOM

NUMBER

;

begin

P3 = 14657;

P6 = 34176
P2 = .P3x(.P2 + .P6) mod .END_LBN;
Pl = .TICKS mod 2;

012767

000006
000014
000020
000024

012767
016746
016746
066716
004767

000030
000034
000036
000042
000046
000052
000056

010016

016746
004767
010067
062706
000207

! CONSTANT NUMBER
! RANDOM LBN NUMBER
! UNIT NUMBER

return,

3401

000000

' CONSTANT NUMBER

end;

034501

000000G

102600 0000006
0000006

.SBTTL
RANDOM.NUM::
MOV

MoV
MOV
MOV

0000006

ADD
JSR

000000G
0000006

000006

#34501,P3

#-75200,P6
P3, -(SP)
P2.~(SP)
RO.(SP)

ADD

#6.SP

RTS

3396
3397
3398

3388

P6, (SP)
PC,BLSMUL

Mov

MOV
JSR
MOV

0000006
0000006
0000006

RANDOM.NUM AZTEC GLOBAL ROU! INE

END.LBN,=(SP)
PC,BLSMOD
RO,P2
PC

(Y YEYEYEPEYEIEIE

TRFY P P NN

TNEE

R TN X

: Routine Size:
24 words,
Routine Base: ABSCODE + 13004
; Maximum stack depth per invocation:
& words

000000

3402
3403
3404
3405
3406
3407
3408
3409
3410
3411
3412
3413
3414
3415
3416
3417
3418
3419

010146

+¢+

global routine AVERAGE_TIME : novalue =

FUNCTIONAL DESCRIPTION:

THIS ROUTINE CACULATE THE AVERAGE SEEK TIME FOR

AZTEC MACHINE.

begin

P4& = .TICKS + .SECONDS*60 + HINUTES~60t60
! CONVERTED IT TO TOTAL TICKS
DATAL = (.P4*16)/.P6;
GET THE AVERAGE TIME
i GET THE AVERAGE TIME FRACTION
DATA2 = .P4 mod .P6;
DATA3 = .P4/2
i\ TIME .5

i GET THE TOTAL FRACTION

DATA3 = .DATA3 + .DATA?2;
re;urn.

end;

.SBTTL

E
. TIME::
AVERAG

AVERAGE.TIME AZTEC GLOBAL ROUTINE

SEQ 174

MISCELLANEOQUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
vC1.0

000002
000006
000012
000016
000020
000024
000030

Pa?e 87
VAX=11 Bliss=16 v3=555
NA . 11RELERS .REALJZRCFA (32
SUS
: CLAKSHMA
SPIDER

016746
012746
004767
010001
066701
016716
012746

0000006
000074
0000006

3414

3415

P4, (SP)
#2,-(SP)
PC.BLSDIV

3416

DATA2,DATA3

H
H

3417
3405

274 .-(SP)
PC.BLSMUL
RO,R1
TICKS,R1

0000006
0000006
007020
0000006

MINUTES. (SP)
#7020, -(SP)

PC,BL$MUL

RO.R1
R1.P4
P4 .RO
RO
RO
RO
RO
RO, (SP)
P6,={SP)
PC.BLSDIV
RO.DATA%
P4, (SP)
P6,=(SP)
PC.BLSMOD

0000006
0000006
0000006
0000006
0000006
0000006
0000006

RO,DATA2

RO,DATA3

0000006

0000006 0000006

#14,5P

000014

000207

3405
3413

S
, = (SP)
SECOND

0000006
0000006

000154

:
:

R1,~(SP)

RTS

(SP)+,R1

Routine Base:
ABSCODE + 13064
; Routine Size: 55 words,
8 words
: Maximum stack depth per invocation:

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0
:

;

3420

3621

! +e

FUNCTIONAL DESCRIPTION:

%2%%

3426

%252

:
K

347
3428

!
!

IHPLICIT INPUTS:
SADD

3430

!
!
!
!
!

IHPLICIT QUTPUTS:
RETURN STATUS

:
.
:
;
:

:
:

3429 !!
3431
3432
3433
3434
3435

3636
3437

3438

:
:
:

3440
3441
3442

THE FUNCTION OF THIS ROUTINE IS TO EXAMINE THE

FREE MEMORY FOR EXPECTED DATA.

_LENGTH
BUF
TIPTM

SIDE EFFECTS:
= NONE -

! ~--

begin

3439

local

3443

FLAG = ZERO;

3448

incru COUNT from .H_SADD to .H_EADD by 2 do

H
:

3450
gzg;

gzgz

if .TIP eqlu 2 then PATTERN = .TEMP;

:
:
:
:

3455
3456
3457
3458

if ..TEMP nequ .PATTERN
then
begin
FLAG = TRUE;

H
:

3460
3461

3464

end;

:
:

3466
3467

if .FLAG
then

3471

.
.
:
;

:
2

:
:
3
:

H
:
N

34644
3445
g:zg
3449

3459
3462
3463
3465

3468
3469
3470
3472

3473
3474
3475

3476

?
VAX=11 Bliss=16 V3=555
. 11REL .REALJZRCFA (33
SUSERS
: CLAKSHMANA
SPIDER

global routine EXAM_DATA : =

8=-Jul=-1983 15:23:25
8-Jul=1983 14:44:20

PATTERN,
FLAG;

! INIT ERROR FLAG

‘ SAVE ADDR. IN TEMP. BUFFER
TEMP = _H_ SADD
H_EADD= *H SADD - 2 + (.BUF_LENGTH*2); ' END OF FREE HOST MEMORY
' PUT PATTERN FOR COMPARE
PITTERN = . V1IP;
begin

! EXAMINE CONTENTS OF MEMORY

it .TIP eqlu 1 then PATTERN = ( not .TEMP);

TIP = .PATTERN;

exitloop;
end;

TEMP = ,TEMP » 2;

begin
P _MASK = 2;
PY = FMT2;
P2 = ZERO;

P3 = ZERO;

Pt = ,TIP;
PS5 = ..TEHP
P6 = .TEMP;

return RET_STATUS= TRUE.

! GET ERROR DATA
" FOR TEST MODULE

CFO 175

SEQ 176

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE
else

W
&
~

IRCFA2
v01.0

end

return RET_STATUS = FALSE;

end;

MOV
MOV

000001
0000006

000002
000002

0000006

5¢:
6%:

000002 0000006
0000006 0000006
0000006
0000006
0000006 0000006
000000G 0000006
0000006 0000006
000001
0000006

000240

005000

000207

0000006

ADD
ADD

CMP
8LOS
ROR

8CC

MOvB
MOV

CLR
CLR

MOV
MOV
MoV
MOV
MOV

7%:

RTS

CLR
CLR
RTS

aTEMP,RO

43
#1,R3

RO,TIP
6$
#2,TEMP
#2,R1
R1,R2
78
#2 ,P.MASK
#FMT2,P1
P2
P3
TIP,P4

STEMP,PS
TEMP,P6
#1.R

3482

Sa G hg S

: = ,PATTERN

: ~,PATTERN

3455

; «,FLAG

3458

: PATTERN,*

3459

; «,COUNT

3448

FLAG

3466

; COUNT,»

gg.RFT.STAYUS
RET.STATUS
RO

Routine Base: ABSCODE + 13242
Size:
81 words,
: Routine
t
S words
; Maximum stack depth per invocation:

; * ,PATTERN
: PATTERN

o
W

3s:

3451

-~
W

0000006
0000006

s *,COUNT

3446
3448

0000006 000002

COM
CMP
BNE
MOV
cMp
BEQ

H.EADD,R2
H.SADD ,R1
58
M
TIP.
2%
TEMP,RO
RO
TIP 42
3s
TEMP,RO

: «,PATTERN

W
&

MOV

000000G

#2 ,H.EADD
TIP,RO

W
H»
N

0000006 000001

3444

3445

YR
YR TR TR

BR
CMP
BNE

3420

3443

H.SADD RO
RO,H.EADD

LX)

SuB

MOV
MOV
MOV

FLAG

IR IR TN ]

0000006
0000006
000002 0000006
0000006
0000006
0000006

(TR IR IR

Mov
MOV
ASL
ADD
MOV

R3
H.SADD, TEMP
ggF.LENGTH.RO

0000006 0000006
0000006

R1,$SAVE3

0000006

EXAM.DATA AZTEC GLOBAL ROUTINE

.SBTTL

EXAM.DATA::
JSR
CLR

Pa?e 89
VAX=11 Bliss=16 v3=-555
NA. 11RELERS .REALJZRCFA (33
SUS
: [LAKSHMA
SPIDER

3483

'<BLF/PAGE>

[,¥],%}
[=1V]

8-Jul-1
8-Jul-1

&Hun

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

OO
oo Co
(V. 1V ]

114

SEQ 177
Pa?e 90
VAX-11 Bliss=16 V3=555
NA. 11REL .REALJZRCFA (33
SERS
: [LAKSHMA
SPIDERSU

MISCELLANEOUS SECTIONS
A2TEC GLOBAL ROUTINE

IRCFA2
v01.0

3484

3485

3686

8=Jul=-1983 15:23:25
8-Jul=1983 14:44:20

! ++

global routine DATA_XMT_REC =

gzgg

THIS ROUTINE DOES THE FOLLOWING :

:
:
:
:

3489
3490
3491
3492

!
!
'
!

A. INITIALIZE COMMUNICATION AREA
B. SEND EXECUTE AND SUPPLY COMMAND
C. EXAMINE END RESPONSE PACKET. IF TIME EXPIRED,
THEN SEND DUST_STATUS COMMAND.

gzgg

E. REPORT ERROR, IF THERE 1S ONE

3493

D. COMPARE TRANSMITTING DATA WITH RECEIVING DATA
IMPLICIT INPUTS:
DMC_TEST

:
:

3696
3497

!
'

3499

! --

H
:
:
:

3498
3500

BYT_CNT

3501
3502
3503
3504

begin

local
FLAG;

FLAG = ZERO;

! INIT ERROR FLAG

BYTE_COUNT= evr_cm:

' BYTE COUNTS

BUF DESCRPTR = TIP;

! CLEAN THE BUFFER

gggg

%ggg

:
.

3509
3510

%g}z

.
:
H

3515
3516
%g}g

BYTE COUNT = 02;

%ggg

if REC_DATA () then return .RET_STATUS; ! SEND A RECEIVE DATA COMMAND

3521

:
:

3525
3526

3529

3532

M
:
:
:
:

3522
gg%z
gggg
3530
3531

:
:

3533
3534

:
:
:
:

3536
3537
3538
3539

! GET AZTEC READY FOR OPERATION
it AZTEC_READY () then return .RET_STATUS;
! COMMAND REFERENCE NUMBER
= 3;
CMD_REF
! DMCODE STARTING ADDRESS
.DMC_TEST;
DESCRPTR
BUF

gg};

3535

3540

! ISSUE AN EXECUTE SUPPLIED if EX_SUP_PRG () then return .RET_STATUS;
! COMMAND REFERENCE #
CMD_REF = &4;
! SET BYTE COUNTS = 2

! ++

'
;

COMPARE TRANSMITTING DATAS AND RECEIVING DATAS
IF ERROR, REPORT BLOCK LENGTH, BAD DATA AND GOOD DATA.
.
incru J from 0 to 256 do
begin

if .XMT_DATA_BUF [.J] nequ .RCV_DATA_BUF .J]

then

g!n

FLAG = TRUE;

exitloop:;
end;
end;

if .FLAG
]
then

begin

SEQ 178

Pa?e 91
VAX=11 Bliss=16 v3=555
.REALJZRCFA (34
SERS
11REL
.
CLAKSHMANA
ERSU
:
SPID

K 14

.
:

3543
3544

P2 = ZERO;
P3 = ZERO;

3546

P = . TEMP;

:
:

:
:
:

000000

3545

P4 = TIP;

3547

P6 = TEMP;

3548

return RET_STATUS = TRUE;

3549
3550

else

3551
3552
3553

004167

! GET ERROR INFO
! FOR TESTMODULE

P_MASK = 2;
PT = FMTS;

3541
3542

:
:
:

8=Jul=1983 15:23:25
8-Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

end

return RET_STATUS = FALSE;

end;
000000G

.SBTTL
DATA.XMT REC::

000004 005003
000006 004767 000000V
000012

000014
000016

000022

000207

000052
000054

006000
103003
016700

000024
000032
000040
000046
000056

000062

012767 000003 0000006
016767 0000006 000000G
016767 0000006 000000G
004767 167426
000207

000112
000114

000116

000122

006000
103003
016700
000207

000136
000144

000146
000152
000154

000156

000162

006301
010200
006300

000000G 000000G

012703
000404
(005202

000001

020227

101761

000164

006003

000170
000176
000204

112767
012767
005067

000166

103030

000400

ROR
BCC

MOV

RO
23
RET.STATUS.RO

MOV
MOV
MOV
JSR

#4,CMD .REF
#T1P,BUF .DESCRPTR
#2,BYTE.COUNT
PC,REC.DATA

MOV
MOV
MOV
JSR
RTS

#3,CMD.REF
DMC.TEST ,BUF .DESCRPTR
BYT.CNT,BYTE.COUNT
PC,EX.SUP.PRG
PC

MOV

RO
33
RET.STATUS,RO

CLR
MOV

R2
R2.R1

RTS

ASL
MOV
ASL

R1
R2.RO
RO

3485

:
:
:
:

3509
3510
3511
3513

H
:
:
:

3515
3516
3517
351%

s J
s J.t

3526
3529

; FLAG
:

3505
3507

s J.®

(RO) ;
TA.BUF
(R1) ,RCV.DATA.BUF
XMT.DA
5%

MOV
BR
INC

#1,R2
6%
R2

B8LOS

CMP

1$
RET.STATUS.RO

CMP

5¢:

R3
PC,AZTEC.READY

RTS

8EQ

6$:
000002 000000G
0000006 0000006
0000006

ROR

ROR
8CC

3$:
48:

026160

001403

2s:

0000006

000124 005002
000126 010201
000130
000132
000134

1$%:

0000006

000064 012767 000004 000000G
000072 012767 0000006 000000G
000100 012767 000002 0000006
000106 004767 171172

R1,8SAVE3

B8CC
MOV

0000006

DATA.XMT.REC AZTEC GLOBAL ROUTINE

JSR

CLR
JSR

006000

103003
016700

SEQ 179

Pa?e 92
VAX=-11 Bliss=16 v3=555
L RS .REALJZRCFA (34
RSUSE
: CLAKSHMANA.11RE
SPIDE

R2,#400

: «,FLAG
:
s J

3532
3531
3526

s J.t

ROR

: FLAG

3538

MOVB
MoV
CLR

#2,P.MASK
NFMT2,P1
P2

:
:
:

3541
3542
35¢3

B8CC

SEQ 180

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

000210

000256

Page 93
VAX-11 Bliss=16 V3-555
SPIDERSUSERS: [LAKSHMANA. 11REL .REAL]ZRCFA (34

005067
016767
017767
016767
012700
01C067
000207
005067
005000
000207

0000006 0000006
0000006 0000006
000001
0000006

0000006

3544
3545
3546
3547
3548

CLR

0000006
0000006 0000006

7%:

Mov
MoV
MOV
MOV
MOV
RTS

CLR
CLR
RTS

RO RET.STATUS
RST.STATUS
PC

Routine Base: ABSCODE + 13504
88 words,
S words
invocation:
per
depth
stack
Haxamum
: Routine Size:

3500
3551
3500
3405

IRCFA2
v01.0

MISCELLANEQUS SECTIONS
AZTEC GLO=AL ROUTINE

3554

3555

:
:
:
.
;
:
:
:
:
:
:

3556
3557
3558
3559
3560
3561
3562
3563
35664
3565
3566

3570

;
:
:

SEQ 181
94
VAX=-11 Bliss-16 V3=-555
(35
11REL . REAL JZRCFA
SERS
: [LAKSHMANA.
SPIDERSU
Pa?e

3567
3568
3569

! 4+

global routine DM_ADDR_SETUP : novalue

! THIS ROUTINE PASS TRANSMITTING AND RECEIVING BUFFERS STARTING
! ADDRESS TO DM CODE
!
IMPLICIT INPUTS
!
! DM_XMT
! DM_REC
!
!
! -i
!
begin

! XMT BUFFER 1 STARTING ADDR.
! REC BUFFER 1 STARTING ADDR.

DM_XMT = XMT_DATA_BUF [03;
DM_REC = RCV_DATA_BUF [0].
return RET_STATUS = FALSE;
end;

000000

012767

0000006 000000G

000006
000014
000020

012767
005067
000207

000000G 0000006
9000000G

SBTTL

DM.ADDR.&S&UF::
MOV
CLR
RTS

DM.ADDR.SETUP AZTEC GLOBAL ROUTINE
XMT
,DM.UF
#XMT .DATA.B
#RCV.DATA.BUF ,DM.REC
sET.STATUS

ABSCODE + 13764
; Routine Size: 9 words,
Routine Base:
: Maximum stack depth per invocation: 0 words

;
:

3571
3572

!'<BLF/PAGE>

MISCELLANEOUS SECTIONS
A2TEC GLOBAL ROUTINE

8-Jul-1983 15:23:2
8-Jul=1983 14:44:2

95
VAX=11 Bliss=16 V3-555
(
36
FA
.REALJZRC
NA. 11REL
SERS
: [LAKSHMA
SPIDERSU

global routine WRT_PROTECT_TST : novalue =
1+¢

! FUNCTIONAL DESCRIPTIONS:

THIS ROUTINE WILL ASK THE OPERATOR TO MAKE SURE THE WRITE
IT
PROTECT SWITCH FOR THE UNIT IS IN THE OFF POSITION.
1T
KNOW
CONTROLLER
THE
THAT
VERIFY
TO
WILL GET UNIT STATUS
TO
ASKED
BE
WILL
OPERATOR
THE
THEN
IS NOT WRITE PROTECTED.
GUS
A
AND
POSTION
ON
THE
IN
SWITCH
PROTECT
PUT THE WKITE
WILL BE DONE TO MAKE SURE THE CONTROLLER RECOGNIZES THA THE

Cmtemoemsan

THE UNIT IS WRITE PROTECTED.

begin

DISPLAY MESSAGE ‘‘TURN OFF WRITE PROTECT SWITCH''
A

THEN ISSUE

GET UNIT STATUS COMMAND AND EXAMINE THE UNIT FLAG.

MANU_SW = ONE:
GMANTL (QST14, MANU_SW, 1, YES, 0);

; PROGRAM WAITING FOR GO (CR) SIGNAL
if (.MANU_SW eqlu YES)

thenb

egin

! MANUAL SWITCH IS SET TO 'YES'
! DISPLAY MESSAGE TURN OFF WRT
! PROTECT SWITCH

e
! WAITING FOR CR SIGNAL

CMD_REF = 3;

! COMMAND REFERENCE NUMBER

if GET_UNIT_STATUS ()
then

! ISSUE A GET UNIT STATUS COMMAND
! IF RESPONSE STATUS BIT ERROR, THEN

begi
RE?_UNIT_FLAG = .RET_UNIT_FLAG and %0°020000°; ! MASKED OUT OTHER BITS

T PR PR PR TR

PR YA A TR

AT LRI AL LRLR LR

YA TR TR T PR TR T TRTR

R FRIR LR AR L LRAN T

IRCFA2
v01.0

if .RET_UNIT_FLAG eqlu UF_WPH
then
begin

! IF WRT PROT. FLAG SET
! ERROR

RETRIES = TRUE;
end;

end

RETRIES = TRUE;

IRR R

end;

else

DISPLAY MESSAGE '‘TURN ON THE WRITE PROTECT SWITCH'' THEN
6a§¥EFng§T UNIT SATUS COMMAND AND EXAMINE THE RESPONSE
SWITCH2 = ONE;

GMANIL (QST15, SWITCH2, 1, YES, 0);

! SET MANUAL SWITCH

! DISPLAY MESSAGE TURN OFF WRT
! PROTECT SWITCH

SEQ 1 82

Pa?e

B 15

8-Jul=1983 15:23:25
8=Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

SEQ 183

Pa?e 96
VAX=11 Bliss=16 v3-555
[LAKSHMANA .11REL .REALJZRCFA (36
: USERS
SPIDERS

IRCR LR L LR ¥

; PROGRAM WAITING FOR GO (CR) SIGNAL

if (.SWITCH2 eqlu YES)

TR P PR YR YR IR

thenb

]

! WAITING FOR CR SIGNAL

egin

CMD_REF = &;

' COMMAND REFERENCE NUMBEF

if GET_UNIT_STATUS ()
then

! ISSUE A GET UNIT STATUS COMMAND
' IF RESPONSE STATLS BIT ERROR, THEN

T E TRPRI YR

_UNIT_FLAG = .RET_UNIT_FLAG and %0°'020000°; ! MASKED OUT OTHER BITS
RE?
if .RET_UNIT_FLAC nequ UF_WPH
thenb

PRINTFQ(HSG WRP ERRZ. LOG_UNIT); REPORT ' ERROR

ERRDF

TN YA

' IF WRT PROT. FLAG CLEAR
! ERROR

MsG_Tom_wPT, 0)7

RETRIES TRUE;

end;

end

A A

RETRIES = TRUE;

end;
return,

end;

012767

000001

0000006

LSBTTL WRT.PROTECT.TST AZTEC 4i.08A!
WRT.PROTECT.TST::
MOV
#1,MANU. SW
TRAP

104443

MWORD
WORD
WORD
WORD
WORD

MANU.SVW

130
QST14
1

?QNU.SU.#1

000000G

MOV
JSR

#3,CMD.REF
PC,GET.UNIT.STATUS

:
H

157777

000000G

B8CC
B8I1C

2%
#157777 ,RET.UNIT.FLAG

000001

000000G

ggv

51LRETRIES

MOV

#1,RETRIES

TRAP

43’

000003
175436

ROR

000000G 020000

000001 0000006
000001
000404
0000006
000130

404

ggz

0000006 000001

000104
000112
‘000114
000116
000120

ROUTINE

0000006

gzg

18:

2$:

MOV

WORD
.WORD
.WORD

ggfUNIT FLAG, #20000

n,SUIYCHZ
404
SWITCH2
130

3592
3593

000122
000124
000126
000134
000136
000144

00
000202

000210

8=Jul=1983 15:23:2 5
8=-Jul=1983 14:44:2 0

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2

v01.0

0000006 000001

000207

‘s

JSR

PC,GET.UNIT.STATUS

0000006

157777 0000006
0000006 020000

ROR
8cC
8IC
CMP
BEQ
MoV

000004
175332

000001

0000006

000001

0000006

2::

?5715

.WORD
.WORD
CMP
BNE

MoV

RTS
MoV
RTS

SEQ 184

ge 97
VAX=11 Bliss=16 Vv3=-555
A (36
JZRC
.REAL
SERS
11REL
.
CLAKSHMANA
SPID:ERSU

M
SWITCHZ

3633

#4,CMD .REF

3636
3638

#157777 ,RET.UNIT.FLAG
2§T.UNIT.FLAG.#20000
#1,RETRIES
PC
#1,RETRIES
PC

Routine Base:
ABSCODE + 14006
: Routine Size:
69 words,
words
2
invocation:
per
: Maximum stack depth

‘e¢

FUNCTIONAL DESCRIPTIONS:

THIS ROUTINE CALL OTHER ROUTINES TO GET THE AZTEC READY
TO DO THE DM OR READ/WRITE OPERATION.

PERFORM OPERATIONS AS FOLLOWING ORDER:

1. DEFINED INITIALIZATION CONSTANTS.

2. DO STEP 1 THROUGH STEP 3 CHECK FOR ANY ERRORS
IN EACH STEP.

3. SET UP COMMUNICATION AREA'S.
4. SET HOST SETTABLE UNIT CHARACTERISTICS AND OBTAIN THOSE
UNIT CHARACTERISTICS THAT ARE ESSENTIAL FOR PRGPER CLASS
DRIVER OPERATION.
S. BRING A UNIT "UNIT-ONLINE.

R PR TR N TN P T X TR
TS A YRTR IR

IS SPUN-UP,

IF NECESSARY,

END MESSAGE.

IMPLICIT INPUTS:

ENEE I E M E M E N E N E X

THE UNIT

AND ITS HEADS ARE LOADED PRIOR TO RETURNING THE ONLINE COMMANDS'S

IMPLICIT QUTPUTS:
AS A RESULT OF THIS ROUTINE iHE COMMUNICATION AREA WILL
BE INITJALIZED AND UNIT IS SPUN-UP.
COMPLETTION CODES:
SIDE EFFECTS:

NONE
-

8gASK = lo 17°;
DKTA1<15

= TRUE:

DATAI<14, 1> =
DATAIKIT, 3> = SND SiZ;

DATA1<8, 3> = REC SIZ

DATA1<7 1> =0;

DATAI<O0, 7> = 0;
DATA? = RINGBASE
DATA3 =

DATAL = xo177403'

CMD_SLOT =
RES_SLOT = 0:

TICRS = 0;
SECONDS = 0;
MINUTES = 0;

it AZP_INIT ()
then

return .RET_STATUS;

SEQ 185

Pa?e 98
VAX-11 Bliss=16 v3-555
: [LAKSHMANA. 11REL .REALJZRCFA (37
SPIDERSUSERS

global routine AZTEC_READY =

FORMAL PARAMETERS:
=NONE -

R IR

8-Jul- 1983 3 15:2 15:23: 25
8-Jul- 198 3 16:46: 20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

R R

EEE

TR T

T PR

PRTR

TR IRT R IR LR AN TN ¥

IRCFA2
v01.0

LY,)

SET MASK BIT FOR COMPLETE INIT.
SET 8IT 15 FOR STEP=-1 WRITE
NO DIAGNOSTIC WRAP MODE
SET UP COMMAND RINGS LENGTH
SET RESPONSE RING LENGTH
DISABLE INTERRUPT
LOAD NO VECTOR ADDRESS
LOAD COMMUNICATIONS AREA ADDRESS
HI-ORDER ADDR = ZERO
‘LAST FAIL'® PACKET RESPONSE 8IT SET
CLEAR COMMAND RING SLOT POINTER
CLEAR RESPONSE RING SLOT POINTER
CLEAR TICK AREA
CLEAR SECOND AREA
CLEAR MINUTES AREA
DO STEP INIT AND CHECK FOR ERROR

E1 5

8-Jul=-1983 15:23:25
8-Jul=-1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

0900080 0e B0 00000, 0¢ 08009100808, % 00

IRCFA2
v01.0

! INIT THE COMMUNICATION AREA

it INIT_COM_AREA ()

then

SEQ 186

Pa?e 99
VAX=11 Bliss=16 V3-555
.REALJZRCFA (37
ERS
11REL
.
A
SUS
LLAKSHMAN
:
DER
SPI

! ERROR ?

return .RET_STATUS:

CMD_REF = 01;

! SET COMMAND REFERENCE T0 1

it SET_CNTLR_CHAR )

! ISSUE SET CONTROLLER CHAR CMD

then

return .RET_STATUS;

IF COMMAND FAILED

CMD_REF = 2;

! SET COMMAND REFERENCE TO 2

if ON_LINE O

!
!

then

return .RET_STATUS:

ISSUE ON LINE CMOOAND
IF COMMAND FAILED

return RET_STATUS = FALSE:
end;

3697

#RINGBASE ,DATA2
DATA3
#-375,DATAG

:
:
;

;

3704
3705
3706
3707
3708
3709
3710
3711
3713

gET.STATUS.RO

3715

:8.1NIT.COH.AREA

3717

SET.STATUS.RO

3719

#1,CMD.REF
zg.SET.CNTLR.CHAR

:
:

3721
3723

ggr.srArus.ao

3725

#2,CMD . REF

3727

CLR

CLR
CLR
CLR

CLR
CLR
JSR

ROR

1%:

166104

0000006

2%:

8CC
MOV
RTS
JSR
ROR
8CC

MOV
RTS
Mov

JSR
ROR

0000006

3s:

8CC
MOV
RTS
Mov
JSR
ROR
BCC
MOV

0000006
0000006

#17 ,B.MASK

MOV

0000006

000002
172524

Move
MoV
MOV

165324

171264

AZTEC.READY AZTEC GLOBAL ROUTINE

4%:

RTS
CLR
CLR

#122000,DATA1
CMD.SLOT
RES.SLOT
TICKS
SECONDS
MINUTES
PC,AZP.INIT

PC,ON.LINE

:
:
:
:
:

gET.STATUS.RO
RET.STATUS
RO

3703

3729
W
~
W
-

0000006
0000006 0000006
0000006
177403 0000006
0000006
0000006
0000006
0000006
0000006
122000

000001

.SBTTL

AZTEC.READY::

W
~N
W
N

0000006

[

012767
012767

000017

®e B

112767

000172

RTS

000207

; Routine
Size:
t

62 words, .

Routine Base:

; Maximum stack depth per invocation:

ABSCODE + 14220

NN
[=1V]

bm
S

b\ll

Wit

8-Jul-1
8=-Jul-1

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

-l amb

IRCFA2
v01.0

VO
(13

F 15

VAX=11 Bliss=16 V3=555

SEO 187

SPIDERSUSERS: [LAKSHMANA. 11REL .REAL JIRCFA (37

G615

8-Jul=-1983 15:23:25
8-Jul=198314:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

ZRCFA2
v01.0

global routine DO_RETRIES : novalue =

g;gz

N
:

3737
g;gg

' COME HERE ON AN ERROR AND KEEP TRACK OF RETRIES.
: IF NECESSARY DROP UNIT UNDER TEST.

