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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_gray.pdf

OCR Text

RC25

RC25 FR END TEST
CZRCFAO

AH-T271A-MC

FICHE

OF 2 weoev use

EDBM

T,
i T

SEQ 1

MODULE AZTECO ( !TITLECZRC:AORC25 FR END TEST'
BEGIN

ADDRESSING.MODE *(RELATIVE))=

LIBRARY ‘Llibrary';

REQUIRE °BLSMAC.RE

%SBTTL

'USER DOCUHENTATION'

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

THE USE
SUPPLIED

OR
BY

RELIABILITY OF
DIGITAL OR ITS

THE FOLLOWING ARE TRADEMARKS OF DIGITAL EQUIPMENT CORPORATION:

DIGITAL
DEC

PDP
DECUS

UNIBUS
DECTAPE

MASSBUS

SEQ 2

TABLE OF CONTENTS

1.0

GENERAL INFORMATION

1.1
1.2

PROGRAM ABSTRACT
SYSTEM REQUIREMENTS

2.0
.1
2.2
2.3
2.4
2.5
2.6
2.7

OPERATING INSTRUCTIONS
COMMANDS
SWITCHES
FLAGS
HARDWARE QUESTIONS
SOF TWARE QUESTIONS
EXTENDED P-TABLE DIALOGUE
QUICK STARTUP PROCEDURE

3.0

ERROR INFORMATION

4.0

PERFORMANCE AND PROGRESS REPORTS

5.0

DEVICE INFORMATION TABLES

6.0

TEST SUMMARIES

7.0

MAINTENANCE HISTORY

1.3
1.4
1.5

RELATED DOCUMENTS AND STANDARDS
DIAGNOSTIC HIERARCHY PREREQUISITES
ASSUMPTIONS

SEQ 3
1.0

GENERAL INFORMATION

1.1

FROGRAM ABSTRACT

The aztec front-end host diagnostic is a diagnostic program to test

g:etaztec disk drive subsystem.
at:

Tests are

performed to verify

The processor can properly communicate with the aztec

The aztec can seek and head select properly.

The aztec conforms to the specified seek and

through the adapter card.

rotational times.

The aztec can perform certain basic functions in
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 interpreter 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 loodin? the "Uiagnostic machine’’ programs into

the aztec and starting their execution. When the '‘diagnostic
machine'’ prograns 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 (4) aztec controllers with one or two spindles each may
be selected for test by this diagnostic.
One aztec '‘unit’’ is defined as a sinalg platter. There are two
glatters 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
233 an even number and the fixed media has the sequentially following
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

xtbase level**

module 4 - tests 9 _ 12

(dm code)

module 5 - last address and setup section

AZTECO.R16 is a file containing Literals and field

delarations 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. Ffor 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 PREREQUISITeS

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 very

brief description of them.
COMMAND

The XXDP+ user's manual has more details.

EFFECT

;;;;;--

Start the diagnostic from an initial state

RESTART

Start the diagnostic without initializing

CONT INUE

Continue at test that was interrupted (after “C)

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

JTESTS:LIST

Execute only those tests specified in
the list.
List is a string of test
numbers, for example = /TESTS:1:5:7=10.
This list will cause tests 1,5,7.8,9.,10 to

/PASS :DDDDD
/FLAGS:FLGS

Execute DDDDD passes (DDDDD = 1 to 64000)
Set specified_flags. flags are d-scribed

/EOP:DDDDD

Report end of pass message after ever
DDDDD Basses onl{. (0pDDD = 1 to 64000)
TEST/ADD/DROP only those units specified
in the list. List example = /UNITS:0:5:10=12
use units 0,5,10,11,12 (unit numbers = 0-63)

/UNITS:LIST

be run.

ALl other tests will not be’ run.

in section 2.3.

SEQ 6
Example of switch usage:

START/TESTS:1-5/PASS:1000/7E0P:100
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 bE the first three characters.

may, for

example, type

°‘'‘/TES:1-5'" instead

You

of '/TESTS:1-=5".

Below is a table that specifies which switches can be used by
each command.

TESTS

PASS

FLAGS

EOP

UNITS

X
X

X
X
X

X
X

START
RESTART
CONT INUE

PROCEED

DROP
ADD

DISPLAY
FLAGS

X
X

ZFLAGS

EXIT
2.3

FLAGS

Flags are used to set up certain operational parameters such as
on error. ALl flags are cleared at startup and remain
looping
until explicitly set wusing the flags switch. Flags
cleared
are also cleared after a start command unless set using the
flag switch. The ZFLAGS command mag 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

HOE

on error = control is returned to
Halt

LOE

Loop on error

IER*

Inhibit all error reports

IBR*

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)

serror 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
on error, you may use the following string:
and type a 'BELL'"
/FLAGS:LOE
: IER:BOE

SEQ 8

2.4

HARDWARE QUESTIONS

When a

the

diagnostic is

user for hardware

started, the runtime seryices will prompt

information by

typing ‘CHANGE HW (L) ?*'

¥ou must answer "Y'’ after a start command unless the hardware
nformation has been
‘preloaded’’ usin? the setup utility (see
chapter 6 of the XXDP+ wuser's manual). When lou 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) ?

Answer wiith the number of units to be tested (no default). This
answer will determine how many times the following questions are
asked. A unit is a logical disk (single platter) on an aztec.
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 specified.
BR LEVEL (D) 5?

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

Llevels 4 to 7

UNIT NUMBER(S) (D) 0 ?

answer with the Bh¥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) ?'° if you
wish to change any parameters, answer by txging.'fi'fl The software
qu:?t;ons and
aph(s).

the default values are described in the next paragr-

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 ¥ou wish to specify a starting and endin? track for the
test area. this limitation applies only to seek verification testinf.
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 ;ou 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 questions, 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 or a communication
device with several lines, this becomes tedious since most of the
answers are repetitious.

To illustrate a more efficient method, suppose 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 described by the octal numbers 0O through 7. There
is one hardware Farameter 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 xyl11 with eight units.
# UNITS (D) ?

B8<CR>

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

0<CR>

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

160000<CR>
1<(CR>
0<CR>

160000<CR>

1<CR>

SEQ 9

SEQ@ 10

UNIT 3
CSR ADDRESS (0) ?
SUB-DEVICE # (0) ?
?
Q-FACTOR (0) 0
UNIT &

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

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

160000<CR>
3<CR>

UNIT 5
CSR ADDRESS (0)
SUB-DEVICE # (0)
?
Q-FACTOR (0) 0

4<CR>
<(R>

Q~FACTOR (0) 0

UNIT 6

<(CR>

160000<CR>

160000<CR>
5<CR>

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

<CR>

UNIT 7
CS} ADDRESS (0) ?
SUB=-DEVICE # (0) ?
?
Q=FACTOR (0) 0

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

UNIT 8
CSR ADDRESS (0) ?
SUB=DEVICE # (0) ?
?
Q=-FACTOR (0) 1

160000<CR>
7<(CR>

<CR>

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

As you can see from the above example, the hardware parameters
do not vary s1?q1t1cantly from unit to unit. The procedure shown
is not very efficient.

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

8<CR>

UNIT 1
CSR ADDRESS (0)

160000<CR>

SUB-DEVICE # (0) ?
?
@-FACTOR (0 0

0,1<CR>
1,0<CR>

UNIT 3
CSR ADDRESS (0) ?
SUB-DEVICE # (0) ?
?
Q-FACTOR (0) 0

160000<CR>
2=5<(R>
O0<CR>

UNIT 7

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

Q-FACTOR (0) 0

160000<CR>
6,7<(R>
1<(R>

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
was specified onl‘e once. In the second pass, four entries were
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 Llast two units are
specified in the third pass.

L:t whole process could have been accomplished in one pass as shown
ou’

# UNITS (D) ?

B8<(R>

UNIT 1
CSR ADDRESS (0)

?
SUB-DEVICE # (0) ?
?
Q-FACTOR () 0

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 Last 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"'

5. 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 INFORMATION

3.1

TYPES OF ERROR MESSAGES

There are three Llevels of error messages that may be issued by
& d1a?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

mn1

Name

type

number

error message

on unit number

tst number PC:XXXXXX

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

UNIT NUMBER = 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 always ?rinted unless
These messages
the “'IER or 'IBR'* flags are set (section 2.3).

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

rinted unless the ""IER'’, "'IBR'“or "IXR'' flags are set (section
.3). These messages are printed after the associated general
error message and any associated basic error messages.

SE@ 12

SEQ 13
3.2

SPECIFIC ERROR MESSAGES

The following are device fatal error messages:
1) RCSA FAILED TO RESPOND

2) RCIP FAILED TO RESPOND
3) INIT STEP READ ERROR

STEP MASK = XX
XX
XX
XX
XX

=1
=2
=&
= 10

=
=
=

FAILING REGISTER =

STEP 1 READ
STEP 2 READ
STEP 3 READ
STEP & READ

FAILURE
FAILURE
FAILURE
FAILURE

&) STEP READ DATA DOES NOT MATCH
EXPECTED:
ADDRESS:

N
N
N
N

READ:

VECTOR AND BR LEVEL TEST FAILURE
BR LEVEL=
INTERRUPT AT VEC=
NO INTERRUPT FROM PORT / CONTROLLER
BR LEVEL RECEIVED/TYPED IS INCORRECT !
HOST DETECTED TIME OUT ERROR
RING BUFFERS NOT CLEARED BY THE PORT
DATA ECHOED FROM RCSA DOES NOT MATCH
MEMORY BUFFER DOES NOT CONTAIN EXPECTED DATA
DM CODE RETURNED FAILURE CODE
RC25 UNIT DOES NOT COME ONLINE
EX_SUP_PROG DUP COMMAND FAILURE

NV
W =O

S)
6)
7)
8)
9)

DATA =

SEND_DATA DUP COMMAND FAILURE

REC_DATA DUP COMMAND FAILURE

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

$FTLERR- ENVELOPE/PACKET READ (PARITY OR TIMEOUT)
$FTLERR=- ENVELOPE/PACKET WRITE (PARITY OR TIMEOUT)
SFTLERR- CONTROLLER ROM AND RAM PARITY
SFTLERR= CONTROLLER RAM PARITY
S$FTLERR= CONTROLLER RUM PARITY
$FTLERR- RING READ (PARITY OR TIMEOUT)
$FTLERR=- RING WRITE (PARITY OR TIMEOUT)
$FTLERR= INTERRUPT MASTER
$FTLERR- HOST ACCESS_TIMFOUT
SFTLERR- CREDIT LIMIT EXCEEDED
$FTLERR- BUS MASTER ERROR
$FTLERR- DIAGNOSTIC CONTROLLER FATAL ERROR
$FTLERR- INSTRUCTION LOOP TIMEOUT
S$FTLERR- INVALID CONNECTION IDENTIFIER
$FTLERR= INTERRUPT WRITE

$FTLERR= MATNTENANCE READ/WRITE INVALID REGION IDENTIFIER
$FTLERR= MAINTENANCE WRITE LNAD TO NON-LOADABLE CONTROLLER
$FTLERR= CONTROLLER RAM ERROR (NON-PARITY)
$FTLERR- INIT SEQUENCE ERROR
S$FTLERR- HIGH LEVEL PROTOCOL INCOMPATIBILITY ERROR
$FTLERR- PURGE/POLL HARDWARE FAILURE
$FTLERR=- MAPPING REGISTER READ ERROR (PARITY OR TIMEOUT)

SEQ 14

g self-detected fatal port/controller errors
$FTLERR= VAX READ/WRITE ERROR ON INTERRUPT
$FTLERR= INCONSISTENCY AT U.BFIL
SFTLERR= INCONSISTENCY AT U.BMTY
$FTLERR= INCONSISTENCY AT U.ALOC

SFTLERR= INCONSISTENCY AT SERVO ENTRY (PIP SET)
$FTLERR= INCONSISTENCY AT SERVO ENTRY (ERR SET)
S$FTLERR= INCONSISTENCY AT U.SEND
$FTLERR= INCONSISTENCY AT U.RECV
SFTLERR= INCONSISTENCY AT U.ATTN
$FTLERR= INCONSISTENCY AT U.ONLN
SFTLERR- ILLEGAL D REQUEST (U.QDRQ)
$FTLERR- 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)

S$FTLERR= INCONSISTENCY AT U.HTST
S$FTLERR- INCONSISTENCY AT U.SEKO
S$FTLERR= INCONSISTENCY AT U.CKSV
SFTLERR- D.OPCD FOUND ILLEGAL OPCODE
S$FTLERR=- D.CSF FOUND ILLEGAL OPCODE
$FTLERR- UNKNOWN BAD DRIVE STATUS AT D.DSTS
SFTLERR=- ILLEGAL XFC EXECUTED BY DM
SFTLERR- D PICKED UP A ZERO S(B.DB
SFTLERR- INCONSISTENCY AT D IDLELOOP
$FTLERR= DM WORD COUNT ERROR ON HOST DMA/SEND/RECV
S$FTLERR= UNKNOWN DISPLAY FAULT CODE AT D.DFLT
SFTLERR=- DRIVE NOT FAULTING IN P.OFLN STATE
$FTLERR- U POWER UP DIAGNOSTICS FAILED
S$FTLERR- D POWER UP DIAGNOSTICS FAILED
$FTLERR=- ADAPTER CARD FAILURE
$FTLERR=- EC.TMR TIMED OUT
$FTLERR- U.SEND/U.RECV RING READ INCONSISTENCY
$FTLERR= UNKNOWN WAITRV REASON AT D.RVCT
S$FTLERR=- D.ARCS DID NOT FIND CLOSEST UNDONE ZONE
$FTLERR- U.SEEK FOUND SEEK TO ILLEGAL TRACK
SFTLERR= 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
$FTLERR- MASTER DRIVES ACLO 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

D
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
runs diagnostic

HWP_TABLE:

0
2

4
6
6.0

gets one table at a_time in sequence and
tests as selected. The P_table looks like this:

:HuP_1P_ADDRESS
:HWP_VECTOR

:HWP_BR_LEVEL
:
:HUP_UNIT_NUMBER :

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.
If 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 gower 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.

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

SEQ 16

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.

The priority level of the interrupt request will

be verified.

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 conina upto that step from scratch. If there
was an error reported or echoed information was incorrect
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 follouins 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

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,

DI = 1
OD = 1
MP = 1

interrupt vector address

i.e. wraparound, purge and poll tests.

means that the Port allows odd host address to be
specified in the buffer descriptor.
means that the Port supports address mapping. The
host supplies a virtual data address in the buffer
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)
XX

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
7

UDASO
RC25 Integrated Controller
TU81 Integrated Controller
UDASOA
QDRX01

given:
(0)

Mod 16 value of the actual controller microcode
version.

SEQ 17

TEST #6 PURGE AND POLL TEST

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 2eroes to the SA
register simulating a ‘purge completed’’ host action, the host then
reads the IF regis er 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
enough to cover the normal host communciations area packe: and
Large
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.

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

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.

If 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.

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

SEQ 18

SEQ 19

TEST #10 - NONEXISTENT MEMORY TEST

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

of the adapter card.

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

the start of this test.

TEST #11 - BUS ADDRESSING/DATA TEST A

This 'Dia

S tic

Machine''

r ogram

asks the PDP-11 prograa to fill free

t at is not being
memor (tggg memory availagle to the PDP-11 grow ram
th an addressin

used

by the program or the PDP=-11 supervisor)

pattern (write address with address) and report the location an
of the free memory.
the data checked.

size

Every location of free memory will be read and

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 address 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.

I1f success, asks DM code to write to memory a pattern
of all ones and checks for the pattern in memory.
I1f 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.

H
7.0

MAINTENANCE HISTORY

Modified By:

Date:

Version:

4344344%]
133331333
3333333332222
1323222032222 222222232222322232322333123

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.

' Y2

)%
ELUDOM

3222312123122 22222333232222213333333333333333233443343]

SE@ 20

SEQ 21

1
Pa?e
VAX=11 Bliss=16 V3=555
(1)
FA
. 11REL .REALJZRC
RS
: [LAKSHMANA
SPIDERSUSE

CZRCFAO RC25 FR END TEST

ZRCFAY

MODULE ZRCFA1 (XTITLE 'CZRCFAQ RC25 FR END TEST®
IDENT = ‘vui.0',
?DERESSING_HODE (RELATIVE)

?EGIN

§<aLr /LOWERCASE _KEY>
Library "AZTECO';

! AZTEC LIBRARY

require 'BLSMAC.REQ';

! DIAGNOSTIC SUPERVISOR LIBRARY

?sbttl 'PROGRAM HEADER AND TABLES'

38K
S NN
= OVRONOWVSWN=O

— e e

b i

e e

vy
i
= = b =3 —d b b —d 3
N PONORUN)

) b D

b b

1505

% DEFINE THE NUMBER OF TESTS IN THIS DIAGNOSTIC
pse ct

code = AASCODE;

Literal

DSSNBR_OF _TESTS = 12;

POINTER (ALL):
T4+

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

QEADER (%ascii'CZRCF ', Xascii'A', %ascii'0*, 120, 0, PRI00);
.s
L
'
]
¥

ARGUMENTS ARE: NAME,REV,PATCH,LONGEST TEST TIME,TYPE
WHERE '‘TYPE'' = 0 FOR SEQUENTIAL DIAGNOSTIC AND =1
FOR EXERCISER. THERE IS ALSO AN OPTIONAL SIXTH ARGUMENT
WHICH SPECIFIES THE PROCESSOR PRIORITY TO BE SET WHEN
STARTING THE DIAGNOSTIC (DEFAULT IS 0).

WN)
U‘WWSNNNNN
=
VO~NOWN

D
e
e
e
d
d
d
—

wviviuviwavIiviiwv

=~
o0

CZRCFAQ RC25 FR END TEST
DISPATCH TABLE

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

Xsbttl 'DISPATCH TABLE'
144

' 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;

SEQ 22

Pa?e 2
VAX-11 Bliss=16 V3-555
SERS .REALJZRCFA (2)
LLAKSHMANA. 11REL
SPID:ERSU

CZRCFAD RC25 FR END TEST
DEFAULT HARDWARE P-TABLE

ZRCFA1
v01.0
s

}ggg

¥sbttl *DEFAULT HARDWARE P-TABLE'

1536

1562

1544

H
3
:
3
3

:
3

1537
1538
1539
}gzg

BGNHW (DFPTBL);

1545

global

1548

}ggg

1551

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

' 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.

1543

1546
1547

P_IP_ADDRESS : word initial (%0°172150'),
P_VEtTOR : word initial (%0°'154'),
P_BR_LEVEL : word initial (5),

P-UNTT_NUHBER : word initial (0);

ENDHW;

SEQ 23

Pa?e 3
VAX=11 Biiss=16 V3=555
. 11RELERS .REALJZRCFA (3
SUS
: [LAKSHMANA
SPIDER

CZRCFAO RC25 FR END TEST

ZRCFA1
v01.0

NSNS
W=

—_—

2
e e e o e e e i e o
e e
b e
vivvwn Vi

W= O V00NNV
W
SS&IES20‘000\”\"\”\’“’“"\”\"

SOF TWARE P=TABLE

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

VAX=11 Bliss=16 V3=555

‘00

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

BGNSW (SFPTBL):

WP_TOP: word initial (YES)

IUSE TOP SURFACE FOR SINGLE SURFACE TESTS

SWPTM START : word initial (1),
SWPTEND : word initial (796)

iSTARTING TRACK
TENDING TRACK

SWP_ CONTINUE : uord initial (NO),
SWP_MANUAL: word initial (NO).

'D0 YOU NEED TO CONTINUE TESTING?
'DO MANUAL INTERVENTION TEST
!D0 YOU NEED TRACE MODE?

SWPTLIMIT : word initial (NOJ,
SWPTMRETRIES : word initial L ( 0),

SWP_TRACE : “word initial (YES):

ENDSW;

iLIMIT AREA

SPIDERSUSERS: [LAKSHMANA. 11REL .REALJZRCFA (4)

%sbttl *SOFTWARE P=TABLE"

global

SEQ 24

Page

TESTED

INUMBER OF RETRIES BEFORE DROPPING UNIT

ZRCFA1
v01.0

CZRCFAQ RC25 FR END TEST

PROTECTION TABLE

8-Jul-1983
8-Jul-1983

Xsbttl "PROTECTION TABLE'
Lo

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

BGNPROT (=1, =1, =1);

11ST ARG =
12ND ARG
éaggas$6

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

SEQ 25
Pa?e
5

VAX=11 Bliss=16 V3=555
. 11REL .REALJZRCFA (5)
RS
: LLAKSHMANA
SPIDERSUSE

CZRCFAO RC25 FR END TEST
GLOBAL DATA SECTION

— b o e s

8-Jul-198
8-Jul=-198

:00

VAX=11 Bliss=16 V3=555

14+

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

’

sect

plit = $Split$( ?lobal).

global

= $GLOBS{nowrite, noexecute, global, concatenate),

own = Sown$;

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

NN
=

begin

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

local

RC_REG;

RC_REG = .(RC25 + Xupval+*0)<0, Zbpval, 0>;
RC_REG

<P, S, BE>;

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 POINTER

HWP_TABLE : ref block [WORD2_IN_HWP_TAB, word] field (HWP_FIELDS),
' TRANSMIT1ING DATA BUFFER 1
XMT"DATA_BUF : vector [256, wordl,
RCVCDATA_BUF : vector [256, wordl,
CLK_ADR : word,
CLK_TYPE : word,
CLK_CSR : word,
CLK_HERTZ : word,
CLK_START : word,
UNIT : word,

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

VEC_AD : byte volatile,
RC25_ADDR : ref RC25 field (RC_REG),

! VECTOR ADDRESS OF AZTEC
! DEFINE REFERANCE TO AZTEC FIELDS

LOG_UNIT : word,

RC25_DATA : block [2, word] field (RC_REG),

COM_AREA : blockvector [REC_ALLOCATE +# SND_ALLOCATE + HDR_SIZ, 2, wordl,

HEAD_AREA : ref block [4, word] field (HDR_FIELD),

RECEIVE_RING : ref blockvector [REC_ALLOCATE, 2, word] field (DSC FIELD),
SEND_RING : ref blockvector [SND_ALLOCATE, 2, word] field (DSC_FIELD),
REC_ENVELOPE : blockvector [REC_ALLOCAYE, RB_SIZE + 2, word] field (ENV_FIE D),
SND_ENVELOPE : blockvector [SND_ALLOCATE, SB_SIZE + 2, word] field (ENV_FIE L"),

BUF_DESCRPTR : word volatile,

T BUFFER DESCRIPTOR AREA

BYTE_COUNT : word volatile,
TICKS : word initial (1) volatile
SECONDS : word initial (0) volatile,

i BYTE COUNT BUFFER
! SOTRE THE NUMBERS OF CLOCK INTERRUPTED
:

CMD_REF : word volatile

MINUTES : word initial (0) volatile,
TIP : word,
DATA1 : word volatile,

DATA2 : word volatile,
DATA3 : word volatile,
DATA4 : word volatile,

SEQ 26

Pa?e

6
SPIDERSUSERS
: [LAKSHMANA. 11REL .REALJZRCFA (6)

Xsbttl 'GLOBAL DATA SECTION'

o OO
N NN
W N —=OVONO
VB WN=O0V0~N

D e e D o

2222222222222 §°o°83 SYEBREC2STEIR

) i D D o o e e e o e e o e e o
e e d
OO\ O O VYN WY WYY T TN

<N
o

C FA1
1

! COMMAND REFERENCE BUFFER

! STORE MINUTES
!STORAGE FOR NUMBER OF TEST IN PROGRESS
! AZTEC STEP 1 WRITE DATA
! AZTEC STEP 2 WRITE DATA

! AZTEC STEP 3 WRITE DATA

! AZTEC STEP & WRITE DATA

CZRCFAO RC25 FR END TEST
GLOBAL DATA SECTION

N=O VO~

—

b —d

e e emd

D e

b e

e e e

D d d

D e e e

A ANANANNN
R R RR R
AAXEER §m§ WN=O RVRNV
WA =O0VDNOWVISW

p=4

=¥

1673

1_AM NEX word initial (0) volatile,

HSGABR : word volatile,

ND LBN : word initill *(1593) volatile,

P_MASK : “byte volatile,

8-Jul=-1983 15 2 1:53
8-Jul=1983 14: 1 3:00

VAX=11 Bliss=16 V3=555
SPIDERSUSERS: CLAKSHMANA.

INTERUPT FLAG

i ENDING LBN TRACK

B MASK : byte volatile,
MANU_SW: word volatile,
SWITCH2: word volatile

RET_UNIT_FLAG : word volatile,
P1 T word volatile,

P2 : word volltile.
P3 : word volatile,
P4 : word volatile,
PS : word volatile,
P6 : word volatile.
RET_STATUS: word volatile

CANTEL TIMER : word volatile,

SAVES VARIOUS RETURN STATUS
INIT SEQUENCE INTERRUPT
COMMAND DESCRIPTOR SLOT
RECEIVE DESCRIPTOR SLOT

LBN_ST: word volatile,

STARTING LOGICAL BLOCK #

CMD_SLOT : word volatile,
RES_ SLOT word volatile,
LBN": uord volatile

LBN_ED : word volatile,
LBN"SZ : word volatile,
FREE_MEM_ADDR,
MEM SIZE : word volatile,
H_SADD: word volatile,
H_EADD: word volatile,
80F LENGTH : word volatile,
NUM" RETRIES : word volatile,

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

DHC TEST : word,
BYTCCNT: word,

DM_REC : “word,

TERP : uord volatile;

STARTING FREE MEMORY ADDR.

FREE MEMORY SIZE

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

sEa 27

11REL.REALIZRETA (6)

1679

1680
1681

1682
1683
1684
1685
1686
1687

1688
1689

Xsbttl 'GLOBAL TEXT SECTION'
!¢+

! THE GLOBAL TEXT SECTION CONTAINS FORMAT STATEMENTS,
! MESSAGES, AND ASCII INFORMATION THAT ARE USED IN
! MORE THAN ONE TEST.
!=-

global bind

RINGBASE
= COM AREA [REC BASE],
TIHE plit (PZ,

1690
}gg;

= XTID3XN'),
FRU uplit (Rasciz"XAFAILING FRU
= uplit (XZasciz'ADAPTOR BOARD FOR UNIT #: ')
ADAPTO

1696

1697

uplit
(Xasci2"MECHANIC SET FOR UNIT #:'5
?ECHAN == uplit

1699

‘ HARDWARE AND SOF TWARE QUESTIONS

1701
1702
1703

OSTI = uplit (Rasciz'IP ADDRESS')
QSTS = uplit (Xasciz2'VECTOR®) s
QST3 = uplit (Zasciz"BR LEVEL'),

' FAILING FRU'S

1693
1694

1705

QST6 = uplit (Xasciz2'USE TOP SURFA.: FOR SINGLE SURFACE TESTS'),
= uplit (llsciz'bo YOU WISH TO LIMIT AREA TESTED IN TESTS #13 THRU #15%),

709

QST10= uplit (Xasciz'DO YOU WANT TO DO THE HANUAL INTERVENTION TEST?'),

CONTRO = uplit (Xasciz'CONTROLER BOARD FOR UNIT #:’

1695

DRIVE_

e e

WA NI NN NI NI NININI N = b b cod b b cmd b cd b
OVONOWVSAWN=OVONOWVISWN=O

i e e

e e

i e

D e

i wd

b e e e

SN NN NNNNNNNNNNNNNNNNNNNNSN

D cd b

w
-l

[=]

1707
1708

31
32
33
34
735

(Xasciz'DRIVE BOARD FOR UNIT #:°

QsT4 = uplit (!asciz'PLATYER ADDRESS\ES)

1704

—

e Be BBy 0000000000, 00%0 900000 %0 %0000 900000%000%0 000,08 90900000 %00:%0009% %0 .o_.t I TATETEATEATATE TR TR PR TR LR LR DN T

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

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

ZRCFA1
v01.0

SEQ 28

Page 8
VAX=11 Bliss=16 V3-555
SERS .REALIZRCFA (7)
[LAKSHMANA. 11REL
SPID:ERSU

QST8 = uplit (Xasciz'STARTING TRACK'),
QST9 = uplnt (Xasci2"ENDING TRACK'),

Q510_1 = uplit (Xasci2'DO YOU NEED TRACE MODE?
(!asciz'oo YOU WISH TO CONTINUE TfSTlNG AFTER RETRIES")
uplit
=
2
QS10
QST1T = uplit (Xasciz'NUMBER OF RETRIES FOR TEST IF ERROR OCCURED')

OSII§ = uplit
QST13 = uplit
QST14 = uplit
QST15 = uplit
l+4

!
!

(Xasciz2'UNIT STARTING TRACK #'),
(!asciz'UNlT ENDING TRACK #°),
(Xasciz'TURN OFF WRITE PROTECT SWITCH AND DO <CR>*),
(Zasciz"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 (XASCIZ2' ZNZNIN!ATESTING UNIT#:%D3%A
DBM2 = uplit (Xasciz'INXZAREPOR
DBM3 = uplit (!asciz'!NZAAUTO')

IP_REGISTER:X06XA

PLATTER#:XD3IN'),

DBM4 = uplit (lasciz'!N!ACLEANUP').
DBMS = uplit (Zasciz'INXADROPPED'),
DBM6 = uplit (Xasciz'INXZAADDED'),

DBM7 = uplit (Xasciz2'INXATEST 1 "REGISTER EXISTENCE TEST')

DBM8 = uplit (Zasci2'INXATEST 2 STEP 1 READ/WRITE POWERUP DIAGNOSTICS').
DBM9 = uplit (Zasci2'INYATEST S STEP 1 THROUGH STEP 3 READ/WRITE TEST'),
DBM10 = uplit (Zasciz'INZATEST 3 DIAGNOSTIC WRAP TEST'),
DBM11 = uplit (Xasciz2'INXATEST & VECTOR AND BR LEVEL TEST"),
DBM12 = uplit (Zasciz'INXATEST
DBM13 = uplit (Xasciz'INXZATEST

6 PURGE AND POLL IEST')
7 SMALL RING TEST')

VIS WN=O0V00~N

b cd e = and b b b b D b wnd

) b b b - - - b
~
~

SNNNININAY

GLOBAL TEXT SECTION

— o e

R TR P PR TR DR LR LR LA L L 1)
R
A
R
B e B0 8o By BeBeBeBe0e0e%e0000 0000009009090 %0%00%000%009:%000800,% 9% %88 TR IR R R

g-Jul°1

CZRCFAO RC25 FR END TEST

IRCFA1
v01.0

DBM14 = uplit (Xasciz'INXZATEST

1:53
:13:00

SEQ 29

o
Pa?e
VAX=11 Bliss=16 V3-555
(7)
FA
JZRC
REAL
.
11REL
NA.
SPIDERSUSERS: LLAKSHMA

gLARGE RING TEST®)

DM CODE OVERLAY TEST')
DBM15 = uplit (Xasciz'INXATEST
ENT MEMORY TEst"),
NONEXIST
10
INIATEST
DBH19 uplit (Xasciz'
NG/DATA TEST A"),
ADDRESSI
BUS
11
INZATEST
(Xasciz'
uplit
DBM1
DBM18 = uplit (Zasciz'INXIATEST 1; BUS ADDRESSING/DATA TEST 8"),
DBM19 = uplit (Xasciz'INZATEST 13 BLOCK TRANSFER TEST®)

DBM20 = uplit (Xasciz'INXATEST 14 SPIN UP HEAD LOAD SEQUENCE®),

DBM21 = uplit (Xasciz'INIATEST 15 SEQUENTIAL SEEK AND VERIFY'),
DBM22 = uplit (Zasciz'INXATEST 19 SAWTOOTH SEEK AND VERIFY'),
AND VERIFY'),
DBM23 = uplit (Zasciz'INZATEST 17 CONVERGING/DIVERGING SEEK
VERIFY®),
AND
SEEK
TOGGLE
18
NIATEST
DBM24 = uplit (Zasciz'I
DBM25 = uplit (Zasciz’INIATEST 19 HEAD SWITCH TEST®)
DBM26 = uplit (Xasciz'INZATEST 20 RANDOM SEEK AND VERIFY*®),
DBM27 = uplit (Xasciz'INXATEST 21 SECTOR ACCESS TEST'),
DBM28 = uplit (Xasciz'INIATEST 22 CONTROLLER PROCESSING TIME®),
DBM29 = uplit (Xasciz’INZATEST 23 ONE TRACK SEEK TIME®)
DBM30 = uplit (Xasciz'INIATEST 24 AVERAGE SEEK TIME'),

DBM31 = uplit (Zasciz;INIATEST 25 FULL STROKE SEEK TIRE®),
DBM32 = uplit (Xasciz'INZATEST 26 URITE DATA TEST'),

Lit (Xasciz'INZAEVENT START'),
DBM33
DBM34 = uplit (Zasciz'INIAEVENT RESTART )
Lit (Zasciz'INTAEVENT CONTINUE'
DBM35

.
DBM36 = uplit (Xasciz'INIATEST 27 OFFSET TOLERANCE TEST®)
ilHE ),
DBM37 = uplit (Xasciz'INZATEST 28 AVERAGE ROTATIONALA
DBM38 = uplit (!asciz'!N!ATEST 29 WRITE PROTECT TEST®

DBH39 = uplit (Zasciz"INZA

MANUAL lNTERVENTlON TEST NOT PERFORMED'),

% SYSTEM ERROR MESSAGES

uplit (Xasciz'INTAPOWER DELAY - HAITING')
uplit (Xasciz'INXATOO MANY UNITS'),

uplit (¥asciz'INXZANO CLOCK WAS FOUND ON THE SYSTEM'),

g FORMATTED ASCIC STRINGS
FMTSC
= uplit (!asciz'!fl!fl

FMT1 = uplit (%asciz'INXA

= uplit (Zasciz'INTA
FMTS
FMT6 = uplit (Zasciz'INZA

MICRO CODE: MODEL= 302%A

!061"'

EXPECTED: X06XA READ: ZO6IN'
= uplit (lasciz'lN!AADDRESS. %06%A
FMT2
FMT3 = uplit (Zasciz'INZASTEP MASK = Z02%A FAILING REGISTER X062A DATA %06IN*),
PORT TYPE NUMBER = %02°)
FMT4 = uplit (Zasciz'INXA
EHTSA uplit (Zasciz'INXA

= %02')
PORT SPECIFIC INFO:/NVIOé/DI/OD/HP/
VERSION= %02'),
NUMBER OF RETRIES ‘104')

i INIT ERROR MESSAGES
= uplit (Zasciz® ~ WAIT _ POWER FAIL RECOVERY'),
nsc PUR
MSG_1 = uplit (Xasciz'RCSA FAILED"TO RESPOND'),
M

Lit (Zasciz2"RCIP FAILED TO RESPOND'),

lit i t (Xasciz'TEST PATTERN ECHOED IN RCSA IS INCORRECT®),
Lit i t (Zasciz'VECTOR AND BR LEVEL TEST FAILURE'),
up Lit i t (Zasci2'HOST DETECTED TIME OUT ERROR'),
up i t (Xasciz'RING BUFFERS NOT CLEARED BY THE PORT'),

i t Zasciz'STEP READ DATA DOES NOT MATCH®),
{1 t §Xasciz'PORT FATAL ERROR'),

up i t

R'),

%asciz'INIT STEP READ ERROR

= upli t (Zasciz'MEMORY BUFFER DOES NOT CONTAIN EXPECTED DATA'),

ZRCFA1
v01.0
;

CZRCFAO RC25 FR END TEST
TEXT SECTION
GLOBAL
1793

8-Jul=198315:21:53
314:13:00
8-Jul=198

DMC_ERR = uplit (Xasciz'DM CODE RETURNED FAILURE CODE')
mv)
MLwflsR')‘
IERthvnsfinA
dzmn
mnmc-mutuu
CONTROLLE
/
NO INTERRUPT FROM PORT
(Xasciz' INIA
END"MSG = u?lit
BR LEVEL RECEIVED/TYPED IS INCORRECT !*),
BRERR = UPLIT (XASCIZ'INZA

;

179%

1797

MSG_17 = uplit (Yasciz'PURGE AND POLE TEST SET ERROR BIT 15°),

1799

:
:

1800
1801
1802

MSG-20 = uplit (Xasciz'FAILED POLLING ERROR IN RESPONCE RING'),

1803
1804
1805

(Y¥asciz'SEQUENTIAL FORWARD SEEK FAILURE')
(Xasciz'SEQUENTIAL REVERSE SEEK FAILURE')
CTOZERR = uplit (Zasciz'INZATIME expxaso ),

;
;
;

:
:
:

;
:
;
::

:
:

;
:
:

1795
1796
1798

1806
1807

MSG-18 = uplit (Xasciz'PURGE AND POLE TEST DID nor ser STEP & BIT 14°),
MSG-19 = uplit (Zasciz'INIT DID NO CLEAR RING BUFFER®)
MSG-21 = uplit
MSG_28 = uplit
MSG-29 = uplit
MSG-30 = uplit

(Zasciz®AVAILABLE COMMAND SPIN-DOWN FAILURE'),
(Xasciz'SPIN UP TEST FAILURE'),

PFE ERR = uplit (Yasciz'INSAFATAL ERROR') VALUE= %03'),
AHEAD_MSG = uplit (Zasciz'AHEAD A OFFSET

1808
1809
1810
1811
1812

VALUE = %03').
BHEAD_MSG = lit (Yasciz'AHEAD BC OFFSET
= %03').
OFFSET VALUE
(Zasciz'AHEAD
CHEAD_MSG = lit (Yasciz'AHE
D OFFSET VALUE = %03'),
DHEADMSG = lit (Xasciz'NIAADCURRENT
TRACK = 304ZA NUMBER OF SEEKS = %05')
MSG_TR_DSP o &uplit

1815

MSGADDR_ERR = uplit (Yasciz'INXAFAILING ADDR = Z06ZA DATA = Z063N'),

1813
1814
1816
1817

1818
1819
1820

1821

1822
1823
1824

MSG_LBR

DSP =upl t (Zasciz'INYASTARTING TRACK= %043A CURRENT TRACK= zo4zA ENDING TRACK = %04°),

MSG-STATUS ERR = uplit (Yasciz'INXAEND PACKET STATUS ERROR= X06%A REF # = %02°)
MSG-BUSA_ERR = uplit (Zasciz’INYABUS ADDRESSING DATA TEST ERROR'),
MSG_DATA_ERR = uplit (Zasciz'INIABLOCK DATA rauusrsa FAILED®),
MSG_SEEK"ERR = uplit (Xasciz'RC25 SEEK FAILURE')

MSG-ERR CONT = uplit (Zasciz'INYABLOCK LENGTH = S06IN'),
MSG_HSWICH ERR = uplit (Zasciz'INIAHEAD SWITCH FAILED®),

MSG_SURFACE_ERR = uplit (Zasciz'FAILING SURFACE = S033A TRACK # = X06ZN'),

= uplit (Xasciz*READ SECTOR FAILED')
MSG_READ_ERR

MSG_SAC_ERR = it (Yasciz'AFAILING TRACK # = Z063A SECTOR # = Z06IN'),
MSG_COM_WPT = lit (Yasciz'WRITE PROTECT resr FAILED'),

1825

MSG_PT_ERR1 = uplit (Yasciz'EXPECTED SW
= OFF ACTUAL SW= ON UNIT # = %D3 ‘
SW = ON_ ACTUAL SW= OFF UNIT # = zosxn

:
:
:

1827
1828
1829

AZT_REABY ERR
= uplit (Zasciz'RC25 UNIT DOES NOT COME ONLINE'),
EXE”SUP_ERR = uplit (3asciz'EX_SUP_PROG DUP COMMAND FAILURE®),
SNDDATA ERR
= uplit (Xasciz'SEND_DATA DUP COMMAND FAILURE'),

1831

1826

MSG_WRP_ERR2 = uplit (Zasciz'AEXPECTED

MSG_AVETMTIME=

uplit (X¥asciz'3INZAAVERAGE SEEK TIME (ms) = xozxA.z2 ),

1830 kBLF/PAGE>
RE_DATA_ERR
= uplit (%asciz'REC017A DUP COMMAND FAILURE'),
~

seo 30

SPIDERSUSERS: CLAKSHMANA.11REL. REALJzac?'(7)

VAX=11 Bliss=16 V3=555

SEQ 31

Pa?e 1
VAX=11 Bliss=16 V3=555
CFA (8)
.REALJZR
11REL
.
NA
CLAKSHMA
:
SERS
SPIDERSU

8=Jul=19 83 S*% 1 :53
3:00
8-Jul=1983 14:13:

CZRCFAO _RC25 FR END TEST
GLOBAL TEXT SECTION

OV~

1861

!<BLF/PAGE>

(Yasciz'INXASFTLERR= UNRECOGNIZABLE ERROR CODE'),
(Xasciz'INXASFTLERR= ENVELOPE/PACKET READ (PAR!TV OR TI HEOUI)

(!asciz'!N!ASFTLERR- ENVELOPE/PACKET WRITE (PARITY OR TIMEOUT)5.
(Zasciz2'INYASFTLERR= CONTROLLER ROM AND RAM PARITY'),
(Xasciz"INXASFTLERR= CONTROLLER RAM PARITY'),
(!asciz'!N!ASFTLERR- CONTROLLER ROM PARITY'),
v

et detndadode e Ko Ko Lo Ko Ko Ko Xo 2o Ko o o Ko o Kol

el
e
B

e
e o
cd e
e
e o
D o
e
e
b—
b
—

PFE_STRUCT = uplit (

by wdo o wde wbdy wdo abe wbde o wdo wbs wdo by wbs wbo wbo mbo wbo wbo wdo wbo wdo wdo

g Self-detected fatal port/controller errors

D o

) o

e e

A
S R R R R R RWR =O
R Re
viwvw
gmmwaa
V00N
OV
WN=O VNV

(Xasciz2*'INXASFTLERR= RING READ (PARITY OR TIHEOUT)
(X%asciz"INIASFTLERR= RING WRITE (PARITY OR TIMEOUT)' 5
(Xasciz'INIASFTLERR= INTERRUPT MASTER')
(Xasciz'INZASFTLERR= HOST ACCESS TIME ouf'>,

(Yasciz'INXASFTLERR- CREDIT LIMIT EXCEEDED ;
(Zasciz"INIASFTLERR= BUS MASTER ERROR'),
(Xasciz'INXASFTLERR= DIAGNOSTIC CONTROLLER FATAL ERROR'),
(Zasci2'INXASFTLERR= INSTRUCTION LOOP TIMEOUT'),

(Xasci2'INXASFTLERR= INVALID CONNECYION lDENtlFlER'
(!asciz'lN!ASFtLERR- INTERRUPT WRITE®),
(Zasciz"INXASFTLERR= MAINTENANCE READ/URITE INVALID REGION IDENTIFIER'),

(Zasciz2"INXASFTLERR= MAINTENANCE WRITE LOAD TO NON-LOADABLE CONTROLLER')
(Zasciz"INIASFTLERR= CONTROLLER RAM ERROR (NON=PARITY)"*)
(Yasciz"INXASFTLERR= INIT SEQUENCE ERROR'),

(Xasciz"INXASFTLERR- HIGH LEVEL PROTOCOL INCOHPATIBILITV ERROR'),
(%asciz'INXASFTLERR= PURGE/POLL HARDWARE FAILURE °*),

(Zasciz"¥NXASFTLERR= MAPPING REGISTERtREA%2§§R0R (PARITV OR TIMEOUT)*)
:

vector

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

ZRCFAY °
v01.0

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

:
! Error message structure
:

:
:
:

1862
1863
1864

1867 wuplit (Xasciz'INXASFTLERR= SUPERVISOR SERVICE CALL FAILED'),

1865
1866

uplit (
EMSG_STRUCT =
uplit (¥asciz'INXASFTLERR= RESPONSE STATUS ERROR:%XS'),

1868

wuplit (Xasciz'XINXASFTLERR= PORT/CONTROLLER TIMEOUT ERROR'),

1870

!<blf/page>

:
:

1869 uplit (Yasciz'INYASFTLERR- UNKNOWN RETURN STATUS CODE')) : vector [4],

SEQ 32

Pa?e 12
VAX=11 Bliss=16 V3-555
.REALJZRCFA (9)
ERS
11REL
.
SUS
LLAKSHMANA
:
DER
SPI

CZRCFAO _RC25 FR END TEST
GLOBAL TEXT SECTION
; Self-detected fatal port/controller errors

WN
=

b cod wd b

=O VNS

b
b
b
D
b

b
b

VIS W

b
b

b ed b

e
—

b e

VO OVOOO0

—

RC_STRUCTURE = uglit (
e ladedadedadada
dade dodododedod et

= — = =
-~ - by wdo wde s wbs Ead

t (Zasciz'INYASFTLERR= VAX READ/WRITE ERROR ON INTERRUPT'®),
(Zasciz"INIASFTLERR= INCONSISTENCY AT U.BFIL'),
(Zasciz' INXASFTLERR= INCONSISTENCY AT U.BMTY'),
(Zasciz' INXASFTLERR= INCONSISTENCY AT U.ALOC')

-~ e

.
—~— P =

- ———

by wbe -do e wde aily ey oo ale wbs wbs wbs wbo wly who who wls abo

§55555E56666566656665688

23828222223233 EEERER S

1880

SR
I I I I E RS R

SEQ 33
Pa?e 13
VAX=11 Bliss=16 v3-555
ANA. 11REL .REALJZRCFA (10
SERS
: [LAKSHM
SPIDERSU

)

e e e T TR DRTR DR LRLA L L YRR IR

AT RTR TR R T TR TR L L R L L 1)

ZRCFAT
v01.0

8-Jul=-1983 15:
8-Jul=1983 14

i2 INCONSISTENCY AT SERVO ENTRY (PIP SET)*),
' INXASFTLERR=
(Zasc

(Zasciz'INYASFTLERR= INCONSISTENCY AT SERVO ENTRY (ERR SET)'),
(Zasciz'INXASFTLERR= INCONSISTENCY AT U.SEND'),
(%asciz'INXASFTLERR= INCONSISTENCY AT U.RECV'),
(Zasciz'INXASFTLERR= INCONSISTENCY AT U.ATIN'),
(Zasciz'INIASFTLERR= INCONSISTENCY AT U.ONLN')

(Zasciz'INXASFTLERR= ILLEGAL D REQUEST (U.ODROS').

(Zasciz'INYASFTLERR= FENCE=POST ERROR AT PROTAB'),
(Xasciz'INXASFTLERR- BAD PACKET DEQUEUED AT U.DONE'),
(Zasciz2"INIASFTLERR= UNEXPLAINED D=PROC SUSPENSION (U..TDS)*),

(Zasciz"INIASFTLERR= DUP PACKET D=-Q FAILED (XFC 34/35)°),

(Xasciz2'INXASFTLERR= INCONSISTENCY AT U.HTST'),
(Zasciz
' INXASFTLERR=- INCONSISTENCY AT U.SEKO'),
(Zasciz'INXASFTLERR= INCONSISTENCY AT U.CKSV'),
(Xasciz"INXASFTLERR=- D.OPCD FOUND ILLEGAL OPCODE'),
(%asciz'INXASFTLERR=- D.CSF FOUND ILLEGAL OPCODE'),
(Zasciz"INXASFTLERR= UNKNOWN BAD DRIVE STATUS AT D.DSTS'),
(Zasciz'INXASFTLERR- ILLEGAL XFC EXECUTED BY DM'),
(Zasciz'INXASFTLERR=- D PICKED UP A ZERO SCB.DB'),
(Zasciz"INXASFTLERR= INCONSISTENCY AT D IDLE LOOP®)

uplit (Zasciz'INXASFTLERR- DM WORD COUNT ERROR ON HOST DMA/SEND/RECV'),
uplit (Xasciz'INXASFTLERR= UNKNOWN DISPLAY FAULT CODE AT D.DFLT'),
uplit (Zasciz'INZASFTLERR- DRIVE NOT FAULTING IN P.OFLN STATE®),
uplit (Zasciz'INZASFTLERR= U POWER UP DIAGNOSTICS FAILED'),
uplit (Zasciz'INYASFTLERR= D POWER UP DIAGNOSTICS FAILED'),
uplit (Zasciz'INXASFTLERR- ADAPTER CARD FAILURE®),
uplit (Zasciz'INIASFTLERR- EC.TMR TIMED OUT'),

uplit (Zasciz'INXASFTLERR- U.SEND/U.RECV RING READ INCONSISTENCY'),
uplit (Xasciz'INXASFTLERR= UNKNOWN WAITRV REASON AT D.RVCT®)

uplit (Rasciz'INXASFTLERR- D.ARCS DID NOT FIND CLOSEST UNDONE ZONE®),

uplit (Zasciz'INZASFTLERR- U.SEEK FOUND SEEK TO ILLEGAL TRACK'),
uplit (Zasciz'INXASFTLERR= U.HTST INIT DIAG DMA WRITE FA]LED')‘
uplit (Zasciz’XNXASFTLERR= U.HTST INIT DIAG DMA COMPARE FAILED'),
(Zasciz'INXASFTLERR- U.SYDR FOUND SS.DER SET AND SS.SPN NOT SET'),
uplit (Zasciz'INZASFTLERR= MASTER DRIVES ACLO ASSERTED®)
'<bl f/page>

) : vector [39],

CZRCFAOD RC25 FR END TEST
TEXT SECTION
GLOBAL

v01.0

IRCFA1
3
S

1916
}3};

!
' Dup return status codes

1919

SDUP STRUCT
= uplit
(

:::

:
:
:
:

1921 uplit
uplit (Xasciz'%ANO REGION Avuuan.eiu'x
1922
1923 uplit (Xasciz'XANO REGION SUITABLE!N ).
1924
1925
1926
1927

VAX=11 Bliss=16 V3=555

1920 wuplit(!asciz't& SUCCESS!UL!N')

(Zasciz'ZAINVALID COMMANDEN®)

1928

wuplit (Xasciz'XAPROGRAM NOT NOHN!N
wuplit (Xasciz'XALOAD FAILURE!N'
wuplit (Xasciz'XASTANDALONEZN')
) : vector [7],
!<blf/page>

..l

SEO 34

8=Jul=1983 14:13:00 SPIDERSUSERS:[LAKSHMANA. 11REL. REALJZRC?:(11
8-Jul=1983 15:21:53

A PR TR PR DA DR L D L 1
TR
A
R
TR
I E IRIR AT RTE
(TR IR

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

CZRCFAO RC25 FR END TEST
3LOBAL TEXT SECTION

IRCFA1
v01.0
1929

: MSCP return status codes

}g%?