3740

%;25

3743

3745

:
:

3748
3749

:
:
:

3754

3756

PRINTB (FMTSA, .NUM_RETRIES);
end
be?in

if not .SWP_CONTINUE

then

3759

3761

DOCLN;

end;

3758

end;

3760

005267

gln

pODU (.LOG_UNIT);

3755

3757

000000

?1n

RETRIES = FALSE;

3753

else

%;g?

if (.NUM_RETRIES lequ .SWP_ RETRIES)

then

3746
3747

3752

baain

NUM_RETRIES = .NUM_RETRIES + 1;

3744

end;

0000006

.SBTTL
DO.RETRIES::

INC

CMP
MoV

000004 026767 0000006 000000G
000012 101013
000014 016746 0000006

BHI

000020 012746 0000006
000024 012746 000002
000030 010600
000032

000034
000040
000042
000046
000054
000056

000062
000064

104414

062706
000207
005067
032767
001004
016700
104451
104444

000066 000207

SEO 188

?e 101
VAX=11 Bliss=16 v3-555
SPIDERSUSERS:CLAKSHMANA. 11REL .REALJZRCFA (38

000006
000000G
000001 000000G
0000006

2$:

NUM.RETRIES

NUM.RETRIES,SWP.RETRIES
13
NUM.RETRIES,=(SP)

MOV
MOV
MOV

#FMTSA,~(SP)
£2.-(SP)
SP.RO

ADD
RTS
CLR
BIT
BNE
MOV

#6,SP
PC
RETRIES
#1,SWP.CONTINUE
2$
LOG.UNIT,RO

RTS

TRAP

1%:

DO.RETRIES AZTEC GLOBAL ROUTINE

TRAP
TRAP

51
44

Routine Base: ABSCODE + 14414
; Routine Size: 28 words,
: Maximum stack depth per invocation: 5 words

:
:

: SP,»
:
:
:

3741

3743
3746

:
:

3745
3743
3750
3752
3755

3735

H 15

8-Jul-1983 15:23:25
8=Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0
g;g%

:
:

3764
3765

L.
.
1+¢
:
tion
Descrip
al
! Function

g;gg

;

3766
3767

:
:

'Decodes failing SA reg data

global routine DECODE : novalue =

to the implimentation of the DUP and UQ Port protocol there
two levels at which an issued command to a port/controller

Due
are

!
!

SEQ 189

Pa?e 102
VAX=11 Bliss=16 V3~555
. 11RELERS .REALJZRCFA (39
SUS
: CLAKSHMANA
SPIDER

can fail and they are:

%;;?

;

1. The issued command can time out.

3772

2. An error

:
:
:

3775
3776
%;;g

!
!
;

3. The issued command to the port/controller can be executed
correctly without any errors but the response packet status
field could have an error or status other than success posted.

:
H
:

3779
3780
3781

!
!
!

This routine will then be called when the return from a queued
command_comes back with an error code or non successfull status

3786

none

RET_STATUS:

:
:
:
:
:
:

:
:
:

g;;z

3782
3783
3784
3785

;

report an error.

This is

code.

is equal to 1.
!
!
!
! Formal Parameters :

3787
3788

!
! Implicit Inputs :

3790

3789
3791

3792
3793
3794
3795

! Completion Codes :
none
!

3799

! Side Effects :

;

%gg;

;

:
:
:
:

3798

3800
3803

3804

3805
3806
3807
3808

3809

when bit 0 in the returned status

definition

code or

command.

3796
3797

aftter execution of
is initialized

non=-successful

this

routine

the

status

code from a queued

R(25 controller

aborting any DM code running in the controller.

)

begin

‘e

! Use the contents of 'RET_STATUS'' to select what
! type error or non-successful status code is to
! be processed.

%g}%

if .RET_STATUS eqlu ONE then return RET_STATUS = 2ERO;

3814

selectoneu .RET_STATUS of

:
:

3815
3816

3817

Stored in this global storage is the returned error

o
!
! Implicit Outputs :
none
!
]
!

:
:

;

can be posted in SA register bit 15 by the port

set
!

% “port/Controller time out'' error code

! NO ACTION IF RET_STATUS IS ONE

115

:
:

3819
3820

! Port/Controller timed out after the specified
! time out interval.

3823
3824
3825

CCTO_CODE] :
52?10
PRINTF (.EMSG_STRUCT [MSG31);

:
:

3821
3822

:
:

3826
3827

:
:
:

8=Jul=1983 15:23:25
8=Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

end;

!Code equals Z0°'11°

gggg

; ‘Port fatal error'’ code

:
:

3830
ggg;

in the SA Register was set when
! The error bit
; examined. This error indicates a Port fatal error code.

3833

3834

gggg

TEMP = .RC25_DATA [RCSA, RCSA_ERCI;

:
:
:

3838
3839
3840

it .TEMP gequ 200
|
then
be?vn

:
:
:

3842
3843
3844

else

3835

3841

3845

:
:
:

3848
3849
%gg?

3852

3855

3857

CPFE_CODE] :

3856

‘Code equals Xo0'21"’

eawn

PRINTF (.RC_STRUCTURE [.TEMP - 200]);
end

'print RCSA error code

be?1n

PRINTF (.PFE_STRUCT [.TEMP]);

end;

3846

gggz

Pa?e 103
VAX=11 Bliss=16 V3-555
. 11REL RS .REALJZRCFA (39
RSUSE
: CLAKSHMANA
SPIDE

end;
!
; ‘Return status error'’' code
! This indicates that a non-successful return status

; code was returned

from an issued command.

CRSE_CODE] :
e?1n

!Code equals Xo0'31’

gggg

l.’R NTF (.EMSG_STRUCT [MSG01);

3860

! Look at UQPORT connection ID field to determine the type

‘

3861

3863

3864

3867

:
:

3865
3866

3868

! of response

’

if .REC_ENVELOPE L[.RES_SLOT, CONN_ID] eqlu 2 ! CONN_ID = DUP

then

be?ln

PRINTF (.SDUP_STRUCT [.REC_ENVELOPE [.RES_SLOT, STATUS]]);

3869
3870

else

3874

end;

3871

end

be?ln

SEQ 190

PRINTF (.SMSCP_STRUCT [.REC_ENVELOPE [.RES_SLOT, STA_CODE]Y);

:
:

3884

3888

:
:

'Code equals %0'601"'

(SEX_CODE) :
e?1n

3880

3879

:
:
:

! "'SERIOUS EXCEPTION'' error code

3876

3877
3878

3881

:
:

8-Jul=1983 15:23:25
8=Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

PRINTF (.EMSG_STRUCT [MSG2]);

3882
3883

end;
Yo

3885
3886
3887

! sent to this routine.
!
.

! This is here to trap any unknown

return status codes

[otherwise] :

!Code equals non of the above

be?1n

3889

PRINTF (.EMSG_STRUCT [MSG3));

3890

3891

3892

gggg

; ALl errors are fatal so init the R(C25

3897

WRT_RC25 (RCIP, ALL_ONES):

3899

;

tes;

end;

:
:

3893
3894

return;

end;

3900

000022 016701
000026
000032

020127
001007

0000006
000400

0000006
000011

.SBTTL

DECODE : :MOV
CMP
1%:

000040

012746

010600
104417

000050 000555
000052

000056

000060
000066
000074
000102
000104

000110

020127

001036

016767
042767
026727
103412
016700
006300

000112

016046

000122

010600

000116

000124

012746

000001

000021

000134

000136

2s%:

016046

0000006

3762
3812

RET.STATUS,R1

3814

EMSG.STRUCT+6,-(SP)

3825

SP,RO
17

: SP,»

1$
RET.STATUS
108

#1,-(SP)

CMP

3814

RC2S.DATA+2,TEMP

3836

TEMP,#310
TEMP,RO

:
:

3838
3841

R1.421

BNE

BIC

#1764000, TEMP
3s

ASL

MOV

#1,-(SP)

TRAP

MOV

3s:

:
:

MOV

000001

R1,-(SP)
RET.STATUS . #

CMP
BNE

CMP
8LO
MOV

1771606

DECODE AZTEC GLOBAL ROUTINE

R1.AM
2$

MOV

104417

006300

MOV

MOV
TRAP

0000026 0000006
174000 000000G
000000G 000310
0000006

000126 000526
000130 016700 0000006

BNE
CLR
JMP

MOV

000034 016746 0000066
000044
000046

'Init the controller

RET_STATUS = ZERO;

3898

001004
005067
000167

000000 010146
000002 026727 00600006 000001
000010
000012
000016

SEQ 191

Page 104
VAX=-11 Bliss=16 v3-555
SERS .REALJZRCFA (39
CLAKSHMANA. 11REL
SPID:ERSU

0O)
,~(SP)
RC.STRUCTURE=620(R

SP,RO

BR
MOV

93
TEMP,RO

Mov

PFE.STRUCT(RO),~(SP)

ASL

: SP,+

:
:

3838
3845

SEQ 192

Pa?e 105
VAX=-11 Bliss=16 v3-555
SERS .REALJZRCFA (39
ANA. 11REL
SU
LLAKSHM
SPID:ER

MISCELLANEQUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0
012746
010600

#1,-(SP)

000001

104417

000514
020127
001071
016746
012746

3814

EMSG.STRUCT ,=(SP)

3858

: SP,x

0000006

SP,RO
17
RES.SLOT,RO

000077
0000036 000002

gEC.ENVELOPE*3(RO).#2

000031

4$:

0000006
000001

#1,-(SP)

RO
RO
RO
RO
#77 ,R0

RES.SLOT
RO

RO
RO
RO
RO
#77 ,RO

000077
0000166

106000
006000
006000
142700
116000

042700
006300
016016
012746
010600
106417
005726
000420
020127

001007
016746
012746
010600

000400
000402

104417
000406
016746
012746
010600
104417

: SP,x

0000006

012746
010600
104417
000423
016700
000300

SP,RO
17
9s
R1,431
78

#1,-(SP)

5%:

3867

SP,RO
17
6$
sES.SLOT.RO

: SP,*

:
:

3864
3871

(SP)+
9%

:
:

3857
3814

EMSG.STRUCT+4,~(SP)

3881

SP,RO
17

: SP,¢

#77 R0

)
,RO
REC.ENVELOPE+16(R0

#177740,R0
RO

, (SP)
SMSCP.STRUCT(RO)

0000006
000001

#1,-(SP)

6%:
7%:

0000046
000001

0000266
000001

(SP)
SDUP.STRUCT(RO),

000077
0000166
177740

000601

3864

SSC.ENVELOPE+16(RO).R0

0000006
000001

0000006

SP,RO
17

R1,4601
8$

#1,-(SP)

8%:

EMSG.STRUCT+6,-(SP)

#1,-(SP)

SP,R0
17

:
:
: SP,»

3814
3890

000404

000410

9%:

012700 177777

010077

0000006

000414 005067 0000006
000420 022626
000422

000424

8-Jul-1983 15:23:25
8-Jul=-1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

: Routine Size:

139 words,

Routine Base:

: Maximum stack depth per invocation:

3901
3902
3903
3904

:
:
:
:

3905

MoV

#=1,R0

: *,RCM.REG

3897

CLR
CMP

RET.STATUS
(SP)+,(SP)+

:
:

3898
3762

RTS

MoV

108:

012601

000207

6 words

RO,3RC25.ADDR

; RCM.REG,*

(SP)+,R1

ABSCODE + 14504

end
eludom

0TS external references

PSECT SUMMARY

E
:
:

.GLOBL
.GLOBL

Psect Name
AASCODE
ABSCODE

Words
267
3373

$SAVES, $SAVE3, $SAVEZ2, BLSSHF
BLS$DIV, BLSMOD, BLSMUL

Attributes
RO, I ,
RO, I ,

REL,
REL,

LCL,
LCL,

CON
CON

LIBRARY STATISTICS

;

eweeeees Symbols =======-

File

Total

SPIDERSUSERS:(CLAKSHMANA.11REL.REALJAZTECO.L16;1

503

Loaded

Percent

212

COMMAND QUALIFIERS

BLISS /PDP11/LIST ZRCFA2.816/EN:NOEIS

3581 code_+ 59 data words
Size:
01:28.7
Run Time:
07:29.4
Elapsed Time:
Memory Used:
253 pages
Compilation Complete

SEQ 193

Pa?e 106
VAX=11 Bliss=16 V3-555
11REL RS .REALJZRCFA (39
RSUSE
: [LAKSHMANA.
SPIDE

Blocks

Read

CZRCFAQ RC2S FR END TEST

IRCFA3
:

0001

8=Jul=1983 15:31:08

8-Jul=-1983 14:46:50

VAX=11 Bliss=16 v3-555

MODULE ZRCFA3 (XTITLE °'CZRCFAQ RC25 FR END TEST'
IDENT = 'v01.0°,
OPTLEVEL = 0,

0002
0003

.
:
:
:

0005
0006
0007
0008

BEGIN
‘'<BLF/LOWERCASE_KEY>
!

88}}

Library 'A2TECO';

! AZTEC LIBRARY

?gég

require °'BLSMAC.REQ';

! DIAGNOSTIC SUPERVISOR LIBRARY

:
H

1503 structure
RC25 [0, P, S, E]l =
1504

:
:

H
:
H
:
:

ADDRESSING_MODE (RELATIVE)

0004

88?8

) =

Ysbttl 'TEST SECTION'

1505
1506

begin

1508
1509

local
RC_REG;

1507

1510
151
1512
1513
1515

1516

' DEFINE ACCESS ALGORITHM TO
' ALLOW FIELD REFERANCES TO
' THE RC25
'

RC_REG = .(RC25 + Xupval+*0)<0, Xbpval, 0>;
RC_REG
en

!<BLF/PAGE>

NA ., 11RELERS .REALJZRCFA (1)
SUS
: LLAKSHMA
SPIDER

:
:

SEQ 194

Page

N 15
CZRCFAQ RC25 FR END TEST

8-Jul-1983 15:31:08
8-Jul=1983 14: 46:50

own

CMDBF1

ENDBF1

“[0)=

b
b nd
D
)
D
b
)
e
b

)

[2]=

%0'000377*)

£03=
1])=

' 15555
Xo 133333'

[1J=

%0'170017°,

uordj preset (

[2)=
%0'066666'),
DATA_PAT4 : vector [3, wordJ preset (
%0°'000377"
[0J=

b
)
) el e
b
b
)
b
) e
b o

wud e

o) mb wd b

d b

¥Xo"1

%o’ 044444'
%0'022222")

(1J=
[2]=

TR
A
TA
R I A
R E T R
T E T A
R

: vector [3 word] preset (

DATA_PAT3: vector (3

word]_field (PACKET_

DATA_PAT2: vector [3 wordj preset (
()=
%0°'17£400°,
[1)=
%0'007760°.

R
S
AR E T E M E N E T E M E

: block [16,

DATA_PAT1

extecnal

: block [16, word] field (PACKET_

RING_B : vector [32, word],

b =D

b end wmd

b wd

(W AVAV IV IV IV VIV [V IV IV [V IV [V IV IV, IV 1V IV IV IV [V IV IV [V [V IV [V IV IV TV TV IV [V IV IV [V IV VIV [V IV IV IV [V, LV, TV )
DB D NANNNNANNNNWNI
N NN PO NI NONININ) — =2 o
o ONONONONON NN BB
wn SN
=0 VO NOWVSNWN
OO0 NOWNESWN =000~
=OVONOWVNS W20V VIS W

plit
= $plit$( ?lobag).
global = $6LOBS(nowrite, noexecute, global, concatenate),
code = ACSCODE;

HOST_BUF

[ A AR

SPIDERSUSERS:[LAKSHMANA. 11REL. REALJZRC?A (2)
VAX=11 Bliss=16 V3=555

psect

PR FETR

TR PR PR PR PR FE PR PR

IE IRTR

YRYR PR

PRFE PN PR YR

N TR PR
TRTN ¥

TEST SECTION

L g;.

! COMMAND BUFFER 1
! END MESSAGE BUFFER 1

1 COMMAND BUFFER=16 WORDS

i WITH 16 WORDS BELOW FOR
i

END MESSAGES.

! DATA PATTERN 1
! DATA PATTERN 1
! DATA PATTERN 1
! DATA PATTERN 2
! DATA PATTERN 2

! DATA PATTERN 2
!
!
!

DATA PATTERN 3
DATA PATTERN 3
DATA PATTERN 3

DATA PATTERN 4
DATA PATTERN &

[2)=
%0'177400'5,
: vector [260, word];

DATA PATTERN &
HOST BUFFER AREA

§ HARDWARE P TABLE DATA IS STORED HERE
RT_TABLE :

ref block [WORD1_IN_RT_TAB, word] field (RT_FIELDS),

LOG UNIT

word,

RC25_ADDR : ref RC25 field TRC_RED),
! READ REGTSTER ALGORITHH
RC25_DATA : block [2., word] field (RC _REG), ! RCSA DATA
UNITTM: wo rd,
' UNIT UNDER TEST
:

RETRIES : word

NUM_RETRIES
: uord volatile,

SWP_TRACE : word volatile,
SWPTRETRIES: word volatile,
I_AR_NEX : uord volatile,

CINCEL TIMER: word volatile,

!
!

INTERRUPT FLAG
INTERRUPT FLAG

BUF DESCRPTR word volatile,

!
!

BUFFER DESCRIPTOR AREA
COMMAND REFERENCE BUFFER

RECEIVE RING SLOT

COM_AREA : blockvector [REC_ALLOCATE + SND ALLOCATE + HDR_SIZ, 2, word],
HEAD AREA : ref block [4, word]) field (HDRTFIELD),
RECEIVE R ING : ref blockvector [REC_ALLOCATE, 2. word) field (DSC_FIELD),
SEND_RING : ref blockvector [SND ALUOCATE, 2. word) field (DSC JFIELD),
REC ENVELOPE : blockvector [REC_ALLOCATE, RB_SIZE + 2, word) field (ENV FIELD),
SND ENVELOPE : blockvector [SND_ALLOCATE, SB_SIZE + 2, word] field (ENV_FIELD)
XMT_DATA_BUF : vector [256, word]l,
RCV_DATA_BUF : vector [256, word],
RINGBASE,
! RING BASE ADDRESS
CMD_REF : word volatile,
CMD_SLOT : word volatile,
RES_SLOT : word volatile,

COMMAND RING SLOT

SEQ 195

B 16

115: 31:08
8-Jul~-1983
8-Jul-1983 14: 46:50

CZRCFAQ RC25 FR END TEST
TEST SECTION

A FE YR YR PR TRTR TR LR B X1 ®e %o %o B0 85 00

oM 09 : vector [93 uord]

!
;
]

DM_19 : vector {113, wordl,
DM_21 : vector [132, word],

DM_26 : vector [200, word],
DM~27 : vector [260, word],
BYTE COUNT : word volatile,

DATA3 : word volat1le.
DAIAL : uord volatile

AT A A IR

END_LBN: word volati[e.

IRIR

SWP_ CONTINUE : word volatile,
SWP~MANUAL : word volatile,
MAND Sw: word volatile,
SWITEH2: word volatile,

RET UNXT FLAG: word volatile,

P1 T word volatile,

P2
P3
P4
P5
P6

:
:
:
:
:

word
word
word
word
word

volatile,
volatile,
volatile,
volatile,
volatile,

b e
b

whhunuorRuruNINI
RNNIA)

b b e

b
o
b
b

b e

i amcd e

b o

wnd

OV NS
NN —=O
OCONOWVEBWNI—=O

LBN : word volatile,
LBN_ST : word volatile,

(o Yo Yo NoNeoNoNo o Yo To Yo Yo To Yo To Yo To Yo To To 3o

PR TRPR PR YR TN R T LR K TR
YECETE TR

DM_13 : vector 110, word],

VEC_AD: byte volatile,
MEM_SIZ: word,
P_MASK : byte volatile,
B MASK : byte volatile,
DATA1 : word,
DATA2 : word volatile,

word

nscAbR word volatile,

AN
ME M
I EE
EEIEEE
T

: vector [106 wordj
OM"11
DM=12 : vector [202, word)
[
OM~10 : vector

VAX=11 Bliss=16 V3~555

ANA. 11RELERS .REALJZRCFA (2)
SUS
: [LAKSHM
SPIDER

DM PROGRAM 09
DM PROGRAM 10
DM PROGRAM 11
DM PROGRAM 12
! DM PROGRAM 13
! DM PROGRAM 19
! DM PROGRAM 21
! DM PROGRAM 26
! DM PROGRAM 27
BYTE COUNT BUFFER
ERROR MESSAGE ADDRES
RC25 VECTOR ADDRESS
FREE MEMORY SIZE

PRINT MASK FOR NUMBER OF AURGMENTS
INIT MASK FOR WHAT STEP TO DO
DATA FOR STEP 1 WRITE
DATA FOR STEP 2 WRITE
DATA FOR STEP 3 WRITE
DATA FOR STEP & WRITE
ENDING LOGICAL BLOCK #

SOF TWARE P-TAB MANUAL SWITCH
MENUAL INTERVENTION SWITCHI
MENUAL INTERVENTION SWITCHZ
RETURN UNIT STATUS BUFFER
FORMAT ADDRESS FOR ERROR REPOT
FAILING FRU

FAILING REGISTER
DATA FOR ERROR REPORT

DATA FOR ERROR REPORT
DATA FOR ERROR REFORT
DATA FOR LBN

TEMP,

DATA FOR STARTING LBN
DATA FOR ENDING LBN
LBN INCREMENTING SI1ZE
LOC. TO RETURN CLOCK ADDR.
STORE CLOCK STARTING ADDR.
THE CLOCK STARTING VALUE
THE # OF CLOCK INT. BUFFER
THE NUMBERS OF SECONDS BUFFER
THE NUMBERS OF MINUTES BUFFER
STARTING TRACK BUF
ENDING TRACK BUF
BUFFER LENGTH
TEMP. BUFFER

meM_SI12€,

FREE MEMORY SIZE

LBN_ED: word volatile,
LBN_S2 : word volatile,
CLK_.
“ADR: word,
CLK CSR : word,
CLKSTART : word,
TICKS : word volatile,
SECONDS : word.
MINUTES
: word,
SWP_ START

SHP END,
BUF LENGYH

FREE_MEM_ADDR,

H_SADD,

RET_STATUS,
ADAPTO,
TIME

MSG_1,
MSG_ 2

SEQ 196
3
Page

STARTING FREE MEMORY ADDR.

FREE HOST MEMORY START AD.
FREE HOST MEMORY END AD.
INIT ERROR MESSAGE
VECTOR BUFFER
RC25 ADDRESS
COMMAND STATUS BUFFER
ADAPTOR FRU MESSAGE
PLIT LOCATION TO STORE DATA

ERROR MESSAGE 1 IN MOD 1
ERROR MESSAGE IN TEST

c 16

! ERROR MESSAGE IN TEST

1634

msG-10,

i ERROR MESSAGE IN TEST

1648
1649

QST14.
QsT15,

i MESSAGE
i MESSAGE

1632
1633

:
:
:
:
;
:
;
:
;
:
:
;
;

1635
1636
1637
1638
1639
1640
1641
1642
1643
1644
1645
1646
1647

:
:

1650
1651

MSG_8.
MSG_9

MSG_11,
MSG-13.
MSG_14,
MSG_17.
MSG_18,
MSG_19.
MSG_20,
MSG_21.
MSG_28.
MSG_29,
MSG_ 30,
asTT12,
asT13,
END_MSG,
FMTT,

i ERROR MESSAGE IN TEST
i ERROR MESSAGE IN TEST

i ERROR MESSAGE IN TEST
i ERROR MESSAGE IN TEST
i ERROR MESSAGE IN TEST
i ERROR MESSAGE IN TEST
i ERROR MESSAGE IN TEST
i ERROR MESSAGE IN TEST
i ERROR MESSAGE IN TEST
i ERROR MESSAGE IN TEST
i ERROR MESSAGE IN TEST
i ERROR MESSAGE IN TEST
i ERROR MESSAGE IN TEST
i MESSAGE
i MESSAGE
i ERROR MESSAGE IN TEST
i FORMATTED MESSAGE

FROMATTED MESSAGE
FORMATTED MESSAGE
FORMATTED MESSAGE
FORMATTED MESSAGE
FORMATTED MESSAGE
FRU = MESSAGE

1652
1653
1654
1655
1656
1657

FMT2,
FMT3.
FMTS.
FMTS.
FMT6,
FRU,

i
i
|
|
i
i

;

1659

DBM7,

! TEST HEADER MESSAGES

;

1661

;

1664

:
:
p
:

1671
1672
1673
1674

:
:
:
:
:
:
;

:
:

:
;
;
:
:
:

:
:

1658

1660

DBM9,

1665
1666
1667
1668
1669
1670

DBM13,
DBM14.
DBM15.,
DBM16.
DBM17.
DBM18,

1675

1676

1679

:
:
:
:

DBM8,

1662
1663

1677

:
:
:

FMTSA,

0BM10,
0BM11.

VAX=-11 Bliss=16 V3-555
SPIDERSUSERS: [LAKSHMANA.11REL

MSG_7,

1631

:
:

8-Jul-1983 15:31:08
8-Jul=1983 14:46:50

CZRCFAO RC25 FR END TEST
TEST SECTION

IRCFA3
v01.0

1678

1680
1681
1682

1683
1684
1685
1686
1687

DBM12.

DBM19,
DBM20,
DBM21,
DBM22.

DBM23.

DBM24.

DBM2S,
DBM26.,

DBM27.

DBM28.,
DBM29,
DBM30,

DBM31,
DBM32,
DBM36.
DBM37.
DBM38,

SEQ 197

Page ¢
.REALJZRCFA (2)

D 16

CZRCFAQ RC25 FR END TEST

IRCFAS

TEST SECTION

v01.0
:
:
:
:

1688
1689
1690
1691

DBM39,
! ERROR MESSAGES
CTO_ERR,
MSG_STATUS_ERR,

1693

BHEAD_MSG.

1695

DHEAD_MSG,

1697

1699

MSG_ERR_TONT,

1703
1704

MSG_HSWICH_ERR,
MSG_SURFACE_ERR,

1692

1694

1696

1698

1700
1701
1702

:
:
:

:
:

:
:
:

:
:

:
:
:
:
:

1705

1712
1713

1714
1715
1716
1717
};}g

1727

:
:
:
;

:
:
:

:
:

MSG_ADDR_ERR,

MSG_DATA_ERR,

MSG_SEER_ERR,
MSG_TK_DSP,
MSG_LBR_DSP,

MSG_READ_ERR,

MSG_COM_WPT,

1720
1721

:
:
:
;

MsG_BOSA_ERR,

1710

:
:

:
:
:
:
:

CHEAD_MSG,

MSG_SAC_ERR,
MSG_AVE TIME,

171

1722
1723
1724
1725
1726

MSG_PT_ERR1,
MSG_WRP_ERR?,
AZT_READY_ERR,

EXE_SUP_ERR,
SND_DATA_ERR,
RE_DATA_ERR,
BUFF_ERR,
DMC_ERR,
BRERR,
TIP;

AZT_INIT,
AZPTINIT,
FIND_CLOCK : novalue,
CLOCR_INIT : novalue,
RC2S5SERR_RPT : novalue,
INIT_COM_AREA,

SET_INT_VECTOR : novalue,
REC_STATUS,
EX_SUP_PRG,
RANDOMTMNUM,

1733
1734
1735

SEND_DATA,
SET_TUNTLR_CHAR,
AVATLABLE,

1736

1737
1738

1739
1740
1741
1742

1743
1744

'TEST IN PROGRESS

external routine
NXMI : novalue,

1728
1729
1730
1731

1732

8-Jul=1983 14:46:50

REC_DATA,

READ_CMD,

READ_FILL_RING,
ON_LINE,

GEY_UNIT_STATUS,
GET_CMD_SLOT,
DECODE,
AVERAGE _TIME,

EXAM_DATA,
DM_ABDR_SETUP : novalue,

SEQ 198

S
(2)
RC?A
SPIDERSUSERS:[LAKSHHANA.11REL.REALJZ

VAX=11 Bliss=16 V3-555

AHEAD_MSG,

1706
1707

1708
1709

8-Jul=-1983 15:31:08

! EXAMINE THE FREE MEMCRY DATA
! PASS ADDR. TO DM PROGRAM

Page

€ 16

8-Jul-198 3 15:31:08
8-Jul-198 3 14:46:50

CZRCFAQ RC25 FR END TEST

IRCFA3
v01.0

TES T SECTION

1745
1746
1747
1748
1749
1750

DATA XMT REC : novalue,

WRT_PROTECT_TST : novalue,
AZTEC_READY,
DO_RETRIES : novalue;
t<BLF/PAGE>

]

i WRITE PROTECT ROUTINE
i GET AZTEC READY

SEQ 199

6
Page
VAX=11 Bliss=16 v3=555
SERS .REALJZRCFA (2)
ANA. 11REL
SU
CLAKSHM
SPID:ER

F 16

CZRCFAQ RC25 FR END TEST
TEST SECTION
CONOCWVIES
NN =

\Nfl\l\l\l\l\l\l\l
VIV

d
=l
bl
b cad
ed cmd
—

PRAR L A LY TN TN TY
PRI PR N
P A TR TR PRTR IR
YR
IR AR I
A TR TR PRTR TRTR TRIR TRTR YRXN X TR TRIR

BGNTST;
14

! TEST 1: REGISTER EXISTENCE TEST
! DESCRIPTION:

THIS TEST WILL FIRST CHECK FOR THE EXISTENCE OF THE ADDRESS OF THE [P
AND SA REGISTERS FOR THE DEVICE UNDER TEST.
éépsgggg MEMORY ADDRESSES ARE NON-EXISTENT. THE ERROR WILL BE

IF THE OPERATOR HAS SPECIFIED LOOP ON ERROR, LOOPING WILL BE FROM THE

BEGINNING OF SUB TEST.

local
DUMMY;

if .SWP_TRACE then PRINTF (DBM7);
BGNSUB;

= ZERO;
NUM_|RETRIES
uhxle (.NUM_RETRIES lequ .SWP_RETRIES) do

! CLEAR RETRY COUNTER

gnNEX =

! CLEAR OUT NEX FLAG

if .(.RT_TABLE [RT_IP_ADDRESS] + 2)

! READ THE SA REGISTER

SETVEC %, NXHI PRIO?):
then

.
beg&n
end;

Y=1;

! SET UP FOR AN NEX TRAP
! THIS IS SO THAT IF THERE
' IS AN NEX THERE WILL BE

! A SINGLE OPPERAND INST.

! SO THAT IT WILL TRAP

CLRVEC (4);

! CORRECTLY.

}; .I_AM_NEX eqlu ALL_ONES

! SEE ]F WE GOT AN NEX

bea

ASK =

! ADDRESS NOT THERE

= FMT1

PZ = ADAPT
P3 = 0.

P4 = (.RC25_ADDR) + 2;

ERRDF (1 m36_1 RC25$ERR RPT);
CKLOOP;

' PRINT ERROR MESSAGE

DO _RETRIES ();

end;

if (.NUM_RETRIES eqlu ZERO) then exitloop;
end;

NUM _RETRIES = ZERO;

R R R

ENDSUB;

BGNSUB.;

AR I E T R RRTR X YA

! TEST 1

759

while (.NUM_RETRIES lequ .SWP_RETRIES) do

! CLEAR RETRY COUNTER

SEO 200

7
?
VAX=11 Bliss=16 V3=555
SPIDERSUSERS: [LAKSHMANA.11REL .REALIZR CFA (3)

]

rmsmitemsmomemome

IRCFA3

v01.0

8-Jul=-1983 15:31:08
8-Jul=1983 14:46:50

G 16

N = O 000

mgmwmmmmmmmmmmmmmmma
POINIPVRININ)
b b b b ed cad ek o d = O O

D b d
b b

beg

FALSE;

SETVEC (4, NXHI PRIO7);

! CLEAR TRAP FLAG

;; .(.RT_TABLE [RT_IP_ADDRESS])

! READ IP REGISTER

=
M NEX

! SET UP TRAP VECTOR IF NEX

begin
end;

CLRVEC (4);

! CLEAR THE VRCTOR

;;.J_AM_NEX eqlu ALL_ONES

! CHECK FOR TRAPS

bea1n
P MASK = 1;
= FMT1;
P2 ADAPT
P4 = .RC25

! PRINT OUT ERRO MESSAGE

ERRDF (2, HSG 2 RC258ERR_RPT);
CKLOOP;

DO_RETRIES ();

1829

end;

A
T A TR A

if (.NUM_RETRIES eqlu ZERO) then exitloop:
end;

! IF REGISTERS ARE NON=-EXISTENT

TE T E

}; .J_AM_NEX eqlu ALL_ONES
en

! THEN DROP THE UNIT FROM TESTING

gln

DODU (.LOG_UNIT);

R IR

DOCLN;
end;

ENDSUB;
ENDTST;

LTITLE

.IDENT

000000
000000
000040
000100
000200

000202
000204
000206

044444
022222
177400

000210

007760
000377
155555

.PSECT
CMDBF1: .BLKW
ENDBF1: .BLKW
RING.B: .BLKW
DATA.PAT1:
.WORD
WORD
LWORD
DATA.PATZ2:
WORD
.WORD
LWORD
DATA.PAT3:
WORD

ZRCFA3 CZRCFAO RC25 FR END TEST
/Vv01.0/

SOWNS,

20
20
40

~66667
44444
22222

=400
7760
377

-22223

559 201

SPIDERSUSERS: CLAKSHMANA. 11REL .REAL JZRC?A (3)

DURMY =

OO NO VIS NN = OV

NO NS

D
b cd
b e
b o
ord
b i wd e
b
e

I ETR IR YR YR LN Y
A
I AR SR

8-Jul=1983 14:46:50

TEST SECTION

PR PR TRTR TR TR L L T [T IR

8-Jul=1983 15:31:08

CZRCFAQ RC25 FR END TEST

IRCFA3
v01.0

VAX-11 Bliss=16 V3=555

:08
50

CZRCFAQ RC25 FR END TEST

IRCFA3
v01.0

TEST SECTION

000216
000220
000222

133333
066666
000377

000224
000226
000230

170017
177400

SEQ 202
Pa?e
V3=555
VAX=-11 Bliss=16
. 11REL . REAL JZRCFA (3)
: [LAKSHMANASERS
SPIDERSU

.WORD
.WORD

DATA.PAT4:

MORD

.WORD
.WORD
HOST.BUF:
.BLKW
.GLOBL

.GLOBL
.GLOBL
.GLOBL
.GLOBL

.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL

.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL
.GLOBL

-GLOBL

RT.TABLE, RC25.ADDR, RC25.DATA

UNIT, LOG.UNIT, RETRIES, NUM.RETRIES

SWP.TRACE, SWP.RETRIES, I.AM.NEX
CANCEL.TIMER, COM.AREA, HEAD.AREA
RECEIVE.RING., SEND.RING, REC.ENVELOPE
SND.ENVELOPE. XMT.DATA.BUF, RCV.DATA.BUF
RINGBASE, BUF.DESCRPTR, CMD.REF
OM.11, OM.12, BYTE.COUNT, MSGADR

DATA1, ‘DATA2, DATA3, DATA4, END.LBN
SWP.CONTINUE. SWP.MANUAL, MANU.SW
SWITCH2, RET.UNIT.FLAG, P1, P2
LBN.SZ. CLK.ADR, CLK.CSR, CLK.START
TICKS, SECONDS, MINUTES, SWP.START

P.VECTOR. P.IP.ADDRESS, RET.STATUS
ADAPTO, TIME, MSG.1, MSG.2, MSG.7

MSG.8, MSG.9, MSG.10, MSG.11, MSG.13
MSG.14, MSG.17, MSG.i8, MSG.19
MSG.20. MSG.21, MSG.28, MSG.29
MSG.30. QSTi2, asT13, QsT14, QsT1S
END.MSG, FMT1. FMT2, FMT3, FMT4
FMTS, FMT6, FRU, FMTSA, DBM7, DBMS

DBM9. DBM10, DBM11, DBM12, DBM13

0BM14, DBM15, DBM16, DBM17, DBM18

DBM20. DBM21., DBM22, DBM23
DBMZ25. DBM26, DBM27, DBM28
DBM30. DBM31, DBM32, DBM36
DBM38. DBM39. CTO.ERR, MSG.STATUS.ERR
AHEAD _MSG, BHEAD.MSG, CHEAD.MSG
DHEAD.MSG. MSG.BUSA.ERR, MSG.ADDR.ERR
MSG.DATA.ERR, MSG.ERR.CONT, MSG.SEEK.ERR
MSG.TK.DSP, MSG.LBN.DSP, MSG.HSWICH.ERR
MSG.SURFACE.ERR, MSG.READ.ERR
MSG.SAC.ERR. MSG.AVE.TIME, MSG.PT.ERR1

DBM19.
DBM24.
DBM29.
DBM37.

-GLOBL MSG.WRP.ERRS, MSG.COM.WPT, AZT.READY.ERR
EXE.SUP.ERR, SND.DATA.ERR. RE.DATA.ERR
BUFF.ERR, DMC.ERR, BRERR, TIP

-GLOBL

- GLOBL

NXMI. AZT.INIT, AZP.INIT. FIND.CLOCK
CLOCK. INIT, RCOSSERR.RPT. INIT.COM.AREA

SET.INT.VECTOR, REC.STATUS, EX.SUP.PRG
RANDOM.NUM, REC.DATA, SEND.DATA
SET.CNTLR.CHAR, AVAILABLE, READ.CMD
READ.FILL.RING, ON.LINE, GET.UNIT.STATUS

116

8~Jul=1983 15:31:08
8-Jul=1983 14:46:50

CZRCFAQ RC25 FR END TEST

IRCFA3

TEST SECTION

v01.0

VAX=11 Blisc-16 v3=555
SPIDERSUSERS: LLAKSHMANA.

SEQ 203

11REL. REALJZRC?A(3)

GET.CMD.SLOT, DECODE, AVERAGE.TIME
EXAM.DATA, DM.ADDR,.SETUP, DATA.XMT.REC
WRT.PROTECT.TST, AITEC.READY, DO.RETRIES
$T1 TEST SECTION
RO
AC$CODE,

010146
032767
001407
012746
012746
010600
104417
022626

000001

0000006

$T1:

1748
1768

R1,=(SP)

q;.SUP.TRACE
#DBM7 ,=(SP)
#1,-(SP)
S;.RO

0000006
000001

0000006
0000006 0000006

1$:

000003

000001

1771
1773
1775
1776

I.AM.NEX
#340,-(SP)
#NXM] ,=(SP)
#4,-(SP)
#3,-(SP)
37

0000006
000340
0000006
000004
0000006

(SP)+,(SP)+
2
NUM.RETRIES
ggfl.RETRlES.SUP.RETRIES

aRT.TAB.E,RO
#1,2(R0)

000002

000001
000004

3%:

0000006 177777

#1,R1

#4 RO
36
1.AM.NEX,#-1

*,DUMMY

#1,P.MASK

000001 0000006
0000006 0000006
000001 0000006
000000G
0000006
000002
0000006

#FMT1,P1

0;P2’

RC25.ADDR,RO
#2,R0

RO.P&
55
1
MSG.1

RC258ERR.RPT
65

0000006
0000006

(O,
P )
W

000010

000010
000244

000674

€00010

6%:

RO
43
#10,SP
8$
PC,DO.RETRIES
NUM.RETRIES
6$
#10,SP
7$
#10,SP

1796
1799

1774
1773

IRCFA3
v01.0

CZRCFAQ RC25 FR END TEST

000246

0000006

VAX-11 Bliss=16 v3=-555

SPIDERSUSERS:LLAKSHMANA. 11"EL .REALJZRCFA (3)

TEST SECTION

0000006 0000006

7$:

8s:

CLR

TRAP

9$:

108:

0000006
00340
0000006
000004

:
H

1804
1807

1.AM.NEX

H
:

1809
1810

1812

; «,DUMMY
H

1815
1818

1820

:
:
:
:
:

1823
1824
1825
1826
1827

1
TRIES
NUM.RETR 4C S

:
:

1829
1832

#-1
I.AM.NEX,

:
:
:

1808
1807
1836

%?G.UNIT.RO

1839

1841

1748

#3.-(SP)

37
aRT.TABLE RO
#1,

11$

(RO)

#1.R1
#4.R0

11%:

36
1.AM.NEX ,#=1
138

#1,P.MASK

000000G
000001
000000G 000000G
0000006G
000001
000000G 000000G

#FMT1,P1
» P2

P4
RC2S5.ADDR,
55
2
MSG.2
RC25SERR.RPT
65
RO
128
#10,SP
168

000010

128:
13%:

PC,DO.RE

14%
#10,SP
15$
#10,SP
108

000010

14%:

000000G 177777

15%:

0000006
169%:

000207

2
?gg.RETRIES.SUP.RETRIES

RO
1$

#NXM]
- (SP)

000000G 177777

0000006
0000006

1803

#4 ,-(SP)

000000G
000001

000004

;

NUM.RETRIES

#340,=(SP)

000003

000001

BNE
MoV
TRAP
TRAP
TRAP
ROR
BLO
MOV
RTS

16$

RO
9%
(SP)+,R1
PC

Routine Base: AC$CODE + 0000
164 words,
7 words
Haxlmum stack depth per invocation:

: Routine Size:

SEO 204

IRCFAS3

CZRCFAO RC2S FR END TEST

000000

004767

177264

000004
000006
000010
000012

104466
006100
103773
000207

000000

: Routine Size:

8=Jul=1983 14:46:50

6 words,

T1::

18:

Routine Base:

: Maximum stack depth per invocation:
:

8-Jul=198315:31:08

TEST SECTION

v01.0

1845

!'<BLF/PAGE>

2 words

LSBTTL

T1 TEST SECTION

JSR

PC,$T

TRAP
ROR
BLO
RTS

66
RO
1%
PC

ACSCODE + 0510

VAX-11 Bliss=16 V3=555

SEO 205

SPIDERSUSERS: [LAKSHMANA. 11REL .REALJZRCFA (3)
:

1843

p_J
(V]

)

8-Jul-1983 14:46:50

TEST SECTION
=

~NO

1%,] Vi S

~ VSN =20V

b
b

b e

D aed

00 00 00 00 00 00 00 00 00 Q0 0O

BGNTST;
14+

! TEST 2: INITALZATION TEST (POWER UP DIAGNOSTICS)
! DESCRIPTION:

THIS TEST INIT® THE AZTEC AND RUNS THE POWER UP DIAGNOSTICS BY
WRITING WITH STEP1 DATA. THEN IT WILL CHECK FOR ERRORS AND
REPORT IF AZTEC DOES NOT COME UPTO STEP2 READ

NUM_RETRIES = ZERO;

! CLEAR RETRY COUNTER

it .SWP_TRACE then PRINTF (DBMS);

' TEST 2

begin

! gTEP 1 WRITE WITH STEP 2 READ

! SELECT B_MASK FOR STEP 1 WRITE
B MASK = 1;
! SELECT STEP1 WRITE DATA WITH
DATAT = %0°137600* + .RT_TABLE [RT_VECTOR]/4;
; :35R2§§G SIZES ,1E AND VECTOR

! PORT SHOULD NOW GET TO STEP2

if AZT_INIT O

! AFTER FINISHING INTEGRITY CHECK
! DIAG. IF NOT REPORT ERROR

PR
ST AT A TETR IEYE TR TN YR

then

! DECODE STATUS

it .RET_STATUS then DECODE ();
CKLOOP;
RETRIES = TRUE;
end;

! RETRY IF ERROR

if (.RETRIES) then DO_RETRIES ();
if (_.NUM_RETRIES eqlu ZERO) then exitloop:

R IE R

000030
000032
000040

begin

ERRDF (3, MSG_14, RC25$ERR_RPT);

end;
return;

000000
000004
000012
000014
000020
000024
000026

SEQ 206
13
Pa?e
VAX=11 Bliss=16 V3=555
(4)
CFA
.REALJZR
SPIDERSUSERS: [LAKSHMANA. 1 1REL

while (.NUM_RETRIES lequ .SWP_RETRIES) do

PRI NT

PR ) TR
YRIEIRIETIEIETRA
IR T E PNPR PR IR PR
LI LR KR NN XY

8-Jul-1983 15:31:08

CZRCFAO RC25 FR END TEST

<N
oD

L 16

ENDTST;

005067
032767
001407
012746
012746
010600
104417
022626

026767
101060

0000006
000001 0020006

$T2:

0000006

18:

$T2 TEST SECTION
NUM.RETRIES

1}.SHP.TRACE

- (SP)
#DBM8,

TRAP
CMP

17
(SP)+,(SP)+

MOV
MOV

000001

000006 0000006

LSBTTL
CLR
gég

CMP

BHI

.
:

#1,-(SP)
SP.RO

: SP,»

NUM.RETRIES,SWP.RETRIES

1861

000042
000050

8-Jul-1983 15:31:08

CZRCFAQ RC25 FR END TEST

IRCFA3
v01.0

8-Jul-198 3 16:46:50

TEST SECTION

112767

016700
016046
012746

000001
0000006
0000006
000002
000004
000000G
0000006
040200 0000006G
0000006

Movae

H
H

1864
1865

;

1869

1374

1876

g;.RETRIES

:
:

1879
1882

PC,DO.RETRIES
ggfl.RETRIES

1884

;
:

1862
1861

1888

#1,8.MASK

RT.TABLE
RO

2(R0) ,=(SP)

#6,-(SP)
PC.BLSDIV
RO.DATA1

#40200,DATA1

:5LAZT.INIT

000001

55
3
MSG. 14
RC25SERR.RPT

g}.RET.STATUS

000000G

0000006
000140
000142
000144
000146
0092150
000156
000164
000166
000172

000176
000200
000202

000204
000206

SEQ 207
VAX=11 Bliss=16 V3-555
Page 14
(4)
RS
EL.REALJZRCFA
RSUSE
: CTLAKSHMANA.T1TR
SPIDE

PC,DECODE

2%:

032767
001402
004767
005767
001002
022626
000207
022626
000711

000001
000001

000000G
0000006

(SP)+,(SP)+
PC
#1,RETRIES

3%:
4%:

0009006
0000006

5%:

(SP)+,(SP)+
PC

6$:
7%:

(SP)+,(SP)+
1%

; Routine Size:
68 words,
Routine Base:
ACSCODE + 05264
; Maximum stack depth per invocation:
& words

000000
000000
000004
000006
000010
000012

004767

177564

T2::

1%:

104466

006000
103773
000207

: Routine Size:

T2 TEST SECTION

JSR

PC,$12
66
RO
1%

TRAP

ROR
8LC
RTS

6 words,

Base:
)
Routine

; Maximum stack depth per invocation:

1890

.SBTTL

!<BLF/PAGE>

2 words

ACSCODE + 073¢

IRCFA3
v01.0

CZRCFAD RC25 FR END TEST
TEST SECTION

8-Jul=-1983 15:31:08
8-Jul=1983 14:46:50

seo zoa
VAX=-11 Blisc=16 V3=555
?
SPIDERSUSERS:[LAKSHMANA.11REL .REALJZRCFA (

1891
1892
1893
}ggg

BGNTST;

}ggg

i1 DESCRIPTION:

1898

!
:

AND ALSO ZERO BIT FLOATED THROUGH THE SA REGISTER TO SEE THAT IT
ECHOES PROPERLY.

:
:

1902
}382

!
:

A FAILURE TO ECHO WHAT WAS WRITTEN WILL RESULT IN A CALLOUT TO THE
ADAPTER CARD FRu.

H
:

1905
1906

!
!

IF THE OPERATOR HAS SPECIFIED LOOP ON ERROR, THE PROGRAM WILL LOOP ON
THE FAILING WRITE AND READ.

:
:

1908
1909

!==

;
.

:
:

:
:
:

1899
}gg?

1907

!+¢
{ TEST #3 - DIAGNOSTIC WRAP TEST
i

THE AZTEC WILL BE INITIALIZED IN DIAGNOSTIC WRAP MODE AND A ONE BIT

]

1910

Llocal

1911
1912
}g}z

if .SWP_TRACE then PRINTF

}g}g

NUM_RETRIES = ZERO;

1917

while (.NUM_RETRIES lequ .SWP_RETRIES) do

1919

1918

1920

:
:

1921
1922

1924

(DBM10);

TEST 3

be ln

!
!

TIP

= 4&;

STEP1 WRITE

B_MASK = 0;

' MASK FOR STEP1 READ

1925
}ggg

DATA2 = 20°'10°;
DATA3 = ZERO;

! TIME OUT COUNTER
! TEMP STORAGE FOR RCSA DATA

:
:
:
:
:

1928
1929
1930
1931
1932

if AZT_INIT O
then
8
ERRDF (4, MSG_14, RC258ERR_RPT);
CKLOOP;

1934

:
:

1936
}

:
;

1933

1935

:
:

1
1

:
:
:
H

1
1
1
1

H
:
:

1
1
1

Fo) WA~
O V00N

:
H

1923

00000
00
2298
~ SRS RWNWW

TST_PAT;

5
9

DATA1 = %0'140000°;

! STEP1 WRITE WITH WRAP MODE BIT SET

CALL STEP 1 ROUTINE
'

PRINT QUT ERROR REPORT

RETRIES = TRUE;

else

end

be?1n
WRT_R(C25 (RCSA,

.DATA1);

DO STEP1 WRITE WITH DWM,

while ((.DATA3 nequ .DATA1) and (.DATA2 nequ ZER0)) do
begin

DELAY (333);
DATA2
= .DATA2 1;
DATA3 = _R(25 ADDR CRCSA, RC_ALLD;
end;

TST_PAT = 20'000001°;

!
!

START TEST PATTERN TO

\fl\fl\fl\l‘\fl&\fl\fl\.flbb

b e

D o

b e

d md

NellolleNelel
ol eNel ool ollsl

SEQ 209

Pa?e 16
VAX=-11 Bliss=16 V3=555
RCFA (5)
.REALJZ
SPIDERSUSERS [LAKSHMANA. 11REL

: NOW KLOAT TES T PAT

incru FLOAT from 0 to 15 do
begin

! FLOAT ZEROES AND THEN ONES

incru COUNT from 0 to 1 do
begin

if .COUNT eqlu 1 then TST_PAT = not .TST_PAT;

WRT Rcés (RCSA, .TST_PAT);

BGNSU

' WRITE TEST PATTERN TO SA

WAIT FOR IT TO ECHO.
DELAY (10);
[RCSA, RC_ALL]I;
+RC25_ADDR
=
AALLT
RC
ERCSA,
RC25_DATA

b e

PR PR TR LR DB 1) LR TR YR TN P PN Y

TEST SECTION

if .RC25_DATA [RCSA, RC_ALL] nequ rsr PAT

then

! GET RCSA DATA

! TEST SA FOR TEST PATTERN

F NDT EQU THEN

befiA

i PRINT OUT ERROR REPORT

PT = rnrz
P2 = ADAPT

! MESSAGE ADDRESS
! FAILING FRU

P4 = rsr PAT:

!_GOOD DATA

_MASK = 2;

P6 = Rc2§ ADDR) + 2;

' FAILING ADDRESS

PS5 = .RC2S_DATA [RCSA, RC_ALLJ;

ERRDF (5, MSG_7 ., RC25SERRZRPT):
CKLOOP;
RETRIES = TRUE:
end;

R IR

I E I E I E T AT AT R E T A A TR TR

8-Jul-1983 15:31: 08
8-Jul=1983 14:46: 50

CZRCFAQ RC25 FR END TEST

IRCFA3
v01.0

' BAD DATA

[

ENDSUB;

end;

FRTR XN VI PN X TR

TST_PAT = not .TST_PAT;

end;

[YEYEFETETYRFE TR

000024
000039

! DO RETRIES IF IN ERROR

if (.RETRIES. then DO_RETRIES ();
if (.NUM_RETRIES eqlu ZERO) then exitloop;
end;

'REINITIALIZE THE PORT

WRT_RC25 (RCIP, ALL_ONES);

ENDTST;

.GLOBL

000000
004

' SHIFT THE BIT DOWN 1

TST_PAT = .TST_PAT*1;
end;

004167
162706
032767
001407
012746
012746
010600

$13:

0000006
000006

000001

0000006
000001

0000COG

.SBTTL

JSR

L$DLY

$T13 TEST SECTION

R1,$SAVES

1889

#1,SWP.TRACE

1913

SP,RO

: SP,»

sus

#6,5P

BEQ
MoV
MOV

18
#DBM10,-(SP)
#1,-(SP)

BIT

MOV

SEQ 210

Pa?e 17
VAX=11 Bliss=16 V3-555
.REALJZRCFA (5)
RS
SE
11REL
.
ANA
SU
CLAKSHM
ER
:
ID
SP

CZRCFAQ RC25 FR END TEST
TEST SECTION

0000006

TRAP
cmp
CLR

000466

BLOS
JMP

104417

022626
005067
026767
101402

000167
012767
105067

0000006 0000006

000004

0000006

MOV

CLRB

0000006
140000 0000006

MoV
MOV

000010 0000006
0000006
0000006

CLR
JSR
ROR
BCC
TRAP
-WORD
-WORD
-WORD
TRAP

000412

0G0CO01

0000006

48:

5%:

0000006
000000G
000002

000000G 0000006

6%:

MOV
MOV
MoV

9%:

0000006
0000006
000002 000002
000002 0000006

10%:

DEC

000001

11$:

000515

7%:

0000006

8$:

000004

060000

000324

MOV

CMP
8EQ
TST
BEQ
MoV
BEQ
MoV
BEQ
CLR
DEC
BNE
DEC

0000006

005102
104402
010201
016700
010160
01271
001411

ROR
BHIS
JMP

000001

12%:
13%:
14$%:

0000006
000002
000012

15%:

Mov
MOV
MOV
MOV

CLR
CLR
CMP
BNE
coM

TRAP
MOV
MOV
MOV
MOV

BEQ

17
(SP)+,(SP)+
NUM.RETRIES

ggfl.RETRIES.SUP.RETRIES

228

#6,T1P
8.MASK
#-40000,DATA1
#10,DATA2

DATA3

PC,AZT.INIT
RO

5%
55

1915

;
:
:
:
:
:

1919
1923
1924
1925
1926
1928

1931

:
:
; *,RCM_.REG

1933
1928
1937

1917

MSG. 14
RC258ERR.RPT
65
RO
43
23$
#1,RETRIES

20%
DATA1,R1
RC25.ADDR,RO
R1,2(R0)
DATA3,DATA1

: RCM.REG,*

;

1939

; *,38TMP2

1941

DATA?

118
#515,R1
10%

: «,$8TMPY

L$DLY,RO
9s
4(SP)
RO
8$
R1
7$
DATA2

RC25.ADDR,RO
2(R0) ,2(SP)

2;SP).DATA3

6
#1,R2
R4
R3
20,41
14$
R2

2
R2,R1

RO
RC25.ADDR,
R1,2(RO)

#12,R1
18%

: $SSTMP

: SSTMP1
’

: $$TMP2

:
N

;. *,RC.REG
; RC.REG,*

M
. PAT
: =, TST
: FLOAT
: COUNT
:

1942
1943

1939
1946
1948
1951
1954

; TST.PAT

; TST.PAT,RCM.REG
: RCM.REG,®

i o, $STMPS

1957

1958

SEQ 211

Pa?e 18
VAX=11 Bliss=16 v¥-555
.REALJZRCFA (5)
RS
SE
11REL
ANA.
SU
LLAKSHM
ER
:
SPID

CZRCFAQ RC25 FR END TEST
TEST SECTION

016700
001404
005066
005300
001374
005301

L$DLY,RO

0000006

178
4(SP)
RO
16$
R1
15%

16%:

000004

17%:

RC25.ADDR,RO
2(R0), (SP)
(SP) ,RC25.DATA+2
(SP) ,R2
198

18%:

0000006
000002
0000026

#2,P.MASK
#FMT2,P1
P2

000002 0000006
0000006 0000006
0000006
000001

RO
RC25.ADDR,

0000006
000002
0000006
000000G

#2.R0
RO.P6
R2.P4

RC25.DATA+2,PS

000002G 0000006

000001

0000006

55
5
7
MSG.
RgZSSERR.RPT
RO
19%
#1,RETRIES
67
RO
148
R3

19%:

R3.M
13$
R2
R2

000001

R4 ,#17
12%

000017
000001
0000006
0000006

000560

012700
010077
062706
000207

177276
177777
0000006
000006

0000006

: %, $8TMP1
: SSTMP

: $STMP1

: $$TMP?2

1959

PAT
; RC25.DATA+2,TST

1961

H
:
:
H

1964
1965
1966
1967

; TST.PAT,«~

1968

;
:

1969
1970

:
:

1972
1973

s COUNT

1951

: TST.PAT
: TST.PAT

1978
1979

: COUNT,«

; FLOAT
;

FLOAT,»

1948

20$:

#1,RETRIES

1984

21$:

PC,DO.RETRIES
NUM.RETRIES

1986

#-1,R0

: * RCM.REG

1990

"S-SP

1889

22%:

23%:

21%

JMP

MOV
MOV
ADD
RTS

22%

RO,aRC25.ADDR

Base:
ACSCODE + 0750
Routine
:
185 words,
ion:
words
2
invocat
per
stack
depth
; Maximum

; Routine Size:

.SBTTL

T3 TEST SECTION

: RCM.REG,*

000000
000000
000004
000006
000010
000012

004767

13::

177212

18:

104466

103773

6 words,

Routine Base:

: Maximum stack depth per invocation:
1992

8LO

RTS

000207

!<BLF/PAGE>

2 words

PC,$T3

TRAP

ROR

006000

: Routine Size:

JSR

RO
PC

ACSCODE ¢+ 1532

wo
(=1
J

au
O —

b ab

TEST SECTION

O0 0o
Wi

8=-Jul8-Jul-

CZRCFAQ RC25 FR END TEST

IRCFA3
v01.0

1
_..a

VAX=-11 Bliss=16 Vv3=555
SPIDERSUSERS: [LAKSHMANA.

SEQ 212

11REL. REAL]ZRC?A(S)

1990

!
BGNTST;

}ggg

% TEST #4 - VECTOR AND BR LEVEL TEST

5333

: DESCRIPTION:

2001

THE INJT SEQUENCE WILL BE STARTED WITH THE INTERRUPT ENABLE BIT SET TO

588%

THIS TEST ASSUMES THE VECTOR GIVEN BY THE OPERATOR IS CORRECT.

5889

THE PRIORITY LEVEL OF THE INTERRUPT REQUEST WILL

2008

FAILURE OF THE AZTEC TO VECTOR PROPERLY WILL NECESSITATE THAT THIS

58}?

;

WILL BE REPORTED.

LOOP ON ERROR WILL RESTART THIS TEST IF THE ERROR IS RECOVERABLE.

N NI PR LN T N
PRI
I TN TR
RN R
I RN N YETETETEIRIAIETE

2009

Sg}%

204

2015
2016
2017

!'+¢+

VERIFY THE AZTEC'S VECTOR AND BR LEVEL.

PROGRAM BE RESTARTED.

!=!
NUM_RETRIES = ZERO.

%8%?

if .SWP_TRACE then PRINTF (DBM11);

2022

while (.NUM_RETRIES lequ .SWP_RETRIES) do

2023

2024

B8E VERIFIED.