1932

SHSCP STRUCT =

Lit
(

1933

wplit (!asciz'!ASUtCESSIN'),

1935

wuplit (Xasci2’'

1934 wuplit (!asctz'!AlNVALlD COMMANDIN®) ,

ABORTEDIN'),

1936 wuplit (Rasci2’ !AUNIT-OFFLINE!N')

1937 wuplit (Xasci2’ SAUNIT-AVAILABLESN
1938 uplit (Xasciz'ZAMEDIA FORMAT ERROREN'),
1939
1940
1941
1942
1943
1944

1945

1946

1947
1948
1949
1950

wuplit
wuplit
wuplit
wuplit
wuwplit
wuplit

(Xasciz'XAWRITE PROTECTED!N')
(Xasciz'XACOMPARE ERROR!N
(1asciz'!ADATA ERRORXN'),
(Xasciz'ZANMOST BUFFER ACCESS ERROR!N')
(!asciz'!ACONTROLLER ERRORIN
(Zasciz'!ADRlVE ERRORZIN'),

wuplit (Xasciz'XAMESSAGE FROM AN INTERNAL DIAGNOSTICXN')
) : vector [13];

end
eludom

.TITLE

JIDENT

103
103

000
000
101

132
106

122
040

.PSECT
LSNAME::.ASCI1
LASCII
LSREV::

ZRCFA1 CZRCFAO RC25 FR END TEST
/Vv01.0/

AASCODE,
/CZIR/

BYTE
BYTE

/CF /
O
0

LASCII

/A/

060
0000006
000170
0000006
000000G
000166°
000202*
0000006
000000
000000
000000
000000
000124°*
000000
000000
000000

LASCII
LSUNIT::.WORD
LSTIML::.WORD
LSHPCP::.WORD
LSSPCP::.WORD
:
. WORD
LSHPTP:
LSSPTP::.WORD
LSLADP: : .WORD
L$STA:: .WORD
L$CO:: .WORD
LS$DTYP::.WORD
LSAPT:: ,WORD
LSDTP:: .WORD
LSPRIO::.WORD
LSENVI::.WORD
LSEXP1::.WORD

70/
TSPTHV
170
LSHARD
LSSOFT
LSHW
LS$SW
LSLAST
O
O
O
O
LSDISPATCH
O
O
O

003
003
000000
000000
000000

.BYTE
BYTE
.WORD
L$EF::
.WORD
LSSPC:: .WORD

3
3
O
O
O

LSMREV::

SEQ 35

15
VAX-11 Bliss=16 V3=555
(12
.REALJZRCFA
11REL
SPIDERSUSERS CLAKSHMANA.
Pa?e

8=Jul=19
8=Jul=19

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION
: . WORD
LSDEVP:
: .WORD
LSREPP:
.WORD
LSEX:P4:
LSEXPS: :.WORD
LSAUT:: .WORD
LS$DUT:: .WORD
LSLUN:: .WORD
: .WORD
LSDESP:
: .WORD
LSLOAD:
LSETP:: .WORD
LSICP:: .WORD
LSCCP:: .WORD
LSACP:: .WORD
LSPRT:: .WORD
LSTEST::.WORD
LSDLY:: .WORD
: .WORD
LSHIME:

000000C
172150

000154

000005
000000

000000C
000001

000000
000001
001434

000000

S$SPCNT:
: .WORD
LSDISPATCH::
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
ERRTYP:: .BLKW
ERRNBR:
: .BLKW
ERRMSG:
: .BLKW
: .BLKW
ERRBLK:
:
LEN:
LSHW
.WORD

P.IP.ADDRESS::

WORD

P.VECTOR::

Co Co
W

LSDVTYP

5SRPT

0
LSAU
bSDU

LSDESC

=73743

LSERRTBL
LSINIT
LSCLEAN
LSAUTO
LSPROT

<<LSNDHW=-LSHWLEN>/2>

-5630

154
.WOR
P.BR.LEVEL::
5
W0RD
:
P.UNIT.NUMBER:
WORD
0
LSNDHW: : . BLKW 1
LSSWLEN: :

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

<<LSNDSW-LSSWLEN>/2>
1

0
1

1434

VAX=11 Bliss=16 V3=555

SEQ 36

Pa?e

NA. 11REL .REALJZRCFA (12
SERS
: [LAKSHMA
SPIDERSU

8=Jul=1983 15:21:53

CZRCFAD RC25 FR END TEST

8=Jul-1983 14:13:00

GLOBAL TEXT SECTION

.WORD

O
O

000001

WORD
::
SWP.MANUAL
.WORD
SWP.TRACE::

1727777
177777
177777

LSPROT::.WORD
WORD
.WORD

=1
=1
-1

SWP.CONTINUE::

000000
000000

WORD
LSNDSW::.BLKW

000002

§588888esEssssssss

SRYRLGEENRIRUSHRIR2

005634"
005636°
045
101
M
040
125
040
045
045
101
120
122

P.AAA:

101
mm

106
114

P.AAB:

116
106
040
045

107
122
075
124

101
117
102
122
106
040
111
043

P.AAC:

117
104
117
125
124
072
103
124
114
040
101
040
122
116
040

104
124
040
101
040
122
116
040
000
117
122
105
102
122
106
040
11
043

116
117
122
117
104
117
125
124
072

P.AAD:

104
126
102
122
106
040
111

122
105
117
104
117
125
124

1M
040
101
040
122
116
040

P.AAE:

195
101
103
105

103
116
040
124

P.AAF:

000

043

115
110
m
123

104
116

072

063
000

000

O
1
1

.PSECT

SPLITS,

.WORD
.WORD
.ASCII
LASCII
LASCII
ASCI1
LASCII
LASCII
LASCII
LASCIT
.ASCII
LASCII
.ASCII

P4
PS5
/ZAF/
/AIL/
ZING/
/ FR/
/U =/
/7 X1/
/%D3/
/73N/<00>
/ADA/
/PTO/
/R B/

WORD

.ASCII
LASCII
LASCII
LASCII
LASCII

LASCII
.ASCII
LASCII
.ASCII
.ASCII
.ASCII
LASCII

LASCII
LASCII
ASCII

/0AR/
/D F/
/OR /
/UNI/
/T &/

/7:/<00>
/CON/
/TRO/
/LER/
/ BO/
/ARD/
/7 FO/
/R U/
/NIT/

LASCII

7 #:/
<00>

LASCII

/#:/<00>

.ASCII
LASCII
.ASCII1
.ASCII
LASCI1
LASCII
LASCII

LASCII
LASCI1
LASCII
LASCII

/DRIl/
/VE /
/BCA/
/RD /
/FOR/
/7 UN/
/71T /

/MEC/
/HAN/
Z1C /
/SET/

RO,

GBL

SEQ 37

17
(12
ALJZRCP:
l1REL.RE
SPIDERSUSERS:ELAKSNHANA.

VAX=11 Biiss=16 V3=555

: PLit count word

n3
8=Jul=19 8
8=Jul=-198

BSEREERY

— e

NNN=OO0O0O
= 2NN
SN
= N N NO =

SO WN=<20O00MNNVO
KRUSIKUR=NS = NOOWN=0OWVNHNNSOOVSNNO

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION
106
040
111

117
125
124

043

072

120
104
105
000
105
117
000
122
105
114

040
104
123
000
103
122

P.AAG:

040
126
000

P.AAl:

114

101
105
101
122
123
123

P.AAJ:

105
117

P.AAK:

124
040
104
123
105
000
123
124
040
122
103
106
040
116
105
125

123

106
105
117

123

101
040
123
000
117
117
127
110
117
m
124
122
040
123

107
040
122
103
124
124
000
040
125
m
040
040
115
040
105
124
124

116
105
123

040
123
040

104

061

124
125

061
000
124

P.AAH:

P.AAL:

040

063

110
040
065
101

P.AAM:

SEQ 38

Pa?e 18
VAX=11 Bliss=16 Vv3-555
NA. 11REL .REALJZRCFA (12
SERS
: LLAKSHMA
SPIDERSU

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

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

ZRCFAT
v01.0
000435
000440
000443
000446
000451
000452
000455
000460
000463
000466
000470
000473
000476
000501
V00504
000507
000512
000515
000520
000523
000526
000531
000534
000537
00054
000545
000550

122
116
124
103
000
105
11
040
101
000
104
131
040
116
124
104
124
040
116
114
116
122
116
117
124
124
104

124
107
122
113

11
040
101
000

116
116
124
103
000
117
117
127
124
117
117
110
115
125
040
124
126
124
116
105
077
117

104
107
122
13

P.AAN:

P.AAD:

000575
000600
000603
000606
000611
000614
000617
000622
000625
000630
000633
000636
000641
000644
000647
000652

105
104
131
040
123
124
103
124
125
124
124
107
106
122
105
111

077
117
117
127
110
117
117
11
105
105
11
040
124
040
124
105

040
125
101
040
040
040
105
101
101
m
105
105
m
040
123
000
040
125
105
040
101
040
104
000
040
125
14}
040
040
116
116
040
123
116
101
105
122
122
123

000553
000556
000561
000564
000567
000572

000655

000660
000663
00666
000671
000674
000677
000702

131
040
105
124
103
115

077

116
102
040
040
124
105
106

117
116
104
122
105
117

000

125
105
117
122
122
123
17

000

115
122
106
105
11
040
122

P.AAP:

P.AAQ:

P.AAR:

LASCI1
LASCII
.ASCII
LASCII
LASCII
ASCII
LASCII
LASCII
LASCII
LASCII
.ASCII
LASCII
LASCII
LASCII
LASCII
+ASCII
CASCII
LASCII
LASCII
LASCII
+ASCII
.ASCI1
ASCII
.ASCII
.ASCI1
LASCII
.ASCII

/RT1/
/NG /
/TRA/
/CK/<00>
<00>
/END/
/ING/
/ TR/
/ACK/
<00><00>
/DO /
/YOU/
/7 WA/
/NT /
/T0 /
/DO /
/THE/
/7 MA/
/NUA/
/L I/
/NTE/
/RVE/
/NT1/
/ON /
/TES/
/T72/<00>
/DO /

LASCII
.ASCII
LASCII
LASCII
LASCII
LASCII
+ASCII
LASCII
LASCII
LASCII1
LASCII
.ASCII1
LASCII
.ASCII
.ASCII
LASCII

/E?/<00>
/DO /
/YOU/
/7 W1/
/SH /
/T0 /
/CON/
/TIN/
/UE /
/TES/
/TIN/
/G A/
/FTE/
/R R/
/ETR/
/iES/

LASCII
LASCII
+ASCII
.ASCII
LASCII
.ASCII

LASCII

.ASCII
.ASCII
LASCII
.ASCII
LASCII
LASCII
LASCII

/YOU/
/ NE/
/ED /
/TRA/
/CE /
/MOD/

/7/<00><00>
/NUM/
/BER/
/ OF/
/ RE/
/TRI1/
/ES /
/FOR/

SEQ 39

Pa?e 19
VAX=11 Bliss=16 V3=555
. 11RELERS .REALJZRCFA (12
SUS
: LLAKSHMANA
SPIDER

o(=] A

SN NN
NN NNN O NNNNN NN N NN NN NN NN N NN VNS AENNNNAENNNNNON
NN N NN
NSNS
P.AAU:

P.AAV

P.AAW

llllllllllll
llIlll
1lll"l
lll"llllllllllllxllll1"]llllll
llll
llllll
llllll
lIllll
llllll
llllll
llll-‘
llllll
O
LLLLLOL
LVLLLLL
LLLLLLU
LLVLLLL
LLULLLL
LLLULUL
LLLLLLL
LVLLLLL
PLLLLLLlllIll

NOONIOMIN ~MANIOVITMM N0O ANO=ONMMIOITNMOANNN TOTITAMN—OONOWNOT TN O

P.AAT

SPIDERSUSERS : CLAKSHMANA «11REL .REALJZRC

VAX=11 Bliss=16 V3-555

4Lal
—r

:5 M
e

OO
8=Jul-1
8=Jul-1
CZRCFAD RC25 FR END TEST
GLOBAL TEXT SECTION
ZRCFA1
v01.0

P.AAS

i G2

SEQ 40
Pa

8888

e e el D

B Gg Bg B g B BycB9=0
SB GB S S S S B ccccccc
S BG B BS B Be Be ccccccc
S SB B GB BS B B ccccccc
S Bg Sg e) e) e) S ccccccc
S S S S S S S ccccccc
S S SG SG S S GS ccccccc
SG S S GS Go o)ccccccc
)gccccccc
I
CLCCCLCCC
CLCCCICCC
CILCLCLCL
LLCLCLLLL
LLCLCLLLC
LLLLLLLLL
LLLLLLLLL
CLCCLCLLL
.
......
.......
.......
..l....
.......
.......
.l.....
.l.....

001201

—

. 11RELERS .REALJZRCFA (12
SUS
: CLAKSHMANA
SPIDER

VAX=11 Bliss=16 V3-555
:21:53
8-Jul=-1983 3 15:21
8=Jul=1983 3 14:13:00

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION
IRCFA1
v01.0

001421
001424
001427
001432
001435
001440
001443
001446
001450
001453
001456
001461
001464
001467
001472
001475
001500
001503
001506
001511
001514
001517
001522
001525
1530
001532
001535
001540
001543
001546
001551
001554
001557
001562
001565
001570
001573
001574
001577
001602
001605
001610
001613
001616
001621
001624
001627
001632
001635
001640
001642
001645
001650
001653
001656
001661
001664

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

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFA1
v01.0
124
120
105
120
m
116
124
123
045
101
123
040
123
120
040
122
107
123
120
040
101
127
124
124
124
045
101
123
040
104
107
123
103
122
040
123
000
045
101
123
040
126
124
040
104
122
105
114
105
000
045
101
123
040
120
107
101

105
117
122
040
101
117
M
000
116
124
124
065
124
040
124
117
110
124
040
122
104
122
105
105
000
116
124
124
063
m
116
124
040
101
124
124

040
127
125
104
107
123
103

045
105
040
040
101
117
m
127
120
105
000

P.ABF:

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

045
105
040
040
103
122
116
102
114
105
1264
124

P.ABG:

045
105
040
040
122
040
104

P.ABH:

045
105
040
040
105
061
110
125
040
105
063

P.ABE:

105

057.
14)
040
123

+LASCII /TE /
LASCII /POW/
.ASCII /ERU/
LASCII /P b/
LASCII /1AG/
+ASCII /NOS/
LASCII /TIC/
LASCII /5/<00>
.ASCII /INX/
+LASCII /ATE/
LASCII /ST /
JASCII /7 5/
+ASCII /STE/
LASCII /P 1/
LASCII 7/ TH/
+ASCII /ROU/
+ASCII /GH /
LASCII /STE/
LASCII /P 3/
+ASCII / RE/
LASCII /AD/<57>
LASCII /WRl/
LASCII /TE /
+LASCII /TES/
LASCII /1/<00>
.ASCII /INX/
LASCII /ATE/
LASCII /ST /
LASCII /7 3/
.ASCII /DIA/
+ASCII /GNO/
LASCII /ST1/
LASCII /C W/
.ASCII /RAP/
LASCII / TE/
LASCII /S1/<00>
LASCII <00>
.ASCII /INX/
+ASCII1 /ATE/
LASCII /ST /
LASCII /7 &/
LASCII /VEC/
.ASCII /TOR/
LASCII / AN/
.ASCII /D B/
LASCII /R L/
.ASCII /EVE/
CLASCII /L 1/
LASCII /EST/
.ASCII <00><00>
ASCII /ZN%X/
LASCII /ATE/
LASCII /ST /
ASCII /7 6/
.ASCII /PUR/
LASCII /GE /
LASCII /AND/

SEQ 42

Pa?e 22
VAX=11 Bliss=16 V3-555
SERS .REALJZRCFA (12
LLAKSHMANA. 11REL
SPID:ERSU

E 4
8-Jul=1983 15:21:53
8-Jul=1983 14:13:00

—-NO
WS
ON = N=NWN

———

RoSRORNMR
ONWVIOOWWVO
= W=
VNOWO
N VWS OW=WVNOWVNNNNSOW=WN VININ S WO W=WNH SO

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION
120
114
105

17
040
123

116
124
124

045
105
040

115
114
m
040
123

101
040
116
124
124

116
124
124

045
105
040
040
122
040
116
124
124

000

067

070

101
105
111
040
123

P.ABI:

LASCII
CLASCII
LASCII

7 PO/
/ZLL 7
/TES/

.ASCII
LASCII
LASCII

/3N%/
/ATE/
/ST /7

LASCII

ASCII

040

P.ABJ:

116
124
124
071
115
17
040
105
101
124
124

045
105
040
040
040
104
117
122
131
105
000

P.ABK:

116
124
124
060
117
130
124
124
105
122
124
124
116
124
124
061
125
- 101
122
123
107

045
105
040
040
116
m
105
040
115
13
105
000
045
105
040
040
123
104
105
11
057

P.ABL:

P.ABM:

LASCII
LASCII
LASCII
LASCII
LASCII
LASCII
.ASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII

LASCII

.ASCII
LASCII
LASCII
ASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII
JLASCII
LASCII
.ASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII
ASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII

/71/7<00>
777

/SMA/
/ZLL /7
/RIN/

/76 T/

/EST/
<00>
/3INX/
/ATE/
/ST /

787

/LAR/
/GE 7
/RIN/
/6 T/
/EST/
<00>
/3INX/
/ATE/
/ST /

797
/DM /
/COD/
/E 0/
/VER/
/LAY/
7 TE/
/5T1/<00>
<00>
/3IN%/
/ATE/
/ST 7
710 7
/NON/
/EX1/
/STE/
/NT /
/MEM/
/ORY/
7 TE/
/5T/7<00>
/3IN%/
/ATE/
/ST /
/711 /7
/BUS/
7 AD/
/DRE/
7551/
/NG/<57>

VAX=11 Bliss=16 v3-555
SPIDERSUSERS: [LAKSHMANA.11REL

SEQ 43

Pa?e 23
.REALIZRCFA (12

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

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

ZRCFAT
v01.0

LASCII
LASCII
LASCII
LASCII
LASCII
.ASCII
+LASCII
LASCII
LASCII
+ASCII
LASCII
+ASCI1
+ASCII

/DAT/
/A T/
/EST/
/7 A/<00>
<00>
/IN%/
/ATE/
/ST /
/712 /
/BUS/
7/ AD/
/DRE/
/SS1/

124
124
124

+ASCII
LASCII
LASCII

/DAT/
/A 1/
/EST/

+LASCII
LASCII

/ATE/
/ST /

002133
002136
002141
002144
002147
002150
002153
002156
002161
002164
002167
002172
002175

104
101
105
040
000
045
101
123
061
102
040
104
123

101
040
123
101

124
124
124
000

116
124
124
062
125
101
122

045
105
040
040
123
104
105

002203
2206
002211

104
101
105

107

101
040
123

057

102

000

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

045
105
040
040
117
040
101
106
040
123

P.ABO:

045
105

P.ABP:

2200

116

002214
002217
002220

040
000
045

002231

061

002256
002260

124
045

002223
002226

002234
002237
002242
002245
002250
002253

002263
2266
002271
002274
002277
002302
002305
002310
002313
002316
002321

002324

002327
002330
002333
002336
002341
002344
002347
002352
002355
2360
002363
2366
002371

002374

101
123
102
103
124
116
105
124
101
123
061
123
116
120
105
040
101
123
125

103

000
045
101
123
061
123
125
124
114
105
040
104
105

106

123

105

116
124
124
065
105
105
1m
040
105
101
040
122

P.ABN:

LASCII

LASCII
LASCII
.ASCII

LASCII

+LASCII
LASCII
.ASCII
+ASCII
+LASCII
LASCII

LASCII
ASCII

125
110
104
117
040
121
116

LASCI1
LASCII
LASCII
+LASCII
LASCII
LASCII1
LASCII
LASCII
LASCII
LASCII
LASCII

045
105
040
040
121
116
101
123
113
116
126
111

LASCII
ASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII
+ASCII
LASCII
LASCII
LASCII

040
040
m

LASCII

000

P.ABQ:

LASCII

/NG/<57>
/ B/<00>
<00>
/iINY/
/13 /

/BLO/
/CK /
/TRA/
/NSF/
/ER /
/TES/

/1/<00>
/INX/
/ATE/
/ST /
/14 /
/SPl1/
/N W/
/P W/
/EAD/
/7 LO/
/AD /
/SEQ/
/UEN/

/CE/<00>

<00>
/INX/
/ATE/
/ST /
/15 /
/SEQ/
/UEN/
/TIA/
/L S/
/EEK/
7/ AN/
/D V/
/ERI/

/FY/<00>

SEQ 44

P‘?‘ 24
VAX=11 Bliss=16 V3-555
SERS .REALJZRCFA (12
CLAKSHMANA. 11REL
SPID:ERSU

002377
002400

000
045

002444
002446
002451

000
045
101

002403
002406
002411
002414
002417
002422
002425
2430
002433
002436
002441
002454
002457
002462
002465
002470

002473

002476
002501
25
002507
002512
002515
002520
002523

002526
002530
002533

002536
002541
002544
002547
002552
002555
002560
002563
2566

101
123
061
123
124
124
123
113
116
126
1M1

123
061
103
126
107

107

m
122
116
123
113
116
126
11

000
045
101
123
061
124
107
040
105
101
040
122

116

124
126
066
101
117
110
105
040
104
105
106

000
116
124

124
067
117
105
111

057

126
107
107
105
040
104
105
106

000
116
124

124
070

117
114
123
113
116
126
11

131
045
101

000
116
124

002605
002610

061
110

071
105

002627
002632

124
045

000
116

002643

062

002571
002574
002577
002602

002613
002616
002621
002624

002635
002640

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

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFA1
v01.0

123

104
127
103
124

101
123

124

040
m
110
105

124
124

060

045

P.ABR:

LASCII
.ASCII

<00>
/IN¥/

045
105
040
040
116
122
116
104
105
m
040
105
101
040
122
13

P.ABS:

LASCII
.ASCII
LASCII

<00><00>
/INX%/
/ATE/

045
105
040
040
107
105
105
040
104
105
106

P.ABT:

105
040
040
127
117
040
105
101
040
122
13

000
045
105

LASCII

LASCII
.ASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII

P.ABU:

LASCII
.ASCII
LASCI1

LASCII
LASCII

LASCII
LASCII
LASCII
LASCII

123
124
040
123

040

LASCI1
LASCII
LASCIT
LASCII
LASCII
LASCII
.ASCII
LASCI1
LASCII
+LASCII
LASCII
LASCII
LASCII

040
101

105
040

LASCII
LASCII
LASCII
LASCII
.ASCII
LASCII
+ASCII
LASCII
LASCII
.ASCII
LASCII

LASCII
ASCII
+ASCII
.ASCII
LASCII

040

000
045

P.ABV:

LASCII
LASCII
LASCI1
LASCII

LASCI1

/ATE/
/ST /
/16 /
/SAW/
/T00/
/TH /
/SEE/
/K A/
/ND /
/VER/
/I1FY/

/ST /
/17 /
/CON/
/VER/
/GIN/

/6/<57>/D/

/IVE/
/RGl/
/NG /
/SEE/
/K A/
/ND /
/VER/
/IFY/

<00><00>
/ZIN%/
/ATE/
/ST /
/18 /

/T0G/
/GLE/
/ SE/
/EK /
/AND/
/ VE/
/RIF/

/Y/<00><00>
/ZN%/
/ATE/
/ST /

719/
/HEA/

/D S/
/WIT/
/CH /
/TES/

/1/<00><00>
/INX/
/ATE/
/ST /

/720 /

SEQ 45

Pa?e 25
VAX=11 Bliss=16 V3=555
.REALJZRCFA (12
ERS
11REL
.
SUS
CLAKSHMANA
:
SPIDER

002646
002651
002656
002657
002662
2665
002670

002673
002676

002701
002706
002707
002712
002715
002720
002723
002726
002731
00273
002736
002741
002744
002747
002752
002755
002760
002763
2766
002771
0027764
002777
003002
003005
306
003011
003014
003017
003022
003025
3030
003033
00303
003041
003044
003046
003051
003056
003057

122
1064
040
105
101
040
122

131
045
101
123
062
125

12&
040
103
123
105
000
045
101
123
062
103
126
114
122
122
105
111
040
115
000
045
101
123
062
117
040
101
040
105
1264
105
045
101
123
062
101

101
117
123
113
116
126
111

000
116

124
126
061
105
117
101
105
040
123
000
116
124
124
052
117
122
114
040
117
123
116
126
105

P.ABW:

ASCII
"ASCII
CASCII
ASCII
ASCII
ASCII
"ASCII
CASCII
.ASCII
ASCII
.ASCII
ASEID
-asCII
ASCIT
ASCII

/RAN/
/DOM/
7 SE/
/EK /
/AND/
7 VE/
/RIF/
7Y/<00><00>
/INY/
/ATE/
/ST /
/21 7
73ec/
/TOR/
7 AC/

ASCII
.ASCII

<00><00>
/INY/

CASCII
ASCIT
ASSI1

123
124
12

/CES/
/S 1/
/EST/

P.ABX:

116
124
124
063
116
1264
103
123
113
111
000
116
126
124
064

045
105
040
040
105
122
113
105
040
115

P.ABY:

045

P.ABZ:

040

CASCI! /ATE/
ASCIT /ST /
ASCIT 722 /
ASCII /7COi/
"ASCII /TRO/
ASCII /LLE/
/R P/
ASCII
.ASCII /ROC/
"ASCII /ESS/
-ASCII /ING/
ASCIT 7 T1/
CASCII /ME/<00>
CASCII <00>
.ASCII /INY/
CASCII /ATE/
-ASCII /ST /
ASCII /23 /
-ASCII /ONE/
CASCII 7 TR/
"ASCII /ACK/
ASCII 7 SE/
CASCIT /EK /
CASCIT /TIW/
"ASCII /E/<00>
.ASCII /INY/
ASCIT /ATE/
CASCIT /ST /
ASCIT /24 /

107
123
113
111

"ASCII
CASCII
"ASCII
CASCIT

/RAG/
/E S/
/EEK/
7 11/

.ASCII
CASCII
CASCIZ

/%N%/
/ATE/
/ST /

126

122
105
105
040

101
040
105
124

3106
003107
003112

045
101
123

116
124
124

115

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

045
105
040
040
116
117
105
120
103
123
107
11
000

3065
003070
003073
003076

003101

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

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

ZRCFA1
v01.0

105

105
04D
105

000

045
105
040

"ASCII

P.ACA:

TASCII

/AVE/

/ME‘<00>

VAX=11 Bliss=16 V3-555
SPIDERSUSERS: [LAKSHMANA.11REL

SEQ 46

Page 26
.REALIZRCFA (12

003131
003134
003137
003142
003145
003146
003151
003154
003157
003162
003165
003170
003173
003176
003201
3202
003205
003210
003213
003216
003221
3222
003225
3230
003233
32
003241
003244
003247
003252
3255
3260
003263
3266
003270
003273
003276
003301
3304
3307
003312
003315
003320
003323
003326
003331
003332
003335
003340
003343
3346
003351
003354

062
106
114
124

113
123
113
m
000
045
101
123
062
127
124
104
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
117
123

040
114
101

105
105
000
045
101
123
062
101
122
105

065
125
040
122

040
114
123
117

116
124
124
066
122
105
101
040
123

045
105
040
040

P.ACB:

116
105
116
123
122

045
126
124
124
124

P.ACC:

116
105
116
122
124
124
116
105
116
103
124
125
000
116
124
124
067
106

045
126
124
105
101
000
045
126
124
117
11
105

P.ACD:

045
105
040
040

P.ACF:

105
105
040
115

040
105
124
105

11
040
124
1264
124

105
116

040
123

106
124
117
122
103
124
124

116
124
124
070

045
105
040
040

101
040

107
122

105

124

126

105

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

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

ZRCFA1
v01.0
003115
003120
003123
003126

’

P.ACE:

LASCI1
.ASCII
LASCII
.ASCII
+LASCII
LASCII
LASCII
LASCII
LASCII
.ASCII
LASCII
LASCI1
LASCII
+LASCII
LASCII
.ASCI1
LASCII
.ASCI1
LASCII
.ASCII
LASCII
LASCII
LASCII
LASCII
LASCII
.ASCII
.ASCII
+ASCII
LASCII
LASCII
LASCII
.ASCII
+ASCII
+ASCII
LASCII
LASCII
<ASCII
ASCII
LASCIF
LASCII
LASCII
LASCII
LASCII
JASCII

LASCII

+ASCII
.ASCII

P.ACG:

LASCII
.ASCII
LASCII
.ASCII
LASCII
LASCII
LASCII
LASCI!
LASCII
.ASCI1

/725 /
/FuL/
/L S/
/TRO/
/KE /
/SEE/
/K T/
/IME/
<00>
/INX/
/ATE/
/ST /
/26 /
/WR1/
/TE /
/DAT/
/A T/
/EST/
<00>
/INX/
/AEV/
/ENT/
/7 ST/
/ART/
<00>
/INX/
/AEV/
/ENT/
/ RE/
/STA/
/RT/<00>
/INX/
/AEV/
/ENT/
/ CO/
/NT1/
/NUE/
<00><00>
/INZ/
/ATE/
/ST /
/27 /
/OFF/
/SET/

/ T0/

/LER/
/ANC/

/E 1/
/EST/
<00>
/INX/
/ATE/
/ST /
/28 /
/AVE/
/RAG/
/E R/

SEQ 47

Pa?e 27
VAX=11 Bliss=16 V3-555
. 11RELERS .REALJZRCFA (12
SUS
: LLAKSHMANA
SPIDER

003357
003
003365
003370
003373
003376
003401
3404
003407
003412
003415
003420
003423
003426
003431
003434
3436
003441

003444
003447
003452
003455
3460
003463
3466
003471
003474
3477
003502
003505

003510
003513

003514
003517
003522
003525
3530

003533

003536
003541
003544
003546
003551
003554
003557
003562
003565
003570
003572
003575

003603
3606
003611
003614
003617
003622

8-Jul=-1983 15: 2] 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
M1

000
045

101
040
117
040
123
117
104
116

124
m
101
124
105
116
124
124
o7
122
105
122
105
040
123
000
116
011

101
101
m
105
105
MM
040
123
116
040
122
122

101
117
114
m
000
045
105
040
040
M
040
117
103
124
124
045
011
116
114
116
122
116
117
124
124
117
120

000

116
120
105
104
101

045
117
122
105
131

055

101
11
000
116
124
040
116
125
124
000
116
116
103
103
127
040
125
040
040

LASCII
LASCII
LASCII
LASCII

P.ACH:

P.ACI:

P.ACJ:

ASCI1
LASCII

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

LASCII
LASCII

L.ASCII
LASCI1
LASCII1
.ASCII1
LASCI1

.ASCI1I

040

11
116

045
117
115
131
116
123

P.ACK:

045

P.ACL:

117
114
113
101
106
116
117
124

LASCII
.ASCII
LASCII

106
115

104

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

/0TA/
/T10/
/NAL/
7 T1/
/ME/<00>
/INX%/
/ATE/
/ST /
/729 /
/WRl1/
/TE /
/PRO/
/TEC/
/T 1/
/EST/
<00><00>
/3INX/
/ZA/<11<1D>
/MAN/
/UAL/
7 IN/
/TER/
/VEN/
/T10/
/N T/
/EST/
7/ NO/
/T P/
/ERF/
/ORM/

/ED/<00>
<00>
/3INX/
/APO/
/WER/
/ DE/
/LAY/

/WAl/
/TIN/
/G/<00>
/3INX/
/ATO/
/0 W/
/ANY/
/7 UN/
/Z1TS/
<00><00>
/2IN%/
/ANO/
/7 CL/
/0CK/
/7 WA/
/S F/
/OUN/
/D O/
/N T/

SEQ 48

Pa’e 28
(12
.REALJZRCFA
11REL
NA.
SERS
[LAKSHMA
:
SPIDERSU

VAX=11 Bliss=16 V3=555

8-Jul=1983 15:21:52
8=Jul=1983 14:13:00

=t
4 e

—
b b
— b = (T
=
- i YO O =2 NN =
-=00
OO =2NO SO =
= NOANNVWVI=NN
— b NN
-NON = = NO WYV

[

eT e

)

D D oD od e

—3

=
2—.—.0-.-.—.0-.-.0 FENRSTS FEENSSINEEZRR=REESE g NN
S WO

CZRCFAD RC25 FR END TEST
GLOBAL TEXT SECTION
105
13
105

000
116
000
116
on

105
123
122
101
105
124
122
120
104
124
104
105
072
045
045

040
123
115

045

P.ACM:

045
040
107

P.ACN:

000

124
040
m
104
117
105
117
040
040
104
123
040
117
116

045
104
105
072
117
101
130
103
104
045
045
122
104
045
045

P.ACO:

116
123
120
101
040
045
045
106
114
107
105
123
122

045
124
040
123
075
117
101
101
1M1
040
107
124
040

P.ACP:

040
066
040
124

000

045
045
104
101

LASCI1
LASCII
LASCII
LASCII
.ASCII

LASCII

.ASCII
LASCII
.ASCI]1

/HE /
/SYS/
/TEM/

<00><00>
/INX/
/N/<00><00>
/2INX/
/ZA/<11>7 /

LASCII

/REG/
/1IST/
/ER /
/FAl/
/LED/
7 T0/
7/ RE/
/SPO/
/ND /
/AT /
/ADD/
/RES/
/S: /
7 %0/
/63N/

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

/3INX/
/AAD/
/DRE/
/SS:/
/7 %0/
/63A/
<11>/EX/
/PEC/
/TED/
/: ¥/
/06%/
/A/<11>/R/
/EAD/
/: ¥/
/06%/

LASCII
LASCII
LASCII
LASCII
LASCII
LASCI1
LASCII
LASCII1
LASCI1
LASCII
.ASCI1
LASCII
LASCII

116
101
122
123
045
045
105
105
105
040
066
01
101
040
066

000

LASCII

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

LASCII
LASCII
LASCII
LASCII

<00>

/N/<00><00>
/INX/
/AST/
/EP /
/MAS/
/K =
7/ %0/
/2%A/
<11>/FA/
/ZILY/
/NG /
/REG/
/1IST/
/ER /

/= ¥/
/06%/
/A D/
/ATA/

SEQ 49

Pa?e 29
VAX=11 Bliss=16 V3=555
. 11RELERS .REALJZRCFA (12
SUS
: [LAKSHMANA
SPIDER

004075
004100

040
045

075
117

040
066

116
116
on
117
040
120
116
102

000
045
040
122
124
105
125
105

062
045
101

000
116
o

000
045
040

004174
004177
004202
004205
004210
004213
004216
004221
00422

072
126
102
m
104
120
075
117
045

057
057
057
057
057
057
040
062
116

004301
004304

117
045

004103
004106
004111
004114
004117
004122
004125
004130

045
045
101
120
1264
131
040
115

004141
004144
004147

004133
004136

004152
004155
004160
004163
004166
004171

004227
004232
004235
004240
004243
004246
004251
004254
004257
004262
004265
004270
004273
004276
004307
004312
004315
004320
004323
004326
004331
004334

004337
004342
004345

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

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

ZRCFA1
v01.0

122
040

120
124
120
11
103
116

101
115
122
103
105
115
105
075
117
101
040
122
117
075

101
116
102
040
040
124
105
075

064
on
m

040
045

117
040
105
106
040
106

01
11
117
117
072
117
114
040
062
040
126
123
116
040

062
116

on
125
105
117
122
122
123
045

000
127
124

P.ACQ:

075
117

P.ACR:

LASCII
LASCII

/. =/
/%06/

JASCII
LASCII

/R =
/_%0/

LASCII
.ASCII
LASCII
.ASCI1
LASCII
LASCII
LASCIT
LASCII
LASCII
.ASCII
LASCII

.ASCII
LASCII
.ASCII
LASCII
.ASCII
.ASCII

122
123
103
1)
1M1
117

116
121
104
117
115
040
045
000
045

P.ACS:

CLASCII
CLASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII

000
045

P.ACT:

LASCII
.ASCII

000
101

P.ACU:

LASCII
LASCII

040
103
040
104
040
104
040
045
045
040
105
111
040
045

040
115
122
106
105
111
040
104

040

LASCII
LASCII
+ASCII
.ASCII
LASCII
.ASCII
+ASCII
LASCII
LASCII
LASCII
LASCII
.ASCI1
+ASCII
LASCII

LASCII
LASCII
.ASCII
LASCII
.ASCII
LASCII
LASCII
LASCII

LASCII

/3N/<00>
/INX/
/A/<11>7 /
/POR/
/T T/
/YPE/
/7 NU/
/MBE/
/72/<00><00>
/INX/
/A/11>7 /
/POR/
/T S/
/PEC/
/IF1/
/C I/
/NFO/

/:/<57>/N/
/Vv/<57>/Q/
/B/<57>/D/
/1/<57>/0/
/D/<57>/M/
/P/<57>/ /
/= %/
/02/<00>
/ZNX/

/A/<11>/7 /
/MIC/
/RO /
/COD/
/E: /
/MOD/
/EL /
/= %/
/02%/
/A /
/ VE/
/RS1/
/ON /
/= %/

/02/<00>
/IN%/

/A/<11>7 /
/NUM/
/BER/
/ OF/
/ RE/
/TRI/
/ES /
/=%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

8-Jul-1983 15:21:53

CZRCFAO RC25 FR END TEST

8-Jul=1983 14:13:00

123
106
114
040
040
123
116

P.ACV:

LASCII
LASCII
+ASCII
LASCII
+ASCII
LASCII

.ASCII
LASCII
LASCII
+LASCII
+LASCII
+ASCII1
+ASCII

/R F/
/AIL/
7/ RE/
/cCov/
/ERY/
<00>
/RCS/
/A F/
/AIL/
/ED /
/70 /
/RES/
/PON/

103
040

m
106

P.ACW:

.ASCII
LASCI1

/RCl/
/P F/

103
040
1M
104
117
105
117

123
106
114

O -

——

— e

N) =2

—

R O=0OnN

-n-.g-o—n-l-n

106
114
105
126
131

NN OOON

040
1m
122
117
122

=W
VWO ON
=N~
~ANRERZRNISSRFRSSI2RRR ONJ‘U‘—IOI\Jg ONSWNI= =) §O°

/_P/

WWMHOOMN-=0OW

LASCII

VIV

3888888388828ssssssssnss

NN
= =

VIR
N & =

004506

120

NNNNOOMN

GLOBAL TEXT SECTION
040

127

000
11
104
117
105
117

000
105

040

124
122
105
117

040
040
123
11

111
117
105

000

105
117
101
040
040
126

040

LASCII
+ASCII
+ASCII
+ASCII
+ASCII

123

.ASCII

000
120

103
122
116
102
114
105

P.ACY:

124

105

104

105
124
105
125

/D/<00><00>
/AIL/
/ED /
/70 /
/RES/
/PON/

/D/<00><00>
/TES/

/T P/

LASCII
+ASCII
.ASCII

.ASCII
+ASCII
LASCII
LASCII
LASCII
.ASCI1

/VEC/
/TOR/
/7 AN/
/D B/
/R L/
/EVE/

LASCII

LASCII
LASCII
LASCII
P.ACZ:

/DuwE/

/ATT/
/ERN/
/ EC/
/HOE/
/D I/
/N R/
/CSA/
7/ 1S/
/7 IN/
/COR/
/REC/

LASCII

124

124
101
125

123

LASCII

LASCII
LASCII
LASCII
LASCII

116
122
103

000

LASCII

LASCII
+ASCII
LASCII
+ASCII

11
122
101
123

117

P.ACX:

124
116
103
105

000

124
040
115

LASCII

114
040
040
123
116

105

040

LASCII

105

000

.ASCII
LASCII

.ASCII

LASCII
LASCII

LASCII1
LASCII
LASCI1
LASCII

/7/<00><00>

/L T/

/EST/
/ FA/
/ILU/

/RE/<00>
<00>
/HOS/
/T D/
/ETE/
/CTE/
/D 1/
/IME/
7/ ouw/

VAX=11 Bliss=16 V3=555

SEQ 51

Page 31

SPIDERSUSERS:[LAKSHHANA.l1REL.REALJZRC?A (12

004617
004622
004625
004630
004633
004636
004641
004644
00464
004652
004655
004660
004663
004666
004671
004674
004676
004701
004704
004707
004712
004715
004720
004723
004726
004731
004734
004737
004742
004745

004750

004753

124
122
122
122
107
125
105
040
124
114
122
040
040
105
117
000
123
120
105
040
124
104
123
117
115
103
120
124
101
114

122

m
040
106
122
116
040
105
105
102
124
040
122
000
124
040
101
104
101
117
040
124
101
110
117
040
124

040

122

000

116
102
106
123
117
103
101
104
131
110
120
124

P.ADA:

105
122
104
101
040
105
116
040
124

P.ADB:

122
106
101
105
117

P.ADC:

000

117
000

5004
005007
005012
005015
005020
005023
005026
005031
5034
005037
005042
005045
5050
005053

115
117
040
106
122
117
040
124
117
101
040
120
124
040

005061
005062

000

124

000
104

LASCII
.ASCII

105
117

000

1
124
124
040
101
105

005056

040
122

122

004756
004761
004764
004767
004772
004775

005000
885003

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

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

ZRCFA1
v01.0

122

000

105
122
102
106
040
105
116
040
116
11
105
105
105
104

115
131
125
105
104
123
117
103
124
116
130
103
104
101

P.ADE:

115

P.ADF:

/T E/
/RRO/

/R/<00><00>
/RIN/
/G B/
/UFF/
/ERS/
7/ _NO/
/T C/
/LEA/
/RED/
/ BY/
/7 TH/
/E P/
/ORT/
<00><00>
/STE/
/P R/
/EAD/
/ DA/
/TA /
/DOE/
/S N/
/0T /
/MAT/
/CH/<00>
/POR/
/T F/
/ATA/
/L E/

/RRO/

LASCII

/R/<00><00>

.ASCII
LASCII

/0R/<00>
<00>

.ASCII
LASCII
LASCII
.ASCII
+ASCII
.ASCI1

.ASCII
LASCII
LASCII
.ASCII
LASCII
+ASCII
LASCII
LASCII
.ASCII
LASCII
LASCII
LASCII
LASCII
.ASCII

LASCII

000
040

.ASCI1
LASCII
LASCII
.ASCII
LASCII
LASCII
+ASCII
.ASCII
.ASCI1
LASCII
LASCII
+ASCII
LASCII
.ASCII
.ASCII
LASCII
LASCII
LASCII
+ASCII
LASCII
LASCII
LASCII
LASCII
.ASCII
LASCII
LASCII

.ASCII

P.ADD:

101

LASCII

11
123
120
105
040
122

116
040
105
122
104
122

LASCII
.ASCII

/IN1/
/T S/
/TEP/
/ RE/
/AD /
/ERR/

/MEMW/
/ORY/
7/ BU/
/FFE/
/R D/
/OES/
7/ NO/
/T C/
/ONT/
/AIN/
/ EX/
/PEC/
/TED/
/ DA/

/TA/<00>
<00>
/DM /

SEQ 52

Pa?e 32
VAX=11 Bliss=16 V3=555
. 11RELERS .REALJZRCFA (12
SUS
: CLAKSHMANA
SPIDER

8=Jul-1 83 15:
8=Jul-1 983 14:

CZRCFAD RC25 FR END TEST

IRCFA1
vO1.

g et bp ey

ke
e
) By By o
R

e Lo R RlBemt Bt Qo G
X

Bt By By G0 By oy By ot oy R
G

) g Bt oy G

el L

e el

e L L
iy ey S

e e e e

iy S

122

125

P.ADI:

116
117
105

000
045
m
040
126
040
103
126
057
120
040
040
103
122
124
000

e e kel il e L kel e ke L L

124

040

000
116
011
122
105
114
105
m
104
131
104
123
116
122
103
041

e
e e e e
g By e B Boay By B

a
et B

>
>
>
o
o
o

120

117
122
114

P.ADH:

057

045
116
m
105
125
040
117

w
w
w
wuununmnnmnn wnunn w w
w
w
w
alalalalalzslizlizslslialslslalels] alalalalalslalalaslslalalalalelelely] alzalalzlzalalzslalalalalalalslslisalslislalalelelely]

122

116
040
040
040
116
122
120
101
126
075
117
101
122
105
114
045
000
116
on
040
124
122
124
122
040

114
105
117
000
045
040
040
040
124
122
1264
124
105
040
063
040
040
126
075
17

1m
122
103
105

12%
12
105
106

>>
>>>>> >

040
124
116
040

104

>
w

o OO WVIN == SSnilown

—

b e

b o

d e

pry

g-n—n-o..._n_o—h
nNOO
o RRvo=RRoR
RO
RO= == ONOONO —oo?fi3332::§§33382323332?
OV
= OO =\ g SRSR N\fl\fla
SN =N
B NWNONVMOCONONN=WN=0OWV AROVMNNO

GLOBAL TEXT SECTION
117

/LLE/

/R/7<00><00>
/AN%/
JA/11XX1D>
/BR /

SEQ 53
33
Pa?e
VAX=11 Bliss=16 V3=555
(12
.REALJZRCFA
11REL
ANA.
SERS
: CLAKSHM
SPIDERSU

8-Jul=1983 15:21:53

CZRCFAO RC25 FR END TEST

8-Jul=1983 14:13:00

ONNVWNS SO -~

040
104
117
040
12§
12
040
122
040
124
065

O=NO

125
105
116
120
105
105
040
104
117
123
040
105
064
m
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

m
104
040
040
105
040
116
102
106

P.ADL:

P.ADM:

114
107
122
122
116
105
117
105
11

11
104
117
m
040
122
040
040
123
116
040
116

126
114
114
103
115
104

101
101
105
117
101
040

P.ADN:

—

b e

R O=0O0NONNI==O

N =W
OO
N) = =~y NWO

—

nNON
wvinN

—

b \) =

32572 SUIN=G=R §

RoR

ONOSH PO

NNV == NN=SOO0N 8R3233382R

105
116
120
105
105
040
124
122
122
m
061

GLOBAL TEXT SECTION

000

.ASCII
+ASCII
LASCII
+LASCII
LASCII
LASCII
LASCII
.ASCII
+ASCII
.ASCII
LASCII

/GE /
/AND/
/ PO/
/LE /
/TES/
/T S/
/ET /
/ERR/
/OR /
/BIT/
7 15/

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

/PUR/
/GE /
/AND/
/ PO/
/LE /
/TES/
/T D/
/1D /
/NOT/
/ SE/
/T S/
/TEP/
/7 &4/
/BIT/
7 14/
<00>
/IN1/
/T D/
/1D /
/NO /
/CLE/
/AR /
/RIN/
/G B/
/UFF/
/ER/<00>
/FAl/
/LED/
/ PO/
/LLI/
/NG /
/ERR/
/OR /
/IN /
/RES/
/PON/
/CE /
/RIN/

LASCII

.ASCII
LASCII
+ASCII
LASCII
LASCII
LASCII

<00><00>

/6/<00>
/AVA/
/ILA/
/BLE/
/ CO/
/MMA/
/ND /

SEQ 54

34
Pa
2
REALJZRC?:
SPIDERSUSERS:[LAKSNHANA.11REL.
VAX=11 Bliss=16 V3=555

5604
5607
005612
005615
005620
005623
5626
005631
005634
005637
005642
5645
005650
005653
005654
005657
5662
005665
005670
005673
005676
005701
005704
005707
005712
005714

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

005752
005754
005757
005762

105
045
101
115

005717
005722
005725
005730
005733
005736
005741
005744
005747

005765
005770

005773
005776
006001

006004
006007
006012
006015
006016
006021
006024
006027
00603
006035
00604
006043

006046

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

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

ZRCFA1
v01.0

125
124
114
105
122
040
105
106
114

105
m

104
045
101

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

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

1M
104
116
101
125
000
m
125
124
124
101
125
000

105
105
m
040
122
122
123
113
101
125
000
105
105
1)
040
126
123
123
113
101
125
000
116
124
105
130
122

121
116
101
106
127
104
105
040
m
122

P.ADP:

121

P.ADQ:

116
101
122
105
105
105
040
1m
122

045
111
040

000
045
101

110
104
040
106
124
101
105
040

105
040
117
123
040
114
040
045

101
105
17

063

P.ADO:

P.ADR:

P.ADS:

114
122
122

000

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

/SP1/
/N=D/
/OWN/
/ FA/
/ILV/
/RE/<00>
/SPl/
/N U/
/P T/
/EST/
/ FA/
/ILV/
/RE/<00>
<00>
/SEQ/
/UEN/
/TIA/
/L F/
/ORW/
/ARD/
/ SE/
/EK /
/FAl/
/LUR/
/E/<00>
/SEQ/

LASCII
.ASCII
LASCII
.ASCII1

/E/<00>
/INX/
/AT1/
/ME /

+ASCII
LASCII
LASCII
+LASCII
.ASCII1
LASCII
LASCII
LASCII
+ASCII

LASCI1
+ASCII

120
105

000
116
106

P.ADT:

/UEN/
/TIA/
/L R/
/EVE/
/RSE/
/ SE/
/EK /
/FAl/
/LUR/

/EXP/
/IRE/

.ASCII
LASCII
LASCII

/D/<00><00>
/ZNX/
/AFA/

LASCII

/03/<00>

LASCII
LASCII
.ASCII
LASCII
.ASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII

/TAL/
/ ER/
/ROR/
<00>
/AHE/
/AD /
/A 0/
/FFS/
/ET /
/VAL/
/UE /
/= %/

SEQ 55

Pa?e 35
VAX=11 Bliss=16 V3=555
. 11RELERS .REALJZRCFA (12
SUS
: CLAKSHMANA
SPIDER

006201

—

RRRSRISSRERNSSNIRIRININSS
QS
GE 2822255
UARN TS RSN RRG

s o

b i ) b ) b

b b e

101
122

124
103
075
117
101
125
105
117
123
113
075
117
000
045
124
124
107
122
113
040
064
040
122
N

S S

P.ADX:

116

P.ADY:

ey ey Sy oy ey ey N e L L L

oyg b

114
040
045
000

lalel alalzslzlalizsizizlislislislslslely]
By b Bty Smmg lrom B B
By bt g Sy ey g Gy B By o b

g bt B

117
123
040

e Ll el e ienienienionisnien il

Lo X |

045
125

P.ADW:

105
040

ke R

110
104
040
106
124
101
105
040
063
g Bt Bt e

P.ADV:
g by oy bt Do Bt Bt B

105
040
117
123
040
114
040
045 |
000

o) B

110
104
040
106
124
101
105
040
063

105
040
101
040
045
045
116
102
040
040
105
040
045
000
116
123
122
116
124
103
075
117
101
125
g g B Bt G By (ot g By By By L

b e

P.ACU:

g b Doy by Bt Bt g B By Do

b o

105
040
117
123
040
114
040
045
000

By B

b o

110
104
040
106
124
101
105
040
063

ey o by By b By b

- D) b b b e b d e D) b ) b D b e e

—

=N NOWVIN) =
OVOR')N 20\”\1’0\”55&&0‘0"\”\)-.-.-.
~

8385550 S ssssases

IRCFA1

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION
own
[=1V]

N—

R
)

Co Co
N

8=Jul=19
8=Jul-19
Plr
VAX=11 Bliss=16 v3-555
RCFA (12
11REL.REALIZ
NA.
SERS
[LAKSHMA
:
SPIDERSU

SEQ 56

113
040
064
045
101
104
101
105
123
124
040
122

105
040
101
040
045
045
105
m
040
101
040
045
000
116
105
040
103
1264
124
125
105
117

116
124
10%
07
117
101
116
116
124
103
075
17

045
045
122
040
075
117
045
101
123
104
105
14)
040
124
124
124
122
122
045
101
m
116
101
122
040
066
040
124
075
117
116
045
101
17

117
101
105
043
040
062
116
102
040
104
123
116
104
101
105
040
122
000
116
106
114
107
104
040
045
045
104
101
040
066
000
116
102
103

066
040
106
040
045
000
045
125
101
122
123
107
101
040
123
105
117
000
045
101
111
040
104
075
117
101
101
040
045
045

006314
006317
00632%
00632
006330
006333
006336
006341
006344
006347
006352
006355
006360
006362
006365
006370
006373
006376
006401
006404
006407
006412

122
124
12%
11
040
064
040
104
107
122

006420
006423
006426
006431
006434
006437
006442
006445
006450
006453
006456
006461
006464
006467
006472
006475
0065
006503
0065
006511
006514
006517
006522
006525
006530
006533
006536
006541
006544
006547
006552
006554
006557
006562

006415

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

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFA1
v01.0

040

075

045
116
120
113
040
101
123
122
122

113

+AZCIl
LASCII
ASCI{
LASCII
LASCII
LASCII
LASCII
+ASCII
LASCII
LASCII

/REN/
/T T/
/RAC/
/K =
/ %0/
/43A/
/ EN/
/DIN/
/6 T/
/RAC/

LASCII
LASCII
+ASCII
.ASCII
LASCII1

74/<00>
/INX/
/AEN/
/D P/
/ACK/

LASCII
LASCII

P.ADZ:

LASCII
LASCII
LASCII
LASCII1
.ASCII
LASCII
LASCII
LASCII
.ASCII
LASCII
LASCII

040

045
114

P.AEA:

LASCII
.ASCII

P.AEB:

LASCII
.ASCII

P.AEC:

LASCII
LASCII
.ASCII
LASCII

+ASCII
LASCII
.ASCI1
LASCII
+ASCII
LASCII
LASCII
LASCII
LASCII
.ASCI1

LASCII
LASCII
LASCII
+ASCII
LASCII
LASCII
LASCII
.ASCI1
LASCII
LASCII

LASCII

/K =
/7 %0/

/ET /
/STA/
/TUS/
/ ER/
/ROR/
/. =
/%06/
/%A /
/REF/
/7 &/
/= %/

/02/<00>
/INX/
/ABU/
/S A/
/DDR/
/ESS/
/ING/
/ DA/
/TA /
/TES/
/T E/
/RRO/

/R/<00><00>
/INX/
/AFA/
/ILL/
/NG /
/ADD/
/R =
/7 %0/
/6%A/
/ DA/
/TA /
/= %/

/06%/
/N/<00>
/ZNY/
/ABL/
/0CK/

SEQ 57

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

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

CZRCFAD RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFAY
v01.0
00656
006570
006573
006576
006601