A COMPLETED INTERRUPT AT THE WRONG BR LEVEL

gg}g

! TEST &

begin

TIP

= 5;

2025
2026
2027
2028
gggg

! START WITH HIGHEST PRIORITY
TEMP = PRIO7;
' CLEAR INTERUPT FLAG
1_AM_NEX = FALSE;
! STEP 1 READ MASK
B8 MASK = 0.
'INTERRUPT ENABLE BIT SET
[RT_VECTOR]/4;
.RT_TABLE
+
%0'104600'
=
DATA1
PRIORITY
HOST
SET
'
(.TEMP);
SETPRI

2031
2032
2033

if AZT_INIT ()

2034
gggg

then

begin
ERRDF (6, MSG_14, RC258ERR_RPT);

sggg

if .RET_STATUS then DECODE ();

2039
2040
2041

CKLOOP;
RETRIES = TRUE;
end

20642
2043

else

be?in

2044
ggzg

WRTY R(C25 (RCSA, .DATA1);
DELAY (1500);

2047

while (.TEMP gequ %0'140') do

2048

begin

! BRING UP TO STEP 1 READ
! AND GET STATUS
' IF ERROR
' THEN
! REPORT IT

! DECODE STATUS

! WRITE STEP 1 DATA
' WAIT SOR INTERRUPT

SEQ 213

Pa?e 20

.REALJZRCFA (6)
TREL
[LAKSHMANA. 1 SERS
SPID:ERSU

1993
1994

Sgg%

T E TR T AT E T A YATE
FEATR
PR TR N P

8-Jul=1983 14:46:50

TEST SECTION
1995
1996

TR IR AR

8-Jul-1983 15:31:08

CZRCFAQ RC25 FR END TEST

IRCFA3

v01.0

VAX=11 Bliss~16 V3=555

8-Jul=-1983 15:31:08
8-Jul=1983 14:46:50

CZRCFAQ RC25 FR END TEST

IRCFA3
v01.0

TEST SECTION

T XN X IR TR FE IR TR FR YR TN PN ¥

it .I_AM_NEX eqlu ALL_ONES then exitloop;

SEQ 214

Pa?e 21
VAX-11 Bliss=16 V3-555
11REL . REAL JZRCFA (6)
SERS
: [LAKSHMANA.
SPIDERSU

!IF INTERRUPT DID NOT

! NOT OCCUR
! LOWER CPU PRIORITY

TEMP = _TEMP = %0'40°;
SETPRI (.TEMP);

RETRIES = TRUE:
end;

end;

' IF INTERRUPT OCCURED

i; .J_AM_NEX eqlu ALL_ONES

then

!
! GET PRIORITY

begin
TIP = .TEMP*=5 + 1;

PRTR PR ER

! SET HOST PRIORITY TO O
SETPRI (PRI100);
! SET UP SERVICE ROUTINE.
.TIP);
NXMI,
SETVEC (.RT_TABLE [RT_VECTOR],

PRINTF (INI_MSG, .RT_TABLE [RT_VECTOR], .TIP);

TEPR

P PR TR

if .TIP nequ .RT_TABLE [RT_BR_LEVEL] then PRINTF (BRERR);

else

! SAME AS TYPED REPORT ERROR

RETRIES = FALSE;
end

begin

RETRIES = TRUE;

' IF RECEIVED BR IS NOT THE

! ERROR

ERRDF (7, END_MSG, 0);
CKLOOP;

E ME M E

end;

if .RETRIES then DO_RETRIES ().

if (.NUM_RETRIES eqlu ZERO) then exitloop;

end;

000000
000002
000004
000010
000016
000020
000024
000030
000032

000034
000036
000044
000046
000052
000060
000066
000072
000076

ENDTST;

010146
005746
005067
032767
001407
012746
012746
010600
104417
022626
026767
101402

.SBTTL
MOV

$T4 TEST SECTION
R1,-(SP)

1991

000000G
000001 000000G

CLR
gég

NUM.RETRIES
g;.SUP.TRACE

H
H

2018
2020

000000G
000001

MOV
MOV
MOV

#D8M11,-(SP)
#1,-(SP)
SP,RO

: SP,t

$T4:

TRAP

000000G 000000G

000167
012767
012767
005067

000520
000005 0000006
000340 C000006G
0000006

016700

0000006

105067

TST

0000006

18:
2%:

CMP

-(SP)

(SP)+,(SP)+

STSs

ggn.RETRIES.SwP.RETRIES

JMP
MCV
MOV
CLR

168
#5,T1P
#340,TEMP
].AM.NEX

:
:
:

MOV

RT.TABLE,RO

CLRB

8.MASK

SEQ 215

CZRCFAQO RC25 FR END TEST

IRCFA3
v01.0
000102
000106
000112
000116

Page 22
VAX=-11 Bliss-16 v3=555
.REALJZRCFA (6)
RS
EL
SE
ANA.11R
SU
[LAKSHM
ER
:
ID
SP

TEST SECTION

016046

MoV

000002
000004
0000006
0000006
073200 0000006
0000006

RO.DATA

#75200,DATA1

000001

5%:

0000006
0000006

000002
002734

6%:

0000006

7%:

000004

8¢%:

0000006 000140

:
9%

0000006 177777

000040 0000006
0000006
000001

0000006

0000006 177777
0000006
177773
0000006
0000006
0000006

000374

016700

0000006
0000906
0000006

2029

PC,AZT.INIT
RO

2031

2035

2037

:
H

2040
2031

g;.RET.STATUS

3%:

0000006

5%
55
6
MSG. 14
RC25SERR.RPT

0000006

rgnp.no

0000006

000001

2(RO} ,=(SP)

¥4,=(5P)
PC.BLSDIV

108:

PC.DECODE

RO
43
(SP)+,(SP)+
16%
#1,RETRIES

108

DATA1,R1
RC25.ADDR,RO
R1,2(R0)

: *,RCM.REG

LSDLY RO
8%

: ¢, $8TMP1

#2734 R1
9%
4(SP)
R0
7%
R1

68
TEMP,#140
108
I.AM.NEX ,#-1
108
#40,TEMP
TEMP,RO
41
#1,RETRIES
9%

I.AM_NEX,#-1

12%
TEMP, (SP)
#-5,-(SP)
PC,BLSSHF
RO,TIP
TIP
RO
41
TIP,(SP)
#NXM] ,=(SP)

RT.TABLE,RO

: RCM.REG,*

; «,838TMP?2

2044

2045

: $SSTMP
: $STMP1

: $STMP2

2047

2050

H
H

2052
2053

2047

2062

2063

2064

2054

2059

SEQ 216
23
VAX=11 Bliss=16 V3~555
(6)
FA
11REL .REAL JZRC
SERS
: LLAKSHMANA.
SPIDERSU
Pa?e

IRCFA3
v01.0

CZRCFAQ RC25 FR END TEST

000400
000404

000002
000003

MOov
MoV

0000006
0000006
000002
0000006
000003

MoV
MoV
MoV
MoV
MoV
MoV
TRAP
Mov

TEST SECTION

0000006
0000006 000004

CMP
BEQ

MOV
Mov
Mov
TRAP

0000006
000001

118:

0000006G
000016

000001

0000006

12%:

TST
CLR

ADD
BR
MoV
TRAP

.WORD
.WORD
.WORD
TRAP

ROR
8CC
CMP

000001

000574
000576

005767
001002
022626
000403
022626
000167
005726
012601
000207

0000006

000000G

177244

0000006

13%:
148:

15%:
16%:

B8R
BIT
BEQ
JSR
TST
BNE
CMP
BR
cMP
JMP
TST
MoV
RTS

2065

TIP,(SP)

RT.TABLE
RO
2(R0) ,=(SP)

#INI.MSG,~(SP)
#3,-(SP)
~

SP,RO
-

TRAP

2(R0) ,=(SP)

#3,-(SP)

SP,

2067

RT.TABLE
,RO
TIP,4(R0O)
118
#BRERR, (SP)
#1,-(SP)

SP,RO
17

(SP)+
RETRIES
#16,SP
138

#1,RETRIES

4
END.MSG
0

SP,

2070
2061
2059
2074
2075

RO
138
(S§)+.(SP)+
16
#1,RETRIES

14$
PC,DO.RETRIES
NUM.RETRIES

15%
(SP)+,(SP)+
16$
(SP)+,(SP.+

1%
(SP)+

(SP)+,R1

ACSCODE + 1546
192 words,
Routine Base:
; Routine Size:
14 words
; Maximum stack depth per invocation:

000000
000000
000004
000006
000010
000012

004767
104466

006000
103773

000207

177174

.SBTTL
JSR

TRAP
ROR

BLO
RTS

T4 TEST SECTION

2083

Routine Base: ACSCODE + 2346
6 words,
: Maximum stack depth per invocation: 2 words
: Routine Size:

2086

'<BLF/PAGE>

o
[=1.
"]

&H N
[« X0

TEST SECTICN

v01.0

8-Jul8-Jul-

CZRCFAQ RC2S FR END TEST

IRCFA3

1
OO
CoCo
NN

SEQ 217

Pa?e 24
VAX=11 Bliss=16 V3-555
(6)
LJZRCFA
11REL.REA
ANA.
SERS
: [LAKSHM
SPIDERSU

BOGNTST;

2087
2038
2089
2090

%835

; TEST S: STEP 1 =3 INITIALZATION TEST

;
;

5832
2095

{ DESCRIPTION:
| THIS TEST WILL CHECK FOR INFORMATIONS ECHOED FROM PORT AT

2097

! AN ERROR REPORTED OR ECHOED INFORMATIONS WERE INCORRECT

2096

2098

%?88

2101

!¢+
!

! EACH STEP READ COMING UPTO THAT STEP FROM SCRATCH. IF THERE WAS

! THE SAME WILL BE REPORTED.

; LOOP ON ERROR WILL BE FROM THE BEGINNING OF SUB TEST.

NUM_RETRIES = ZERO;

' CLEAR RETRY COUNTER

%}8?

it .SWP_TRACE then PRINTF (DBM9).

! TEST 5

2106

while (.NUM_RETRIES lequ .SWP_RETRIES) do

21
21

21
21
21
21

begin

STEP1 READ

!
!
!

BGNSUB;

‘check if using

then

b v d

AND GET STATUS

IF ERROR

THEN

begin

b
b v

it .RET_STATUS then DECODE

();

REPORT IT

! DECODE STATUS

b o

CKLOOP;
RETRIES = TRUE;
end;

! CHECK FOR CONTROLLER DEPENDENT INFORMATION FROM RCSA AT STEP 1 READ

b e

BRING UP TO STEP 1 READ

ERRDF (8, MSG_14, RC258ERR_RPT);

if ((.RC25_DATA [RCSA, RCSA_NVI)

! CHECK THAT THE NV BIT DID
]

NOT SET.
CHECK IF DI BIT SET

or not (.RC25 DATA CRCSA, RCSA_DIJ))
i
or (.TEMP) and not (.RC25_DATAT[RCSA, RCSA_QBJ]) ! CHECK THE @B BIT

b
md
b e
d
b

' START PORT INIT WITH MASK = 0

B_MASK = 0;
if AZT_INIT O

£ BN B B NWWW W W
W= OO
NN

Q_bus and flag

TEMP = READBUS ();

g STEP 1 READ

b o md

d md

W W NN N N PO NI NI NI NI NININ) b wd ed ek ek ik —d 2 = S OO O
WA = O V00NN
AN 2OV
NS WA =O V0N

S}g%

...l.l.l.l...i.......l.....l.l.l-l.-.i...............l.....l...I.I.....I.O...Q...l.........0‘2.

NLNLNLNLNLNLNL NN NLNINLNLNI NNV N AL NN LNV

[

:
:
:
:

8-Jul=-1983 15:31:08
8=Jul=1983 14:46:50

CZRCFAQ RC25 FR END TEST
TEST SECTION

IRCFA3
v01.0

then

or not

(.TEMP) and (.RC25_DATA [RCSA, RCSA_QBJ))

beain
P MASK = 2;

PT = FMT3;

! TF NOT SET
! THEN

SEQ 218

Pa?e 25
VAX=11 Bliss=16 V3=-555
.REALIZRCFA (7)
SERS
11REL
LLAKSHMANA.
SPID:ERSU

8-Jul=1983 14:46:50

TEST SECTION

P2 = ADAPT:

P4 = (.RC25 ADDR) + 2;
NOWVEWN 2O O

PS = .RC2S_DATA [RCSA, RC_ALLI;

P6 = %0°'01Y;
ERRDF (9, MSG_14, RC2SSERR_RPT);
CKLOOP;
RETRIES = TRUE;

TEMP = .RC2S_DATA [RCSA, RC_ALLJ;

TEMP = .TEMPZ6, S>;
PRINTF (FMTS, .TEMP);

BGNSUB;

B MASK = 1;

DATA1 = %0°137600° ¢ .RT_TABLE [RT_VECTOR1/&;

! STEP1 WRITE DATA FOR MAX

' RING LENGTHS,IE AND
' VECTOR ADDRESS

it AZT_INIT O

then

begin

ERRDF

(10, MSG_14, RC25SERR_RPT);

it .RET_STATUS then DECODE ()

' DO INIT AND [F ERROR
' REPORT ERROR

' DECODE STATUS

CKLOOP;
RETRIES = TRUE;

else

end

begin

' *uECK FOR ECHOED INFORMATIONS AT STEP2 READ
TEMP = _DATA1<8, 8>:

' SAVE EXPECTED DATA

it (.RC2S_DATA [RCSA, RCSA_7_0) nequ .TEMP)

then

2O OB N

' PORT SPECIFIC INFO
' GIVE IT TO OPERATOR

! STEP1 WRITE WITH STEP 2 READ

-l

begin

P
MASK = 2;
PY = FmT2;

' IF ECHOED INFO DOES NOT
' MATCH REPORT ERROR

P2 = ADAPT;

P’ = TEMP;

PS = .RC2S5S DATA [RCSA, RCSA_7 01;

P6 = .RT_TRBLE [RT_IP_ADDRESS] ¢ 2;

W NOVER
NN 2OV

el
)
il
)

b —
il ol cod —d
b
b i

ENDSUB;

NT N NN ST NN NSNS
VS LN L U

)
— e

)

el —d

LNTNL
NN L VL S N1, ST

' MASK = STEP 1
' REPORT ERROR

end;

wd —d -t

NNOOOO‘O%
VS WA~
OO0 N W WA =2 OO

(e Yo Yo Yo SO IV, IV IV IV IV IV IV 1V [V, ¥ 3

[LSTSLSLSL,
NSV NTLNT NT NI ST NI, NS NI,V NN NIV, N 1,8 .V}
N 1N
LN LN 1N1, W V1,V)
L] [ASTNT
b ol d cad o cud ) i wd b —d b ald el ol ol ) e ad ) —ad ) ) ld d

LRX TN N
[ FETEFETE

V0 0L 0,8, B0, R, N, R, 0, B, Ve 8o 8, 8¢ B0,y 8, 0 ¥y
Ve 8

8-Jul=-1983 15:31:08

CZRCFAQ RC2S FR END TEST

IRCFA3
v01.0

SEQ 219
26
(7)
ZRCFA
.REALJ
11REL
CLAKSHMANA.
:
SPIDERSUSERS

VAX=-11 Bliss=16 v3=555

2200

ERRDF (17, MSG_11,7RC2SSERR_RPT);

(KLOOP;
RETRIES = TRUE;
end;

end.;

PRINTF (FMT4, .RC2S5_PMSTA [RCSA, RCSA_PTN]); ! GIVE PORT TYPE NUMBER
¢

ENDSUB;

I STEP 2 WRITE WITH A STEP 3 READ

Pa?e

B
CZRCFAQ RC25 FR END TEST

IRCFA3

v01.0
PRTR TN 1Y

BGNSUB;
B_MASK = 3;

PR TRTR FE FN PN

(12, MSG_14, RC25SERR_PPT);

E LN TR TN

();

DO INIT AND IF ERROR

PRINT ERROR MESSAGE

DECODE STATUS

CKLOOP;

RETRIES = TRUE;

TR YA TE IR

else

end

! CHECK FOgECHOED VECTOR AND IE BIT
in

TEMP
= .DATA<0, 8>;

if (.RC25_DATA [RCSA, RCSA_7_0] nequ .TEMP)
then
! IF ECHOED INFO NOT CORRECT
beg

PRI

PRCE YA

COM AREA START ADDRESS

it AZT_INIT O
then
begin

ASK
=
= rnrz

ADAPT;

P4 = .TEMP:

PS = .RC25_DATA [RCSA, RCSA_7 CJ;

P6= .RT_TABLE [RT_]IP "ADDRESS] + 2;

N PR P

ERRDF (13, MSG_11, RC2SSERR_RPT);

R Y

CKLOOP;
RETRIES TRUE;
end;

REPORT ERROR

end;

PN
PR N
YR
TRPR
PR N
PN T
T TN

MASK UPTO STEP3 READ

DATA2 = COM_AREA;

it .RET_STATUS then DECODE

SEQ 220
Page 27
RS .REALJZRCFA (7)
. 1TREL
RSUSE
: [LAKSHMANA
SPIDE

VAX-11 Bliss~16 v3-555

ENDSUB;

§ STEP 3 WRITE WITH STEP 4 READ
"

BGNSUB;

= 7
B MASK

BRING UPTO STEP4 READ

if AZT_INIT O
then

INIT AZTEC
IF_ERROR

DATAS
=

RING BASE HIGH ADDRESS

begin
ERRDF (14, M5G_14, RC25$ERR_RPT);

THEN
PRINT OUT ERROR MESSAGE

it .RET_STATUS then DECODE

DECODE ERROR

();

LR TR NN

TN NN

N P

8-Jul-1983 15:31:0 8
8-Jul=1983 14:46:5 0

TEST SECTION

ERRDF

CXLOOP;

RETRIES = TRUE;

end;

! PRINT MICRO CODE VERSION INFO.
PRINTF (FMT6, .RC25_DATA [RCSA, RCSA_MODEL],

.RC25_DATA [RCSA, RCSA_U_CODE));

IRCFA3
v01.0

CZRCFAD RC25 FR END TEST

8=Jul=1983 15:31:08

TEST SECTION

8-Jul=1983 14:46:50

SEQ 221

(7)
SPIDERSUSERS:[LAKSHMANA. 11REL. REALJZRC?A
VAX=11 BlLiss=16 V3-555

ENDSUB;
it (.RETRIES)

then DO_RETRIES ();

if (.NUM_RETRIES eqlu ZERO) then exitloop;
end;

ENDTST;

104455
000010
000000G
0000006
032767
001402
004767
104465
006000
103003
162706
000507
012767
032767
001004
032767

001042

000222
000224
000226
000230

112767
012767
012767
016700
062700
010067
016767
012767
104455
000071
0006006
000000¢G

TRAP
.WORD
.WORD
.WORD

55
10
MSG.14
RC25S8ERR.RPT

2125

0000006

JSR
TRAP
ROR
BCC
SuB
BR
MOV

PC,DECODE
65
RO
JX3
#6,SP
9s
RETRIES

ogoooLRC25.DATA+2

2130
2135

gfig

g4oo,RC25.DATA+2

2137

MOVB

#2,P.MASK

MOV

Rcés.AooR,no

2142
43
2144
2145

Bé;
3s:

000006
000001

0000006

000400

0000026

000002

0000006

000001

0000006

002000

0000026

0000006 0000006

0000006

000002
0000006

0000026 0000006
000001

0000006

48:

68:

gag

MOV

ADD
MOV

MOV

TRAP

MORD
-WORD

.WORD

g;.nsr.srnrus

ornrs P
#2.R0
RO P4

RC25.DATA+2,P5S
#1,P6

55°

11
MSG.14

RC25SERR.RPT

ROR

BCC

000001

2
B.MASK
PC,AZT.INIT
RO

TRAP
C(LRB
JSR

0000006
0000006

RTS

2106

2127

OO ~ON

004767
006000
103023

2$:

—

104402
105067

BLOS

SP,+

N=2O
-0~

000207

18:

SP,RO
17
(SP)+, (SP)+
NUM.RETRIES,SWP.RETRIES

FaZ
ol o

0000006 0000006

MOV
TRAP
CMP
CMP

101401

#DBM9,
- (SP)
#1,-(SP)

pary

022626
026767

MOV
MOV

104417

$TS TEST SECTION
NUM.RETRIES
11.sup.rnAce

0000006
000001

LSBTTL
CLR
S§£

$75:

—

0000006
000001
0000006

nrON

005067
032767
001407
012746
012746
010600

SEQ 222

CIRCFAQ RC25 FR END TEST

IRCFA3

v01.0

000232
000234

Pa?e 2
VAX=11 Bliss=16 Vv3=555
ANA . 11RELERS .REALJZRCFA (7)
SUS
: CLAKSHM
SPIDER

TEST SECTION

104465

000006

000001
000000G
000002G 0000006
0000006
0000006
0000006
0000006
0000006
0000006

7%:

8%:

2,
RC3S.DATA+TEMP
TEMP
TEMP
TEMP
TEMP
TEMP
TEMP

#EMTS,
= (SP)

#2,-(5P)

000002

9%:

000001 0000006
0000006
000002
000004
0000006
0000006
040200 0000006
0000006

#1,RETRIES

#177740, TEMP
TEMP, = ($P)

177740 0000006
0000006
0000006

000006

#6,5P
9s

108:

:
:
H

2150
2153
2154

2155

SP.RO

: SP,*

#6,SP
67
RO
28
2

:
H

2107
2155

H
H
:

2156
2161
2162

2166

2169

217

;
H
:

2174
2166
2179

2181

:
:
H

2184
2185
2186

#1,8.MASK

RT.TABLE.RO
2(R0) ,=-(SP)

#4,~(SP)
PC.BLSDIV
RO,DATA1

#60200,DATA1
PS.AZT.INIT
R
138

55
12

MSG. 14

000001
0000006

000001

#1,RET.STATUS

11$

11¢:

000000G

0000006

0000016 0000006
0000026
0000006

000534

RC258ERR.RPT

0000006

000002 0000006
0000006 0000006
000001
0000006

12%:

13%:

PC,DECODE

12%
=(SP) ,=(SP)
16$
#1 ,RETRIES
158
TEMP

DATA1+1,TEMP
RO

RO
RC25.DATA+2

RO‘TEHP
15
#2 £ MASK
#rMT2,P1
#,P2

115:31:08
8-Jul-1983
14: 46:5 0
983
8=Jul~1

CZRCFAQ RC25 FR END TEST

IRCFA3
v01.0

TEST SECTION

016767
005000
156700

0000006 0000006

;EHPP4

0000026
0000006
0000006
000002
0000006

sczssoAerzRO

SEQ 223
Pa?e 30
VAX=-11 Bliss=16 V3-555
11REL .REAL JZRCFA (7)
SERS
: [LAKSHMANA.
SPIDERSU
2187
2188
2189

aRT.TABLE.RO
#2.R0
RO.P6
55
13

2190

M5G.11

RC25SERR.RPT
65
RO
148
-(SP),=(SP)
168
#1,RETRIES

0000006
000001
0000026

ggés.DATA+2,R0

#177770,R0
RO, (SP)

177770

010600

1064417

062706

104467

#FMTSL ,=(SP)
#2,-(SP)

000000G
000002

SP.RO
17

#10,SP

16$:

000010

67
RO
108
2

006000

103631
104402
112767

012767
004767
006000

103021
104455
000014
0000006
0000006

17%:

#3,8.MASK
#COM_AREA ,DATA2
gC.AZT.INIT

TRAP
-WORD

032767
001402
004767
104465
006000

000001

012767
000454
005067
116767
005000
156700
020067
001441
112767
012767
012767
016767

000001

103460

001000
001004
001006
001014
001022
001030

000003 0000006
0000006 0000006
0000006

-WORD
BIT

0000006

BEQ

18%:

0000006

0000006 0000006
0000026
0000006

000002 0000006
0000006 0000006
0000006
000001
0000006 0000006

19%:

JSR
TRAP
ROR
8LO
MOV

‘LR
MovB

8158
CMP
BEQ

MOVB
MOV
MOV
MOv

MSG.14
RC25SERR.RPT

#gsRET+STATUS
1
PL,DECODE

208

#1,RETRIES

20%

TEMP

DATA1,TEMP
R

RC25.DATA+2
RO

gg.TEHP
$

NFMT2 P1
#1,P2
TEMP P4

SP.*

8-'ul=-1983 15:31:08
8-Jul=1983 14:36:50

CZRCFAQ RC2S5 FR END TEST
TEST SECTION

ZRCFA3
v01.0

001036 005000

2228

aRT.TABLE.RO

2229

2230

#1,RETRIES
67

;
:

2232
2235

TRAP
MOVB
CLR
JSR

2
#7.B.MASK
DATA3
PC,AZT.INIT

;
:
:
;

2237
2242
2243
2245

TRAP

2248

#1,RET.STATUS

;

2250

2253

001040
001046

156700
010067

0000026
0000006

BISB
MOV

RC25.DATA+2,R0
RO,PS

001054
001060

062700
010067

000002
0000006

ADD
MOV

#2.R0
RO,P6

001066
001070
001072
001076
001076
001100

000015
0000006
0000006
104465
006000
103403

.WORD
"WORD
"WORD
TRAP
ROR
8LO

15
MS5G.11
RC25SERR.RPT
65
RO
20$

001112
001114

006000
103665

ROR
BLO

RO
17

001136
001140

006000
103023

001064 104455

001102 012767 000001
001110 104467

MOV

001116
001120
001126
001132
001142

104402
112767 000007 000000G
005067 000006
004767 0000006
000016
0000006
0000006

001160
001162
001166
001170

001402
004767
104465
006000

001172
001174
001200

032767

103003
162706
000426

000001

006200
006200
006200
006200

042700
010046
012746
012746
010600
104417
006000
103713

0000006
000003

001270

032767

000001

001300

004767

0000006

001276 001402

001304

005767

248:

177760

001256 062706 000010
001262 104467
001264
001266

23:

0000006

258:
0000006

16
MSG.14
RC2SS$ERR.RPT

BEQ
JSR
TRAP
ROR

228
PC,DECODE
65
RO

BCC
Su8
BR

238
#10,SP
258

BIC

MOV
MOV

#177760, (SP)

ASR
ASR
ASR
ASR

RO
RO
RO
RO

MOV

#1,RETRIES

RC35.DATA®2,=(SP)
RC25.DATA+2,R0

BIC
MOV
MOV
MOV
MOV
TRAP

#177760,R0
RO,=(SP)
= (SP)
#EMT6,
#3,-(SP)
SP.RO
17

ROR
8LO

RO
218

ADD
TRAP

2257

: SP,*

#10,SP
67

;
:

2237
2257

BIT

#1,RETRIES

;

2260

JSR

PC.DO.RETRIES

2262

BEQ
26$:

0
248

.WORD
"WORD
"WORD

BIT
228:

0000006

MOV
TRAP

ROR
BCC

000010

001210 016746 0000026
001214 042716 177760
001220 016700 0000026
001234
001240
001242
001246
001252
001256

218:

0000006

001202 012767 000001
001224
001226
001230
001232

208:

104455

001144
001146
001150

001152

TRAP

0000006

SEQ 224

Pa?e 1
.REALIZRCFA (7)

CLR

001050 017700 0000006

VAX=11 Bliss=16 V3=555
SPIDERSUSERS: [LAKSHMANA.11REL

TST

26$

NUM.RETRIES

001310
001312
001316

8-Jul=-1983 15:31:08
8-Jul=1983 14:46:50

CZRCFAQ RC25 FR END TEST

IRCFA3

TEST SECTION

v01.0

001402
000167
000207

BEQ

176514

27%:

)
; Routine Size:
360 words,.
Routine
Base:
6 words
: Maximum stack depth per invocation:

000000
000000
000004
000006
000010
000012

004767

15::

176454

18:

104466

006000
103773
000207

; Routine Size:

2267

JMP
RTS

6 words,

Routine Base:

!<BLF/PAGE>

2 words

SEO 225
?e 32
VAX=11 Bliss=16 v3=555
SPIDERSUSERS: [LAKSHMANA. 1 1REL .REALJZR( A (7)

27%
1%

2085

ACSCODE + 2362

.SBTTL

TS TEST SFITINN

JSR
TRAP
ROR
8Lo

PC.$T5
66

RTS

: Maximum stack depth per invocation:

RO
1$
PC

ACSCODE + 3702

2264

CZRCFAQ RC2S FR END TEST
TEST SECTION

IRCFA3
v01.0
2268
2269
2270
22N

%g;%

g%;g

;
;
;

;

2276
2277
2278
2279
2080

2281
2282
2283
Sggg
P4

i
i
i
i
i
i
i

TEST #6 -~ PURGE AND POLL TEST

DESCRIPTION:

]

!
i
i
i
i
i
i
i
i !=-

THIS TEST WILL PERFORM THE FIRST THREE STEPS OF THE INIT SEQUENCE.
WHEN THE HOST RESPONDS TO THE STEP 3 TRANSITION IT WILL WRITE A ONE
BIT TO BIT 15 OF THE SA REGISTER, THERBY REQUESTING THE EXECUTION Of
PURGE AND POLL TESTING. THE HOST THEN WAITS FOR THE SA REGISTER TO
TRANSITION TO A ZERO VALUE. THE HOST THEN WRITES ZEROS TO THE SA

REGISTER SIMULATING A ‘PURGE COMPLETED'® HOST ACTION. THE HOST THEN
READS THE IP REGISTER TO SMULATE A ‘'START POLLING'' COMMAND FROM THE
HOST TO THE PORT. THE TEST IS COMPLETE WHEN THE CONTROLLER ANNOUNCES
THE TRANSITION TO STEP & IN THE SA REGISTER.

FAILURE TO PROPERLY COMPLETE THIS TEST WILL BE REPORTED.

gggg

;

2288

ggg;

;
:

5332 NUM_RETRIES = ZERO;
2295 while (.NUM_RETRIES lequ .SWP_RETRIES) do

2298

B MASK = 3:

5%85

DATA3 = %0'100000°;

;
:

;
:
:

2289
2290

2296
2297

2299
2300

:
;

2303
2304

gggg

:
;

;

2305
Sggg

2311
2312
2313

;

g%}z

2314

' IE AND VECTOR ADDRESS
OATAT = %0°100200°* + .RT_TABLE [RT_VECTOR1/4;
LOW ADDRESS
BASE
RING
i
DATA? = RINGBASE:
if AZT_INIT O
then

begin
ERRDF (15, MSG_14, RC2SSERR_RPT);

it .RET_STATUS then DECODE ();

! DO UPTO STEP 3 READ AND
i CHECK FOR ERRORS
i IF ERRORS THEN
i REPORT THEM

' DECODE STATUS

CKLOOP;

else

be?in

WRT_RC25 (RCSA, .DATA3);

' WRITE PURGE AND POLL

while (.RC25_ADDR [RCSA, RC_ALL] nequ 2ERO) do

2317

:
:
:

2320
2321
gggg

DELAY (10);
WRT RC25 (RCSA. FALSE):
DATA1 = .RC25_ADDR LRCIP, RC_ALLJ;
DATA1 = %0°107;

2324

while (.DATA1 nequ ZERO) do

g%}g

i PURGE AND POLL

RETRIES = TRUE:
end

' TEST 6

begin
TIP = 6;

2310

;
;
:

LOOP ON ERROR WILL RESTART THE TEST.

if .SWP_TRACE then PRINTF (DBM12);

SEQ@ 226

Pa?e 3
VAX=11 Bliss~16 v3=555
. 11RELERS .REALJZRCFA (8)
SUS
: CLAKSHMANA
SPIDER

!
BGNTST;

;

:
:

8-Jul=1983 15:31:08
8-Jul=1983 14:46:50

' WAIT UNTIL SA=0
' WRITE ALL ZERO'S TO SA
i READ THE IP REGISTER
i INIT THE LOOP COUNT

TEST SECTION

o~ S NN =000~V

1N, N1 N1, 8]

N NN NN
WINWWWN WWNAN
NN NN
WNINWNWN WHIWNWNWWWWENI

DATA1 = _DATAY - 1;
end;

if .I_AM_NEX eqlu ALL_ONES

chs _DATA [RCSA, RC_ALL] = .RC25_ADDR [RCSA, RC_ALLIJ;
in

it .RC25_DATA [RCSA, RCSA_ER]

then

begin

RET_STATUS
= PFE_CODE;
P1 = FMT3;

RS TSI, STST ST NI NT ST ST ST N

it .I_AM_NEX eqlu ALL_ONES then exitloop;

then

PS5 = .RC2S bArA CRCSA, RC_ALL];
P6 = %004

IF PORT FATAL ERROR

THEN REPORT IT.

P4, = (.RC25 ADDR) + 2;

EEE

P MASK = 2;

ERRDF (16, MSG_14, RC25SERR_RPT);

PR YR R FI N T X ] TR

DECODE ();
CKLOOP;
RETRIES = TRUE;
end;

1; (.RC25_DATA [RCSA, RCSA_STEP] nequ %b°10090')

then

begwn
P1 = FMT3;

P2 = ADAPT:

P4 = (.RC25 ADDR) + 2;

TR TR P PR

PS = RCZS bArA CRCSA, RC_ALLI;
! MASK = STEP 4
P6 = 10 10%;
P MASK
= 2;

ERRDF (17, MSG_14, RC25SERR_RPT);

CKLOOP;
RETRIES
= TRUE:
end;

else

end
begin

RET

_STATUS = (TO_CODE;

RETRIES = TRUE;
ERRDF (18, MSG_9, 0);

E M

E M E R I E TR

DECODE O);

end;

if (.RETRIES) then DO_RETRIES ().

if (_NUM_RETRIES eqlu ZERO) then exitloop;

SEQ 227

11REL .REALIZREFA (8
LA SHUARA.RS
LB iRsOSE

delay (333);

P2 = ADAPT:

be?in

AT TR PR

PN PR TR IR IR LA LA K LA X LA X LN

v01.0

CZRCFAQ RC25 FR END TEST

IRCFA3

VAX=-11 Bliss=16 v3=-555

! CHECK FOR STEP & COMPLETE

SEQ 228

Pa?e 35
VAX=11 Bliss=16 v3=-555
.REALJZRCFA (8)
RS
SE
11REL
.
ANA
SU
CLAKSHM
SPID:ER

CZRCFAQ RC2S5 FR END TEST

IRCFA3
v01.0

TEST SECTION
end;

ENDTST;

010146

162706

032767
001407
012746
012746
010600

$76:

000010
000001

000000G

101402

000167
012767
112767
016700
016046
012746
004767
010067
162767
012767
012767
004767
006000
103025

CMP
CLR
CMP
BLOS
JMP

0000006
0000006 0000006

000674

0000006
0000006

000017
000000G
0000006
0000006
032767 000001
001402
004767 0000006
104465
006000
103003
022626
000167 000542

000256
000262

000001
000474
0000006
0000006

000002

000012
C00000G

0000006

000010

JSR
ROR
8CC
TRAP
.WORD
.WORD
.WORD
8IT
8EQ
JSR
TRAP
ROR
BCC
CMP

#1,SWP. TRACE
1%

2291

#10,SP

#DBM12,=(SP)
#1,-(SP)

SP,RO
17
(SP)+,(SP)+

NUM.RETRIES

ggfl.RETRIES.SUP.RETRIES

25$

#3,8.MASK

RO,DATA1
#77600,DATA1
#RINGBASE ,DATA?
#-100000,DATA3
PC,AZT.INIT

MSG. 16
RC258ERR.RPT

#1,RET.STATUS

43
PC,DECODE

2293
2295

H
:
:

2297
2298
2299

:
H

2300
2301

2306

2308

:
H
;s «,RCM.REG

2311
2303
2315

2303

5%
(SP)+,(SP)+

JMP

22%
DATAZ,R1
RC25.ADDR,RO
R1,2(R0)

MOV
MOV
MOV
Mov

:
:

25%

6%:

: SP,»

#6,=(SP)
PC.BLSDIV

JMP

MoV

8%:

2266

RT.TABLE
RO
2(R0) ,=(SP)

5%:

7%:

MOV
MOV
MOV

MOV

100000 0000006
0000006

R1,-(SP)

#6,TIP

JSR
MOV
suB
MOV

077600 0000006
0000006 0000006

$T6 TEST SECTION

MOV

MOV8B

104455

012767
000167
016701
016700
010160
016700
016066
001414
012701
001767
016700
001404

su8
BIT
8EQ

MOV
MoV
MOV
TRAP

0000006
000001

104417

022626
005067
026767

LSBTTL

MOV

#1 . RETRIES

RO
RC2S.ADDR,

$§20>.10(sp)
#12,R1
7$

L$DLY,RO
10%

: RCM.REG,*

2317

; +,38TMP?2

2318

: «,RC.REG

: ¢, $8TMPT

SEQ 229

CZRCFAQ RC25 FR END TEST

IRCFA3

TEST SECTION

v01.0

000264
000270

Pa?e 36
VAX=11 Bliss=16 V3=555
SERS .REALJZRCFA (8)
ANA . 11REL
SU
[LAKSHM
SPID:ER

005066
005300
001374
005301
000766
005001
016700
005060
011066
012767
001423
012701

000012

016700

0000006

001411

12(SP)

9%:

: $$TMP2

108:

0000006
000002
000006
000010 0000006
000515

000012

118:

128:

#10,DATA1
178
#515,R1
16%

RC25.ADDR,RO
2(R0O)
(RO) ,6(SP)

138:

L$DLY,RO
5%
12(SP)
1

14%:

1.AM.NEX,#-1

16%:

DATA1

0000006

0000006 177777

: RCM.REG

2320

; RCZ25.ADDR,RC.REG
:
:
: v, $8TMP2

2321
2322
2324
2326

: *,$8TMP1
: $STMP
: $STMP1

; $STMP?

15$:

000000G 177777

: $$TMP
: $STMPI

128

#-1
1.AM.NEX,
21 $

17%:

RC25.ADDR,RO
2(R0) ,4(SP)
4(SP) ,RC25.DATA+2

0000006
000002 000004
000004 0000026

19%
#21 ,RET.STATUS
#FMT3,P1
#1,P2

000021 0000006
0000006 0000006
000006 0000006

RC25.ADDR,RO

#2,R0
RO P4

0000006
0000026 0000006
000004 0000006
000002 0000006

RC25.DATA+2,PS
¥4 ,P6
#2.P.MASK

55
20

MSG.14
RC25$ERR.RPT

zg.DECODE

0000006

2328

:
:
H

2330
2324
2333

2336

: *,RC.REG

; RC.REG,»

:
:
:
:
:

2338
2341
2342
2343
2344

:
H
:
:

2345
2346
2347
2348

2349

:
:

2351
2354

H
:

2357
2358

RO
18%

0000006
000001
0000026
103777
040000

000574

016700

0000006 0000006
000001 0000006
0000096

(SP)+,(SP)+
2 3%
#1,RETRIES

18%:

RC25.DATA+2,R0
#103777.R0
RO, #40000

22%

MOV

#EMT3,P1
#1,P2

RC25.ADDR,RO

SEQ 230

CZRCFAQ RC25 FR END TEST
TEST SECTION

#2.R0

062700 000002
010067 0000006
016767 000002G 0000006
012767 000010 0000006
112767 000002 0000006
104455
000021
0000006
000000G
104465
006000

RO P4

RC25.DATA+2,PS

#10,P6
#2.P.MASK

55
21
MSG.14
RC2SSERR.RPT
65
RO

20$

103002
022626

000756

2360
2361
2362
2363

25%:

CMP
BR
CMP
JMP
ADD
MOV
RTS

248
(SP)+,(SP)+
25%
(SP)+,(SP)+
2%

#10,SP

-d

N
W
~

PC,DO.RETRIES
NUM.RETRIES

248:

BNE

PC.DECODE
51,RETRIES

N
N
0

23%:

JSR
BIT
8EQ
JSR
TST

22%:

S
~

55
22
356.9

22%

#11.RET.STATUS
#1,RETRIES

21%:

#1.RETRIES

TN]

20$:

Ge B By 0

(SP)+,(SP)+

000436
0000006
012767 000001
000414
0000006
012767 000011
0000006
012767 000001
104455
000022
0000006
000000
004767 0000906
0000006
032767 000001
001402
004767 0000006
005767 0000006
001002
022626
000403
022626
000167 177070
062706 000010
012601
000207

IRCFA3

v01.0

000600
000604

Pa?e 37
VAX=11 Bliss=16 Vv3=555
SERS .REALIZRCFA (8)
ANA . 11REL
SU
LLAKSHM
SPID:ER

(SP)+,R1

AC$CODE + 3716
Routine Base:
: Routine Size:
248 words,
9 words
; Maximum stack depth per invocation:

000000
000000
000004
000006
000010
000012

004767

.SBTTL

177014

JSR

TRAP

104466

ROR
8LO
RTS

006000
103773
000207

: Routine Size:

6 words,

Routine Base:

: Maximum stack depth per invocation:
2386

Té TEST SECTION

'<BLF/PAGE>

2 words

ACSCODE + 4676

2383

FR END TEST

IRCFA3
v01.0

:50

SE0 231
38
VAX=11 Bliss=16 V3=555
9
(
RCFA
.REALJZ
: [LAKSHMANA. 11REL
SPIDERSUSERS

I+¢

TEST #7 - SMALL RING BUFFER INIT TEST

DESCRIPTION:

THE AZTEC WILL BE INITIALIZED WITHOUT INTERRUPTS AND USING THE
SMALLEST RING BUFFER. THIS WILL BE THE FIRST TIME THAT THE

INITIALIZING

WITH THF SMALLEST RING BUFFER MINIMIZES THE HOST MEMORY AREA WITH
WHICH THE AZTEC CONTROLLER MUST BE ABLE TO COMMUNICATE.
FAILURE TO PROPERLY INITIATETHE A2TEC WILL BE REPORTED.

X
ETE

INITIALIZATION SEQUENCE IS CARRIED OUT TO COMPLETION.

TR IR TR FE N AR

A LN

LR TR TR TR TR

X Y

N N I A TEIEIETE

K FIE

TN T N

START OF THIS TEST.

it .SWP_TRACE then PRINTF (DBM13);

TEST 7

NUM_RETRIES = ZERO:

while (.NUM_RETRIES lequ .SWP_RETRIES) do
begin

TIP

= 7;

DATA3

DATAL<O,

0'100200°;
—

DATA2

DATA1

B _MASK = 20'17°;
G_B

> =1:

RING_B [ ]
RING
B [ ]
-0

YR YE

TRIEIETEYE I TN PO R KR

N X IR

R IR R E

IF THE OPERATOR HAS SPECIFIED LOOP ON ERROR, LOOPING WILL BE FROM THE

ALL_ONES;
ALL_ONES;

if AZP_INIT O
then
begin

ERRDF (19, MSG_14, RC258ERR_RPT);
it .RET_STATUS then DECODE ();

! SELECT ALL STEPS

! STEP 1 WRITE WITH MIN. RING SIZES
SET UP RING BASE ADDRESS
! INIT RING_B [0] AND [1]
! WITH ALL ONES (=1)
DO INIT STEPS

IF_ERROR THEN

THEN REPORT THE ERROR

! DECODE RETURN STATUS

CKLOOP,
RETRIES = TRUE.
end;

! TEST THAT THE RC25 CLEARED
if .RING_B [0] nequ 0 and .RING_B [1] nequ 0
RING
BUFFERS
!
then
! IF NOT THEN ERROR
begin
! AND REPORT IT
ERRDF (20, MSG_10, 0);
CKLOGP;
RETPLES = TRUE:
ed;

if (.RETRIES) then DO_RETRIES ().

if (.NUM_RETRIES eqlu ZERO) then exitloop:

Pa?e

SEO 232

CZRCFAQ RC25 FR END TEST

IRCFA3

TEST SECTION

v01.0

2444
2445
2446
2447
2448

000000
000006
000010
000014
000020
000022

032767
001407
012746
012746
010600

end;
return;

ENDTST.

012767

112767

012767
012767
005067

$77:

0000006
000001

0000006

0000006 0000006

100200

012767
012767
004767
006000

000100* 0000006

0000006

CLR
BISB

0000006
000100°*

MOV
MOV

000102

JSR
ROR
8CC

103020
104455

000023
0000006
0000006
0000006
032767 000001
001402
004767 0000006
106465

006000
1034 34

012767
005767
001415
005767
001412

0000006
000001
000100°*

3s:

000102°

-WORD
.WORD
.WORD
BIT
BEQ
JSR
TRAP
ROR
BLO
MOV
TST
BEQ
IST
BEQ
TRAP

2407

#DBM13,~(SP)
#1,-(SP)

SP,RO
17
(SP)+,(SP)+

SP,*

NUM.RETRIES

2409
2411

#7,71P

24613
2414
2415
2416
2617
2418
2419
2420
2422

ggfl.RETRIES;SUP.RETRIES

#17 ,8.MASK
#-77600,DATA1

#RING.B,DATA2

DATA3

#1,DATAL
#-1,RING.B

#-1.RING.B+2
PC,AZP.INIT

2425
MSG. 14

RC25$ERR RPT

#1+RET.STATUS

2427

PC.DECODE

RO
78

#1,RETRIES
RING.8

2430
2433

RING.B+2

2436

.WORD
.WORD
.WORD

000024
0000006
000000
106665

006000
103414

$T7 TEST SECTION
q;.SUP.TRACE

TRAP

104455

012767
032767
001402
0046767
005767
001270

BEQ
MoV
MOV
MoV
TRAP
CMP
CLR

MoV
Mov8
MOV
MOV

0000006

.SBTTL
BIT

BHI

000000G
0000006

000007
000017

152767

000222
000230
000236
000240
000244
000250

0000006

000001

106417

022626
005067
026767
101104

000132
000134
000136
000140
000146
000150
000154
000156
000160
000162
000170
000174
000176
000202
000204
000206
000210
000212
000214
000216
000225

? 39
VAX-11 Bliss=16 v3=555
SPIDERSUSERS CLAKSHMANA.11REL .REALJZRCFA (9)

000001
000001
0006006
€000006

0000006
0000006

5%:

6%:

TRAP
ROR
8LO
MOV

BIT
BEQ
JSR
TST

BNE

2438
2641

2445

IRCFA3
v01.0
000252

C2RCFAD RC25 FR END TEST
TEST SECTION
000207

8-Jul-1983 15:31:08
8=-Jul=1983 14:46:50
78:

: Routine Size:

86 words,

000000
000000
000004
000006
000010
0006:c

177520

RTS

SEQ 233
Page 40
VAX=11 Bliss=16 v3-555
SPIDERSUSERS: [LAKSHMANA. 1 1REL .REALIZRCFA (9)
2385

Routine Base: ACSCODE + 4712
& words

. Maximum stack depth per invocation:

004767

1$:

104466

006000
103773
000207

: Routine Size:

6 woras,

Routine Base:

; Maximum stack depth per invocation:

2449

'<BLF/PAGE>

2 words

LSBTTL

17 TEST SECTION

JSR

PC,$T7

ROR
8LO
RTS

RO
1%
PC

TRAP

ACSCODE + 5166

24647

c
CZRCFAQ RC25 FR END TEST

IRCFA3
v01.0

PRAR
IRIR P AR IR N
R
TR TR PR
P P
TN P T T P TN
N
I T T I
AL N I T
L
N TN SN TN P
LFE TR
FE P S
FI T

8-Jul=-1983 15:31:08

TEST SECTION

2450
2451
2452
2453
2454
2455
2456
2457
2458

2459
2460
2461
2462
2463
2464
2465
2466
2467
2468
2469
2470
2471

2472
2473
2474
2475
2476
2477
2478
2479
2480
2481
2482
2483

8-Jul=1983 14:46:50

VAX=11 Bliss=16 v3=555

SPIDERSUSERS: [LAKSHMANA. 11REL. REALJZRC?A
(10

BGNTST;
lee

TEST #8 - LARGE RING BUFFER INIT TEST

DESCRIPTION:

i
i

THE INIT SEQUENCE IS EXECUTED WITHOUT INTERRUPTS WITH A RING BUFFER
LARGE ENOUGH TO COVER THE NORMAL HOST COMMUNCIATIONS AREA PACKET AND

BUFFER SPACE ( A S IN MESSAGE LENGTH AND A S IN COMMAND LENGTH).

A FAILURE TO COMLETE THE INITIALIZATION SEQUENCE WITHOUT ERROR WILL BE

REPORTED.

IF THE OPERATOR HAS SPECIFIED LOOP ON ERROR, LOOPING WILL BE TO THE

BEGINNING OF THIS TEST.
.SWP_TRACE

then PRINTF

(DBM14);

TEST 8

NUM_RETRIES = ZERO;
uh!le (.NUM_RETRIES
g\fl

lequ .S P_RETRIES)

e MASK = zo 17°;

SET MASK BIT FOR COMPLETE INIT.

DATA1<14. 1> = Q;
DATAIKIT, 3> = SND Si12;

NO_DIAGNOSTIC WRAP MODE
SET UP 16 COMMAND RINGS LENG
W
SET UP 16 RESPONSE RINGS LENGTH
DISABLE INTERRUPT
LOAD INTERRUPT VECTOR ADDRESS
LOAD COMMUNICATIONS AREA ADDRESS
HI-ORDER ADDR = ZERO

ZTA1<15

= TRUE;

SET BIT 15 FOR STEP=-1 WRITE

DATA1<8, 3> = REC S12;

DATAI<7, 1> = 0;
DATAI<O0, 7> = 0;
DATAZ = COH AREA;
DATA3

DATA%

'1?74

incru 1

from 0 to RING_SIZE - 1 do

*LAST FAIL' PACKET RESPONSE BIT SET

VINITIALIZE COH AREA UITH ALL_ONES PRIOR TO INIT

incru J from Q0 to 1 do

COM_AREA [.1,

if AZP_INIT
then
81n

!]
!
!

DO STEP INIT AND CHECK FOR ERROR

().

DECODE STATUS

from 0 to RING_SIZE - 1 do

TEST RING AREA FOR ZEROES

ERRDF
it

.J, WORD_REF] = ALL_ONES;

()

(21, MSG_14, RC258ERR_RPT);

.RET_STATUS then DECODE

IF ERRORS THEN

! REPORT ERROR

CKLOOP;

RETRIES = TRUE;

end;
incru ]

incru J from 0 to 1 do

SEQ 234

8-Jul-198

CZRCFAD RC25 FR END TEST

1-198

it .COM_AREA [.I, .J, WORD_REF] nequ'oTHEN

then

! IF RING AREA IS NOT CLEAR

end;

if (.RETRIES) then DO_RETRIES ().

it (.NUM_RETRIES eqlu ZERO) then exitloop;
end;
return;

ENDTST;

$T18 TEST SECTION

R1,$SAVE2
1}.SUP.TRACE

MOV
MOV

,
= (SP)
#DBM14
#1,-(SP)

CLR
gn?

NUM.RETRIES
?gg.asraxes.sup.aernlss

0000006
0000006

MOV
MOVB

#10.T1P
#17.8.MASK

0000006 0000006
0000006
177403 0000006

MOV
CLR
MOV

#COM.AREA,DATA2
DATA3
#-375,DATA4

177?777
000001

000037
0000006

0000006

ASL
ADD
ASL

R1
R2
R1,R0
RO
R2.RO
RO

CMP

R2. .M

CLR
CLR
[ [01')

ng
BLOS
INC

:51.C0H.AREA(RO)
48

(MP

R1,#37

JSR

PC,AIP.INIT

BLOS
ROR
BCC
TRAP

.WORD
.WORD
.WORD

RO
63
55

25
MS5G.14
RC25$ERR.RPT

3s:
A ¥

#125000,DATA1

2490

2488
»

MOV

122000 0000006

SP,*

e, e

000010
000017

1$:
28:

<P R0
17
(SP)+,(SP)+

0000006
0000006 0000006

MOV
TRAP
CMP

2448
2469

.SBTTL

JSK
EéE

$T8:

0000006
000001

0000006
0000006

Pa?e

! REPORT ERROR
!

begin
ERRDF (22, MSG_10, 0);
CKLOOP;
RETRIES = TRUE;

0000006
000001 0000006

000152
000156
000160
000162
000164
000166
000170

:08

SN S

WA= O 000 NV

VA TN
T
VAW
PIPININAD
od cod b wsd cacd o wd e ad = O

NN = O V00~

TEST SECTION

[ Lo T

IRCFA3
v01.0

SEQ 235
42
(10
IRCFA
.REALJ
ERS
11REL
.
SUS
CLAKSHMANA
:
SPIDER

VAX~11 Bliss=16 V3-555

2493
2496

000172
000200
000202
000206
000210
000212

8=Jul-198 3 15:31:08
8=-Jul-198 3 14:46:50

CZRCFAO RC25 FR END TEST

IRCFA3

v01.0

TEST SECTION

032767
001402
004767
104465

000001

0000006

b} ¥

006000

103447

012767
005001
005002
010100
006300
060200
006300

000001

0000006

BIT

gl.RET.STATUS

TRAP

65
RO

6%:

CLR

8s:

MOV

SEQ 236

Pa?e 4
VAX=11 Bliss=16 V3=-555
.REALJZRCFA (10
ERS
11REL
.
SUS
LLAKSHMANA
:
SPIDER

2498

:
;1
H)
s 1.+

2501
2504
2506
2508

PC,DECODE

1%
#1,RETRIES
R1

R2
R1.RO
RO
R2,R0
RO

s Jo®

COM.AREA(R0)

0000006

93
55
26
MSG.10
0

251

H
s J

2513
2506

D |

2504

73
#1,RETRIES

2516

ggfl.RETRIES

2518

2448

2522

000001

0000006

9$:

000001

INC

R1.#37

000037
000001

0000006

108

0600006
0000006
000332

RO
11$
#1,RETRIES
R2
R2.M

PC,DO.RETRIES

10%:
11%:

000207

RTS

s Jot
2 1,

ACSCODE + 5202
Routine_Base:
110 words,
: Routine Size:
7 words
; Maximum stack depth per invocation:

000000

004767

177440

18::
1%:

104466

000010
000012

103773

000207
6 words,

Routine Base:

; Maximum stack depth per invocation:

2524

T8 TEST SECTION

JSR
TRAP

PC,$T8
66
RO
1%

ROR
B8LO
RTS

006000

: Routine Size:

LSBTTL

!<BLF/PAGE>

2 words

ACSCODE + 5536

8-Jul-1983 15:31:08
8-Jul-1983 14:46:50

CZRCFAQ RC2S FR END TEST
TEST SECTION

IRCFA3
v01.0

!
BGNTST:

;

2525
2526
2527
2528

%ggg

| TEST #9 - 'DIAGNOSTIC MACHINE' CODE DOWN LINE LOAD TEST

%gg;

g DESCRIPTION:

2533

;

gggg

]

;

2537

;

:
;
H
:

;

2534

!¢+

THIS *DIAGNOSTIC MACHINE'® PROGRAM WILL ATTEMPT TO TRANSFER A BLOCK

OF DATA FROM HOST MEMORY TO AN AREA IN THE CONTROLLER AND THEN
EXAMINE THE TRANSFERED DATA.

IF THE TRANSFERED DATA NOT COMPARE CORRECTLY, THEN THE ERROR WILL

ggzg

BE REPORTED. THIS TEST ALSO REPORTS ERRORS IF ANY OF THE ROUTINES

2541

IF THE OPERATOR HAS SPECIFIED LOOP ON ERROR, LOOPING WILL BE FROM

;
N

2543
2544

;

2538

2542

USED RETURNED FAILURE CODE.

THE START OF THIS TEST.

it .SWP_TRACE then PRINTF (DBM15);

;

%gzg

:
;

sgzg NUM_RETRIES = ZERO;
2549 while (.NUM_RETRIES lequ .SWP_RETRIES) do
Sgg?

begin

2552

it AZTEC_READY ()

;

%ggg

2557

2559

H
:
M

H
.
:
:
:

2553
2554

then

ERRDF (23, AZT_READY_ERR, 0);

else

beain
TEMP = .FREE_MEM_ADDR;

| SAVE FREE MEMORY STARTING ADDR.

incrg COUNT from 0 to 1024 do

! FILL NEXT 1024 LOC. WITH DATAS

;

2569

2572

2573
sg;g

BUF “DESCRPTR = DM_09;
BYTE_COUNT = 93¢2;

2576

if EX_SUP_PRG ()

:
;
;
:
:

2568

2577
2578
gggg

2581

' IF ERROR REPORT ERROR

CKLOOP;

gggg

;

' GET AZTEC READY

RETRIES = TRUE;
end

! TEST 9

if .RET_STATUS then DECODE ();

2558

2560
2561
2562
2563
Sggg

begin

egin

CTEMP = %0'125252°;

TEMP = .TEMP + 2;

CMD_REF = 3;:

then

beain
ERRDF (24, EXE_SUP_ERR, 0);

if .RET_STATUS then DECODE ();

SEQ 237

Page 46
VAX=11 Bliss=16 V3-555
SPIDERSUSERS:[LAKSHMANA.11REL.REALIZRCFA (11

i WRITE DATA 0°125252" INTO MEMORY
i INCREMENT THE POINTER BY 2

' SET COMMAND REFERENCE #3

i DM-PROGRAM STARTING ADDRESS
i TOTAL DM PROGRAM LENGTH BYTE COUNTS

' ISSUE AN "EXECUTE SUPPLIED PRG'* CMD

i STATUS BIT INDICATES ERROR
! THEN
i

CZRCFAQ RC25 FR END TEST
TEST SECTION

IRCFA3
v01.0
25
2583
2584
2585

CKLOOP;
RETRIES = TRUE;

end;

.FREE_MEM_ADDR;
H EADD = 0;

2587

H_SADD

2589

8O0F LENGTH 1024;

2594
2595

if SEND_DATA ()
then

2588

CMD_REF = &;
BUF DESCRPTR= H_SADD;
BYTE_COUNT = 06

2590
25N
2592

gln
ERRDF (25, SND_DATA_ERR, 0);

2596
gggg
2599

if .RET_STATUS then DECODE ();

2602
2603

RETRIES = TRUE;
end;

2600
2601

= §;
CMD_REF

2605

HIGH BYTE FREE MEMORY ADDRESS
TOTAL FREE HOST MEMORY SIZE
COMMAND REFERENCE 04
DESCRIPTOR ADDRESS
TOTAL BYTES TO BE TRANSFER

! ISSUE SEND DATA COMMAND
! STATUS BIT INDICATES ERROR

! THEN
'

2606
gggg

BUF DESCRPTR = TIP;
BYTE_COUNT = 02;

' CLEAN THE BUFFER
! SET BYTE COUNTS = 2

2609

if REC_DATA )

! SENT A RECEIVE DATA COMMAND

then

2610

2611
gg}%
gg;g

begin
ERRDF (26, RE_DATA_ERR, 0);

' STATUS BIT INDICATES ERROR
! THEN
!

if .RET_STATUS then DECODE ();
CKLOOP;

2616

RETRIES TRUE:;

2617

end;

2618
2619

if .TIP nequ %0°'104'
then

2620
2621

2622
2623

begin

ERRDF (27, DMC_ERR, 0);
CKLOOP.;
RETRIES
= TRUE;
end;

2624
2625
2626
2628

LO BYTE FREE HOST MEMORY ADDRESS

CKLOOP;

2604

;

8-Jul=-1983 15:31:08
8-Jul=1983 14:46:50

end;

2630

if (.RETRIES) tnen DO_RETRIES ();

2632

if (_NUM_RETRIES eqlu ZERO) then exitloop;

2634

end;

2636

return;

2637 ENDTST:

SEQ 238

Pa?e 45
VAX=11 Bliss=16 v3=555
.REALJZRCFA (11
ERS
11REL
.
SUS
[LAKSHMANA
:
SPIDER

' 1S REMOTE PROGRAM SENT DONE FLAG ' TO THE HOST
: NO. THEN
REPORT ERROR

TEST SECTION

CMP
CLR
CMP
BLOS
RTS

6$%:

125252

7%:

000003 0000006
0000006 0000006
000272 0000006
0000006

000266

000001 0000006
000000G 0000006
0000006
02000 0000006
000004 0000006

2557

TRAP
ROR

BHIS
RTS
MOV
MoV
CLR
MOV
ADD

MOV
MOV
MOV

JSR
ROR
8c(
TRAP
-WORD
.WORD
. WORD

0000006

#1,RET.STATUS
43
PC,DECODE

INC
CMP
BLOS

002000

000001

BIT
BEQ
JSR

8EQ
8s:

9%:

JSR
TRAP
ROR
8LO
MOV
MoV

MOV
MOV

RO
5%
PC

#1 ,RETRIES
14$
,
TEMP
FREE .MEM.ADDR
RO
#-52526,aTEMP
ls,TEHP
R

RO,#2000

73
#3,CMD.REF
09
,BUF .DESCRPTR
#DM.
#272,BYTE.COUNT
P8.EX.SUP.PRG

; COUNT

0000006 0000006

0000006

2555

s COUNT
s COUNT,*

5%:

0000006

55
30
SXE.SUP.ERR
#1,RET.STATUS

PC,DECODE

65
RO
168
#1,RETRIES
FREE .MEM.ADDR,H.SADD
H.EADD

#2000,BUF .LENGTH
#4,CMD .REF

0000006

000002

55
27
8ZT.READY.ERR

(¥,
~

48:

2552

PC,AZTEC.READY
RO
6$

0000906

JSR
ROR
8c(C
TRAP
.WORD
+WORD

.WORD

0000006

2547
2549

ggfl.RETRIES.SUP.RETRIES

000000G

#DBM15,=(SP)
#1,-(SP)
SP.RO
17
(SP)+,(SP)+
NUM.RETRIES

2545

154

0000006 0000006

[a%)

0000006

$T9 TEST SECTION

#1,SWP.TRACE
18

HIWAWWNA

104417

000001

BEQ

MOV
MOV
MoV
TRAP

0000006
000001

000001

.SBTTL

$79:

YY)

0000006

LX)

000001

032767
001407
012746
012746
010600

Pa?e

SPIDERSUSERS CLAKSHMANA. 11REL.REALJZRCFA (11

Ceteats

000000

VAX=-11 Bliss=16 vV~ 555

CZRCFAQ RC25 FR END TEST

IRCFA3
v01.0

SEQ 239

13
€2 RCFAQ RC25 FR
TE ST SECTION

IRCFA3
v01.0
000274
000302
000310
000314

012767
012767
004767
006000

8-Jul-1983 15:31:08

END TEST

8-Jul=1983 14:46:50
Mov
MOV
JSR

0000006 0000006
000006 0000006
0000006

ROR

103020

000001

0000006

108:

0000006
000001
000005 0000006
0000006 0000006
000002 0000006
0000006

118:

8c(C
TRAP
WORD
.WORD
LWORD
8IT
BEQ
JSR
TRAP
ROR
8LO
MOV
MOV
MOV

MOV
JSR

ROR

B8CC

0000006

0000006
000001
000000G 000104

138:

001402
004767
005767
001402
000167
000207

0000006
0000006
177276

0000006
0000006

148:

15¢:
16%:

1383

2607
2609

2614

JSR

PC.DECODE

8LO
MOV

16%
#1,RETRIES

TRAP
ROR
CMP
BEQ
TRAP

ROR
BLO
MOV
BIT

BEQ

JSR
TST
BEO
JMP
RTS

32
RE.DATA.ERR
O

12%

65
RO

TIP, 4104
148
S5

33
DMC.ERR
0
65

RO
168
#1,RETRIES
#1 RETRIES

15§

PC.DO.RETRIES
NUM.RETRIES
168
28
PC

)
Routine
Base: ACSCODE + 5552
175 words,.
words
&
invocation:
per
depth
: Maximum stack
; Routine Size:

2602
2605

#1,RET.STATUS

.WORD
"WORD
"WORD
TRAP

000001
000001

118
55
31
SND.DATA.ER
O
#1,RET.STATUS
108
PC,.DECODE
65
RO
16$
#1,RETRIES
#5,CMD .REF
#T]1P,BUF .DESCRPTR
#2,BYTE.COUNT
SS.REC.DATA

8IT

8EQ
128%:

.DESCRPTR
,BUF ADD
#H.S

TE
. COUNT
#6,BY
sg.SEND.DATA

2612

.MWORD
.WORD
WORD

0000006

47
VAX=11 BLiss=16 v3=555
(11
RCFA
REALJZ
11REL.
ANA.
SERS
: CLAKSHM
SPIDERSU

TRAP

000001

SEQ 240

Pa?e

2617
2620

2623

2625
2630

2632

2523

000000
000000
000004
000006
000010
000012

004767

N X
IR IR IETETETEA IR IR
T PR NN Y K

19::

177236

1%:

104466

Maximum stack

%00,%00,85 08,9808, %0, [IE

T9 TEST SECTION

JSR

PC,8$T79

TRAP

RTS

6 words,

Routine Base:

2 words

depth per invocation:

8LO

ACSCODE + 6310

BGONTST;
44

TEST #10 ~ NONEXISTENT MEMORY TEST

i
[
i

DESCRIPTION:

i
i

THIS 'DIAGNOSTIC MACHINE'® PROGRAM WILL ATTEMPT TO READ THE FIRST
ADDRESS OF THE 1/0 PAGE OF THE HOST CPU. THIS LOCATION IS RESERVED
FOR DIAGNOSTICS AND A NXM SHOULD OCCUR.