040
124
124
116
105

104
101
122
123
122

TM
040
101
106
040

LASCI1
LASCII
ASCII
LASCII
LASCI1

006607

114

105

104

.ASCII

006612
006614
006617

106

000
122
065

006720
006723
006726
006731
006734
006737

105
040
m
122
045
101
117
040
116
110
040
066
000
045
101
101
123
124
040
m
104
106
114
107
125
101
040

006745
006750
006753

045
124
103

006622
006625
006630
006633
006636
006641
006644
006647
006652
006655
006660
006663
006666
006670
006673
006676
006701
006704
006707
006712

006715

006742

006756

006761
006764
006767
006770
006773
006776
007001
007004

7007

007012
007014
007017
007022
007025
007030

045

043

040
066
000
122
104
105
117
106
114

000
101
m
116
040
101

Cc20
103
040

105
106
114
105
116
102
103
114
107
040
045
045
000
116
110
104
127
103
106
114

062
123
113
101
125
000
045
114
113

P.AED:

045
105
040
m

P.AEF:

110
101
105

000

117

063

040

075

105
040
103
122
101

101
123
124
040
M

101
122
113

045
045

105

000
106
114
107
124
103

P.AEE:

105
124
075
117
116

000
101
m
040
122
103
075

LASCII1

m
116
123
106
105
040

P.AEG:

/7 DA/
/TA /
/TRA/
/NSF/
/ER /
/FAl/

/LED/

LASCII
.ASCII
LASCII

<00><00>
/RC2/
/5 S/

LASCII

/7D/7<00><00>

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

.ASCII1
LASCII
LASCI1
LASCI1
.ASCI1
ASCII

LASCI1

/EEK/
7 FA/
7ILW/
/RE/<00>
/INX/
/ABL/
/0CK/
/ LE/
/NGT/
/H =/
/7 %0/
763N/
<00><00>
/3INX/
/AHE/
/AD /
/Swl/
/TCW/
/7 FA/
/ZILE/
/FAl/
/LIN/
/G S/
/URF/
/ACE/
/7 =/

/%03/

040
101
040

LASCII
LASCII
LASCII

117
116

LASCII
LASCII
LASCII
.ASCI]l
LASCII
LASCII
.ASCII
LASCI1

/%A /
/TRA/
/CK /
/# =
/7 20/
763N/
<00>
/REA/
/D S/
/ECT/
/OR /
/FAl/

LASCII
.ASCII
LASCII
LASCII
ASCII
LASCII

<00><00>
/AFA/
7ZILY/
/NG /
/7 TR/
/ACK/

LASCI1

P.AEH:

LASCII1

104

101
m
040
122
1:2

P.AEI:

/LED/

SEQ 58

Pa?e 38
VAX=11 Bliss=16 V3-555
. 11RELERS .REALJZRCFA (12
SUS
: CLAKSHMANA
SPIDER

007033
007036
007041
7044
007047
007052
007055
007060
007063
007066
007070
007073
007076
007101
007104
007107
007112
007115

007120
007122
007125
007130
007133
007136
007141

007144
007147
007152
007155
007160
007163

007166
007171
007174
007177
007202
007204

7207
007212
007215
007220

040
075
117
101
105
117
043
040
066
000
127
124
120
124
124
105
040
M

104
105
105
105

123
075
106
040
124
114
127
040
040
116
040
075
104

116

101
120
124
040
040

007237
007242

117
040
124
114
127
040

007250
007253
007256

12
124
040

007273
007276

101
105

007223
007226
007231
007234

007245

007261
007264
007267
007270

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

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

ZRCFAY
v01.0

102

045
045
000
045

043
040
066
040
103
122
040
045
045
000
122
105
122
105
040
123
106
114

000
130
103
104

127
040
106
101
125
040
040
117
040
mm
043
040
063

000

105
105
105
123
075

049
045
045
123
124
040
075
117
116
mm
040
117
103
124
124
101
105

P.AEJ:

120
124
040
040
117
040

P.AEK:

040
103
101
123

040

104
116

063
000

040
117

116
040
075

116
101
122

P.AEL:

/D/<00>
V/EXP/
/ECT/
/ED /

LASCII

/N/<00>

.ASCI]
.ASCI1
LASCII
LASCI1
ASCII

.ASCII1
LASCII
.ASCI1
LASCII
LASCII
LASCI1

075
106

LASCII1

11
043
040

045
126
101

LASCII
LASCII
LASCII
LASCII

LASCII
LASCII
LASCI1
LASCII
LASCII
LASCII
LASCII
LASCII
ASCII
LASCII
LASCII
ASCII
LASCI1

124
Olog
04
045

116
101
125
040

/7 %/
/= ¥/
/06%/
/A S/
/ECT/
/OR /
/# =/
7 %0/
763N/
<00><00>
/WRl/
/TE /
/PRO/
/TEC/
/T W/
/EST/
7 FA/

LASCII

103
101
123
075
116
125

130
103
104
127
040

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

P.AEM:

/ZILE/

/Sw /
/= O/
/FF /
/7 AC/
/TuA/
/L S/
/W =
7/ ON/
/7 W
/NIT/
/7 4/
/= ¥/
/D3%/

/AEX/
/PEC/
/TED/
/7 Sw/
/ =

/ON /
/7 AC/
/TUA/
/L S/

/W =
7/ OF/

LASCII
LASCII
ASCII

/UNI/
/T W/
/ =/

LASCII
.ASCI1

/AAV/
/ERA/

LASCI1
LASCII
LASCII
.ASCII

/%D3/
/73N/<00>
<00>
/3INX/

SEQ 59

Pa?e 39
VAX=11 Bliss=16 v3=555
.REALJZRCFA (12
ERS
11REL
.
SUS
: [LAKSHMANA
SPIDER

8=Jul-1
8=Jul-1

062
125
124
117
040
124
117
040
114
105

P.AEN:

137
120
122
040
120
117
101
040
11
122

P.AEO:

116
104
101
125

P.AEP:

ey S
Py iy S
e N

«AS

g g g g g By Gy B

g Dt g B

P.AEQ:

040
11
122
000
045
106
105
055

/INE/

g By Gy Bt By B Gy By B By Ot S

104
101

125
000
103
101
040
120
117
101

Oy e

103
115

103
115
104
101
125
000
105
137
124
104
040
115
116
106
114
105
105
104
101
125
103
115
104
101
125
000
116
044
114
122

125
120
107
125

105
116
116
000
130

el el el el il anienias bhendanlen La L Ko X op 1

103
040
m
104

p=d

040
105
124
105
155
040
045
045
045
000

123
117
103

w
w
w
(7]
wnunn
w
Lyl
alalzslalalalslalalisals] alalalalelels] L lalalalalalalalalalalal e lalalalalnlalzalalalzalalalalalalslalslialalalalalele
e S ey S e M L L
L Ll el el il enienienisnienienianianlean
L Lo Lo X o 1
oy b Gy B by Bt by Bog B By B
g s ey S b Bt e ot by ey B B L

+AS

105
105
062
1
050
051
040
062
056
062

- NVIOOr
VIO O WVINY

SoSRS a3 aNN RS ZRRESS I8 2R3IGNSS

=HO =N
==NO
S22RZISRZR N 8 _n-o-.o-og-o-.-a_.
N= NVIHNO
= W~

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

/LUR/

/E/<00><00>
/IN%/
/ASF/
/TLE/
/RR=/

SEQ 60

Page 40
VAX=11 Bliss=16 V3=555
RCFA (12
11REL.REALJZ
L
NA.
SUS
[LAKSHMA
:
S
DER
SPI

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

R NO
= - FRRNOR

ONWVINOCN
SN =W

§-¢

=NONNO W=

VOO =OWVNIHWNNOO

—

e ch e

RURSISRR
gON
NNO
RNON=NO
33383
RRNSRS
LYY
v SV
NS =SSOV
WNNOON
S =W R ONON=~NNO

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION
125
105
107
132
114
105
117
103
105

116
103
116
101
105
122
122
117
000

116
044

045
106

120
113
040
101
050

101
105
122
104
120

114
122
105
105
120

105
055
116
114
105

122
13
122
MM
117

111
040
040
115
125

116
044
114
122
105
105
120
120
113
040
m
040
101

045
106
105
055
116
114
105
101
105
127
124
050
122

051

124
117
124
105
124

000

116
044
114
122
103
124
114
122
117
101

P.AET:

000

045
106
105
055
117
122
114
040
115
116

7 UN/
/REC/
/0GN/
/12A/
/BLE/
/ ER/
/ROR/
7 Co/
/DE/<00>
<00>
/2INX%/
/ASF/
/TLE/
/RR~/
/7 EN/
/VEL/
/OPE/
<57>/PA/
/CKE/
/T R/
/EAD/
7 (P/

LASCII

/T7)/<00>

.ASCI1
LASCII
.ASCII
LASCII
LASCII

P.AEU:

13
122
111
117
051

LASCII
.ASCII
LASCI1
ASCII
.ASCII
.ASCII
.ASCII1
LASCII
LASCII
LASCII
.ASCII
LASCI1
LASCI1
LASCI]l
LASCII
LASCII
.ASCI1
ASCI1
.ASCII
ASCII
LASCI1
LASCII

.ASCII
LASCII1
LASCII
.ASCII
LASCII
LASCI1
.ASCII
LASCII
LASCI1
LASCII
LASCII
LASCII
LASCI1

LASCII
LASCII
LASCII
.ASCI1
LASCII

P.AEV:

LASCII

L.ASCII
LASCII
LASCII
.ASCII
LASCII
LASCI1
LASCII
LASCII
LASCII
LASCII

/ARl/
/TY /
/OR /
/TIN/
/EOUW/

/3INX/
/ASF/
/TLE/
/RR=/
/7 EN/
/VEL/
/OPE/
<57>/PA/
/CKE/
/T W
/RIT/
/E (/
/PAR/
/1TV/
/ OR/
/7 T1/
/MEO/
/7UT)/

<00><00>
/3INX/
/ASF/
/TLE/
/RR=/
/7 CO/
/NTR/
/0LL/
/ER /
/ROM/
/7 AN/

SEQ 61

Pa?e 41
VAX=11 Bliss=16 V3=555
.REALJZRCFA (12
1REL
CLAKSHMANA. 1 SERS
SPID:ERSU

X
L
el il endanientenienlenla X
L
e L Ll

/RIT/

/Y/7<00><00>
/AINY/

D S

/ASF/
/TLE/
/RR=/

o bt

oo Brag (e (o Sy

g Bt g et B

S S S S
ienienionianianien L Koy ] [

St oo i Do

P.AEZ:

Bomg B

045
106
105
055
111
040
11
040
101
124
117
124
105

117

051

g B

111

105
124
000
116
044
114
122
122
107
122
105
120
11
040
040
115

P.AEY:

By b

124

114

by G

040
115
101
124
000
045
106
105
055
11
040
101
050
122
131
122

114

P.AEX:

[y Sy Y ey ey Y e Ll e Ll Ll

122
117
120
111
000
116
044
114
122
122
107
105
040
101
124
117

114
122
103
124
114
122
101
120
111

P.AEW:

g b

000
116
044
114
122
103
124

045
106
105
055
117
122
114
040
115
101
124
000
045
102
10
055
117
122

122
040
122
13

w
w
(7
w
(alalzslzslalzslzlislalzslalislalalials]
alalaslslizslslslislials] alalslalel (2lalalslalslialalelelely] (alalalalaslalslslalsleleleleyl
ot Bmg B Bz By B
g oy Srmy Bog fomeg Pt fomns Py S o S By sy oy B Doy Doy By

IRy ST B
T YT
Ot
cd O =b =k d DO = =

—

b b

O
S ==
—-_N)=NO HNOON S =2NOWVWNOO=0ONN OCON

b eed oeh

—

040
115
101
124
000
116
044

Lo ko Kol

CZRCFAD RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFAT
v01.0

010266

SEQ 62
Po?e
42
VAX=11 Bliss=16 V3=555
(12
RCFA
11REL.REALJZ
NA.
SERS
: [LAKSHMA
SPIDERSU

/RIT /

/Y/<90><00>
/INX
/ASF/
/TLE/

010271
010274
010276
010301
010304
010307
010312
010315
010320
010323
010326
010331
010334
010337
010342
010345
010350
010353
010356
010361
10364

010367
010372
010375
010376
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 RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFAT
v01.0
117
051
045
101
124
122
040
124
122
126
101
105
045
101
124
122
040
123
101
105

040

115
125
000
045

101
124
122
040
105
124
m
124
130
105
104
045
101
124
122
040
123
101
105
105
117
045
101
124
122
040
101
117
m
103
124
114

125
000
116
044
114
122
m
105
125
040
123
122
116
044
114
122
110
124
103
123
124

105
124

116
044
114
122
103
104
040
115
040
103
104
000
116
044
114
122
102
040
123
122
122
122
116
044
114
122
104
107
123
103
117
122
114

124

045
106
105
055

P.AFA:

116
122
120
115
124

000
045
106

P.AFB:

105
055
117
040
103
123
11
117

m
114
m
105
105
105
000
045
106
105
055
125
115
124
040
122
000
045
106
105
055
m
116
124
040
116
117
105

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

LASCII

000

045
106
105
055
122

P.AFC:

P.AFD:

P.AFE:

/0UT/
/)/<00>
/INX/
/ASF/
/TLE/
/RR=/
/_IN/
/TER/
/RUP/
/T W/
/AST/
/ER/<00>
/XNX/
/ASF/
/TLE/
/RR=/
/ HO/
/ST /
/ACC/
/ESS/
/7 T1/

.ASCII /MEO/
LASCII /UT/<00>
LASCII <00>
.ASCII /INX/
CLASCII /ASF/
LASCII /TLE/
+ASCI1 /RR=/
.ASCII / CR/
LASCII /EDI/
LASCII /T L/
LASCII /IM1/
LASCII /T E/
.ASCII /XCE/
.ASCI1 /EDE/
LASCII /D/<00><00>
ASCII /XNX/
LASCII /ASF/
CASCII /TLE/
ASCII /RR=/
LASCII / BU/
LASCII /S W/
LASCII /AST/
LASCI1 /ER /
.ASCII /ERR/
LASCII /OR/<00>
.ASCII /ZNZ/
LASCII /ASF/
LASCII /TLE/
.ASCII /RR=/
LASCII / DI/
.ASCII /AGN/
LASCII /0ST/
LASCII /IC /
LASCII /CON/
LASCII /TRO/
LASCII /LLE/

SEQ 63

Pa?e 43
VAX=11 Bliss=16 V3=555
.REALJZRCFA (12
ERS
11REL
.
SUS
: LLAKSHMANA
SPIDER

8=Jul=1983 15:
8=Jul=1983 14:

CZRCFAO RC25 FR END TEST

+AS

045
106
105
055
116
114
040
116
103
117
1M1
116
106
122
045
106
105
055
116
122
120
127
124
000
045
106
105
055
101
124
101
105
105
057
11
040
126
m

/R F/
/ATA/
/L E/
/RRO/

/R/<00><00>
/3NX/
/ASF/
/TLE/
/RR=/
/ IN/
/STR/
/UCT/
/10N/
/ LO/
/0P /
/TIMN/
/EOV/

/1/7<00>
/XN%/
/ASF/

040
115
125

.AS

120
111
117
000
116
044
114
122
m
101
104
117
105
117
040
105
11
105
000
116
044
114
122
111
105
125
040
111
000
116
044
114
122
115
116
116
103
122
104
122
105
116
114

116
122
126
116
117

m
124
103
117
114

105

w
w
alalslzlalalalizlislslslislslalalalelelelelels] alalnlalslslslslislslalalalelalelelsl alalalalalzlalslalslalalslislelely]
et
)
B
(ot
B
o
G
o)
S
g
D
P
By g B
el ek anias Lan ke Ko ke R Ko B on |
g g g Bt Bt Bt B
g Bt g Bt G Bt b
g g Bt Bt B g B Bt g g B e Ll i
et P bt g By G By By Bt By g B G Gt G Gg et By St g Bt Bt Gy g o G Bt B B Gt Gt b Bt Bt g B g e Py ot (et g By Bt By Gy B Do by Sy B G B ) B G

055

122

114

+AS

106
101
105
117
000
045
106

040
124
040
122
000
116
044

b =D
b
b
—

O=2NNO
SON—=ON&
—
N N

—

=N <=NNSNINOSNIN=ON
— ed b d d D D b CONS
D NNNOSRNNON
o 2-.—.-.2
RoSIRumoR
=VNE VNS NO=WVWON
S =N S =N
ONS=NO=8D
00N NW-=
NN SN

GLOBAL TEXT SECTION

/1ER/
<00><00>
/ANX/
/ASF/
/TLE/
/RR=/

/RIT/

/E/<00><00>
/IN%/

/ASF/
/TLE/
/RR=/

Pa?e 44
VAX=11 Bliss=16 V3=555
NA. 11REL .REALJZRCFA (12
SERS
: [LAKSHMA
SPIDERSU

= b4 45

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

wno
Mo
000
Lalaal
"~
o~

CZRCFAQO RC25 FR END TEST
GLOBAL TEXT SECTION

OUWO—ZLENRC—E =W TM~ <210 20WworNg—a 20Wwax « oA —m~dgd—ax —-NDOLVWOO
IllllllllllllllllllllllIIII'&I"IIII"I]llllllllllllllllllll
LOY

NN NN OSSN N NN NN NN NN NN NN N NN NN Y NN NN NN NN SN NN NNNONNNNNENNNYNNTMNY

o (=] A

LLLLLLL
LLLLLLLLVLLLLLLLLLLLLLVLLLVLLLLLLLLVLULULLLLULULLLLLLLLL
OVOHBOY
VLVNOLVL
VVLVNVLV
VNNVNVNV
NVVNVVVV
NNNNVNNV
DNDNDDNN
NDDNDNDN
DNDDONND
DD
A
AAAAAAA
AAAAAAA
AAAAAAA
AAAAAAA
AAAAAAA
AAAAAAA
AAAAAAA
AAAAAAA
...
..'...
.0.‘..
......
l.....
...l..
.l....
.....I
......
......

o -— o

SEQ 65
Page

VAX=11 Bliss=16 V3=555
8=Jul=-1
8=Jul=1

8=Jul-1
8=Jul-1

eo Ne—

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

—=ge

,///’,/,///////,//<///,//<,/,///////,1///,///////,///<PPP

011260

ZRCFA1
v01.0

:5 M

ooa0Ll

VAX=11 Bliss=16 V3=555

SEQ 66
46

SPIDERSUSERS:[LAKSHHANA.11REL.REALJZR2?: (12
P

S
SeRRREaERRRSS $833397RE SRGEEFEER
o

=0 WOWVWNN
VINNSNNS

.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(C
P.AFD
P.AFE
P.AFF

/vIC/
/E C/
/ALL/

105
055
117

LASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII1
LASCII
.ASCII
LASCII

117
105

.ASCII
LASCII

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

010626
010702°*
010740°
011036°
011136°
011216
011260°
011350°*
011422°
045
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
m

104
045
101

124
122

040
122
103
124
114

116
044
114
122
122
122
12
123
124
040
122
072

000
116

044
114
122
123
105
11
122
105
111
040
114
106
114
000
116
044
114
122
120

124
117
122
114

045
106
105
055
105
117
105
124
125
105
117
045

P.AFQ:

045
106
105
055
125
122

P.AFR:

123
040
122
103
103
114

101

105

045
106

057
116

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

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

O»

N
o
W

b
b
d
— —d e

b wd d wd

D wmd wnd

b =

AN wNNNNNNNNO‘OO
ownloN K-DOWOOWOV'NN&—D

b =D

OO0
5 bl
— od o e o e
e e 00000000000000000000000000000000000000000000000
b
b b = b b b b b e b b b b - b b b b b b b b b b — o e d D e D D D D D D D D b - b b D =D b

P.AFS:

.WORD
.WORD
.WORD
WORD
.WORD
.WORD
.WORD
.WORD
.WORD
ASCII
LASCII
+LASCII
+ASCII
.ASCII
+ASCII
+ASCII
LASCI1
LASCII
LASCII1
«ASCII
LASCII
LASCII
.ASCII
ASCII
LASCII
.ASCII
LASCII
.ASCII
LASCII
.ASCII
.ASCII

LASCII
LASCII

P.AFG
P.AFH
P.AFI
P.AFJ
P.AFK
P.AFL
P.AFM
P.AFN
P.AFO
/INX/
/ASF/
/TLE/
/RR=/
/ RE/
/SPO/
/NSE/
7/ ST/
/ATUW/
/S E/
/RRO/
/R:%/
/5/<00>
/ZNX/
/ASF/
/TLE/
/RR=/
/ SU/
/PER/
/VIS/
/OR /
/SER/

/ FA/

/ILE/

/D/<00>
/ZN%/
/ASF/
/TLE/
/RR=/

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

SEQ 67

Pa?e 14
VAX=11 Bliss=16 V3-555
.REALJZRCFA (12
ERS
11REL
.
SUS
CLAKSHMANA
:
DER
SPI

—3

OS2

b e o

PNSS3
RRRT

RomoR SE==8
NON-N

b b b
b b O
=

000

116
044
114
122
125
116
116
105

122
123
124
040
104

RO
R RS
SEERN¥EE ~&~
B33
=NHNHOO NO =NYWNOO
-a\UN

nNOoOONINNO
WVI= NS WWON

el
b

b b

NE3R8
RR3TSR

LASCI1
LASCII
LASCII
ASCI1
.ASCII

124
105
124
122
122
045
106
105
055
116
117
040
1264

P.AFT:

116
124
125
103
105

P.AFP:

NOWVIO

040
115
125
105
117

b
b
—

D i wd O =

b b

[=l=lel=)

par Quur Qur uurd

—=OWOWVNN
o
=N NOWVINN

b
b
b
b
—

kD O

8=Jul=1983 14:13:00

GLOBAL TEXT SECTION

e
3

8=-Jul=1983 15:21:53

CZRCFAO RC25 FR END TEST

116
044
114
122

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

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

000
045

056
111

116
044
114

045
106
105

000
122

055

LASCII

<00><00>

.ASCII
LASCI1
LASCII
LASCII
.ASCII
LASCII

/URN/
7 ST/
/ATW/
/S C/
/ODE/
<00>

L.ASCII
LASCI1
LASCII
ASCI1
ASCII
LASCII
LASCII
LASCII

.WORD
WORD

WORD
WORD

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

LASCII
.ASCI1
.ASCII

116
122
120

106
105
055
116
116
123
116
040
040
102
114

105
131
124

P.AFV:

P.AFW:

P.AFX:

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

LASCII
.ASCII

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

LASCII

LASCI1
LASCI1
LASCII
.ASCII

/3INX/
/ASF/
/TLE/
/RR=/
7 UN/
/KNO/
/WN /
/RET/

P.AFQ
P.AFR

P.AFS
P.AFT

/3INX/
/ASF/
/TLE/
/RR=/

/7 VA/
/X R/
/EAD/
<57>/WR/
/ITE/
7/ ER/
/ROR/
7 ON/
/7 IN/
/TER/
/RUP/
/7/<00><00>
/INX/
/ASF/
/TLE/
/RR=/
7/ IN/
/CON/
/SI1S/
/TEN/
/CY /
/AT /

/U.B/
/FIL/

<00><00>
/2INX/
/ASF/
/TLE/
/RR=/

SEQ 68

48
(12
ALJZRC?:
11REL.RE
SPIDERSUSERS=[LAKSHHANA.

VAX=11 Bliss=16 Vv3=555

012216
012221
012224
012227
012232
012235
012240
012243

012246
012250
012253

012256
012261
012264
012267
012272
012275
012300
012303
012306
012311
012314
012316
012321
012324
012327
012332
012335
012340
012343
012346
012351
012354
012357
012362
012365
012370
012373
01c376
012401
012402
012405
012410
012413
012416
012421
012424
012427
012432
012435
012440
012443
012446
012451
012454
012457
012462

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

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

ZRCFAT
v01.0
040
103
123
124
103
101
125
115

000
045
101

124
122
040
103
123
124
103
101
125
114
000
045
101
124
122
040
103
123
124
103
101
123
126
105
122
050
120
105
000
045
101
124
122
040
103
123
124
103
101
123
126
105
122
050
122
105

m
117
m
105
130
124
056
124
000
116
044
114
122
m
117
11
105
13
124
056
117
000
116
044
114
122
m
117
m
105
13
124
105
117
116
13
120
040
124

116
116
123
116
040
040
102
13

116
044
114
122
m
117
m
105
131
124
105
117
116
13
105
040
124

045
106
105
055
116
116
123
116
040
040
122
040
124
040
122
123
051

045
106
105
055
116
116
123
116
040
040
101
103
045
106
105
055
116
116
123
116
040
040
122
040
124
040
111
123
051

P.AFY:

P.AFZ:

P.AGA:

LASCII
.ASCII
LASCI1
LASCII
LASCII
LASCII
ASCII
LASCII
LASCII
LASCII
LASCI1
LASCI1
LASCII
ASCII
.ASCII
LASCI1
LASCII
LASCII
LASCII
ASCII
LASCII
LASCII
.ASCI1
LASCI1
LASCII
LASCII
ASCII
LASCII
LASCII1
LASCII
LASCII
LASCII
.ASC11
LASCII
LASCII
LASCII
ASCII
LASCI1
LASCII
LASCII
.ASCII
.ASCI1
LASCII
.ASCII
LASCII
LASCII
LASCI1
LASCI1
LASCII
LASCI1
.ASCII1
LASCI1
LASCII
LASCI1
LASCI1
ASCII
LASCI1

/7 IN/
/CON/
/S1S/
/TEN/
/CY /
/AT /
/U.B/
/MTY/

<00><00>
/3INX/
/ASF/

/TLE/
/RR=/
/7 IN/
/CON/
/S1S/
/TEN/
/CY /
/AT /
/U.A/
/L0C/
<00><00>
/3INX/
/ASF/
/TLE/
/RR=/
7 IN/
/CON/
/S1S/
/TEN/
/CY /
/AT /
/SER/
/v0 /
/ENT/
/RY /
/(Pl/
/P S/
/ET)/
<00>
/3INX/
/ASF/
/TLE/
/RR=/
/7 IN/
/CON/
/S1S/
/TEN/
/CY /
/AT /
/SER/
/v0 /
/ENT/
/RY /
/(ER/
/R S/
VZET)/

SEQ 69

Pa?e 49
VAX=11 Bliss=16 V3=555
. 11RELERS .REALJZRCFA (12
SUS
: CLAKSHMANA
SPIDER

— b

=8
d

R NN

.a-o-.-n_n-o_ag-._o_n

ONOONINOSNINO
VIV = (NS WWO N S =W

P i R e e b R
e e R
R
-no'-\;o-n-n-n-n-.-n-o-.
VlNWO-‘-‘-‘N-‘g dgomNuOddde
223 am~u°-d-2a8
NSO
WO
=S N =S
DNOOOO
2O g = NINING
S = N= ==
=o
&» OB =N
=N
O

S =W
SN= NS WWON
S =2nOWNN =W S WWON

-a-.-n-n-n-n-ng-n-n-ng - o b e e b R = g
§°N°°NN°
388 NHRLOONINOSNINO

O
b b
Voo
wviaon

— b b d € b b
b
b wd O b b
R
SRRR
=)=
= N0
AOOR
MVRR
§ S=ppos=cRrr ON=OOO
Sees NS
S WOOONWOONWVWY
SN = =2 NO 33
VNg Vi
cNoo ONWONON
WOV S
O NOOON
WO
VON WY

NSO
N
Y=

N =

OV = WS WWON
S =W

=NOONNO

—

IRCFA1
V0

O
LYY SV |

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION
8=Jul~1
8=Jul-1

P.AGB:

P.AGC:

P.AGD:

P.AGE:

P.AGF:

oW
oW

-2
-

&Hu

—

OO
Co Co
NN

F
6

Pa?e 50
VAX=11 Bliss=16 V3-555
(12
.REALJZRCFA
11REL
NA.
SERS
: [LAKSHMA
SPIDERSU

SEQ 70

012732
012735
012740
012743
012746
012751
012754
012757
012762
012765
012766
012771
012774
012777
013002
013005
013010
013013
013016
013021
013024
013027
013032
013035
013036
013041
013044
013047
013052

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

013060
013063
013066
013071
013074
013077
013102
013105
013110
013112
013115
013120
013123
013126
013131
013134
013137
013142
013145
013150
013153
013156
013161
013164
013167
013172
013175

101
105
104
125
105
101
125
117
000
045
101
124
122
040
105
114
116
040
120
103
125
105
1m
040
056
104
000

013055

g°Jul-1983 15:21:53
=Jul=1983 14:13:00

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFA1
v01.0

104

1m
105
114
040
121
123
050
121
121

114
107
040
122
125
124
125
104
051

116
044
114
122
106
103
120
124
122
122
124
122
101

045
106
105
055
105
105
117
040
122
040
040
117
102

P.AGG:

116

045

P.AGH:

044
114
122
102
040
103
124
105
105
104
124
056
116

000
116
044
114

122
125
130
101
105
104
122
040
123
116

117
050
056
123

106
105
055
101
120
113
040
121
125
040
040
104
105

045
106
105

055
116
120
m
104
055
117
123
120
123

116
125
124
051

P.AGI:

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

+LASCII
LASCII
+ASCII
+LASCII
LASCII
LASCII
LASCII
+ASCII1
+ASCII
LASCII
LASCII
.ASCII
+ASCII

LASCII
.ASCII
LASCII
LASCII

+ASCI1
LASCII
LASCII
LASCII
LASCI1
LASCII
+ASCI1
LASCII
LASCII
+ASCII

LASCII
LASCII
LASCII
LASCII
LASCII

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

/ACK/
/ET /
/DEQ/
/UEW/
/ED /
/AT /
/U.D/
/ONE/
<00><00>
/INX/
/ASF/
/TLE/
/RR=/
/ UN/
/EXP/
/LAL/
/NED/
7/ D=/
/PRO/
/C S/
/USP/
/ENS/
/ION/
/7 (W
/..T/
/DS)/
<00>

SEQ 71

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

013176
013201
013204
013207
013212
013215

045
10
1%6
122
040
120

013245
013250
013253
013256

040
057
051

013220
013223
013226
013231
013234
013237
013242

101
105
104
040
m
104
130

116
044
114
122
104
040
103
124
055
106
114
040
106
063

063
000

013261
013264
3267
013272
013275
013300
013303
013306
013311
013314
013317
013322
013324
013327
013332
013335
013340
013343
013346
013351
013354
013357
013362
013365
013370
013372
013375

101
124
122
040
103
123
124
103
101
125
124
000
045
101
124
122
040
103
123
124
103
101
125
105
000
045
101

116
044
114
122
m
117
11
105
13
124
056
123
000
116
044
114
122
m
117
11
105
131
124
056
113
000
116
044

013406
013411
013414
013417
013422
013425
013430
013433
013436
013440
013443

040
103
123
124
103
101
125
113
000
045
101

111
117
"
105
13
124
056
123
000
116
044

13400
013403

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

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

IRCFA1
v01.0

124
122

114
122

045
106
105
055
125
120

P.AGJ:

106
105
055
116
116
123
116
040
040
110
124

P.AGK:

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

P.AGL:

045
106

P.AGM:

ASCII
LASCII
LASCII

.ASCII
LASCII1
LASCII

.ASCI]1
LASCII
LASCII
LASCII
LASCII1
LASCII
LASCII
LASCII
LASCII
LASCII
.ASCII
LASCI1
.ASCI1
.ASCII
LASCII
LASCII
LASCI1
LASCII
LASCII
LASCII
LASCII
.ASCII1
LASCII
.ASCII
LASCI1

LASCII
.ASCII

105
055

116
116
123
116
040
040
103
126

045
106

.ASCII
LASCI1
LASCII
.ASCII
LASCII
LASCI1

LASCII
LASCII
LASCII
ASCII
LASCII
LASCII
LASCI!

113
040
121
101
105
050
103

064
065
000
045

P.AGN:

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

/INX%/
/ASF/
/TLE/
/RR=/
7 bu/
/P P/
/ACK/
V/ET /
/D=Q/
/ FA/
/ILE/
/D (/
/XFC/
/7 34/

<57>/35/
7)7<00><00>
/3INX%/
/ASF/
/TLE/

/RR=/
7 IN/
/CON/
/S1S/
/TEN/
/CY /
/AT /
/U.W/
/T1ST/
<00><00>
/3INX/
/ASF/
/TLE/
/RR=/
7 IN/
/CON/
/S1S/
/TEN/
/CY /
/AT /
/U.S/
/EKO/
<00><00>
/3INX/
/ASF/
/TLE/
/RR=/

/7 IN/
/CON/
/S1S/
/TEN/
/CY /
/AT /
/u.C/
/KSV/
<00><00>
/2INX/
/ASF/

SEQ 72

Pa?e 52
VAX=11 Bliss=16 V3=555
. 11RELERS .REALJZRCFA (12
SUS
: CLAKSHMANA
SPIDER

013446
013451
013454
013457
013462
013465
013470
013473
013476
013501
013504
013507
013512
013515
013520
013523
013526
013531
013534
013537
013542
013545
013550
013553
013556
013561
013562
013565
013570
013573
013576
013601
013604
013607
013612
013615
013620
013623
013626
013631

126
122
040
117
104
117
104
114
107
040
103
105
045
101
124
122
040
103
040
125
040
114
101
117
117
000
045
101
124
122
040
113
127
102
040
14)
040
101
123
124

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

105
055
056
103
106
116
m
105
114
120
104
000
045
106
105
055
056
106
117
104
114
107
040
103
105

013637
013642
013645
013650
013653
013656

124
045
101
124
122
040

116
044
114
122
125
116
116
101
104
126
123
124
040
040
104

123
116
044
114
122
m

045
106
105
055
116
117
040
104
122
105
124
125
101
104
123
000

013634

013661
013664
013667
013672
013675
013700
013703
013706

013711
013712

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

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

ZRCFA1
v01.0

056

114
101
130
040
105
124
040
040

000
045

045

105
114
106
105
103
105
102
104

106
105
055
114
107
040
103
130
125
104
131
115

116

045

P.AGO:

P.AGP:

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

/TLE/
/RR=/
/7 0./
/0PC/
/D F/
/0UN/
/D 1/
/LLE/
/GAL/
/ OP/
/cCOD/
/E/<00><00>
/IN%/
/ASF/
/TLE/
/RR=/
/7 D./
/CSF/
/ FO/
/UND/
/7 IL/
/LEG/
/AL /
/0PC/
/ODE/
<00>
/INX/
/ASF/
/TLE/
/RR=/
/ UN/
/KNO/
/WN /
/BAD/
/ DR/
/IVE/
/ ST/
/ATU/
/S A/
/T D/

LASCII
.ASCII
LASCII
LASCII
+ASCII
LASCII

/T75/<00>
/INX/
/ASF/
/TLE/
/RR=/
/7 IL/

LASCII

P.AGQ:

LASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII

P.AGR:

LASCII
LASCII

/.DS/

/LEG/
/AL /
/XFC/
/7 EX/
/ECU/
/TED/
/ BY/
/ DM/

<00>
/ZNX/

SEQ 73

Pa?e 53
VAX-11 Bliss=16 V3=555
SERS .REALJZRCFA (12
CLAKSHMANA. 11REL
SPID:ERSU

014154
014157
014162
)

ik O

P.AGU:
L L Ll

lend e ion danian hen L Loy J [

VIO

b —d

e e Y e

Y S Wy Sy Sy Sy Y

L Ll

e e el

NWN=OOONWNOONWNY

—

)

o‘gg§-o-fl22-m--w‘o 3R

b b

NN =VNONIS SNBSS
=
oNNONN S NWOONOWVO NV

P.AGT:

/SEN/

Sy Sy Sy oy ey ey e

cowoon
&=

BRSNS ERNSRSReINRRODRUNS

enieniendendenienienl L

CDCD
b b

Lop X Lo L Lo ]

— d et
QO ==
QOWVINON
OONWNOO

2n2s8%s2

gy -.-a-n-.-o—ng
_n-n-n-.-n-n_n-.g-.
b b OONO—'?N—.
===
OO
XS
iy =Y
4 NWNO
NS~
FNNOWVI=UNTNI=
NS NN
v eNSO

—

NSN

RRUNSOR

Ntk
2 d O =2 0ON)
N =N
WWMHRO NNV CWNOON

P.AGS:

[

SO =2 NONO\VINON
W

— b e b ) b wd O b b
- OON)
I =2 —a\no

- ) —d b b
NS == —
VIO
S —=On VIS

=50

ZRCFA1
v01.0

OO WNWV=ONONNN
S

S NWONES =W \ng

OWNON)
—

013715

CZRCFAO _RC25 FR END TEST
GLOBAL TEXT SECTION
8=Jul~1
8=Jul-1

/AN%/

/D/<57>/R/

/ECV/
<00><00>

[=1V]

Lad o~

—3 =l

VO
Co Co
W

J
6

SEQ 74
54
Pa?e
V3=555
6
Bliss=1
VAX=11
(12
.REALJZRCFA
11REL
NA.
SERS
[LAKSHMA
:
ERSU
SPID

014165
014170
014173
014176
014201
014204
014206
014211
014214
014217
014222
014225
014230
014233
014236
014241
014244
014247
014252
014255
014260
014263
014266
014271
014274
014277
014302
014305

124
117
040
040
104
124
045
101
124
122
040
11
040
124
101
124
107
116
056
114
123
124
045
101
124
122
040
120

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

014340
014342
014345

000
045
101

000
116
044

014414
014416
014421
014424

000
045
101
124

000
116
044
114

014350
014353
014356
014361
014364
014367
014372
014375
014400
014403
014406
014411

014427
014432

8=Jul=1983 14:13:00

GLOBAL TEXT SECTION

v01.0

014310
014313
014316
014321
014324
014327
014332
014335

8-Jul=1983 15:21:53

CZRCFAD RC25 FR END TEST

ZRCFA1

105
125
104
107
123
103
106
114

124
122
040
120
105
125
104
107
123
103
106
114

122
040

122
120
m
116
124
123
101
105

114
122
104
117
122
120
m
116
124
123
101
105

122
101

103
105
124
056
114

045
106
105
055
122
105

P.AGV:

117
106
114
116
M
120
106
040
101

000
045
106

P.AGW:

105
055
040
127
040
040
101
117
11
040
11
104

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

/T C/
/ODE/
/7 AT/
7 D./
/DFL/
/T1/<00>
/3INX%/
/ASF/
/TLE/
/RR=/
/ DR/
ZIVE/
7/ NU/
/T F/
/AUL/
/TIN/
/G I/
/N P/
/.OF/
/LN /
/STA/
/TE/<00>
/3INX%/
/ASF/
/TLE/
/RR=/
/7 U/
/POW/

LASCII
.ASCII
.ASCII

<00><00>
/3NX%/
/ASF/

.ASCII
LASCII
LASCI1
.ASCII
LASCII
.ASCII
LASCII
LASCII

045
106

P.AGX:

045
106
105
055
104

P.AGY:

LASCII1
LASCII
LASCII
LASCII
.ASCII
LASCI1
LASCII
.ASCII
LASCII
LASCII
LASCI]
.ASCI1

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

LASCII
.ASCII
LASCI1
LASCII
.ASCII
LASCII

/ER /
/UP /
/DIA/
/GNO/
/ST1/
/CS /
/FAl/
/LED/

/TLE/
/RR=/
/7 D/
/POW/
/ER /
/UP /
/DIA/
/GNO/
/STl/
/CS /
/FAl/
/LED/

<00><00>
/3INX/
/ASF/
/TLE/
/RR=/
/7 AD/

SEQ 75

55
(12
RC?:
SPIDERSUSERS:ILAKSHHANA.11REL.REALJZ

VAX=11 Bliss=16 V3=555

GLOBAL TEXT SECTION

v01.0

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

120
122
101
040
m
122

124
040
122
106
114
105

116

045

014513

125

124

014505
014510

014516
014521
014524
014527
014532
014535
014540
014543
014546
014551
014554
014557
014562
014565
014570
014573
014576
014601
014602
014605
014610
014613
014616
014621
014624
014627
014632
014635
014640
014643
014646
014651
014654
014657
014660
014663
014666
014671
014674
014677

8-Jul=1983 15:21:53
3 14:13:00
8-Jul=198

CZRCFAOD RC25 FR END TEST

ZRCFA1

m
104

045
101
124
122
040
123
104
056
103
122
107
105
040
103
123
124
103
000
045
101
124
122
040
113
127
127
124
040
101
116
124
056
103
000
045
101
124
122
040
101

044
114
122
105
124
040
115
040

106
105
055
103
115
124
105
117

000

P.AGZ:

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

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

LASCII

/UT/<00>

LASCII
.ASCII

045
106
105
055
056
116
125
105
040
116
122
104
116
116
123
116
000

P.AHA:

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:

116
044
114
122
125
105
057
122
126
m
040
101
1M1
117
11
105
131

/IME/
/D 0/

ASCII /XNX/
LASCII /ASF/
.ASCII1 /TLE/
.ASCII /RR=/
CLASCII 7/ U./
LASCII /SEN/
LASCII /D/<57>/U/
.ASCI1 /.RE/
LASCII /Cv /
+ASCII /RIN/
+ASCII /G R/
LASCII /EAD/
LASCII 7/ IN/
.ASCII /CON/
LASCII /S1S/
LASCII /TEN/
LASCII /CY/<00>
LASCII <00>
.ASCII /XNZ/
LASCII /ASF/
.ASCII /TLE/
+ASCI1 /RR=/
LASCII / UN/
.ASCII /KNO/
LASCII /uWN /
LASCII /WAl/
LASCII /TRV/
.ASCII1 / RE/
LASCI1 /ASO/
LASCII /N A/
LASCII /T D/
LASCII /.RV/
LASCII /CT/<00>
LASCII <00>
.ASCII /ZNZ/
LASCII1 /ASF/
LASCII /TLE/
LASCII /RR=/
LASCII / D./
LASCI1 /ARC/

VAX=11 Bliss=16 V3=555

SEQ 76

Page 56

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

v01.0

014705
014710
014713
014716
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
15045
015050
015053
015056
015061

15064
015067
015072
015075
015100

015103
015106
015111

015114
015117
015122
015125
015130
015133
015136
015141
015144

015147
015152

8-Jul=-1983 15:21:53
3 14:13:00
8-Jul=198

CZRCFAO RC25 FR END TEST
TEXT SECTION
GLOBAL

ZRCFA1

014702

oty

123

040

105
045

000
116

m
116
040
116
103
123
124
116
116
132

101
124
122
040
123
113
117
104
105
040
040
114
101
124

103
045

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

104
045
101

124
122
040
110
124
116
040
101
104

040
115

104
117
106
104
114
105
040
104
105
117

044
114
122
125
105
040
125
040
105
124
1m
105
114
122
113
116
044
114
122
125
124
040
m
104
107

115
127

124
106
114
000
116
044
114
122
125
124
040
1m
104
107
115
103
120

LASCII

/S D/

P.AHD:

.ASCI1
.ASCII

/E/<00><00>
/INX/

P.AHE:

LASCII
.ASCII

104

LASCII
.ASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII

040
124
111
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
1
040

101
122

105
101
105
000
045
106
105
055
056
123
m
124
m
040
101
117
101

P.AHF:

LASCII
LASCII
.ASCII
LASCII
.ASCII
LASCII
LASCII
LASCII
+ASCII
LASCII
LASCII
LASCII
LASCII
.ASCI1

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

LASCII
ASCII
LASCII

LASCII
.ASCII
LASCII
LASCII
LASCII
LASCII
LASCII
LASCII
.ASCII

LASCII
LASCII

/1D /
/NOT/
/7 F1/
/ND /
/CLO/
/SES/
/T W/
/NDO/
/NE /
/ION/

/ASF/
/TLE/
/RR=/
/7 U./
/SEE/
/K F/
/OUN/
/D S/
/EEK/
7/ T0/
7/ IL/
/LEG/
/AL /
/TRA/
/CK/<00>
/ZN%/
/ASF/
/TLE/
/RR=/
7/ U./
/HTS/
/T 1/
/NIT/
/ DI/
/AG /
/DMA/
/ WR/

/ITE/
/ FA/
/ILE/
/D/<00><00>
/ZN%/
/ASF/
/TLE/
/RR=/
/7 U./
/HTS/
/T 1/
/NIT/
/ DI/
/AG /
/DMA/
7/ CO/
/MPA/

VAX=11 Bliss=16 V3=555

SEQ 77

Page 57

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

015155
015160
015163

015166
015170

015173
015176
015201
015204
015207
015212
015215
015220
015223
015226
015231
015234
015237
015242
015245
015250
015253
015256
015260
015263
015266
015271
015274
015277
015302
015305
015310
015313
015316
013321
015324
015327
015332

122
106
114

000
045

101
124
122
040
123
122
117
104
123
105
123
040
104
123
120
116
040
124
045
101
124
122
040
123
122
122
105
101
117
123
122
104
012054*

015334
015336
015340
015342
015344
015346
015350
015352

012134°
012202°'
012250°
012316°
012402°
012466°
012534
012602°

015400

013512°

015354
015356
015360
015362
015364
015366
015370
015372
015374
015376

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

CZRCFAQO RC25 FR END TEST
GLOBAL TEXT SECTION

ZRCFA1
v01.0

012650°
012716°
012766'
013036°
013112°
013176°
013256'
013324°
013372°
013440°

105
101
105
000
116
044
114
122
125
131
040
125
040
056
122

105
101
040

056
116
117
123

000
116
044
114
122
115
124
040
111

123
103
040
123
124
000

040
1M
104

045
106

P.AHG:

105
055
056
104
106
116
123
104
040
124
116
123
123
040
124
105

045
106
105
055
101
105
104
126

+ASCII
LASCII
ASCII
ASCII
.ASCII
LASCII
+LASCII
ASCII
ASCII
LASCII
LASCII
.ASCI1
LASCII
LASCII

/RE /
/FAl/
/LED/
<00><00>
/IN%/
/ASF/
/TLE/
/RR=/
/7 U./
/SYD
/R F/
/O0UN/
/D S/
/S5.D/

LASCII
LASCII
LASCII

/SET/
/7 AN/
/D S/

+LASCII

LASCII
.ASCII
.ASCII
LATCII

P.AHH:

040
114
101
105
105

000

P.AFU:

LASCII
LASCII
LASCII
LASCII
+ASCII1
LASCII
+ASCII1
+ASCII
LASCII

LASCII
LASCII
.ASCII
+ASCI1
.ASCI1
LASCII
.WORD
.WORD
.WORD
+WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
+WORD
.WORD
+WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

/ER /

/S.S/
/PN /
/NOT/
/ SE/

/1/<00>
/INX/
/ASF/
/TLE/
/RR=/
/7 MA/
/STE/
/R D/
/RIV/
/ES /
/ACL/
/0 A/
/SSE/
/RTE/

/D/<00><00>
P.AFV
P.AFW
P.AFX
P.AFY
P.AFZ
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

SEQ 78

Pa?e 58
16 V3-555
VAX=11 Bliss
SERS .REALJZRCFA (12
LLAKSHMANA. 11REL
SPID:ERSU

d e

D e

WWWNHNIN)
= b =2

—

ege
d

—

O=O
SO =S OOOON=ONO==uNN=O

b e b

> >>

by B

P.AHM:

+AS
>

[

g S

by S

g Bt b

ey ey Y

Bt B

Ll L

Do B

w wmunumnnnm wn (7] wn w

il ianlen Lan Lo Ko Lo 1o |

wnunn
alalzlalalalalalalalalsl alalalzlalalzlalalalalalal

>> P

P.AHN:
>> > >>>>

RS
=NNO

P.AHO:

—

OOWVMWWO

ViV
-

onNO

O=O0O=
=

g3
—_—

P.AHL:

O=O=NO
SVNN=O0N=

—

— —

P.AHK:

PR
o T R
S
Y sR
b e b b O
SR BNN=O0000
=S\ = = = OO
—_n) =
NOOWN==O=N0N
OV
=O
O NWNWVINO

101
P.AHJ:

—

—3

ONO-‘O&&OONO-‘§

_s-.-.o—n-b-n-o-nc—.-.—n-n-l-a-og o

—

O=O=O—
RR S2S333RIZ2RIZR
8233RES

VIOONON S OMNNWVION
S S ~NWVINVZWW

WVINOON
= N=0OWn =W

—d o

b o

d —d

W V[V
=O

[elelelelelelelela]
P OF W
NN

ZRCFA1
V0

=8 WOWNINSNNON

elelelelelelelelelelele]

015544

Qo-.-n-og-n-n
RO
SO == RS

—

[elelelelelelelele
e

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

014416

70°

/AVA/
/ILA/
/BLE/

/AN/<00>

8=Jul=19831 5: 2 1: 53
8-Jul-19831 4: 1 3: 00

VAX=11 Bliss=16 V3-555

NA. 11REL.REALJZRCFA (12
SERS
: [LAKSHMA
SPIDERSU

Paflo

SEQ 79
59

d ad

O= ==

b ecd O

OOONO==0O 2d°—'N°—.N°°

O=OO=0ONON
N=NR = OWWW

P.AHR:

NOO=O
VSIS VIW

e wnd

——

PRy —y

53T
O= =N
wao

—==000
OO\ ===

N
e

P.AHT:

== -aNINNNOH=ONN
OSHSOSVIOWN=0S
VI

S VIONN=0DN

e e

0
000

VINS

101

P.AHU:

[=1=]
=2\ DOt
ow NOWVOR =W

ES 3fifi39§

RRURRRR
RIZZIRZIZRR 2o
~N
NN =Y
———
— e d VIOV
D = RISZRS
SR
INO =W OO NO RONN
\h-—'—.\homoog
N
b N

NSO O
O=O=0O
=0 NN
CONNSNNO
N =OWVIN) = =d b =dOV N==ONMN=0N=O N VW=

== OO=00
ON N
= =2\

—

[e]lelelelelels]

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION
/0AD/
/ FA/
/1Ly/
/REX/

P.ANWP:

P.AHW:

P.AHV:

/N/<00><00>
/XAS/

P.ANI:

P.AHS:

/NEX/

/N/<00><00>
/XAU/
/NIT/

/0R%/
/N/<00><00>

8=Jul=19 831 5:2 1:53
8-Jul-1983 16:1 3:00

Pa?e 60
VAX=11 Bliss=16 V3=555
(12
.REALJZRCFA
11REL
ANA.
SERS
: LLAKSHM
SPIDERSU

SEQ 80

od ek

040
103
123
122
122
000
101
116
117
105
105
117
116
110
124
125
105
101
105
040
122
045
000
103
124
114
122
122
122
000

101
111

104
126

105
117
116

101
123
107
106
115
116
116
122
114
m
116
124
045
115
123
105
122
040
040
124
116
040
101
117
m
116
P

P.AIC:
e g g B Bt B B B By g B

b3322222222224

«AS

<AS

ASC
ot Gy

g Bomg bt By B

Bt g Gy

g Bomg g B B B (g B

g g By By g By Pt B By Bt g B

g B Bt g B B

g B

lan ke
)
g Bi

e L L U L
Lw
w
w7w T U T L U
w
wwumumunnumnm
alalalalalalaslalslslslalalalalalelely]
alalslnlisls] (] ala] alalalalsielslslalelelsly] alalalslalalalalalialelelelely]
e
Bt
G
g By B B
o) Bt et
N
N I
e L e L L L L]
g g g B
g By g By o Gy B B by o B o By g B g ey Gt Do G B By Bt Dot

040
122
045

103
120
105
122
122
000
104
101
122
122
000

>> >p>>»
2eep>>» P
w wvn (7. 17 37,17}

106

101
123
102
®

127
124
120
1264
124
045

oNw

- b b -bg
N Ra= g_.
=OONON
-ag—s-b—a
2 \) b 2-.-.—.-.-.-.
IS =2 = OO
N
VINO =iy O =2~[« VIV NIV, [ NIV}
g®= 2 RARSRR

101
111
040
117
103
104
000
101
115
122
105
117
116
101
124
105
117
116

OWVINO HNI~NW ONNWVIWWNWNN

e ek D D

8338833223835 R8RRERESE
D o eed et D md ed omh =

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

/0R%/
ZAC/

00><00>

8=Jul=198
8=Jul=-198
Pa?e 61
VAX=11 Bliss=16 V3=555
(12
.REALJZRCFA
11REL
.
ANA
SERS
: CLAKSHM
SPIDERSU

SEQ 81

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

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

e and

[=lelelelelelelelelelele
T

P.AHQ:

.WORD
+WORD
.WORD
+WORD
+WORD
+WORD
+WORD
«WORD
.WORD
.WORD
.WORD

P.AHR
P.AHS
P.AHT
P.AHU
P.AWV
P.AHW
P.AHX
P.AHY
P.AHZ
P.AIA
P.AIB

PSECT

gGLOBS.