IF THE CONTROLLER DOES NOT SEE THE NXM, THERE WILL BE A FRU CALLOUT

i
i

OF THE ADAPTER CARD.

IF THE OPERATOR HAS SPECIFIED LOOP ON ERROR, LOOPING WILL BE FROM

THE START OF

i
[

B e WeBeBeBe
Ve
WeBg0eBe BBy Bs Vs

LSBTTL

ROR

006000
103773
000207

; Routine Size:
:

8=-Jul=-1983 15:31:08
8-Jul=1983 14:46:50

CZRCFAQ RC2S FR END TEST
TEST SECTION

IRCFA3

v01.0

SEQ 241

Pa?e 48
VAX=11 Bliss=16 v3-555
SPIDERSUSERS : CLAKSHMANA . 1 1REL .REALJZRCFA (11

THIS TEST.

if .SWP_TRACE then PRINTF (DBM16);

! TEST 10

NUM_RETRIES = ZERO;

while {.NUM_RETRIES lequ .SWP_RETRIES) do
be in

' INIT TP

= 0;

1; AZTEC_READY ()

then

begin
ERRUF (28, AZT_READY_ERR, 0);
it .RET_STATUS then DECODE

else

! GET AZTEC READY FOR OPERATION
!

();

CKLOOP;
RETRIES = TRUE;
end
begin

VET _AD = 04;
SETVEC (.VEC_AD, ~xn1 PRI0&);

SET INT. VECTOR ADDR. TO 4

URT-RCZS (RCSA, ONE)

ROUTINE ADDR. AND INT. PRIORITY
COMMAND REFERENCE #
DMCODE STARTING ADDRESS

SET_INT_VECTOR ();
3;

BUF “DESCRPTR
= DM_10;

SET THE VECTOR ADDR., SERVICE

2636

8-Jul-1983 15:31:08
B-Jul=1983 14:46:50

CZRCFAO RC25 FR END TEST
TEST SECTION

IRCFA3
v01.0
;

gggz

BYTE_COUNT= 58+¢2;

;

2685

it EX_SUP_PRG ()

then

2686
2687
gggg

:
:
;

;

523?

2692

H
:
3

2694
2695
2696

gggg

;
:
:
;

2699
2700
5;85
2703

:
:

2705
5;89

;

2708

:
:
:

;

H
H
:

:
;
H
:
H
;

' ISSUE AN EXECUTE SUPPLIED CMD
" If ERROR
! THEN
i

it .RET_STATUS then DECODE );
CKLOOP;

RETRIES = TRUE;

end;
!

{ WAIT FOR 'DONE'* SIGNAL FROM DM

! COMMAND REFERENCE #
i CLEAN THE BUFFER
i SET BYTE COUNTS = 2
! SENT A RCCEIVE DATA COMMAND

CMD_REF =
BUF osscapra = TIP;
BYTE_COUNT = 02;
if REC_DATA ()
then

2704

i STATUS BIT INDICATES ERROR
! THEN
i

g1n
ERRDF (30, RE_DATA_ERR, 0);

it .RET_STATUS then DECODE ();

2709
2710
2711

CKLOOP;
RETRIES = TRUE;

' DID YOU GET SUCCESS FROM DM CODE?

if .TIP eqlu ZERO

2714

then

2715
2716
2717

2718
2719
2720
2721
2722
2723

' NO
' THEN

i REPORT ERROR

ERRDF (31, DMC_ERR, 0);
CKLOOP;
RETRIES= TRUE;
end;

end;

5;§g

if (.RETRIES) then DO_RETRIES ();

;

g;sg

if (.NUM_RETRIES eqlu ZERO) then exitloop;

2728

end;

2729
2730
2731

return;
ENDTST;

000000 01014
000002 032767/

000001

012746
012746

(0000006
000001

000010 001407

000012
000016

SEQ 242

Pa?e 49
VAX=11 Bliss=16 V3=555
SPIDERCUSERS:[LAKSHMANA.11REL .REALIZRCFA (11

! BYTE COUNTS

begin
ERRDF (29, EXE_SUP_ERR, 0);

2693

0000006

$T10:

.SBTTL

$T10 TEST SECTION

MOV
8IT

R1,-(SP)
#1,SWP.TRACE

MoV
Mov

#DBM16,-(SP)
#1,-(SP)

BEQ

18’

:
:

2637
2657

000022

VAX=11 Bliss=16 v3-555

CZRCFAQ RC25 FR END TEST

IRCFA3
v01.0

Mov
TRAP
CMP

010600

CLR

0000006

0000006 0000006

BLOS
JMP
CLR
JSR

000422
0000006
0000006

ROR
B8CC

TRAP

-WORD
.WORD
-WORD
BIT
8EQ

0000006

000001

0000006
5%:

TRAP
JSR
MOV
MOV
Mov
MoV
MOV
MoV
JSR
ROR
BCC
TRAP
.WORD
.WORD
.WORD

0000006
000001
0000006
000002
000003 0000006
0000006 0000006
000164 0000006
0000006

0000006

6$:

000314

000322

012767
004767

0000006

7%:

8$:
.

SP,RO
17
(SP)+,(SP)+

16%

5%
55
34
SZT.READY.ERR

2668

#1,RET.STATUS
43
PC,DECODE

RO
16$
#1,RETRIES
14%
#4,VEC.AD
#200,-(SP)
, = (SP)
#NXMI
=(SP)

VEC.AD, (SP)

#3,~(SP)

Pg.SET.INT.VECTOR
#1,R1

* ,RCM.REG

R1,2(RO)
#3,CMD.REF
#DM.10,BUF .DESCRPTR

RCM.REG,
*

RC25.ADDR,RO

#164,BYTE.COUNT

Pg.EX.SUP.PRG
R

8$
55
35

EXE.SUP.ERR

RO
4]
#10,SP
16$
#1,RETRIES
#4,CMD
. REF
#T1P,BUF .DESCRPTR
. COUNT
#2 ,8BYTE
PC,REC.DATA

JSR

2663
2665

TIP
PC,AZTEC.READY
RO

ROR
8(C

MoV
MOV
MOV
MoV

2659
2661

ggfl.RETRIES.SUP.RETRIES

#1,RET.STATUS

TRAP

; SP,+

NUM.RETRIES

BIT
BEQ
JSR

ADD

000010

000001 0000006
000004 0000006
0000006 0000006
000002 0000006

Movs
MOV

CLR
movse

0000006
000003

000001

TRAP

ROR
8LO

MOV

000004 0000006
000200
000000G

SERS .REALJZRCFA (11
ANA, 11REL
SU
CLAKSHM
SPID:ER

TEST SECTION

000001

SEQ 243

Page

PC,DECODE

SEQ 244

CZRCFAQ RC25 FR END TEST

IRCFA3

TEST SECTION

v01.0

ROR
B8CC

006000
103023
104455
000036
000001

0000006

000460
000464
000466
000472
000474

: Routine Size:

159 words,

000440
0000006
012767 000001
005767 0000006
001015
104455
000037
0000006
000000
104465
006000
103003
062706 000010
000420
012767 000001 0000006
062706 006010
0000006
032767 005001
001402
004767 0000006
005767 0000006
001402
000167 177342
012601
000207

000000
000004
000006
000010
000012

104466
006000
103773
000207

000000

177276

ROR

ADD
BR

MOV

TST
BNE

SE.DATA.ERR
#1,RET.STATUS
PC,DECODE

65
RO
108

#10,SP
16$

#1,RETRIES
TIP

2732
2733

.WORD
.WORD
.WORD

12%:
13%:
14%:

15%:
16$:

Routine Base:

7 words

TRAP
ROR
8CC
ADD
B8R

MOV
ADD
8IT

BEQ
JSR

TST
BEQ
JMP
MOV
RTS

#1 ,RETRIES
#10,SP
#1,RETRIES
1 5%
PC,DO.RETRIES
NUM.RETRIES
16%

23
(SP)+,R1

2726

2637

ACSCODE + 6324

.SBTTL

T10 TEST SECTION

JSR

8LO
RTS

BGNTST:

2719
2676
2724

TRAP
ROR

]

271
2714

2717

Base: ACSCODE + 7022
Routine
)
6 words, i
; Routine Size:
words
2
invocation:
stack
per
depth
; Maximum

:
:

2708

TRAP

; Maximum stack depth per invocation:

004767

L1
]

000010

—y

000452
000454

.WORD
.WORD
.WORD
8IT
BEQ
JSR
TRAP
B8CC

000432
000440
000444

9%:

000370
000372
000400
000404
000406
000410
000412
000414
000416
000420
000422
000424
000430

2706

TRAP

—-—

000326
000330
000332
000334

Pa?e 51
VAX=11 Bliss=16 V3=555
RCFA (11
REALIZ
11REL.
ANA.
SERS
: [LAKSHM
SPIDERSU

2730

Vo
O00

HiN
[o =

8-Jul-1
8-Jul=1

CZRCFAD RC25 FR END TEST
TEST SECTION

PV]

IRCFA3
v01.0

0O
©o Qo
W

VAX=11 Bliss=16 Vv3=555
1TREL .REAL
SERS
: [LAKSHMANA.
SPIDERSU

fee

{ TEST #11 - BUS ADDRESSING/DATA TEST A

g DESCRIPTION:
THIS ‘DIAGNOSTIC MACHINE'* PROGRAM ASKS THE PDP-11 PROGRAM TO FILL FREE

MEMORY (THAT MEMORY AVAILABLE TO THE PDP-11 PROGRAM THAT IS NOT BEING
USED BY THE PROGRAM OR THE PDP=-11 SUPERVISOR) WITH AN ADDRESSING
PATTERN (WRITE ADDRESS WITH ADDRESS) AND REPORT THE LOCATION AND SIZE
OF THE FREE MEMORY. EVERY LOCATION OF FREE MEMORY WILL BE READ AND

i
i
i
i

THE DATA CHECKED.

IF THE DATA DOES NOT COMPARE CORRECTLY, THE ADDRESS AND DATA

EXPECTED ARE REPORTED.

;

' TEST 11

if .SWP_TRACE then PRINTF (DBI"17);
NUM_RETRIES = ZERO;

whilg (.NUM_RETRIES lequ .SWP_RETRIES) do
egin

TIP

= 11;

i; AZTEC_READY ()

then

! GET AZTEC READY FOR OPERATION

begin

ERRDI (32, AZT_READY_ERR, 0,;
if .RET_STATUS then DECODE

else

();

CKLOOP;
RETRIES = TRUE,
end
begin

SET_INT_VECTOR ();

SET THE VECTOR ADDR., SERVICE

ROUTINE ADDR. AND INT. PRIORITY

COMMAND REFERENCE #

CMD_REF = 3;
BUF "DESCRPTR = DM 11;

BYTE_COUNT = 100+2;

DMCODE STARTING ADDRESS
BYTE COUNTS

it EX_SUP_PRG
then

§QE£7ATUS BIT INDICATES ERROR

ISSUE AN EXECUTE SUPPLIED -

()

beain

ERRDF (33, EXE_SUP_ERR, 0);
it

.RET_STATUS then DECODE

(),

CKLOOP;
RETRIES = TRUE:
end;

H_SADD = .FREE_MEM_ADDR;

! LO-BYTE FREE HOST MEMORY ADDRESS

SE Q@ 245

JzRCFA (11

B
TEST SECTION

TEMP
= .H_SADD;

SEQ 246
Pa?e 53
VAX-11 Bliss=16 V3-555
SPIDERSUSERS
: [LAKSHMANA. T1REL . REAL JZRCFA (11

LOAD START ADDRESS FOR INIT
TOTAL FREE HOST MEMORY SIZE
END OF FREE MEM ADDRESS
COMMAND REFERENCE 04
DESCRIPTOR ADDRESS

BUF_LENGTR
= MEM_S

H EADD = .H_ SADD = 2 + (.BUF _LENGTH*2);
= 4;
CMD_REF
BUF oescnpra H_SADD;
= 6;"
TOTAL BYTES TO BE TRANSFER
BYTE_COUNT
' INITIALIZE MEMORY BUFFER WITH A PATTERN BEFORE

ASKING DM CODE TO WRITE TO THE BUFFER

incru COUNT from .H_SADD to .H_EADD by 2 do
beqi

gMP X0'177777°;

TEMP
= .TEMP + 2;
end;

H_EADD = 0;

HIGH BYTE FREE MEMORY ADDRESS

it SEND_DATA ()

ISSUE SEND DATA COMMAND
¥Le£us BIT INDICATES ERROR

then

ERRDF (34, SND_DATA_ERR, 0);
it .RET_STATUS then DECODE

«);

CKLOOP;

YRYA

RETRIES = TRUE:

end;

PNPR P YR IR

CMD_REF = §;

BUF “DF SCRPTR
= TIP;

CLEAN THE BUFFER
SET BYTE COUNTS = 2

if REC_DATA ()
then

SENT A RECEIVE DATA COMMAND
STATUS BIT INDICATES ERROR
THEN

PR PR PE TRPE

BYTE_COUNT = 02:
begin

ERRDF

(35, RE_DATA_ERR, 0);

if .RET_STATUS then DECODE

R IR P
PR PN P
PN TR
PR P
PR TRNN T
AT ETR NN PR PR

8-Jul-1983 15:31:08
8~Jul=1983 14:46:50

CZRCFAQ RC25 FR END TEST

FE TR FE PR FE PR RN FE

IRYR PR TR PN FE TR FE PR PN PR FIE PN TN TN Y9

IRCFA3
v01.0

();

CKLOOP;
RETRIES = TRUE;

end;

;

)

EXAMINE THE FREE HOST MEMORY

TIP = 2;
if EXAM_DATA ()
then

ERgDr (36 BUFF _ERR, RC25$ERR_RPT);
CKLOOP;

RETRIES = TRUE;
end;

end;

ADDRESS CONTAIN OWN ADDRESS

IRCFA3
v01.0

CZRCFAQD RC2S FR END TEST

8=Jul=1983 15:31:08

e e 04 8090 %0 049,

TEST SECTION

8-Jul=1983 14:46:50

(.RETRIES)

(_NUM_RETRIES eqlu ZERO)

SEQ 247
VAX=11 Bliss=16 v3=555
Pa?e 54
RS .REALJZRCFA (11
11REL
RSUSE
: [LAKSHMANA.
SPIDE

then DO_RETRIES ();
then exitloop:

end;
return;

ENDYST;

0000006
000001

104417

000000G

NUM.RETRIES

ggfl.RETRIES.SUP.RETRIES

2755
2757

17%
#3,TIP
PC,AZTEC.READY

2759
2761

JMP
MOV
JSR

000470
000001
000430
000003

103575

CLR

cmpP

3%:

000000G

012767

TRAP

#DBM17,-(SP)
#1,-(SP)
SP,RO
17

000544
000013

ROR
8CC
TRAP
.WORD
.WORD
WORD
gég

0000006
A ¥

0000006G

5%:

0000006
0000006 0000006G

6%:

000310 0000006
0000006

JSR

00000056

MOV
JSR

#310,BYTE.COUNT
PC,EX.SUP.PRG

MoV

000001

000000G

#DM.11,BUF .DESCRPTR
RO

55
41
EXE.SUP.ERR
0

BIT
BEQ

#1,RET.STATUS
7%

TRAP
ROR

65
RO

JSR

8L0
MoV

2766

PC,DECODE

5%
178
#1 ,RETRIES
15%
#3,CMD.REF

ROR

2764

z;.RET.STATUS

BHIS
JMP
MoV
JMP
MOV

TRAP
LWORD
.WORD
.WORD

7%:

RO
6%
55
40
AZT.READY.ERR
O

ROR

0000006G

(SP)+,(SP)+

TRAP

B(CC

000001

273
2753

MOV
MOV
MOV

grgs

000001

;
:

11.SUP.TRACE

’°%:

0000006

R1,-(SP)

gé;

0000006 0000006G

0000006

012767
004767
006000
103020
104455
000041
0000006
000000
032767
001402
004767
104465
006000

1$:

$T11 TEST SECTION

000000G

LSBTTL
MOV

N
~

000001

$i111:

®e B Be 8¢ O 0

010146
032767
001407
012746
012746
010600

000216
000220
000222

PC,DECODE

17%
#1,RETRIES

2787

177777
000002
000002

000000G
0000006

9%:
10$:

0000006
0000006

MOV
ADD
ADD

CMP
BLOS
CLR
JSR
ROR
8((C

TRAP

000001

.WORD
.WORD
.WORD
BIT

0000906

0000006

118:

000001 0000006
000005 0000006
0000006 0000006
000002 0000006

12$:

0000006

000001 0000006
000002 0000006
0000006

MoV
MOV
MOV
MoV

JSR
ROR
8cC
TRAP
.WORD
.WORD

0000006

002001

BEQ
JSR
TRAP
ROR
BLO

13%:

.WORD
BIT
BEQ
JSR
TRAP
ROR

BLO

14%:

MOV
MOV

JSR
ROR
8CC

TRAP

000544

.WORD

RO
H.SADD
RO.H.EADD

#2 ,H.EADD
#4,CMD.REF
#H.SADD,BUF .DESCRPTR
#6 ,8YTE. COUNT
H.EADD ,R1

108
#-1,3TEMP

; *,COUNT

; COUNT,«
H.EADD
PC,SEND.DATA
RO
12%

55
42
SND.DATA.ERR
#1,RET.STATUS
11$
PC,DECODE

65
RO
17%

#1,RETRIES

#5,CMD.REF
#TIP,BUF .DESCRPTR
#2 ,BYTE.COUNT

N
oo
N
o

0000006
0000006

MOV
MOV
Mov
MOV
MOV

000002 0000006
000004 0000006
0000006 0000006
000006 0000006

ggF.LENGTH.RO

2790
2791
2792
2793

148

n
oo
N
o

0000006
0000006

FREE .MEM.ADDR,H.SADD
H.SADD, TEMP
MEM.S1Z,BUF .LENGTH

LIA
TR YR TN

8$:

MoV
MOV
MOV
MOV
ASL
ADD
MOV

000000G 0000006
000000G 0000006
0000006 0000006
000000G

016767
016767
016767
016700

SEQ 248
Pa?e

SERS .REALJZRCFA (11
ANA . 11REL
SU
LLAKSHM
SPID:ER
v,

TEST SECTION

VAX=-11 Bliss=16 v3-555

®e We

8-Jul-1983 15: 31:08
8-Jul=1983 14: 46:50

CZRCFAQ RC25 FR END TEST

IRCFA3
v01.0

SE.DATA.ENR
#1,RET.STATUS

138
PC,DECODE
65
RO
17%
#1,RETRIES
#2,T1P
PC,EXAM.DATA
RO
15%
55
44

2828

2831

2838

2836

2841

SEQ 249

Pa?e 56
VAX=11 Bliss=16 Vv3=-555
.REALIJZRCFA (11
ERS
11REL
NA.
SUS
[LAKSHMA
:
DER
SPI

CZRCFAQ RC25 FR END TEST
TEST SECTION

.WORD
.WORD

0000006
0000006

000616

104465
006000
103416
012767
032767
001402
004767
005767
001402
000167
012601
000207

000001

0000006

15$:

0000006

000000G
0000006

16%:

177220

178 :

TRAP
ROR
8LO
MOV
BIT
BEQ
JSR
TST
8EQ
JMP
MOV
RTS

BUFF .ERR
RC25SERR.RPT
65
RO
178
#1,RETRIES

H
:

2843
2848

NUM.RETRIES
178

2850

(SP)+ R

2731

2854

#1,RETRIES

16$

PC,DO.RETRIES

ACSCODE + 7036
Routine Base:
200 words,
: Maximum stack depth per invocation:
5 words

; Routt ine Size:

000000
000000
000004
000006
000010
000012

004767

T11::

177154

18:

104466
006000
103773

JSR

PC.$T11
66
RO
1%

TRAP
ROR

RTS

6 words,

Routine Base:

; Maximum stack depth per invocation:
2856

T11

8LO

000207

; Routine Size:

.SBTTL

!<BLF/PAGE>

2 words

TEST SECTION

ACSCODE + 7656

CZRCFAQ RC2S5 FR END TEST

IRCFA3

TEST SECTION
!
BGNTST;

gggz

i DESCRIPTION:
i
i
THIS TEST FIRST BRINGS AZTEC DRIVE READY AND ONLINE AND THEN
i
LOADS DM_12 PROGRAM VECTOR TO PORT CONTROLLER MEMORY. THEN
i
DOES THE FOLLOWING:
i
i
A. GIVE FREE MEMORY ADDRESS AND BUFFER SIZE TO DM CODE
i
AND ASK DM CODE WRITE A PATTERN OF ONE'S COMPLEMENT
i
OF ADDRESS AT THE ADDRESS AND EXPECTS TO RECEIVE

2865
2866

gggg

2869
2870
2871
2872
2873

!¢+

SUCCESS OR FAILURE CODE FROM DM PROGRAM. THEN CHECKS
MEMORY BUFFER FOR THE EXPECTED PATTERN AND REPORTS

]

ERROR IF ENCOUNTERED.

IF SUCCESS, ASKS DM CODE TO WRITE TO MEMORY A PATTERN

OF ALL ONES AND CHECKS FOR THE PATTERN IN MEMORY.

IF SUCCESS, ASKS DM CODE TO WRITE TO MEMORY A PATTERN
OF ALL ZEROES AND CHECKS FOR THE PATTERN IN MEMORY.

i
i
i
i

;

ONLY IF FAILURE ENCOUNTERED.

IF OPERATOR ASKS FOR RETRIES THE WHOLE TEST WILL BE RETRIED

2886

if .SWP_TRACE then PRINTF (DBM18);

2888

NUM_RETRIES = Z2ERO;

2890

while (.NUM_RETRIES lequ .SWP_RETRIES) do

! TEST 12

begin

2892

TIP

= 12;

if AZTEC_READY ()

2894

then

2895

begin

ERRDF (37, AZT_READY_ERR, 0);

2897
2899

it .RET_STATUS then DECODE ().

2901

CKLOOP;
RETRIES = TRUE;

2902

2903
2904

else

2906 !
g

2907
N

803008, 0,008%00,0,%:8,8,08, TR
e e 8y BeBsByBe%s Ve

2891

2912

2913

! GFT AZTEC READY FOR OPERATION
'

end

begin

SET_I%T_VECTOR ()

' SET THE VECTOR ADDR., SERVICE

! ROUTINE ADDR. AND INT. PRIORITY

' SEND DOWN LINE LOAD THE DM CODE AND EXECUTE THE DM PROGRAM WHICH IT WILL
! WRITE THE FREE HOST MEMORY WITH COMPLEMENT THE TESTING ADDRESS

CMD_REF = 3;

BUF TDESCRPTR = DM_12;

| COMMAND REFERENCE #

SEQ@ 250

Pa?e

. 11RELERS .REALJZRCFA (12
SUS
: CLAKSHMANA
SPIDER

% TEST #12 - BUS ADDRESSING/DATA TEST B

i
i
i
i

[0 ]
Qo

R I E N EEE I EEE

VAX=11 Bliss=16 v3-555

8-Jul=1983 14:46:50

2857
2858
2859
2860
%gg%

TR IR

P PR P TRPR N LR LN

N N Be Be B0 8 %0 00 %0 Ve @

v01.0

8~Jul=-1983 15:31:08

i DMCODE STARTING ADDRESS

;

gg}g

BYTE_COUNT= 202+2;

:
:

2916
2917

it EX_SUP_PRG ()
then

2921

g1n
ERRDF (38, EXE_SUP_ERR, 0);

2918
gg;g

;
;

:
:
:

2929

2930
2931
ggg%

5g§g

2936

2938

:
:

2937

5939

ggzg

532%

2945
2946

' BYTE COUNTS

' ISSUE AN EXECUTE SUPPLIED =
i IF STATUS BIT INDICATES ERROR

' THEN
i

CKLOOP;
= TRUE;
RETRIES
end;

incru COUNT from 0 to 2 do

ggg;

VAX=-11 Bliss=16 V3-555
SPIDERSUSERS: [LAKSHMANA.11REL

it .RET_STATUS then DECODE ();

2922
2923
2924
2925
2926

:
:
:
;
;

8-Jul-1983 15:31:08
8-Jul=1983 14:46:50

CZRCFAO RC2S FR END TEST
TEST SECTION

ZRCFA3
v01.0

M SADD= .FREE _MEM_ADDR;

! LO-BYTE FREE HOST MEMORY ADDRESS

BUF oescnprn H_SADD;

i DESCRIPTOR ADDRESS

TEHP = H_SADD?
! TOTAL FREE HOST MEMORY SIZE
BUF LENGTA = .MEM SIZ:
! END ADDRESS OF BUFFER
H_EADD= .FREE_MEM_ADDR = 2 + .BUF _LENGTH*2;
.
g SENT FREE HOST MEMORY ADDRESS AND IT LENGTH TO DM PROGRAM
! COMMAND REFERENCE 04
=
CMD_REF

BYTE COUNT = 06;

' INITIALIZE MEMDRY BUFFER WITH A PATTERN BEFORE

TOTAL BYTES TO BE TRANSFER

i ASKING DM CODE TO WRITE TO THE BUFFER

1ncru LOOP from .H_SADD to .H_EADD by 2 do

r?np = %0'125252°;

2944

TEMP= .TEMP + 2;
end;

2947

' HIGH BYTE FREE MEM ADDRESS
! ISSUE SEND DATA COMMAND
i STATUS BIT INDICATES ERROR

ggzg

H_EADD = 0;

:
:

2950
2951

it SEND_DATA ()
then

2955

2957

:
;
:

2959
2960
2961

:
:
;

2964
2965
sggg

CMD_REF = §;
BUFDESCRPTR= TIP;
BYTE_COUNT = 02;

! COMMAND REFERENCE #
i CLEAN THE BUFFER
i SET BYTE COUNTS = 2

:
:

2968
2969

it REC_DATA ()
then

' SENT A RECEIVE DATA COMMAND
i STATUS BIT INDICATES ERROR

;
;
:

:
:

81n
ERRDF (39, SND_DATA_ERR, 0);

2952
gggz

if .RET_STATUS then DECODE O);

2956

CKLOOP;

RETRIES = TRUE:

2958

5gg§

2970

' THEN
!

end;

| WAIT FOR ‘DONE'* SIGNAL FROM DM

begin

! THEN

SEQ 251

Pa?e 8
.REALIZRCFA (12

8-Jul=1983 15:31:08
8-Jul=1983 14:46:50

CZRCFAD RC2S FR END TEST
TEST SECTION

IRCFA3
v01.0
:

53;3

ERRDF (40, RE_DATA_ERR, 0);

%g;f

it .RET_STATUS then DECODE ();

2975

:
:

2977
2978

2980

' IF DM RETURNS FAILURE CODE

it .TIP nequ %0'104°

then

2981

i THEN ABORT DM PROGRAM

begin

ERRDF (41, DMC_ERR, 0);

;
:
:

2984
2985
2986

CKLOOP;
exitloop:;
end;

2988

RETRIES = TRUE:

2983

2989

290y

! REPORT ERROR

end;

2979

2987

| EXAMINE THE FREE HOST MEMORY

if .COUNT eqlu O then TIP = 1;

' ADDRESS CONTAINS COMPLEMENT

%33§

;

Sggg

3339

if .COUNT eqlu 1 then TIP = ALL_ONES;

;

gggg

if .COUNT eqlu 2 then TIP = ZERO;

3000

if EXAM_DATA ()

:
H
:

3003
3004
3005

;
:

:
:
:

gg?g

;

3011

3013

! OF ADDRESS

then

7001
3002

3006
3007
3008

end;

3012

' ASK DM CODE TO CONT.

end;

if (.RETRIES) then DO_RETRIES ();

gg}g

if (.NUM_RETRIES eqlu ZERD) then exitloop;

3019

end;

3021
3022

return;
ENDTST;

3020

! MEMORY PATTERN THIRD TIME

| SIGNAL DM TO CONTINUE TO EXECUTE THE PROGRAM

3014
gg}g

! MEMORY PATTERN SECOND TIME

begin
ERRDF (42, BUFF_ERR, RC2SSERR_RPT);
CKLOOP;
RETRIES = TRUE:
end;

K
:

SEQ 252

Page 59
.REALJZRCFA (12

CKLOOP;

2982

VAX=11 Bliss=16 Vv3=555
SPIDERSUSERS: [LAKSHMANA.11REL

RETRIES = TRUE:

2976

000000 004167 (000006
000004 032767 000001 0000006

$712:

LSBTTL

JSR
8IT

$T12 TEST SECTION

R1,$SAVE2
#1,SWwP.TRACE

:
:

2855
2886

SEO 253
?e 60
VAX=11 Bliss=16 v3=-555
SPIDERSUSERS:[LAKSHMANA. 1 1REL .REALJZRCFA (12

CFAO RC25 FR END TEST
T SECTION

8EQ

001407

MOV
MOV
MOV
TRAP

CMP
CLR

0000006
0000006 0000006

BLOS
RTS
MOV

000014 0000006
0000006

000001

0000006

000001
000540

000003

0000006

5%:

0000006

6$:

0000006 000000G
000624 0000006
0000006

JSR
ROR
BCC
TRAP
.WORD
-WORD
. WORD
BIT
BEQ
JSR
TRAP
ROR
BHIS
RTS
MoV
JMP
MOV
MOV
MOV

JSR
ROR
BCC

TRAP

000001

0000006

7%:

.WORD
.WORD
.WORD
BIT
BEQ
JSR
TRAP
ROR

BHIS

000001

0000006

0000006 0000006
0000006 0000006
0000006 0000006
0000006

000314

0000006
0000006
000002 0000006
000004 0000006
0000006 0000006
000006 0000006

83:
103

RTS
MOV

CLR
MOV
MOV
MOV
MOV

ASL
ADD
MOV

MoV
MOV
MOV

18
#DBM18,-(SP)
#1,-(SP)

SP,RO
17
(SP)+,(SP)+

SP,

2888
2890

NUM.RETRIES

ggfl.RETRIES.SHP.RETRIES
PC
#i6,T1P

2892
2894

zg.AZTEC.READY
6%
55
45
SZT.READY.ERR

2897

2899

#1,RET.STATUS
4$
PC,DECODE

RO
5%
PC

#3,CMD.REF
#DM. 12 ,BUF .DESCRPTR

2902
2894
2912
2913
2914
2916

9s
55

2919

#1 RETRIES

22%

#624 ,BYTE .COUNT

EXE.SUP.ERR
0

2921

#1,RET.STATUS
’$
PC,DECODE

PC
#1,RETRIES

R2
FREE .MEM.ADDR,H.SADD
H.SADD, TEMP
MEM.S17,BUF .LENGTH

Bgf.LENGTH,RO0
R

FREE .MEM.ADDR,RO
RO,H.EADD
#2 ,H.EADD
#4,CMD. REF

#H.SADD ,BUF .DESCRPTR
#6.BYTE.COUNT

COUNT

8-Jul=1983 15:31:08
8~Jul=1983 14:46:50

CZRCFAQ RC25 FR END TEST
TEST SECTION

0000006
0000006

101766

000001

0000006
0000006

128:

MOV
ADD
ADD
CMP
BLOS

0000006
000001
000005 0000006
0000006 000000G
000002 0000006
0000006

14%:

0000006

15%:

0000006
000001
000000G 000104

16$%:

+,LOOP

LOOP,
*

2945
2942

2953

#1,RET.STATUS
13$
PC,DECODE

2955

#1,RETRIES
#5,CMD
. REF

2958
2964
2965

8EQ
JSR

TRAP
ROR
BLO
MOV
MOV
MOV
MOV

JSR
ROR
8c(
TRAP
.WORD
.WORD
.WORD
BIT
8EQ
JSR
TRAP
ROR

MOV

CMP
8EQ

.WORD
-WORD
.WORD

0000006

EMP

TRAP
.WORD

TRAP

000001

2944

2948
2950

8IT
13%:

*,LOOP

H.EADD

.WORD
.WORD

000000G

12%

2942

CLR
JSR
ROR

0000006

000001

11%:

H.EADD ,R1

005067

125252
000002
000002

MOV
MOV

0000006
0000006

NA . 11RELERS .REALIZRCFA (12
SUS
: LLAKSHMA
SPIDER

Ve We

016701
016700
000410
012777
062767
062700
020001

VAX=-11 Bliss=16 Vv3-555

SEQ 254

Page

MOV
TRAP
ROR

PC,SEND.DATA
RO
14%

47
3ND.DA7A.ERR

65
RO
248

#T1P,BUF .DESCRPTR
#2,BYTE.COUNT
PC,REC.DATA

2968
2971

SE.DATA.ERR

2973

#1,RET.STATUS
15%
PC,DECODE

RO
24%

2976
2979

#1,RETRIES

TIP,#104
17%
55
51
DMC.ERR
0

2982

2983

#1,RETRIES

8CC

17%:

012767

000001
000001

0000006

177777

0000006

18%:

RTS
IST

BNE

MOV

CMP
BNE

MOV

: COUNT

2992

s COUNT,«

2996

000612
000616
000620
000624
000630
000632
000634

000636

000640
000642

000722

020227
001002
005067
004767
006000

19$%:

000002
0000006
0000006

20%:

103012
1046455

000052
0000006
0000006
104465
006000
103424
012767
005202
020227
101002
000167
032767
001402
004767
005767
001402
000167
000207

: Routine Size:

004767

CMP

BNE

CLR
JSR

ROR
B(C(
TRAP
.WORD
.UORD

000000G

21%:

000002
177336
000001

22%:

0000006

0000006
0000006

23$:

177114

234 words,

248:

Routine Base:

177050

104466
006000
103773
000207

7 words

T12::

18:

20%

INC

MoV

CMP

8HI
JMP

#1,RETRIES

R2 42
22%
108

; COUNT,«

2998
3000
3003

COUNT
COUNT ,»

3005
2927

3015

JSR
TST

PC,DO.RETRIES
NUM.RETRIES

3017

BEQ

B8EQ
JMP
RTS

238

248
2%
PC

2855

ACSCODE ¢+ 7672

LSBTTL

T12 TEST SECTION

JSR
TRAP
ROR
8LO

PC,$T12
66
RO
18
PC

Routine Base: ACSCODE + 10616
6 words,
nvocation:
2 words
1
per
; Maximum stack depth
end

eludom

0TS external references

.GLOBL

$SAVE4L, $SAVEZ, BLSSHF, BLSDIV

PSECT SUMMARY

Words

SPIDERSUSERS:CLAKSHMANA. 11REL .REALJZRCFA (12

#1,RETRIES

RTS

Psect Name

SEQ 255

Page

BIT

; Routine Size:

3023
3024
3025

VAX=11 Bliss=16 v3-555

TIP
PC,EXAM,DATA

ROR
BLO

.WORD

000001

R2 ,#2

RO
21
55
52
BUFF .ERR
RC2S5SERR.RPT
65
RO
248

TRAP

: Maximum stack depth per ‘nvocation:

000000
000000
000004
000006
000010
000012

8-Jul=-1983 15:31:08
8=-Jul=1983 14:46:50

CZRCFAD RC25 FR END TEST
TEST SECTION

IRCFA3
v01.0

Attributes

3021

SEQ 256

CZRCFAQ RC25 FR END TEST

IRCFA3

8-Ju

TEST SECTION

v01.0

SOWNS

AC$CCDE

-------- Symbols =======-

File

O.L16;1
ERS
11REL .REALJAZTEC
: [LAKSHMANA,SUS
SPIDER
523

l.oaded

Percent

COMMAND QUALIFIERS

®e

®a By

BLISS /PDP11/LIST ZRCFA3.B16/EN:NOEIS
Size:

Run Time:

Elapsed Time:

Page 63
VAX-11 Bliss~16 V3-555
NA. 11RELERS .REALJZRCFA (12
SUS
: [LAKSHMA
SPIDER

2253 code + 336 data words
00:53.6

02:45.0

Memory Used:
296 pages
Complete
Compilation

CZRCFAQ RC25 FR END TEST

IRCFAL
:

0001

8-Jul=1983 15:33:57
8-Jul=1983 14:47:41

IDENT = *'v01.0°',

000¢

:
:
:

0004
0005
8889

) =
BEGIN
ASE
'<BLF/LOWERC_KEY>

8883

Library 'AZTECO';

?2;8 fequire 'BLSMAC.REQ';

1500

1503

!++

1505
1506
1507
1508

!
!
!
!

THIS MODULE CONTAINS DM CODE FOR SOME OF THE TESTS
AS GLOBAL DATA. THE HOST PROGRAM WILL DOWN LINE LOAD
THESE TESTS IN AZTEC CONTROLLER'S MEMORY FOR EXECUTION.
THE DM CODE WAS FIRST ASSEMBLED AND LINKED UNDER RT

1510

THIS MODULE IS A COLLECTION OF ARRAYS FOR SPECIFIC

:
:

:
:
.
.
:

0003

1501
1502

1504

1509
1511

ADDRESSING_MODE (RELATIVE)

AND THEN MADE AS VECTOR ARRAYS BY USING DMCONV.EXE
TESTS.

1512

‘==

1514

!'<BLF/PAGE>

1513

' DIAGNOSTIC SUPERVISR LIBRARY

! AZTEC LIBRARY

Z%Zsbttl °'DM PROGRAM'®

Pa?e

NA . 11RELERS .REALJZRCFA (1)
SUS
: LLAKSHMA
SPIDER

MODULE ZRCFA4 (XTITLE °*CZRCFAQ RCZS FR END TEST®

VAX=11 Bliss=16 Vv3=-555

SEQ 257

B-ju -1983 15:33:57
8- u 1983 14:47:41

CZRCFAQ RC25 FR END TEST
DM PROGRAM

IRCFAL
v01.0

1515

}2}9

psect

global = DMSCODE(nowrite, noexecute, global, concatenate);

SEO 258
l
?
VAX=11 Bliss=16 V3=555
(2)
A
JZRCF
REAL
SPIDERSUSERS:[LAKSHMANA. 11REL.

1983
8-Jul-1983

%sbttl 'DM CODE DOWN LINE LOAD TEST'
DM_09 : vector_[93, word] preset (
= %0'000270', ' THIS IS THE DM PROGRAM BYTE COUNT.

)

! THIS 1S THE DM OVERLAY BYTE COUNT.

! NEXT 3 WORDS = PROGRAM NAME (ASCII)
! PROGRAM NAME IS 'TESTO09'
! THIS 1S THE PROGRAM VERSION

! UPPER BYTE=TIME OUT VAL. LOWER = FLAGS

) e e b

20'000000°,
20'000000°,
%0'000000°,
%0'04252¢4°,
%0°'052123°,
%0'036460°,
%0'000000°,
%0'126611°,
%0°'000000°,
20°'000000°,
%0°'000000°,

! DM CODE STARTS HERE

S
d el e L

b i
e
bt b b
e
)e e e e
e e o e e M

&H 8 & & D NN N N NN
HW N = OO0 NON N

o e Lo e L Lo i L Lo L Lo Lo L Lo L L

L L L

e i e i i

e eL

[l Lo f g L

NN
AT N RO RO NI RO NI ND PO PN b b b bk b b 3 2 2 O QO NP N S NNV = O
WA = OO 00NN\ SN
= O D 00 NON NS NN = O Lt i
i b e e i)

global

IV
AI
T
T
A
TAAT AT

J*WN—'OOONOV‘“WN—'OO@NO\hJ‘WN—'OOQ\IOV’!J\WN—‘OOQNO‘U’OS‘&NN—'OOONO‘U’J\WN—'OOQ

— —
W N N NN WWAN NINIAMNVNININONININ)

b b b nd b D b b b D D e D d d ek b D b D

b b b e

VI
A AT AT AT
LA
N TN WA AWM
I
VAL LA VAW
NN WNAVIVAVIWNES DSBS IS DS N 85 8 8
NNNNNOOOOONONON [o = O\

o md b e e b b ed o cd b b o o b md b b amd b d b b sd e e b b d b b o

EEME T

ETE

AE M

TA A

T TR

PR TR

R NE

TRTR TR

L XN X TR

E I EE

TR T P PR TR

PRPRI N LA

T A LR LN

N T

CZRCFAQ RC25 FR END TEST
DM CODE DOWN LINE LOAD TEST

%0'104201°,
20°'000003°,
%0°'060023",
20'103207°,
X0'177740°,
%0'115007°,
20'012756°,
%0'003003°,

20°114000°,
X0'003052°,
%0°104307°,
%0°'003032°,
%0'104301°,
20°'003033°,
%0°104302°,
20'003034°,
20'104203°,
20'003052°,
20°'060020°,
%0°'103207°,

20°177740°,
20'115007°,
%0°013007°,

%0°'104200°,
20°'000106°,

SEQ 259
3
VAX=11 Bliss=16 V3=555
(3)
RCFA
.REALJZ
ANA. 11REL
SERS
: CLAKSHM
SPIDERSU
Pa?e

IRCFA4
v01.0

RC25 FR END TEST
DOWN LINE LOAD TEST

%0'003040°,
%0°'003024°,
%0°104207°,
X0'003052°,

Zo 1064201°,
%0'003034",
20'106271°,

%0°053003".

20°117402°,
20'053015°,
X0°104200°,
X0°000104°
%0°'003040°
20°104207°,
20°003040°,

15°104201°,
20'000001°
%0°'060022".
%0°'060010°,
%0°000000°.
20°'000000°,
20'000000°',
20°'000012°,
20°'000000°',
20'000000°,
20'000000°,
20°000000°,
20'000000°,
20'000000°*,
20°'000000°,
20°000000°,
20'000000°,
20°'000000°,
20'000000°',
20'000000°,
%0'000000°,
20°144423",
20'000000*)

VAX-11 Bliss=16 Vv3-555
SPIDERSUSERS
: [LAKSHMANA.

SEQ 260

11REL. REALJZRC?A (3)

o (o Yo Yo Xo Ne NoNoNo Yo Lo Yo Yo Yo To To Lo Yoo oo Lo lo Lo oTon

W —~OVN
NO VIS WNI =0V~ VB

b b md i b b b D e o o e

b b e

b b

e e

b b o

b d D e e

b D

ViAW RRRRXRRRRXX W WA N NN RN AN NN NI PO NN N R NI PVUN) = = b ol
O&OOOOOOOOOO
OV
NN = O V0NN &N = O 000 ~NO

b b b e
e mmd b b o o
b e e

N PR XN P TR KR TN YN
FETE TR TR PR YR PR
YT E IR N A
XA
IRIR
TRTR L X Y ETR
PR PR TRYR TR
PR TR
P A PR TR
TR A
MR TA A
R
I E T E T AT R
AR
R I R
R
YR

8-Jul=-1983 15:33:57
8=Jul=1983 14:47:41

CZRCFAQ RC2S FR END TEST
NONEXISTENT MEMORY TEST

IRCFA4
v01.0

XIsbttl "NONEXISTENT MEMORY TEST®
global

DM_10 : vector [58,
= %0°000162°',
= %0'000000°,
1)
= %0'000000*',
(2]
= %0'000000°,
£3)
= %0°'042524',
(4]
= %0°052123°',
[S)

£6]
£7]
(8)
£9]
£10]
[11]
£12]
[13)
[14]
£15]
16]
£17)
[18]

=
=
=
=
=
=
=
=
=
=
=
=
=

%0°'030061°,
%0°'000000°*,
%0'126411°,
%0'000000',
%0'000000°,
%0°'000000°,
%0'000000°,
%0'000000',
%0'000000°,
%0°'000000°,
%0'106206°',
%0'003007°,
%0°'104207°,

£20]

%0°'104201°,

£19])

£21]
(22]
(23]
[24]
[25]
[26]
271
[28]
[29]
£30)
£31]

£32])
£33]

=
=
=
=
=
=
=
=
=
=
=

%0'177777',
%0'104202°,
%0'000001°,
%0'104203°',
%0°'003500°,
%0'060021°,
%0°'103207°,
%0'177740°,
%0°'104070°,
%0'002765°,
%0'104207°,

%0'104201°,

[43)
[44]

=
=
=
=
=
=
=
=
=
=
=

[46]

[34]
£35]
£36]
£37]
£38]
£39)
[40]
[41]
[42]

[45]

[47]
[48)
£49]
[50])
£51]
[52]

%0'160000°,

=
=
=
=
=
=

%0°'002765°,
%0°'000001°,
%X0°'060022°,
%0'060010°,
%0°'000000°,
%0'000000°,
%0°'000000°,
%0'000000°,
%0°'000000°,
%0°'000000°,

%0'000000°,
%20°'000000°,
%0'000000°,

%0'000000°,
%0°'000000°,
20°'000000°,
%0'000000°,
X0'000000°',
%0°'000000°,
%0°'000000°,

word) preset (
! THIS IS THE DM PROGRAM BYTE COUNT.

! THIS IS THE DM OVERLAY BYTE COUNT.

! NEXT 3 WORDS = PROGRAM NAME (ASCII)
! PROGRAM NAME IS °TEST10'
! THIS IS THE PROGRAM VERSION
! UPPER BYTE=TIME OUT VAL. LOWER = FLAGS

! DM CODE STARTS HERE

SEQ 261

Pa?e
5
VAX=11 Bliss=16 v3-555
(&)
A
JZRCF
.REAL
11REL
.
SERS
: [LAKSHMANA
SPIDERSU

CZRCFAQ RC25 FR END TEST
NONEXISTENT MEMORY TEST

IRCFAL
v01.0

1673
1674
1675
1676
1677
1678

£53]
[54]
£55]
[56]
[57]

=
=
=
=
=

%0°'000000*,
%0'000000',
%0°'000000°,
%0°'030037°,
%0'000000");

8-Jul8-Jul-

:57
1

SEQ 262
Pa?e
6
V3-555
VAX=11 Bliss=16
(&)
A
JZRCF
.REAL
11RELRS
RSUSE
: [LAKSHMANA.
SPIDE

SEQ 263
7
Pa?e
VAX-11 Bliss=16 v3=-555
NA., 11REL.REALIZRCFA (5)
SERS
: CLAKSHMZ
SPIDERSU

CZRCFAQ RC25 FR END TEST
BUS ADDRESSING/DATA TEST A

Hanun=—

: vector [100.'w ord] preset (
THIS 1S THE DM PROGRAM BYTE COUNT.
%0'000306°,
10'000080'.
! THIS IS THE DM OVERLAY BYTE COUNT.

20'000000°,
%0'126411°,
%0'000000°,

NEXT 3 WORDS = PROGRAM NAME (ASCII)
PROGRAM NAME IS 'TEST11'
THIS IS THE PROGRAM VERSION

LI L T

LTI

! UPPER BYTE=TIME OUT VAL. LOWER = FLAGS

%0'060023°,
20°'103207°,

20'177740°,
20'115007°,
%0°'012754°,
%0'003023°*,
20°'104200°,
20'000001°,

20°'003043°,
%0°104300°,
%0'003040°,
20'003044°,

U T U T LI LI L T T T T T T T

! DM CODE STARTS HERE

R
MR

) el e b
el e b

e b

e e e L el e

)

NN = OO 00 NON N IS AN = O el b e e b

) e ol el e e A
b e W

WA = OO 00 NN\

e bl b
el e

e e e

=2 OO 00 NOAW

o e

Lo L L Lo Lo Lo Lo Lom Lo L Lo Lo Lom L Lo Lo T e Lon Lo L g Lo Lo Lo L g Lo L Lo
L

NN NN NN N NN NN
£ B

o Lo L Lo Lm Lo Lo Lo Lo 1an Lan L L

dd-ld—.d—‘-ld—.dddd—ld—l—ld—-lfld—.—‘—.d-—.

NNNNNN NN NN NN NNNNNNSNNNNNNNNNY
AN AN AN AN NN RN N — b b b b = —b e ad b O
NN
W
—=OO
VB WA =000~ O VBN = OV

Tsbttl 'BUS ADDRESSING/DATA TEST A'

20'115400°,
20'003046°,

CZRCFAQ RC25 FR END TEST
BUS ADDRESSING/DATA TEST A

e
L
A
e e e

U m U U
U
U

St e e o A

) e e e e

el el e e

i Ao

e e el e e e

00000000000 Q000000000

[ L L L Law Lae L Lo Low Lo Lo L L Lam Lan Lom Lo Ton Lo Ton Ton Lo Lo L L

NN NNNN NNNNNNNN ~
(e Yo Yo Yo Yo JV, IV AV IV IV AV IV IV IV ] v
&H W) = OO0 NO NS N puiry o

FETE
ST
AR E
AR IR IR
I LN K [P EIR
PRP TR NI
PR PRYR
T A TR IR A TR

%0'105200°,
20'000002°,
20'003040°,
20°'104300°,
20'003040°,
20'003044°,
20'002764°,
20°104200°,
20'000106°,
%0'003045°,
20'003032°,
%0'104200°,
%0'000104°,
20°'003045°,
%0°106207°,
20'003045°,
20°104201°,
%0'000001°,
X0°'060022°,
20'060010°,
20'000000°,
%0'000000°,
20'000000°,
20'000000°,
20'000000°,
20'000000°,
20°'000000°,

[

AN E A S

765

20°'106200°,
20°'000012°,

b e e el e

)

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1

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Pa?e
VAX=-11 Bliss=16 V3=555
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(IR

O L I

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%0'000000*,

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Pa?e
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ANA. 11REL .REALJZRCFA (6)
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: LLAKSHM
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SEQ 265

CZRCFAD RC25 FR END TEST
BUS ADDRESSING/DATA TEST B

ZRCFAG
v01.0
1841

;

1862

1847

:
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:
:

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[60]
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[88]
[891
[90]
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=
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[55]
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1852
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:
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1860

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%0'003000°.
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%0°'104203',

8-Jul-1983 15:33:57
8-Jul-1983 14:47:41

SEQ 266

Page 10
VAX=11 Bliss=16 V3-555
.REALJZRCFA (6)
11REL
KSHMANA.
SPIDERSUSERS:CLA

CZRCFAQ RC25 FR END TEST

IRCFAL

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20°115400°,
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] S

[

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b d b b D oo

O DO O O O O OO OO 0000 OVOVOVOOVOVOVOO0 00 OO V0V OO0
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v01.0

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8-J

8- J

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VAX=11 Bliss=16 V3=555

SEQ 267

Pa e

NA, 11RELERS .REALJZRCFA (6)
SUS
: [LAKSHMA
SPIDER

SEQ 268

12
VAX-11 Bliss=16 Vv3=555
(6)
RCFA
REALJZ
11REL.
ANA.
SERS
: LLAKSHM
SPIDERSU
Pa?e

CZRCFAQ RC25 FR END TEST
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IRCFAL
v01.0

%0°'023063",
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%0'0600
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OO VOV VO VOO0 0000 0000000000 00000000 N N NN NNNNNN
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691

eludom
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/v01.0/

RO,

GBL

CZRCFAQ RC25 FR END TEST
BUS ADDRESSING/DATA TEST B

IRCFAL
v01.0

000026
000030

000032
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SEQ 269
12
Pa?e
VAX-11 Bliss=16 Vv3=-555
(6)
ZRCFA
ANA. 11REL .REALJ
SERS
: [LAKSHM
SPIDERSU

000000
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000204
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126411

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[ttt
e

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000210
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VAX-11 Bliss=16 V3-555

CZRCFAQ RC25 FR END TEST
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IRCFAL

v01.0

000272

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000432
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000444
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000450
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000466

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SEQ 271

11REL. REALJZRC?A (6

SEQ 272

CZRCFAQ RC25 FR END TEST
BUS ADDRESSING/DATA TEST B

IRCFA4L
v01.0

000554

Pa?e 16
VAX=11 Bliss=16 V3=555
CFA (6)
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NA. 11REL
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: [LAKSHMA
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104300

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CZRCFAQ RC25 FR END TEST
BUS ADDRESSING/DATA TEST B

IRCFAL
v01.0

VAX=11 Bliss=16 V3=555

SEQ 273

Page

SPIDERSUSERS:[LAKSHHANA.11REL.REALJZRC?A (6)

.WORD
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003002
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114: 47: 4
8-Jul- 1983

CZRCFAQ RC25 FR END TEST
BUS ADDRESSING/DATA TEST 8

VIS
BB WWNWNWNG

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b od
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SEQ 274

Page 18
VAX-11 Bliss=16 V3=555
SPIDERSUSERS: CLAKSHMANA.11REL .REALJZRCFA (6)

001302

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001312
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001316
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BUS ADDRESSING/DATA TEST B

IRCFA4L
v01.0

6
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VAX=11 Bliss=16 V3=555

SPIDERSUSERS: [LAKSHMANA. 11REL .REAL]

SE @ 275
age 19

meFA (6)

8=Jul=-1983 15:33
8=Jul=1983 14:47

CZRCFAO RC2S FR END TEST
BUS ADDRESSING/DATA TEST B8

IRCFAL

v01.0

002777
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Psect Name

DM$CODE

words

Attributes

RO,

453

GBL,

REL,

CON

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-------- Symbols =====---

Blocks

SE Q 276

20
VAX=11 Bliss=16 V3-555
(6)
A
NA. 11REL .REALJZRC
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: [LAKSHMA
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SEQ 277
21
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CZRCFAQ RC25 FR END TEST
BUS ADDRESSING/DATA TEST B
Loaded

1
ERS
11REL.REALJAZTECO.L16;
: [LAKSHMANA .SUS
SPIDER

523

Total

COMMAND QUALIFIERS

BLISS /PDP11/LIST ZRCFA4L.B16/EN:NOEIS
Run Time:

0 code ¢+ 453 data words
00:23.9

Memory Used:

196 pages

€Elapsed Time:

00:56.1

Compilation Complete

8-Jul=1983 15:34:55

IRCFAS

1983 14:50:06

0001

BECLIN

0004
0005
?282

!
!
REQUIRE ‘'BLSMAC.REQ’;

LIBRARY 'AZTECO*;

1498

XSBTTL °LAST ADDRESS AND SETUP SECTION'

1500

BGNSETUP (0);

101

LASTAD;

ENDSETUP;

TITLE

000000
000000

000002
000004

000000

ZRCFAS LASTAD AND SETUP

000004°*

.PSECT
BLSLAS::.WORD

$XYZ$,
TSFREE

000000

TSFREE::.WORD

000004 °
000000

LSLAST==
TSPTHV==

000207

.SBTTL
SEND.LINs;;

WORD

000000C

<<TSFREE-<BLSLAS+4>>/2>
BLSLAS+4
0
SEND.LINK LAST ADDRESS AND SETUP SECTION

; Routine Size: 1 word,
Routine 3ase: $xXYZ$ + 0006
: Maximum stack depth per invocation: 0 words
:
;

1502
1503

1504

END

ELUDOM

PSECT SUMMARY

:
Psect Name
$xYZ$

A
LA TR TEIE

Words
4

Attributes
RO, I .,

REL,

LCL,

CON

L IBRARY STATISTICS

RN X

E
;

S
File

A, 11RELERS .REALJZRCFA (1)
SUS
: CLAKSHMAN
SPIDER

XTITLE 'LASTAD AND SETUP’

}239
16499

SEQ 278

Pa?e

MODULE ZRCFAS =

0002

0003

VAX=11 Bliss=16 v3-555

meeeees Symbols =======Percent
Loaded
Total

SPIDERSUSERS : [LAKSHMANA, 11REL .REALJAZTECO.L16;1

503

Blocks
Read

1496

COMMAND QUALIFIERS

BLISS /PDP11/L1IST ZRCFAS.B16/EN:NOEIS

:
: Size:

Run Time:

* Elapsed Time:

1 code + 3 data words
00:

00:15.1

: Memory Used:
103 pages
: Compilation Complete

(=23,
oW

i
o

—b

8-Jul8-Jul-

—a

LASTAD AND SETUP
LAST ADDRESS AND SETUP SECTION

bl
00 0o

IRCFAS

6
-

SEQ 279
Pa?e
2
VAX=11 Bliss=16 v3-555
(1)
A
JZRCF
REAL
.
11REL
SERS
[LAKSHMANA.
:
ERSU
SPID

CZRCFA.EXE

Memory allocation mag TKB M40.02
146

8-JuL-83

SEQ 280

Page 1

Partition name : DUMMY

Identification : v01.0
Task UIC
: £300,10)
Task attributes: =HD
Total address windows:

Task
image size
: 17128 uords
Task address Limits: 002000 061247

R-W disk blk Limits: 000002 000061 000060 00048.
et Root segment: ZRCFA1

R/W mem Limits: 002000 061247 057250 24232.
Disk blk Limits: 000002 000061 000060 00048.
Memory allocation synopsis:

Title

Section

Ident

AB$COD: (RO, I,LCL,REL,CON)

002000 000000 00000.
002000 001260 00688.
002000 000232 00154. ZRCFA1 v01.0
002232 001026 00534. ZRCFA2 v01.0
003260 015132 06746.

AC$COD: (RO, I,LCL,REL,CON)

020412 010632 04506.

. BLK.:(RW,I,LCL,REL,CCN)
AAS$COD: (RO, I,LCL,REL,CON)

BL$COD: (RO, I,LCL,REL,CON)
DM$C0OD: (RO,D,GBL ,REL ,CON)

$GLOBS: (RO,D,GBL .REL,CON)
$OWNS$ : (RW,D,LCL,REL,CON)
$PLITS$:(RO,D,GBL ,REL,C(ON)

$xvZ$ :(RO,I,L{L,REL,CON)

File
ZRCFA1.0BJ;1
ZRCFA2.0BJ;1

003260 015132 06746. IRCFA2 V01.0

ZRCFA2.0BJ;1

ZRCFA3 v01.0

ZRCFA3.0B8J:1

B16MUL v3.0
B16SAV V3.0

NEISLB.OLB:4
NEISLB.OLB;&

ZRCFA4 V01.0

ZRCFA4.0BJ;1

ZRCFA1 v01.0

ZRCFA1.08J;1

41616 001240 00672. ZRCFA3 v01.0
062656 016360 07408.
042656 016360 07408. ZRCFA1 v01.0
061236 000010 00008.
061236 000010 00008. ZRCFAS NONE

ZRCFA3.0B8J:1

0206412 010632 04506.
031244 000426 00276.
031244 000316 00206.
031562 000106 00070.
031670 001612 00906.
031670 001612 00906.
033502 005714 03020.
033502 005714 03020.
041416 001240 00672.