.BLK

.WORD
.WORD

RT::
.BLKW
RT.TABLE::

HWP.TABLE::
BLKW
XMT.DATA.BUF::

BLKW

RCV.DATA.BUF::
KW

CLK.ADR::

P.AIC
P.AID

400
400

CLK.TYPE::
CLK.CSR::

CLK.HERTI:5

VEC.AD::.gbKB

RC25.ADDR::

.BL

RC25.DATA::

.BLK
:
COM.AREA:
.BLK
’
:
HEAD.AREA:
BLKW
RECEIVE.RING::
.BLKW

:
SEND.RING:
.BLKW
REC.ENVELOPE::
.BLKW
: :
SND.ENVELOPE
.BLKW

1000
540

RO,

GBL

SEQ 82

P‘Pe 62
VAX-11 Bliss=16 V3-555
.REALJZRCFA (12
ERS
A. 11REL
SUS
: LLAKSHMAN
SPIDER

8=Jul=1 983 15: 2 1: 53
8=Jul-1 983 14: 1 3: 00

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

b
O
—eadadadd
=0

—3

e
e e Y
I
N

BUF .LENGTH::
.BLKW
NUM.RETRIES::
.BLKW

—

e e

P6::

RET.STATUS::
.BLKW
CANCEL.TIMER::
.BLKW
CMD.SLOT::
.BLK
RES.SLOT::
.BLKW
.BLKW
LBN::
.BLKW
LBN.ST::
LBN.ED::.BLKW
LBN.SZ:: BLKW
FREE.MEM.ADDR::
.BLK
MEM.SIZE::
.BLKW
H.SADD::.BLKW
H.EADD:
: .BLKW

—b

R:
: .BLKW
MSGAD
END.LBN::
.WORD
P.MASK: :.BLKB
B.MASK: :.BLKB

003071

.BLKW
CMD.REF::
BLKW
BYTE.COUNT::
.BLKW
TICKS:: .WORD
SECONDS::
WORD
MINUTES::
WORD
.BLKW
TIP::
DATA1:: .BLKW
DATA2:: .BLKW
DATA3:: .BLKW
DATAL:: .BLKW

000001

BUF .DESCRPTR::

005562

IRCFA1
vO1

VAX=11 Bliss=16 v3=555

SEQ 83
Pa?e 63

ANA .11REL.REALJZRCFA (12
SERS
: [LAKSHM
SPIDERSU

DM.REC::
DM.XMT::
TEMP::

o»
o

oW
oW

fl~
-

005706
005710
005712

LSSOFT, TSPTHV, LSRPT, LSINIT

LSCLEAN, LSLAST, LSHARD, LSDVTYP

Lsossc. Lsou. LiAu. LSAUTO, p’

116 th .Tlrl

LSERRTBL=
L$Sw==
LS
LSDEPO==
DFPTBL==
SFPTBL==
RINGBASE==
TIME==

oo = omo
b
b
b ed e
b

nauunnn :: :: n

NN 1

nwm e

ORI

wvmwumumunmnuvm

AR
T IO
R R

w
—f

OCOODOD

w
-

000001

BYT.CNT::

005700

005704

000000

ERRTYP

LSSWLEN+2
LSHWLEN+2
LSREV+1
LSHWLEN+2
LSSWLEN+2
COM.AREA+10

SEQ 84

64
VAX=11 Bliss=16 V3=555
11REL
.REALJZRCFA
(12
SPIDERSUSERS: LLAKSHMANA.

Sededed

005702

RETRIES::
.WOR
FAL.CODE::
.WOR
EST::
DMC.T

005676

8=Jul~-1
8=Jul~-1

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

ZRCFA1
V0

7
bl
Co0 Co
(1

Pare

8=Jul=19 83 15:2 1 :53
8=Jul=19 83 14:1 3 :00

R mIOTMOMADIN<S<XE<C-ND

ACL

=
—

NN
o
NN

>
0

38
DBM39

alalalnlnlalalnlnlals

34
DBM35
36

nnnn

001450°

v
VOV VOVVOVVOVUVOVOVOVOVOVOVOOVOVOOOOODD
.
e
OO

DO BDDDBDD
DBDBBDDDD 222>
ovvVO0=2 =r Re.ToOTM

CZRCFAD RC25 FR END TEST
GLOBAL TEXT SECTION

FMTS

MSG.14

DMC.ERR==
IN] .MSG==
END .MSG==
BRERR==

L ] D>N<

—idalsl
))))))s)))))

b =i NO OO0 NN —
W=0nnnnn

FMT6=

IRCFA1
v01.0

.ADI

SEQ 85

Pa?e 65
VAX=11 Bliss=16 Vv3=555
(12
.REALJZRCFA
11REL
.
RS
: LLAKSHMANA
SPIDERSUSE

CZRCFAO RC25 FR END TEST

=Jul=

GLOBAL TEXT SECTION

005332*
oo'

VAX=11 Bliss=16 V3=555
SPIDERSUSERS: CLAKSHMANA

MSG.17==
MSG.18==
MSG.19==
MSG.20==
MSG.21==
MSG.28==
MSG.29==
MSG.350==
CT0.ERR==

P.ADJ
P.ADK
P.ADL
P.ADM
P.ADN
P.ADO
P.ADP
P.ADQ
P.ADR

AHEAD .MSG==
BHEAD .MSG==
CHEAD .MSG==
DHEAD .MSG==
HSG TK.DSP==
MSG.LBN.DSP==
MSG.STATUS. ERR

P.ADT
P.ADU
P.ADV
P.ADW
P.ADX
P.ADY
P.ADZ

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==
PFE.STRUCT==
EMSG.STRUCT==
RC.STRUCTURE==
SDUP.STRUCT==
SMSCP.STRUCT==

P.AEB
P.AEC
P.AED
P.AEE
P.AEF
P.AEG
P.AEH
.AEl
P.AEJ
P.AEK

P.ADS

PFE.ERR==

P.AEL
P.AEM
P.AEN
P.AEO
P.AEP
P.AEQ
P.AER
P.AFP
P.AFU
P.AH]
P.AHQ

PSECT SUMMARY

SPLITS

Words
77
1510

Attributes
RO,
I
.,
RO, D ,

3704

RO,

LCL,
GBL,

GBL,

REL.
REL,

REL,

CON
CON
CON

LIBRARY STATISTICS
File

........

smbol

o
e

Total

Loaded

Percent

Blocks

Read

PgEO 86

11REL.REALJZRC’: (?g

ZRCFA1
v01.0

;

1564

COMMAND QUALIFIERS

:
:

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

CZRCFAO RC25 FR END TEST
GLOBAL TEXT SECTION

: SPIDERSUSERS:[LAKSHMANA.11REL.REALJAZTECO0.L16;1
503

BLISS /PDP11/LIST ZRCFA1.B16/EN:NOEIS
0 code + 5291 data words
Size:
00:29.7
Run Time:
01:29.0
Elapsed Time:
Memory Used: 274 pages
Compilation Complete

SEQ 87

Pa?e 67
VAX=11 Bliss=16 V3=555
L .REALJZRCFA (12
NA.11RE
SPIDERSUSERS:CLAKSHMA

CZRCFAD RC25 FR END TEST

IRCFA2

8=Jul=1983 15:23:2 5
8=Jul=1983 14:44 :20

SEQ 88
1
Pa?e
(1)
ZRCFA
SPIDERSUSERS
: [LAKSHMANA. 11REL .REALJ

VAX=11 Bliss=16 V3-555

MODULE ZRCFA2 (!}éghg :CgRCFAO.RCZS FR END TEST'
v01.0
OPTLEVEL = 0,
?DDRESSING_HODE (RELATIVE)

BEGIN

§<eLr/LouencAse,xev>
Library "AZTECO';
require "BLSMAC.REQ‘;
)

NN NN NININININ) = b b b «d b b
W WWWWNI

i vnawg

W= O VBNV WN=O0VRONOWVSAWNN=O

-‘—ldddddddd—l—lddddd—.ddddddd—.d—h—.-‘dddd-fldddd

2N2222

structure

RC2S5 [0, P, S, E] =
begin
local
RC_REG;

i i

BB
WN

! TO THE AZTEC

RC_REG = .(RC25 + Xupval*0)<0, Zbpval, 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_COM_AREA,
NXMI~: LSISR novalue,

CLK_INT_SERV : LSISR novalue,
SET_INT_VECTOR : novalue,

RECSTATUS,

SET_CNTLR_CHAR,

RE!D,CHD.

READ _FILL_RING : novalue,

! DEFINE ACCESS ALGORITHM
! TO ALLGW FIELD REFERENCE

GET _ONIT 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,

CZRCFAO RC25 FR END TEST

IRCFA2

v01.0
3

1546

:
H

1547
1548

1550

1549

1551

:
3

1554
1555

:
:

H
:
3

3
:
:
s
3

1552
1553

1556
1557

external

ADAPTO,

CONTRO,

COM AREA blockvector [REC_ALLOCATE + SND_ALLOCATE + HDR_S1Z, 2, word],
HEAD AREA : ref block C4, word) field (HDRTFIELD),
field (DSC_FIELD),

, 2, word)
RECEIVE RING : ref blockvector CREC ALLOCATE
word] field (DSC_FIELD),
2.
CATE,
SEND_RING : ref blockvector CSND_ALCO E RB_SIZE
+ 2, word]f7eld (ENVFIELD),

lLLOCAT
CREC
tor
blockvec
PE
ENVELO
REC
SND_“ENVELOPE: blockvector [SNDALLOCATE. SB SIZE + 2, word] field (ENVFIELD),

1561

CLK TYPE : uord.

1567
1568

8YTE COUNT : word volatile,
CLK_ADR: word,

CLK_CSR: word,
HERTZ 2 Hord
CLK_|
CLK"START : word,
TICKS : word volatile
SECONDS : word volatile,

MINUTES : word volatile,

1569

MSGADR : word volatile,

3
2
:

1571
1572
1573

DATA3 : word volatile,

:
:

:
:
2
:

:
2
:

:
:

1570

DATA1 : word,

DATA2: word volatile,
DATA4 : word volatile,

1574
1575

B_MASK : byte volatile,

1577

LBN_ ST word volatile,

1579
1580
1581
1582

CHD REF : word volatile,
RES SLOT : word volatile,
CHD SLOY word volatile,
: byt
VECCAD

1576
1578

1583
1584

! BYTE COUNT BUFF
'LOCATION T0 RETURN CLOCK ADDRESS
'TYPE OF CLOCK ON SYSTEM
1(0=NO CLOCK, =1= L=-CLOCK, 1=P=CLOCK)

'STORE CSR ADDRESS FOR CLOCK HERE

! CLOCK RATE
! STORE CLOCK START VALUE

! STORE NUMBERS OF CLOCK INT. OCCURED
i STORE SECONDS
! STORE MINUTES

! STORE MESSAGE ADDRESS

! STEP1 WRITE DATA TO AZTEC_INIT

! STEP 2 WRITE DATA TO AZTEC INIT
! STEP 3 WRITE DATA TO AZTEC INIT
! STEP & WRITE DATA TO AZ?EC INIT
! MASK FOR WITCH STEP TO DO
' IN AZTEC_INIT.

! LOGICAL BLOCK NUMBER BUFFER

LBN ED : word volatile,

! ENDING LOGICAL BLOCK NUMBER

pVECTOR word volatile,

! INTERRUPT VECTOR

'PTUNIT NUHBER : word volatile,

! START LOGICAL BLOCK NUMBER
!
!
!
!

COMMAND REFERENCE
RECEIVING RING SLOT
SENDING RING SLOT
INIT INTERRUPT VECTOR

' UNIT NUMBER

1585

RET STATUS: word volatile,

! RETURN STATUS

1587
1588

FREE_MEM_ADDR,
MEmM _SIZE,

! STARING FREE MEMORY ADDRESS
! FREE MEMORY SIZE

1590

DRIVE_,

1586

1589

1591

1592

: uord volatile,

RINGBASE,

DBM1,”
DBM2,

1594
1595
1596

:
2

1598
1599

DBM34,
DBM3

:
:

T BUFFER DESCRIPTOR AREA

LBN : uord volatile,

2
2

8-Jul=1983 14.46:20

1597

1600
1601
1602

.
DBMS,
DBM6

DBM3S,

ERR_01,
ERR 02.
FMTSC,

SEQ 89

2
L)
(1)
C?:
L.REALJZR
HANA.11RE
SPIDERSUSERS:[LAKSH

VAX=11 Bliss=16 V3=555

decode : novalue;

BUF "DESCRPTR : word volatile,

1562
1563
1564
1565
1566

8-Jul=1983 15:23:25

DO_RETRIES : novalue,

1558

1559
1560

m
[ ]

=171

U‘:\h

oo "
<32 e x § -1
- ——c

ROF LERGTH
MAND_Sw,
SWITCHZ,
TIP,
=

SWP_CONTINUE,

FMTSA

! RUN TIME TABLE STORAGE

HWP TABLE : ref block CWORD2 IN_HWP_TAB, word) field (HWP_FIELDS),

RT_TABLE : ref block CWORD1 IN_RT_TAB, word] field (RT_FIELDS),
RT": vector [WORD1_IN_RT_TAB, word],
I_AM_NEX : word volatile,
CANCEL TIMER : word volatile,
RETRIES,
SWP_RETRIES,
NUM_RETRIES,
SWP TRACE,
, 4

SUNIT,

FAL_CODE,
MSG_STATUS_ERR,

END_LBN : word volatile,
P_MASK : b{te volatile,
RET_UNIT_FLAG : word,

P1 T word volatile,

volatile,
volatile,
volatile,
volatile,
volatile,

P2 : word
P3 : word
P4 : word
P5 : word
P6 : word
QsT1,

FRRIIRIXXX Gore
2
v

VWONOWVSWN=OO CONOWVBWN =00V

b b b
) b
b —d b D
b
)
b
b oD b
) —d b e
b
b
—

H_SADD,

~
32
oo °8
33

NN NI RONIN) = b b b b e
o w SNWNN=O VRNV

b wd s

)

d b b b

WNN=O

D b

)

) -

O
OrOFOrOMONOAOFMOMONOM oo

e wd wnd D e
—

d o

o
W
o

1627
1628
1629

oONOONONONONONONON

DRLA D L B0 00 00 0% 00 00 000090000000 %0%00909%0%08080808%000
e TR PR PRTR TR D
e
e
e
e
TR
I I T I T T TR TR
MR

8-Jul=1983 15:23:25
8-Jul=1983 14:44:20

CZRCFAO RC25 FR END TEST

IRCFA2
v01.0

esT1T,
RC25_ADDR : ref RC25 field (RC_REG),

SEQ 90

Pa?e 3
VAX=11 Bliss=16 V3-555
SERS .REALJZRCFA (1)
LLAKSHMANA. 11REL
SPID:ERSU

CZRCFAO RC25 FR END TEST

ZRCFA2
v01.0

23222223228

1
%

9
670

RC25_DATA : block [2, word] field (RC_REG),
EMSG_STRUCT : vector [4],
PFE STRUCT : vector [23)

RC_STRUCTURE : vector L39,
spOP STRUCT : vector [7]

SMSCP STRUCT : vector [15],

XMT_DATA BUF : vector [256, wordl,

RCV_DATA_BUF : vector [256, word],

UNIT : word,

LOG_UNIT : word;

8-Jul=1983 15:23:25
8-Jul=1983 14:44:20

SEQ 91

Pa?e 4
VAX=11 Bliss=16 V3=555
SPIDERSUSERS:[CLAKSHMANA.11REL .REALJZRCFA (1)

MISCELLANEOUS SECTIONS
ooTM

~ <~
8232
~NOAWNS

P
e-

alalalalalalalsly)

1671

1678
1679
1680
1681
1682

1683
1684

1685

1686

1687

=Jul=1983 15:23:25

S-Jal-1983 16:“:50

DEVTYP (Xasciz'AZTEC RC2S

PLATTER');
oggcaxpt (Zasciz'RC25 FRONT END/HOST DIAGNOSTIC');:%(
'; TEST DESCRIPTION

: 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;

GPRMA (QST1, %0°'0', 0, %0'00000°, %0'177777%,

YES, 1):

!IP ADDRESS?

GPRMD (GST4, %0'6". D, 30'377°. 20°0". Xdecinal'253", NO, 1);

SEQ 92

SPIDERSUSERS:[LAKSMA.11REL.REAL]ZRm (2)

Xtitle "MISCELLANEOUS SECTIONS®
Ysbttl *TYPE AND DESCRIPTION'
': NAMES OF DEVICES SUPPORTED BY PROGRAM

1688 GPRMA (QST2, X0'2'. 0, %0'4', %0'774'. YES, 1): 'VECTOR?
1689 GPRMD (QST3, Xo'4’, 0, %0'177777°, %o%4', %o'7% "YES, 1);

1690

VAX=11 Bliss=16 V3-555

'BR LEVEL

IUNIT NUMBER(S)

MISCELLANEOUS SECTIONS
SOF TWARE PARAMETER CODING SECTION

8°Jul-198§ 15:23:55
8-Jul=1983 14:44:20

alzlalalslaslalals’

§sbttl *SOF TWARE PARAMETER CODING SECTION'

CODING SECTION CONTAINS MACROSTHE
E THE SOF TWARE PARAMETERSUPERVISOR
TO BUILD P=TABLES.

; THAT ARE USED BY 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.

st
'GPRHL (QST6, %0°'0°, X0'177777°, YES, 1);

'USE TOP SURFACE FOR SINGLE SURFACE TESTS?

!XFERF (MANINT);

'IF NO, SKIP NEXT TWO QUESTIONS

§N
o

WN=O

NN NNNNN

d e

IGPRML (QST7, %0'2', %0°'177777', YES, 1);

'DO YOU WISH TO LIMIT THE AREA TESTED
'IN TESTS #13 - #15?

!GPRMD (QST8, %0'4', D, %0°1777', %0°'0°, Ydecimal'800°, YES, 1);!STARTING TRACK?
iGPRMD (QST9, %0'6'. D. %0'1777°, %0°'0°, !decilll'BOO'. YES, 1) 'ENOING TRACK?
iSL (MANINT):

GPRMD (QST11,

%o° 10'

GPRML (QS10_2, %o'1 i , YES, 1);
'GPRML (QSTTO. %o° w 1. YES, 1);:

spm <os1o 1, %°'16°, 1, YES, 1);
ENDSFT

ILABEL THIS QUESTION

%0'1777', %0'0', %0°1777°, vss. 1);

!NUMBER OF RETRIES FOR TEST

'oo YOU WISH TO CONTINUE TESTING?
iDO YOU WANT TO DO THE MANUAL
i INTERVENSION TEST?

SEQ 93

P‘?‘ 6
VAX=11 Bliss=16 V3-555
SPIDER$USERS CLAKSHMANA. 11REL .REALIZRCFA (3)

iDO YOU NEED TRACE MODE?

8-Jul=1983 15:23:25

MISCELLANEOUS SECTIONS

8-Jul-198g 14:64:%0

REPORT CODING SECTION

};};

?sbttl 'REPORT CODING SECTION'

1719
};%?

! THE REPORT CODING SECTION CONTAINS THE
; PRINTS'® CALLS THAT GENERATE STATISTICAL REPORTS.

1722

BGNRPT;

1724
1725

return;
ENDRPT;

1723

b purs
d
b
md
b o
b
d

AASCODE,

LASCII

/AZT/

062
120

LASCII
LASCII

/RC2/
/5 P/

103

040

LSDVTYP::

LASCII

122
065

103
040

000
122
065

000
103
040

062
106

LASCII
LSDESC::.ASCII
LASCII

116

104

057

LASCII

117
m
000

123
103

101
105

117
040

117
040
101

124
122

116
105

123
104
107

LASCI1
ASCI1

.ASCII
LASCI1

LASCII
LASCII
LASCI1

1727777
001031
000000G

LASCII
LASCII
LASCII
LSHRDLN::
.WORD
GP$1:: .WORD
.WORD
.WORD
.WORD
GP$2:: .WORD
.WORD

000774
002032
000000G

.WORD
.WORD
.WORD

000031
0000006G
000000

.PSECT

105

116
124
000
000000C

ZRCFA2 MISCELLANEOUS SECTIONS
/v01.0/

124

110
124
111

.TITLE
LIDENT

132

122
124

! *"REPORT*

PRINTF (DBM2);

101

114
124

33338888888888

177777
000004
000007

003042
0000006
000377
000000
000375

WORD

GP$3::

.WORD
WORD

GP$4::

WORD
.WORD
WORD
.WORD
WORD
.WORD

LSNDHRD::

V/EC /

/LAT/
/TER/

<00><00>
/RC2/
/5 F/
/RON/
/T E/

/ND/<57>
/HOS/
/T D/
/1AG/

/NOS/
/TIC/
<00><00>
<<<LSNDHRD=LSHRDLN>/2>=1>

31
QST1
O
-1
1031
QST2
&

774
2032
QS713
=1
&

7
3042
QST4
377
O
375

VAX=11 Bliss=16 V3-555

SEQ 94

SPIDER’USERS:ILAKSHHANA.11REL.REALJZRC’§ 4)

8=Jul=198315: 23 :25
8-Jul=1983 14: 44:20

MISCELLANEOUS SECTIONS
REPORT CODING SECTION

IRCFA2
0
000000C

LSSFTLN::

004052
0000006
001777
000000
001777
005130
0000006

GP$5::

.WORD

SEQ 95
Pa?e
8
VAX=11 Bliss=16 V3=555
(4)
FA
EALJZRC
SPIDERSUSERS: LLAKSHMANA. 11REL.R

z((L’NDSFT°LSSFFLN>/2>-1>

000001

007130
0000006
000001

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, DATA4

B.MASK. LBN, LBN.ST, LBN.ED, CMD.REF
RES.SLOT, CMD.SLOT, VEC.AD, RET.STATUS
TEMP, FREE.MEM.ADDR, MEM.SIZE
axncéAse DRIVE., DBM1, DBM2, DBM3
DBM3S, D

ERR. oz. rnrsc FRU
oan35
FMT2, FMT3. DMC.TEST, BYT.CNF
DBM6.

DM.XMT, DM.REC, H. SADD H.EADD

BUF .LENGTH, MANU.SW, su:rcuz. TIP
SWP.CONTINUE, FMTSA. QST1S, Q@sT14
HWP.TABLE, RT.TABLE. RT, 1.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
END.LBN, P.H%SK.RET.UNIT.FLAG

P1,. P2, P3,

5, P6, QST1, QST2

asf3, asT4. asi6, asT7. QST8. QSTY
as110, 0s18.1, 0510.2, asT11, nczs ADDR
RC25.DATA, EMSG.STRUCT, PFE.STRUCT
RC.STRUCTURE, SDUP.STRUCT, SHSCP STRUCT
{ga 8Q}A.BUF RCV.DATA.BUF, UNIT

012746
012746
0600
104417

LRPT:

0000006
000001
‘

LSHRDLN+2
LSSFTLN+2

LSHAR
LSSOF

000066"
000136°

.SBTTL
MOV
MoV
MOV
TRAP

LRPT _REPORT CODING SECTION
#DBM2 ,~(SP)

SP.RO
17

: SP,*

#,-(5P)

1723

000014
000016

8=Jul=1983 15:23:25
8=Jul=1983 14:44:20

MISCELLANEOUS § ECTIONS
REPORT CODING S ECTION

IRCFA2
v01.0

CMP

022626
000207

RTS

(SP)+,(SP)+

SEQ 96
9
Pa?e
VAX=11 Bliss=16 v3=555
(4)
CFA
NA . 11REL .REALJZR
SERS
: [LAKSHMA
SPIDERSU

1716

AASCODE + 0166
Routine Base:
: Routine Size: 8 words,
; Maximum stack depth per invocation: 4 words

000000
000004
000006

004767
104425
000207

177754

.SBTTL

LSRPT:: JSR
TRAP
RTS

LSRPT REPORT CODING SECTION

PC.LRPT
25
PC

Routine Base: AASCODE + 0206
& words,
invocation:
per
2 words
depth
stack
: Maximum

: Routine Size:

1724

Bal

MISCELLANEOUS SECTIONS
INITIALIZE SECTION

IR A R R A TR

NN LY,¥)

ELEVRURLS el “ENT. 3
=O VRNV
WN-=0O O

BB BB
SW
Vi VIVIVIES

i THE INITIALIZE SECTION CONTAINS THE CODING THAT IS PERFORMED

; AT THE BEGINNING OF EACH PASS.

BGNINIT;
local

DELAY_MULT;

'CONTAINS DELAY FACTOR

SETPRI (PR100);

'PRIORITY 0

:; READEF (EF_PWR)

'ARE WE HERE BECAUSE OF POWER FAIL?

be?in

PRINTF (MSG_PWR);

1"POWER DELAY = WAITING''

incru COUNT from 0 to 60 do

! WAIT APPROX. 60 SECONDS

befin

DECAY_MULT = 10000;

DELAYTM (.DELAY_MULT);

BRSAK:

! BREAK FOR ACT

ena;

DOCLN;
end;

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

thenbe .

PR?NTF (ERR_01);
DosLN:
end;

if READEF (EF_CONTINUE) then return;

'MORE THAN 16 UNITS?

'ERROR = TOD MANY UNITS

'RETURN TO SUPERVISOR AND CLEAN UP
'IF CONTINUE GETS YOU HERE SKIP INIT.