ZRCFA1.08J;1

ZRCFA5.08J;1

SEQ 281

Global symbols:

ADAPTO 042714<R

BLSDIV 031470-R

BYTE.C 041270-R

CLK.ST 035530-R

DATA1

061302-R

DBM14

044614-R

DBM22

045256=-R

AHEAD. 050674=R

BLSLAS 061236-R

BYT.CN 041406-R

CLK.TY 035522-R

DATA2

041304-R

DBM15

044650-R

DBM23

045324-R

AVAILA 011762-R

BLSMOD 031502-R

B.MASK 041321-R

CLOCK. 003530-R

DATA3

041306-R

DBM16

044712-R

DBM24

045406-R

AVERAG 016344-R

BLSMUL 031244-R

CANCEL 041346-R

CMD.RE 041266-R

DATAS

041310-R

DBM17

044756-R

DBM25

045452-R

AZP.IN 005110-R

BLSSHF 031514<R

CHEAD. 050764=-R

CMD.SL 041350-R

DBM1

044010-R

DBM18

045026-R

DBM26

045510-R

AZTEC. 017500-R

BRERR

050132-R

CLK.AD 035520-R

COM.AR 035546-R

DBM10

044410-R

DEM19

045076-R

DBM27

045554=R

AZT.IN 004236-R

.E 047662-R
BUFF

CLK.CS 035524-R

CONTRO 042746-R

DBM11

044452-R

DBM2

044110-R

DBM28

045614<R

AZT.RE 052216-R

BUF .DE 041264-R

CLK.HE 035526-R

CTO.ER 050632-R

DBM12

044520-R

DBM20

045136-R

DBM29

045664-R

BHEAD. 050730-R

BUF .LE 041374~R

CLK.IN 003276-R

DATA.X 016764=R

DBM13

044560-R

DEM21

045206-R

DBM3

044124-R

SEQ 282
CZRCFA, EXE
IRCFAT

Memory allocation ma g TKB M40.02
1 :46
8-JuL-83

Page 2

DBM30

045724~R

ERR.02 046450-R

LSAU

003250-R

LSNDHW 002176-R

MSG.TK 051054-R

QsT12

043612-R

SMSCP. 061204=-R

DBM31

045762-R

EXAM.D 016522-R

LSAUT

002070-R

LSNDSF 002416-R

MSG.WR 052062-R

asT13

043640-R

SND.DA 052316-R

DBM32

046024=R

EXE.SU 052256-R

LSAUTO 003142-R

LSNDSW 002222-R

MSG.01 046372-R

QsST14

043664-R

SND.EN 037764=R

DBM33

046060-R

EX.SUP 006464-R

L$CCP

002106-R

LSPRIO 002042-R

MSG.1

047254-R

QsT15

043736-R

SWITCH 041324-R

DBM34

046100-R

FAL.CO 041402-R

LSCLEA 003224-R

LSPROT 002224-R

MSG.10 047506-R

ast2

043100-R

SWP.CO 002214=-R

DBM35

046122-R

FIND.C 003344-R

L$CO

002112-R

MSG.11 047554=R

QsT13

043110-R

SWP.EN 002210-R

DBM36

046146-R

FMTSA

047162-R

LSDEPO 002011-R

LSREPP 002062-R

MSG.13 047612-R

QsTé

043122-R

SWP.L: 002204-R

DBM37

046210-R

FMTSC

046516-R

LS$DESC 002256-R

LSREV

002010-R

MSG.14 047634=R

QsTé

043146-R

SWP.MA 002216-R

DBM38

046254-R

FMT1

046524-R

LSDESP 002076-R

LSRFT

002440-R

MSG.17 050210-R

Qs17

043220-R

SWP.RE 002212-R

DBM39

046314-R

FMT2

046670-R

LSDEVP 002060-R

LSSFTL 002366-R

MSG.18 050256-R

QsT8

043310-R

SWP.ST 002206-R

DBM4

044136=R

FMT3

046670-R

L$DISP 002124-R

L$SOFT 002370-R

MSG.19 050334-R

QsT9

043330-R

SWP.TO 002202-R

DBMS

044152-R

FMT4

046764~R

LSDLY

002176-R

L$SPC

047304-R

0s10.1 04342¢-R

SWP.TR 002220-R

DBM6

044166~R

FMTS5

047022-R

LEDTP

002040-R

L$SPCP 002020-R

MSG.20 050372-R

@s10.2 043456-R

TEMP

041414-R

DBM7

044200-R

FMT6

047102-R

LSDTYP 002034-R

L$SPTP 002024=-R

MSG.21 050440-R

RANDOM 016264-R

TICKS

041272-R

DBM8

044244-R

FREE.M 041364-R

L$DU

003236-R

L$STA

002030-R

MSG.28 050504-R

RCV.DA 034520-R

TIME

042660-R

DBM9

044326-R

FRU

042664-R

LS$DUT

002072-R

L$SW

002202-R

MSG.29 050532-R

RC.STR 060210-R

TiP

041300-R

002032-R

LSPRT

002056-R

MSG.2

DECODE 017764~R

GET.CM 015464-R

LSOVTY 002232-R

LSSWLE 002200-R

MSG.30 050572-R

RC25S$E 003554=R

TSFREE 061242-R

DFPTBL 002166-R

GET.RE 015532-R

LSEF

002052-R

LSTEST 002114-R

MSG.7

047334-R

RC25.A 035540-R

T$PTHV 000000

DHEAD. 051020-R

GET.UN 014770-R

-R
LSENVI 002044

LSTIML 002014-R

MSG.8

047406-R

RC25.D 035542-R

021122-R

DMC.ER 047740-R

GP$1

002320-R

LSERRT 002154-R

LSUNIT 002012-R

MSG.9

047450-R

READ.C 013310-R

110

027434-R

DMC.TE 041404-R

GP$2

0023%0-R

LSETP

002102-R

MANU.S 041322-R

NUM.RE 041376-R

READ.F 014166-R

TMm

030270-R

DM.ADD 017244-R

GP$3

002340-R

LSEXP1 002046-R

MECHAN 043032-R

NXMI

003260-R

RECEIV 035760-R

112

031230-R

DM.REC 041410-R

GP$4

002352-R

LSEXP4 002064-R

MEM.SI 041366-R

ON.LIN 012376-R

REC.DA 010270-R

021346-R

DM. XMT 041412-R

GP$5

(02370-R

LSEXPS 002066~-R

MINUTE 041276-R

PFE.ER 050654-R

REC.EN 035764-R

022144-R

DM.09

031670-R

GP$6

002402-R

LSHARD 002320-R

MSGADR 041314-R

PFE.ST 054376-R

REC.ST 015744-R

Té4

022760-R

OM.10

032162-R

GP$7

002410-R

LSHIME 002120-R

MSG.AD 051364-R

PRTSFR 004040-R

RES.SL 0641352-R

024314-R

11
DM.

032346=-R

HEAD.A 035756-R

L$HPCP 00201€-R

MSG.AV 052146-R

P.BR.L 002172-R

RETRIE 041400-R

025310-R

SEQ 283

032656-R

HWP.TA 033516-R

LSHPTP 002022-R

MSG.BU 051320-R

P.IP.A 002166=-R

RET.ST 041344-R

025600-R

DO.RET 017674-R

H.EADD 041372-R

L$HRDL 002316=-R

MSG.CO 051746-R

P.MASK 041320-R

RET.UN 041326-R

026150-R

DRIVE. 043002-R

H.SADD 041370-R

LSHW

002166-R

MSG.DA 051432-R

P.UNIT 002174~R

RE.DAT 052354=-R

026722-R

DUP.MS 015600-R

INIT.C 005706=-R

LSHWLE 002164-R

MSG.ER 051514-R

P.VECT 002170=-R

RINGBA 035556=-R

UNIT

035532-R

DSPCNT 002122-R

INI.MS 047776-R

LSICP

002104-R

MSG.HS 051546-R

0641330-R

033502-R

VEC.AD 035536-R

EMSG.S 054722-R

1.AM.N 041312-R

LSINIT 003130-R

MSG.LB 051134-R

0641332-R

RT.TAB 033514=R

WRT.PR 017266-R

END.LB 041316-R

LBN

041354-R

LSLADP 002026=-R

MSG.PT 052000-R

041334-R

SDUP.S 060542-R

XMT.DA 033520-R

END.MS 050060-R

LBN.ED 041360-R

LSLAST 061242-R

MSG.OW 047220-R

0641336-R

SECOND 041274=R

SEND.L 061244-R

ERRBLK 002162-R

LBN.ST 041356-R

L$LOAD 002100-R

MSG.RE 051646-R

041340-R

SEND.D 007446-R

$SAVE2 031562-R

ERRMSG 002160-R

LBN.SZ 041362-R

LSLUN

002074-R

MSG.SA 051672-R

0641342-R

SEND.R 035762-R

$SAVE3 031576-R

ERRNBR 002156-R

LOG.UN 035534-R

LSMREV 002050-R

MSG.SE 051472-R

QST1

043064=-R

SET.CN 011112-R

$SAVESL 031614-R

ERRTYP 002154-R

LSACP

002110-R

LSNAME 002000-R

MSG.ST 051240-R

QST10

043346-R

SET.IN 015672-R

$SAVES 031634-R

ERR.OT1 046424-R

LSAPT

002036-R

LSNDHR 002364-R

MSG.SU 051576-R

QST11

043536-R

SFPTBL 002202-R

tM.12

»e+ Task builder statistics:

Total work file references: 62863.

work

Work

file

file writes: 0

Size of core pool: 5486. words (21. pages)
Size of work file: 3584. words (14. pages)

Elapsed time:00:00:20

SEQ 284
CZRCFA

CREATED BY

TkB

ON 8-JUL-B3 AT 15:46

GLOBAL CROSS REFERENCE

CLK.AD
CLK.CS
CLK.HE

CLK.IN
CLK.ST
CLK.TY
CLOCK.
CMD.RE
CMD.SL
COM.AR
CONTRO
CTO.ER
X
DATA.

DATA1
DATA?

DATA3
DATA4
DBM1

DBM10
DBM11
DBM12
DBM13
DBM14
DBM15
DBM16
DBM17
DBM18
DBM19
DBMZ2

041264-R
041374-R

041270-R
041406-R
041321-R
041346-R
050764-R
035520-R
035524-R

035526-R
003276-R
035530-R
035522-R

003530-R
041266-R
041350-R
035546-R
042746-R

050622-R
016764-R
041302-R
041304-R
041306-R
041310-R
044010-R

044410-R
044452-R
044520-R
044560-R

044614-R
G44650-R

044712-R
044756-R
045026-R
045076-R
044110-R

RN RN

050132-R
047662-R

BUFF .E
BUF .DE
BUF .LE
BYTE.C
BYT.(N
B8.MASK
CANCEL
CHEAD.

031244-R
031514-R

BLSLAS
BL $MOD
BL$MUL
BLSSHF
BRERR

042714-R
050674-R
011762-R
016344-R
005110-R
017500-R
004236-R
052216-R
050730-R
031470-R
061236-R
031502-R

RRRRRRRRRR

ADAPTO
AHEAD.
AVAILA
AVERAG
AZP.IN
AZTEC.
AZT.IN
AZT.RE
BHEAD.
BLSDIV

REFERENCES...

R R

VALUE

SYMBOL

IRCFA1
ZRCFA1
IRCFA2
ZRCFA2
IRCFA2
IRCFA2
ZRCFA?
IRCFA1
IRCFA1
B16MUL

IRCFAS

B16MUL
B16MUL
B16MUL
ZRCFA1
ZRCFA1
IRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
IRCFAT
Z{RCFA1

IRCFA1
ZRCFA1
ZRCFA1
IRCFA2
IRCFA1

ZRCFA1
IRCFA2
ZRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
IRCFA2
IRCFA1
ZR(FA1
ZRCFA1
IRCFA1

IRCFA1
ZRCFA1
IRCFA1

IRCFA1
IRCFA1
ZRCEAT
ZRCFA1

ZRCFA1
IRCFA1
IRCFA1
IRCFA1
IRCFA1

IRCFA2
IRCFA3
ZRCFA3
IRCFA3
IRCFA3
IRCFA3
IRCFA3
IRCFA3
IRCFA3
IRCFA2
IRCFA2
IRCFA2
IRCFA2
IRCFA3
IRCFA3
IRCFA2
IRCFA2
ZRCFA2
IRCFA2
IRCFA?
ZRCFA2
IRCFA3
IRCFA2
ZRCFA2
IRCFA2
IRCFA2
IRCFA?

IRCFA3
IRCFA2
IRCFA2
IRCFA2
ZRCFA2
IRCFA2
IRCFA3
IRCFA2
IRCFA2
IRCFA2
IRCFA2
IRCFA2
IRCFA3
IRCFA3
IRCFA3
IRCFA3
IRCFA3
ZRCFA3
IRCFA3
IRCFA3
IRCFA3
ZRCFA3
IRCFA2

ZRCFA3

IRCFA3
ZRCFA3
IRCFA3
ZRCFA3
IRCFA3
ZRCFA3

IRCFA3
IRCFA3
IRCFA3

IRCFA3
IRCFA3
IRCFA3
IRCFA3

IRCFA3
IRCFA3
IR(FA3
IRCFA3

CZRCFA

CREATED BY

ON 8-JUL-83 AT 15:46

TkB

SYMBOL

VALUE

REFERENCES.

DBM20
DBM21
DBM22
DBM23
DBM24
DBM25
DBM26
DBM27
DBM28
DBM29
DBM3
DBM30
DBM31
DBM32
DBM33
DBM34
DBM35S
DBM36
DBM37
DBM38
DBM39
DBM&
DBMS
DBM6
DBM7
DBM8
DBM9
DECODE
DFPTBL
DHEAD.
DMC.ER
DMC.TE
DM.ADD
DM.REC
DM.XMT
DM.09
DM.10
DM.11
DM.12
DO.RET
DRIVE.
DUP.MS
DSPCNT
EMSG.S
END.LB
END.MS
ERRBLK
ERRMSG

045136-R
045206-R
045256-R
045324=R
045406-R
045452-R
045510-R
045554-R
045614-R
045664-R
044124-R
045724-R
045762-R
046024-R
046060-R
046100-R
046122-R
046146-R
046210-R
046254-R
046314~R
044136-R
044152-R
044166-R
044200-R
044244-R
044326-R
017764-R
002166-R
051020-R
047740-R
041404=R
017244-R
041410-R
041412-R
031670-R
032162-R
032346-R
032656-R
017674-R
043002-R
015600-R
002122-R
054722-R
041316-R
(050060-R
002162-R
002160-R

# ZRCFA1
# ZRCFA1
# ZRCFAI
# ZRCFAI
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZR(FA]
# ZRCFA1
# ZR(FA
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZR(FA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA2
# ZRCFA1
# ZR(FA1
# ZRCFA1
# ZRCFA1
# ZRCFA2
# ZRCFA1
# ZRCFA1
IRCFA3
IRCFA3
IRCFA3
IRCFA3
# ZRCFA2
# ZRCFAl
# ZRCFA2
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZR(CFA1
# ZRCFA1
# ZRCFA1

ERRNBR
ERRTYP
ERR.01
ERR.02

002156-R
002154-R
(046424-R
046450-R

# ZR(FAI
# ZRCFA1
# IRCFA1
# ZRCFA1

PAGE 2
CREF

GLOBAL CROSS REFERENCE

ZRCFA3
ZRCFA3
IRCFA3
IRCFA3
IRCFA3
IRCFA3
ZRCFA3
ZRCFA3
IRCFA3
IRCFA3
IRCFA2
ZRCFA3
IRCFA3
ZRCFA3
IRCFA2
IRCFA?
IRCFA2
IRCFA3
ZRCFA3
IRCFA3
IRCFA3
ZRCFA2
ZRCFA2
IRCFA2
ZRCFA3
ZRCFA3
ZRCFA3
ZRCFA3
ZRCFA3
ZRCFA3
IRCFA2
ZRCFA3
IRCFA2
ZRCFA2
# IRCFA4
& ZRCFA4
# IRCFA4
& IRCFA4
IRCFA3
ZRCFA2

ZRCFA2
IRCFA2
ZRCFA3

IRCFA2
IRCFA2

ZRCFA3

SEQ 285
VOl

CZRCFA
GLOBAL

CREATED BY

TkB

ON 8-JUL-83 AT 15:46

SYMBOL

VALUE

REFERENCES...

EXAM.D
EXE.SU
EX.SUP

016522-R
052256-R
006464~R
041402-R
003344~R
047162-R
046516=R
046524=R
046610-R
046670-R
046764~-R
047022-R
047102-R
041364-R
042664~R
015464-R

# ZRCFA2
# ZRCFA1
# ZRCFA?
# ZRCFA1
# ZRCFA2
# ZRCFA1
# ZRCFA1
# 2RCFA1
# ZRCFA1
# ZRCFA1
# ZIRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA2

IRCFA3
IRCFA3
IRCFA3
IRCFA?
IRCFA3
IRCFA2
IRCFA?
IRCFA3
ZRCFA2
IRCFA2
IRCFA3
IRCFA3
ZRCFA3
IRCFA2
ZRCFA2
ZRCFA3

014770-R
002320-R
002330~-R
002340-R

# ZRCFA2
# ZRCFA2
# ZRCFA2
# ZRCFA2

ZRCFA3

# ZRCFA1

ZRCFA2

ZRCFA3

# ZR(FA1
# ZRCFA1
# ZRCFA2
# ZIRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1

IRCFA2
IRCFA2
IRCFA3
ZRCFA3
IRCFA2
ZRCFA2
IRCFA2
IRCFA2
IRCFA3
IRCFA2

ZRCFA3
ZRCFA3

FAL.CO
FIND.C

FMTSA
FMTSC
FMT1
FMT2

FMT3
FMT4

FMTS

FMT6
FREE.M
FRU

GET.CM
GET.RE
GET.UN
GP$1

GP$2
GP$3
GP$4
GP$5

GP%$6
GP$7

HEAD.A
HWP.TA
H.EADD
H.SADD

INIT.C
INI.MS
l.A".N
LBN
LBN.ED
LBN.ST

LBN.SZ
LOG.UN
LSACP
LSAPT
LSAU
LSAUT
LSAUTO
LSCCP
LSCLEA
L$CO
LSDEPO
LSDESC
LSDESP
LSDEVP
L$DISP
LSDLY
LSDTP

015532-R

002352-R
002370-R
002402-R
002410-R

035756-R
033516-R

041372-R
041370-R
005706-R
047776-R
041312-R
041354=R
041360-R
041356-R
041362-R
035534-R

002110-R
002036-R
003250-R
002070-R
003142-R
002106-R
003224-R
002032-R
002011-R
002256-R
002076=-R
002060-R
002124-R

002116-R

002040-R

# ZRCFA2

# ZRCFA2
# ZRCFA2
# ZRCFA2
# ZRCFA?2

# ZRCFA1

# ZRCFA1
# ZRCFA1
IRCFAY1
# ZR(CFA1
IRCFA1
# ZRCFA1
IRCFA1
# ZRCFA1
# ZRCFA1
IRCFA1
# ZRCFA1
# ZRCFA1
# ZR(FA1

# ZRCFA1

PAGE 3

CREF

CROSS REFERENCE

IRCFA2

ZRCFA3

IRCFA3
ZRCFA3
IRCFA3
ZRCFA3

IRCFA3
ZRCFA3
ZRCFA3
ZRCFA3

IRCFA3

# ZIRCFA2

# ZRCFA2
# ZRCFA2
# ZIRCFA2

IRCFA2

IRCFA3

SEQ 286

vO1

CZRCFA

CREATED BY

TkB

ON 8-JuUL-83 AT 15:46

LSTEST
LSTIML
LSUNIT

MANU.
S
ME CHAN
MEM.SI
MINUTE
MSGADR

002000-R
002364~R
002176-R
002416-R
002222-R
002042-R
002224-R
002112-R
002062~R
002010-R
002440-R
002366-R
002370-R
002056-R
002020-R
002024-R
002030-R
002202-R
002200-R
002114-R
002014-R
002012-R
041322-R
043032-R
041366-R
041276-R
041314-R

=
R

002046-R
002064=R
002066-R
002320-R
002120-R
002016-R
002022-R
002316-R
002166-R
002164-R
002104=R
003130-R
002026-R
061242-R
002100-R
002074-R
002050-R

LSHARD
LSHIME
LSHPCP
LSHPTP
LSHRDL
LSHW
LSHWLE
LSICP
LSINIT
LSLADP
LSLAST
LSLOAD
LSLUN
LSMREV
L SNAME
LSNDHR
LSNDHW
LSNDSF
LSNDSW
LSPRIO
LSPROT
LSPRT
LSREPP
LSREV
LSRPT
LSSFTL
LSSOFT
L$SPC
LSSPCP
LSSPTP
LSSTA
LSSW
LSSWLE

002102-R

LSEXPS

002044-R
00¢154=-R

# IRCFA1

RVULRRRRRRRR

002034-R
003236-R
002072-R
002232-R
002052-R

LSDTYP
L$DU
LSOUT
LSOVTY
LSEF
LSENVI
LSERRT
LSETP
LSEXP1
LSEXP4

REFERENCES...

VALUE

PAGE 4

CREF

GLOBAL CROSS REFERENCE
SYMBOL

SEQ 287

IRCFA]
IRCFA1
IRCFAT
IRCFA1
ZRCFA1
IRCFA1
IRCFA1
ZRCFA1
IRCFA1
IRCFA1
ZRCFA1
IRCFA1
ZRCFA1
ZRCFA1
IRCFA2
IRCFA1
IRCFA1
IRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
IZRCFA1
ZRCFA1

IRCFAT
IRCFA1
ZRCFA2
ZRCFA1
IRCFA2
IRCFA1
ZRCFA1
IRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
ZRCFA1

IRCFA?
ZRCFA1
ZRCFA

ZRCFA1
ZRCFA1
IRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
IRCFA1
IRCFA1
IRCFA1

# ZRCFA1

# ZRCFA2
# IRCFA?

# IRCFA2

# IRCFA2
# IRCFAS

# IRCFA2
# IRCFA2

ZRCFA2
ZRCFA2
ZRCFA?
IRCFA2
ZRCFA2
IRCFA2

IRCFA3

IRCFA3
IRCFA3
ZRCFA3

ZRCFA3

v01

SEQ 288
CZRCFA

CREATED BY

TkB

ON 8-JUL=~83 AT 15:46

CREF

GLOBAL CROSS REFERENCE

051364=R
052146-R
051320-R
051746~R
051432-R
051514-R
051546-R
051134-R
052000-R
047220-R
051646-R
051672-R
051472-R
051240-R
051576-R
051054~R
052062-R
046372-R
047254-R
047506-R
047554=R
047612-R
047634-R
050210-R
050256-R
050334-R
047304=R
050372-R
050440-R
050504-R
050532-R
050572-R
047334-R
047406-R
047450-R
041376-R
003260-R
012376-R
050654-R
054376-R
004040-R
002172-R
002166-R
041320~R
002174-R
002170-R
041330-R
041332-R
041334-R
041336-R
041340-R
041342-R

MSG.BU
MSG.CO

MSG.DA

MSG.ER
MSG.HS
MSG.LB
MSG.PT
MSG.PW

MSG.RE

MSG.SA
MSG. SE
MSG.ST
MSG. SU
MSG. TK
MSG.WR

MSG.01

1
MSG.

M5G.10
MSG.11
MSG.13
MSG. 14
*56.17
MSG.18
MSG.19
MSG. 20
MSG.21
MSG.28
MSG.29
MSG. 30
7
MSG.
MSG.8
NUM_RE
NXM]
ON.LIN
PFE.ER
PFE.ST

PRT$FR

P.BR.L
P.IP.A
P-MASK
P.UNIT

P.VECT
P
P2
P3
P4
P5
P6

ZRCFA1
ZRCFA
IRCFA1
IRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
IRCFA1
ZRCFA1
IRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
IRCFA1
IRCFA1
ZRCFA
ZRCFA1
IRCFA1

MSG.AD
MSG. AV

REFERENCES...

RRRRRRRRRRRRRRRRRRRRRRRR

VALUE

SYMS0OL

ZRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
IRCFA1
ZRCFA1
ZRCFA1
ZRCFA2
IRCFA?
ZRCFA1
IRCFA1
IRCFA2
ZRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
ZRCFA
IRCFA1
ZRCFA1
IRCFAT

PAGE 5

IRCFA3
IRCFA3
IRCFA3
IRCFA3
IRCFA3
IRCFA3
IRCFA3
IRCFA3
IRCFA3
IRCFA2
IRCFA3
IRCFA3
IRCFA3
IRCFA2
IRCFA3
IRCFA3
IRCFA3
ZRCFA3
ZRCFA3
2RCFA3
IRCFA3
IRCFA2
IRCFA3
IRCFA3
IRCFA3
ZRCFA3
IRCFA3
ZRCFA3
IRCFA3
ZRCFA3
IRCFA3
IRCFA3
IRCFA3
ZRCFA3
ZRCFA2
IRCFA3
ZRCFA3
ZRCFA2
IRCFA2

IRCFA3

IRCHA3

IRCFA3
IRCFA2

IRCFA3

IRCFA3
IRCFA?
IRCFA2
ZRCFA?
IRCFA2
ZRCFA2
IRCFA2

ZRCFA3
IRCFA3
IRCFA3
ZRCFA3
ZRCFA3
ZRCFA3

vO1

SEQ 289
CZRCFA

CREATED BY

Tk8

ON 8-JUL=-83 AT 15:46

CREF

GLOBAL CROSS REFERENCE
SYMBOL

VALUE

QST
QsST10
QST
QsST12
QsST13
QsST14

043064=R
043346-R
043536~R
043612-R
043640-R
043664-R
043736~R
043100-R
043110-R
043122-R
043146-R
043220-R

QsST15

QsT?
QST3
QST4
QST6
QsST?7
QsST18
QsST9
0510.1
RANDOM
RCV.DA
RC.STR

RC25$E
RC25.A
RC25.D

READ.C
READ.F
RECEIV
REC.DA
REC.EN
REC.ST
RES.SL
RETRIE
RET.ST
RET.UN
RE.DAT
RINGBA
RT
RT.TAB

S
SDUP.
SECOND
SEND.D
SEND.R
SET.CN
SET.IN
SFPTBL
SMSCP.
SND.DA
SND.EN
SWITCH
SwWP.CO
SWP.EN
SWP.LI
SWP.MA
SWP.RE

043310-R
043330-R
043426-R

043456~R
016264-R
034520~R
060210-R
003554-R
035540-R
035542-R
013310-R
014166-R

035760-R
010270-R
035764-R
015744=R
041352-R
041400-R
041344~R
041326-R
052354-R
035556-R
03350.-R
033514-R
060542-R
041274=R
007446-R
035762-R
011112-R
015672-R
002202-R
061204-R
052316-R
037764-R
041324-R
002214-R
002210-R
002204-R
002216~R
002212-R

REFERENCES...
A IRCFA1
A ZRCFA1
l IRCFA1
y IRCFA1
# ZRCFA]
L
ZRCFA1
L ZRCFA1
y ZRCFA1
y IRCFA
0 IRCFA1
y ZRCFA1
y IRCFA1
y IRCFA1
" IRCFA1
" IRCFA1
L IRCFA1
" IRCFA?
4 IRCFA1
” ZRCFA1
" ZRCFA2
" IRCFA1
" ZRCFA1
4 IRCFA2
" IRCFA2
’ ZRCFA1
” ZRCFA?
" ZRCFA1
" IRCFA2
" ZRCFA1
’ ZRCFA1
" ZRCFA1
" IRCFAT
" IRCFA1
" ZRCFA1
" ZRCFA1
" ZRCFA1
" ZRCFA1
" ZRCFA1
" IRCFA2
" IRCFA1

IRCFA2
ZRCFA2
ZRCFA1
" ZRCFA1
" ZRCFA1
" ZRCFA1
" ZRCFA1
" IRCFA1
l’ IRCFA1
" ZRCFA1
" ZRCFA1
" IRCFAT
"
’
"

PAGE 6

ZRCFA2
IRCFA?
ZRCFA?
IRCFA3
IRCFA3
ZRCFA2
IRCFA2
ZRCFA2
IRCFA2
IRCFA2
IRCFA2
IRCFA2
IRCFA2
IRCFA2
IRCFA2
IRCFA?
ZRCFA3
IRCFA2
IRCFA?
IRCFA3
IRCFA2
IRCFA2
ZRCFA3
ZRCFA3
IRCFA2
IRCFA3
ZRCFA2
IRCFA3
IRCFA2
ZRCFA2
ZRCFA2
ZRCFA?
ZRCFA3
IRCFA2
ZRCFA2
IRCFA2
IRCFA2
IRCFA2
IRCFA3
IRCFA2
IRCFA3
ZRCFA3
ZRCFA?
ZRCFA3
IRCFA2
IRCFA2
IRCFA2
ZRCFA3
IRCFA3
IRCFA2

IRCFA3
IRCFA3

IRCFA3
IRCFA3
IRCFA3

IRCFA3
IRCFA3
ZRCFA3
IRCFA3
ZRCFA3
ZRCFA3

IRCFA3
IRCFA3

ZRCFA3
ZRCFA3

IRCFA3
ZRCFA3
ZRCFA3

ZRCFA3

vO1

CZRCFA

CREATED BY

TkB

ON 8-JUL-83 AT 15:46

SYMBOL

VALUE

SWP.ST
SWP.T0
SWP.TR

002206=R
002202-R
002220-R
041414-R
0641272-R
042660-R
041300-R
061242-R
000000
021122-R
027434-R
030270-R
031230-R
021346-R
022144-R
022760-R
024374-R
025310-R
025600-R
026150-R
026722-R
035532-R
035536-R
017266-R
033520-R
061244-R
031562-R
031576-R
031614-R
031634-R

TEMP
T1CKS
TIME
T1P

TSFREE
TSPTHV
1§

$SAVEL

$SAVES

PAGE 7

CREF

GLOBAL CROSS REFERENCE
REFERENCES...

# ZRCFA1
#
#
#
#
#
#
#

ZRCFAY
IRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
IRCFAS

#
#
#
#
#

ZRCFA1
ZRCFA1
IRCFA2
IRCFA
ZRCFAS

IRCFA1
ZRCFA1
IRCFA1
IRCFA1
IRCFA1
ZRCFAT
IRCFA1
IRCFA1
IRCFA1
IRCFA1
IRCFA1
IRCFA1
IRCFA1

ZRCFA3
ZRCFA2
IRCFA2
IRCFA2
ZRCFA3
IRCFA2

# IRCFAS
# ZRCFA3
# ZRCFA3
# 2RCFA3
# ZRCFA3
# IRCFA3Z
& ZRCFA3
# ZRCFA3
# ZRCFA3
# IRCFA3
# ZRCFA3
# ZRCFA3
# 2RCFA3Z

ZRCFA3
IRCFA3
IRCFA3
IRCFA3

ZRCFA2
ZRCFA2
ZRCFA3
ZRCFA2

IRCFA3
ZRCFA3

B16MUL

¥ B16SAV

IRCFA2

B16MUL

# B16SAV

IRCFA2

# B16SAV
# B16SAV

IRCFA2
IRCFA3

SEQ 290

IRCFA3
ZRCFA3

Vo1