:: READEF (EF_START) or READEF (EF_RESTART) or READEF (EF_NEW)
en

begin
LOG_UNIT = =1;
NUM RETRIES = ZERO;

RETRIES = FALSE;
FIND_CLOCK ();

if CLK_TYPE eqlu NO_CLOCK
then
.
be?1n
PRINTF (ERR_02);

else

! IF THERE IS NO CLOCK
' IN THE SYSTEM TELL THE
! OPERATOR

DOCLN;
end

.CLK_CSR = ZERO;

! STOP THE CLOCK

SEQ 97

Pa?e 10
VAX=11 Bliss=16 V3-555
: [LAKSHMANA . 11REL .REALJZRCFA (5)
SPIDERSUSERS

¥2bttl *INITIALIZE SECTION'

VS W

ddddddddddflddddd-‘dddd-fldddddddddddddddflddddd

R A TRTR

A T PR TR TR PRLR LADA T 1Y Be 00 00000000 000000 00000000000 0000 0000000000000t

v01.0

8-Jul=-1983 15:23:25
8-Jul=1983 14:44:20

;

D b D cd b e
b b D and e
) - o

N=O

d
—

—d o

00 Co 0o

DETERMINE THE FREE MEMORY STARTING ADDRESS AND IT SIZE
'FIND THE STARTING ADDR
MEMORY (FREE _MEM_ADDR);

'DETERMINE THE SIZE

" MEM_SIZE = ..FREE_MEMADD

end;

b -

b b

§§§§§§§§§§§§§§§§§§§§§§E‘.§§E

D b b wd b
~
oo
W

«.

'OTHERWISE, INCREMENT LOGICAL UNIT
'AND CHECK FOR HIGH LIMIT.

UNXT = ,LOG_UNIT + 1;

if .LOG_UNIT gequ .LSUNIT then DOCLN:

'IF SO QUIT INIT AND DO CLEANUP.

until (GPHARD (.LOG_UNIT, HWP_TABLE)) neqa 0;

end

!GET HARDWARE P_TABLE POINTER

RT_TABLE= RT [0];

'AND LOAD RT_TABLE WITH THE

RT_TABLE (RT IP_ADDRESS] = .HWP_TABLE [HHP IP_ADDRESS]; 'HARDWARE P_TABLE INFO.
RT_TABLE [RT_VETTOR] = .HHPTABLE [HWP_VECTOR];

LEVEL)
[HUPBR_
TABLECHWP_URI
[RT_BR LEVELJ HQPTABLE
RT_TABLE
#
'PLATTER
,uunesni
RT"TABLE CRT-UNTT1]=
THE CONTROLLER
1P ADDRESS FOR
1PADDRESSJ
tar
RC25_ADDR = RT_TABLE
iAND PLATTER # UNDER TEST
.RT_TABLE CRT UNITT1]:
UNITTM=
SETVEC (.RT TABLE [RT VECTOR], NXMI, PRIO7);
PRINTF (DBMT, .LOG_UNTT, .RC25_ADDR, .UNIT);

0000006

.SBTTL

- = NN
N

-00

1725

CLR

1736

MOV

#34 RO

1738

#MSG.PWR,=(SP)

1741

TRAP

TRAP
BHIS

MOV

MOV
MOV

000001

TRAP

023420
0000006
000004

1$:
2%:

3s:
4$:

LINIT INITIALIZE SECTION

TST

0000006

LSDLY

R1,$SAVE3

LINIT: JSR

000034

= OOV

iSET UP INTERRUPT ROUTINE
IGIVE THIS INFO TO OPERATOR.

suoxnxr

.GLOBL

ssses 2gs=8=2
g <85 8

bl
S%

8=Jul=198315:23:25
8=Jul=1983 14:44:20

MISCELLANEOUSSECTIONS
INITIALIZE SECTION

SEQ 98

Pa?e 1
VAX=11 Bliss=16 V3-555
CFA (5)
.REALJZR
11REL
NA.
[LAXSHMA
SPIDERSUSERS:

CLR

MOV

BEQ

-(SP)

47
6%

#1,-(SP)
SP,RO
17

: SP,x

: COUNT

1743

R3.R1

s DELAY. HULT.SSTHPZ

1746

#23420,R3
5%

s «,DELAY.MULT

ggg

k%DLY.RO

: =, $STMP1

CLR

4(SP)

: SSTMP

DEC

BNE

DEC

RO
3$

: $SSTMP1

: $$TMP2

1745

MISCELLANEOUS SECTIONS
INITIALIZE SECTION
58:

000074

0000006 000020

6$:

0000006
000001

1NN
NN

RESRKEREZSERRINN

]

e kK(e

SEQ 99

Page 12
VAX=11 Bliss=16 V3=555
SERS .REALJZRCFA (5)
ANA. 11REL
SU
[LAKSHM
SPID:ER

R2, 474
1$
I
(SP)+, (SP)+

%%UNI!.#ZO

000040

000037
000035
177777 0000006
”
0000006
0000006
000000V
0000006

8$:

000000G
000001

118:

0000006

12%:

0000006

0000006 0000006
0000006
0000006
000002 000002
000004 000004

1758

1761

: SP,*

?‘P) (SP)
cis.nb

1760

1765

1767

1770

1775

#ERR.02,~(SP)

1778

SP,RO
17

: SP,»

47
13$
#40,R0
47
8s
#37.R0
47
8s
#35,R0
47
118
#-1,L06.UNIT
NUM.RETRIES
RETRIES
PC,FIND.CLOCK
sng.rvps

4
(SP)+,(SP)+
108
aCLK.CSR

0000006
0000006
0000006
0000006 0000006

1748
1740

SP,RO
17

#1,-(SP)

0000006

:
:
s

#1,-(SP)

7$:

1743

s COUNT,
*

#ERR.01,=(SP)

000036

; COUNT

:
s
s

:
:

31
RO, FREE .MEM.ADDR

LOG.UNIT
LOG.UNIT ,LSUNIT
12%
44

(RO) ,MEM.S12E

: FREE.MEM.ADDR,*

1M
1772
1773

1777

1775
1782

1787
1788

1795

1797

kgG.UNlT.RO

1800

R? HWP.TABLE
1
#RT,RT,.TABLE
,RT
(RO)

;

1802

#RT,R1

2(R0) ,2(R1)

0) .4 (R1)

: HWP,.TABLE,*
:

1803
1804

1805

8-Jul-198315:23:
8=Jul=1983 14:44

MISCELLANEOUS SECTIONS
INITIALIZE SECTION

IRCFA2
v01.0

6(R0) ,6(R1)

000354

(RO) ,RC25.ADDR
R1,R0
#NXMI ,=(SP)

SEO 100

?e
VAX=11 Bliss=16 v3=555
SPIDERSUSERS:CLAKSHMANA. 11REL .REALJZRCFA (S)

H
: RT,*
: RT,»

1806
1807
1808

1809

1810

2(R0) ,=(SP)

o;.-(sp)

3
UNIT, (SP)
RC25.ADDR,=(SP)

LOG.UNIT, <(SP)

#DBM1, -($P)
n,--($P)
SP.RO

: SP,+

138:

#20,SP
(SP)#

1725

Routine Base:

AASCODE + 0216

1810

17’

000020
000207
: Routine Size:

152 words,

Haxinum stack depth per invocation:

000000

004767

000006

000207

104411

177314

15 words

.SBTTL

LSINIT::JSR

TRAP
RTS

LSINIT INITIALIZE SECTION

PC.LINIT
1

AASCODE + 0676
Routine Base:
4 Uords .
: Routine Size:
2 words
Haxvmum stack depth per invocation:

}g}z

;

1815

}g}g

:
:

1816
1817

}:bttl *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
; DROPPED FROM TESTING.

;

1820 BGNAUTO;

3
3

1822
1823

1821

'if .SWP_TRACE then PRINTF (DBM3);

return;
ENDAUTO;

LAUTO:

000000 000207
: Routine Size:

1 word,

Routine Base:

: Maximum stack depth per invocation:

000000 004767 177772
000004
000006

8=Jul=-1983 15:23:25
8=Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
AUTODROP SECTION

IRCFA2
v01.0

& words,

0 words

.SBTTL

RTS

Routine Base:

; Maximum stack depth per invocation:

2 word

LAUTO AUTODROP SECTION

1812

1822

AASCODE + 0706

.SBTTL

LSAUTO AUTODROP SECTION

TRAP
RTS

61
PC

LSAUTO: :JSR

104461
000207

: Routine Size:

SEQ 101

Page 14
VAX=11 Bliss=16 V3=555
.REALJZRCFA (6)
SERS
11REL
[LAKSHMANA.
ERSU
:
SPID

PC.LAUTO

AASCODE + 0710

8-Jul=1983 15:23:25
8=Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
CLEANUP CODING SECTION
e o
o e

N=O0VO~NOW

RRR

b o
D
b e
b e cd o

d e

D o

]©0 00 00 00 0o 0o Oo Co OO

I
IR
IR TR

TR T

WWNWWW fi w38 S5RERE

h
PR TR T

! THE CLEANUP CODING SECTION CONTAINS THE CODING THAT IS PERFORMED

TR T

?:bttl *CLEANUP CODING SECTION'

TR P

IRCFA2
v01.0

SEQ 102
15
Pa?e
VAX=11 Bliss=16 V3=555
(7)
CFA
.REALJZR
NA . 11REL
SERS
: [LAKSHMA
SPIDERSU

5 AFTER THE HARDWARE TESTS HAVE BEEN PERFORMED.

BGNCLN;

'if .SWP_TRACE then PRINTF (DBM&);

' TURN OFF THE CLOCK
! CLEAR ERROR ROUTINE
! PARAMETERS P1 - P6

.CLK_CSR = ZERO;
P1 = ZERO;
P2 = ZERO;
P3 = ZERO;

P4 = ZERO;
PS5 = ZERO;
P6 = ZERO;

! CLEAR STATUS AND
! FLAGS

RET_STATUS = ZERO;
NUM RETRIES = ZERO;
RETRIES = FALSE;
return;

ENDCLN;

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

.SBTTL
LCLEAN: CLR
CLR
CLR
CLR
CLR
CLR
CLR
CLR
CLR
CLR
RTS

LCLEAN CLEANUP CODING SECTION
aCLK.CSR
P1
P2
P3
P4
PS5
Pé6
RET.STATUS
NUM.RETRIES
RETRIES
PC

Routine Base: AASCODE + 0720
: Routine Size: 21 words,|
: Maximum stack depth per invocation: 0 words

000000

004767

000004
000006

104412
000207

177722

.SBTTL

LSCLEAN::
JSR
TRAP
RTS

LSCLEAN CLEANUP CODING SECTION
PC,LCLEAN
12
PC

4 words,
Routine Base: AASCODE + 0772
; Routine Size:
2 words
invocation:
; Maximum stack depth per

1841

-=OVO~NOWVIS~W

SaRRRRRRR
000000

8-Jul=1983 15:23:
8-Jul=1983 14:44:

MISCELLANEOUS SECTIONS
DROP UNIT SECTION

IRCFA2
v01.0

VAX=11 Bliss=16 V3=555

SEQ 103

Pa?e

NA. 11REL .REALJZRCFA (8)
SERS
: [LAKSHMA
SPIDERSU

fzbttl *DROP UNIT SECTION'

i THE DROP=-UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE
E TO NO LONGER BE TESTED.

BGNDU;

'if .SWP_TRACE then PRINTF (DBMS5);

return;

ENDDU;

LDU:

000207

.SBTTL
RTS

LDU DROP UNIT SECTION
PC

1842

1 word,
Routine Base: AASCODE + 1002
: Routine Size:
0 words
: Maximum stack depth per invocation:

000000
000004
000006

004767
104453
000207

177772

L$DU::

.SBTTL
JSR

L$DU DROP UNIT SECTION
PC,LDU

RTS

TRAP

Routine Base: AASCODE + 1004
; Routine Size: 4 words,
2 words
: Maximum stack depth per invocation:

1850

:
3
3
4
:
:
3
3
:
:
000000

8=Jul=1983 15:
8-Jul=1983 14:

MISCELLANEOQUS SECTIONS

IRCFA2
v01.0

ADD UNIT SECTION

1852
1853
1854
1855
1856
1857
1858
1859
1860
1861

SEQ 104

Pa?e 17
VAX=11 Bliss=16 V3=555
RCFA (9
.REALJZ
11REL
NA.
SERS
[LAKSHMA
:
SPIDERSU

§2bttl *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;

'if .SWP_TRACE then PRINTF (DBM6):

return;

ENDAU;

LAU:

000207

.SBTTL
RTS

LAU ADD UNIT SECTION
PC

1851

Routine Base: AASCODE + 1014
1 word,
: 0 words
invocation
per
depth
stack
um
: Maxim
: Routine Size:

000000
000004

000006

004767
104452
000207

177772

LSAU::

.SBTTL
JSR

LSAU ADD UNIT SECTION
PC,LAV

RTS

TRAP

:
Routine
Base: AASCODE + 1016
2 words
: Maximum stack depth per invncation:

: Routine Size:

1862

4 words,

;

!<BLF /PAGE>

1860

8-Jul-198
8-Jul-198

code = ABSCODE;

e R

~ NNNN

SWN=0O0

e
o T
P

00 0o 0o 0o o

lee

! GLOBAL LOCATION '‘I_AM _NEX'' IS SET TO TRUE WHICH INDICATES
! THE INITIALIZATION SEQUENCE INTERRUPT OCCURED.

BGNSRV_(NXMI):

1_AM_NEX = %0°177777°;

CANCEL_TIMER = %0°177777°;

ENDSRV;

.SBTTL

NXMI ADD UNIT SECTION

MOV
Moy

#-1,1.AM.NEX
TIMER
#-1,CAN. CEL

.PSECT

000000
000000
000006
000014

012767
012767
000002

18
VAX=11 Bliss=16 V3=555
(10
.REALJZRCFA
11REL
ANA.
SERS
: [LAKSHM
SPIDERSU

psect

$ERETRE

MISCELLANEOUS SECTIONS
ADD UNIT SECTION

SEQ 105

Paro

177777
177777

0000006
0000006

NXMI::

ABSCODE,

7 words,
Routine Base: ABSCODE + 0000
0 words
invocation:
per
depth
k
: Maximum stac
: Routine Size:

%0
32
SR WN
=00V
o~

NO VIS W=

oTM

1875
1876
1877
1878

14+

! 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

then

! THEN

begin

TI(KS = 0;
SECONDS = .SECONDS + 1;

! RESET TICK TO ZERO
! INCREMENT THEN SECOND

if .SECONDS eqlu 60

' IF SECOND = 60

then

! THEN

begin

! RESET SECOND TO ZERO
! INCREMENT THE MINUTES

SECONDS = 0;
HIgUTES = _MINUTES + 1;
end;

end;
ENDSRV;

LSBTTL
CLK.INT.SERV::

CLK.INT.SERV ADD UNIT SECTION

005267

000000G

026767
001014
005067

0000006 0000006

gzg

INC

TICKS

0000006

CLR

TICKS

{gcxs.CLx.uentz

8-Jul=1983 15:23:25
8=Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
ADD UNIT SECTION

IRCFA2
v01.0

000020 005267 0000006
000024 026727 0000006 000074
000032

001004

000034 005067 000000G
000040 005267 0000006

000044 000002

INC
CMP

SECONDS
SECONDS ,#74

:
:

1887
1889

CLR
INC

SECONDS
MINUTES

3
:

1892
1893

BNE

1%:

SEQ 106

Par 19
VAX=11 Bliss=16 V3=555
SERS .REALJZRCFA (10
[LAKSHMANA. 11REL
SPID:ERSU

RTI

: Routine Size: 19 words,
Routine Base: ABSCODE + 0016
: Maximum stack depth per invocation: 0 words

1880

8-Jul=1983 15:23:25
8=Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
FIND CLOCK ROUTINE

ZRCFA2
v01.0

SEQ 107

Pa'o 20
VAX=11 Bliss=16 V3=555
SPIDERSUSERS:[LAKSHMANA.11REL .REALJZRCFA (11

}333

%sbttl *FIND CLOCK ROUTINE'

}?’85

flobal routine FIND_CLOCK : novalue =

1903

}ggz

{CHECK TO MAKE SURE THERE IS A CLOCK ON THE SYSTEM. IF NO_CLOCK, ABORT TO
!SUPERVISOR.
;orueauxse. DETERMINE WHETHER CLOCK IS AN L OR P CLOCK, GET ITS PARAMETERS.

1904

1907

}ggg

1910

1912

1916

1911

begin

CLK_TYPE = NO_CLOCK;

'SET FLAG FOR NO CLOCK

if CLOCK (P, CLK_ADR)

'1S THERE A P_CLOCK?

then

:
:

1917
1918

1921

1923

1925

begin

CLK_START = %0'105%;

else

if CLOCK (L, CLK_ADR)

then

1924

1926

:
:

1928
1929

1932

1934

2
:
:

1937
1938
1939

end;

005067

0000006

1927

1933

:
:

begin

CLK_TYPE = L_CLOCK;

'SET THE FLAG FOR L_CLOCK

CLK_HERTZ = .(.TLK_ADR + 6);

'GET THE CLOCK RATE

if .CLK_TYPE nequ NO_CLOCK
then

'IF

begin

VEC_AD = .(.CLK_ADR + 4);
SETVEC (.VEC_AD, CLK_INT_SERV, PRI0S);
end;

.SBTTL
FIND.CLOCK::

CLR

MOV

104462
103016

MoV

CLOCK WAS FOUND THEN

'GET CLOCK VECTOR ADDRESS
!SET VECTOR & SERVICE ADDR.

FIND.CLOCK FIND CLOCK ROUTINE

CLK.TYPE

#120,R0

62
1$

000020 012767 000001

000000G

MOV

#1,CLK.TYPE

RO,CLK.ADR

: RO,*

000040 012767 000105
000046 000421

0000006

MOV
bR

#105,CLK.START
2%

:
:

MOV
MOV

€00114

1$:

MoV

>
B

3
o
N

(=]

000026 011067 0000006
000032 016067 000006 0000006

010067 0000006

TRAP
BHIS

000014

'SAVE THE STARTING CLOCK VALUE

end;

000004 012700 000120

000010
000012

ISAVE THE CSR ADDRESS

CLK_START = %0'1007;

1935
1936

000000

'1S THERE AN L_CLOCK?

CLK_CSR = ..TLK_ADR;

ISAVE THE STARTTING CLOCK VALUE

end

1922

'SET THE FLAGE FOR P_CLOCK
ISAVE THE CSR ADDRESS
'GET THE CLOCK RATE

CLK_TYPE = P_CLOCK;
CLKZCSR = ..TLK_ADR;
CLK_HERTZ = .(.TLK_ADR + 6);

1913
1914
1915

:
:
:

(RO),CLK.CSR
6(ROS , CLK.HERTZ
z;l&.RO

: CLK.ADR,*
:

1908

1910

1913
1914

1915

1916
}g;g

8-JutC983 1214035

MISCELLANEOUS SECTIONS
FIND CLOCK ROUTINE

BHIS
MOV

177777 _ 0000006

000100
0000006

000010

0000006
0000006

2s:

3s:

MOV
MOV
MOV
MOV
ST

BEQ
MOV
MOV8B
MOV
MOV
CLR
MOVB
MOV
TRAP
ADD
RTS

2%
RO,CLK.ADR

#-1,CLK.TYPE
(ROJ, CLK.CSR
6(385 CLK.HERTZ
. START
CLK
#100,
ng.fvps

$
CLK.ADR,RO
&(RO),VEC.AD
#240,=(SP)
#CLK. INT.SERV,=(SP)
-(SP)
VEC.AD,(SP)
#3,-(SP)
37
#10,5P
PC

Routine Base: ABSCODE + 0064
: Routine Size:
58 words,
; Maximum stack depth per invocation: 6 words
:

1940

SEQ 108

Page 21
VAX=11 Bliss=16 Vv3=555
.REALJZRCFA (11
ERS
11REL
.
NA
SUS
: CLAKSHMA
SPIDER
H RO.'

1924

: CLK.ADR,*

1925

1935

1936

|
3
s

192
192
1932

1934
1901

g-jul-1083

SOSO0PRREPRRRE

SWN=O VOO NO VWA
=

MISCELLANEOUS SECTIONS
CLOCK INIT ROUTINE

15:23:2
14:

5
0

VAX=11 Blis
SPIDERSUSER S:[L AKSHHANA

SEQ 1

11REL .REAL JZREFA

begin
TICkS = 0;
SECONDS = 0;
MINUTES = 0;
'START THE CLOCK
«CLK_CSR = .CLK_START;
end;

005067
005067
016777
000207

000000
0000006
0000006 0000006

10 words,

cLoc

x INi%Bt’L

CLR
CLR
CLR
MoV
RTS

Routine Base:

Naxinun stack depth per invocation:
1955

-Jul=19
=Jul=19

15:

'lNlT CLOCK

0000006

: Routine Size:

global routine CLOCK_INIT : novalue =

005067

1
000010
000014
000022

%sbttl "CLOCK INIT ROUTINE'

0 word S

CLOCK.INIT CLOCK INIT ROUTINE

TICKS
SECONDS
MINUTES
CLK.START,aCLK.CSR
PC

ABSCODE + 0250

:
3
H
:
:

1949
1950
1951
1953
1943

1956

1957

000000

004767

000004

104423

000006

8-Jul=-1983 16:“:50

RC25 CONTROLLER ERROR REPORTING

v01.0
3

8-Jul=1983 15:23:25

MISCELLANEOUS SECTIONS

IRCFA2

SEQ 110

23
(13
ZRM
HREL.REALJ
SPIDERSUSERS:(LMSMA.
VAX=11 Bliss~16 V3=555

Xsbttl *RC25 CONTROLLER ERROR REPORTING'

BGNMSG (RC25SERR_RPT);

.SBTTL
RC2SSERR.RPT::

000000V

RC25SERR.RPT RC25 CONTROLLER ERROR REPORTING

JSR

PC,MSRC25SERR.RPT

RTS

TRAP

000207

1957

Routine Base: ABSCODE + 0274
Routine Size: & words,
Maximum stack depth per invocation: 2 words
:

1958

! ++

}gzg

: FUNCTIONAL DESCRIPTION:

3
3

1961
1962

!
!

}ggg

: FORMAL PARAMETERS:

1967

POINTER TO FORMATED ERROR MESSAGE.

:
:

1970
1971

!
!

P4
P5

=
-

DATA.
DATA.

:
:

1973
1974

:
:
:
:
:

1976
1977
1978
1979
1980

:
:
:

1982
1983
1984

3
3
3

:
:
:
:
:

:
:

}?,2‘3

1968
1969
1972

!
!
!

!
!
!
!
!

1981

P2
P3
P6

=
=

FIELD REPLACEABLE UNIT CALL=-OUT MASK.
RC 25 CONTROLLER REGISTER PRINT=0UT MASK.
-

DATA.

RET_STATUS

IMPLICIT OUTPUTS:
= NONE =

' COMPLETION CODES:
!
!
= NONE -

1985

! SIDE EFFECTS:
!
!
= NONE ! ==
!

1986
1987
1988
1989
1990

1991

! PRINT SUPPLEMENTAL ERROR INFO

1908

}33(7»

TO REPORT DETAILED RC 25 CONTROLLER ERRORS.

!
! IMPLICIT INPUTS:

1975

1994
1995

THIS ROUTINE IS CALLED BY THE DIAGNOSTIC SUPERVISOR VIA
THE "PRLINK'® ARGUMENT SPECIFIED IN THE SDS_ERRXXX MACRO

if .P1 nega 0
then
begin

! IF ERROR MESSAGE POINTER
! ISN'T 0, THEN PRINT=-0UT

]'833

if .P_MASK eqlu 3 then PRINTB (.P1, .P4, .P5, .P6); ! SUPPLEMENTAL ERROR INFO.

2000

if .P_MASK eqlu 2 then PRINTB (.P1, .P6, .P4, .P5);

8-Jul=1983 15:23:55
8-Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
RC25 CONTROLLER ERROR REPORTING

ZRCFA2
v01.0
2001

%%g

it .P_MASK eqlu 1 then PRINTB (.P1, .P4);

2%’;

end;

2007 then

58}?

i SELECTED CONTROLLER

*oRINTB (FMT3, .P6. .P3);

' REGISTER(S).

gg;gi PERFORM FIELD REPLACEABLE UNIT CALL=-OUT

:
.

2014
2015

:
:
;
:
:

'if .P2 nequ 0
ithen

2017

' CLEARTMALL PARAME TERS

P1 = ZERO
= ZERO:
P2
93 = 7ERO;
= ZERO;
ps = ZERO
P6 = ZERO:

! END OF ROUTINE:

2024 ENDMSG;

000000

005767

000004

001462

0000006

.SBTTL MSRC25SERR.RPT RC25 CONTROLLER ERROR REPORTING
MSRC25SERR.RPT:

000044
000046

001016
016746
016746
016746
016746
012746
010600

104414
062706

000012

18:

104414
062706

000012

000116 126727 0000006 000001
000124 001012

000126 016746 0000006
000132 016746 0000006
000136 012746 000002
000142 010600
000144

104414

1994

CMPB

P.MASK,#3

;

1998

TRAP
ADD

14
#12,5P

CMPB
BNE
MOV
MOV

MOV
MOV
MOV
MOV

000072 016746 0000006
000076 016746 0000006
000102 012746 000004
000106 010600
000110
000112

BNE
MOV
MOV
MOV
MOV
MOV
MOV

0000006
0000006
0000006
0000006
000004

000052 126727 0000006 000002
000060 001016
000062 016746 0000006
016746 0000006

TSt

BEQ

000006 126727 0000006 000003

000014
000016
000022
000026
000032
000036
000042

' IF ELIGIBLE FRU CALL=0UT(S)
i PRESENT, THEN PRINT=0UT

i FEILD REPLACEABLE UNITS.

2016 msmuCALLOUT (.P2);

2018
2019
2020
2021
2022
2023

?e
VAX=11 Bliss=16 V3=555
smeawsens CLAKSHMANA. 11REL. ummc A ns

i PRESENT,

seo m

gooo if .P3 nequ 0
g%

28:

TRAP
ADD

CMPB
BNE

MOV
MOV
MOV
MOV

TRAP

1$
P6,=(SP)
P5.=(SP)
P4 =(SP)
P1.=(SP)
#4.-(SP)
SP_RO

P.MASK,#2
2%
P5,=(SP)
P4.=(SP)

P6.=(SP)
P1.=(SP)
#4.-(SP)
SP.RO
14
#12.5P

P.MASK,#1
3$

P4, =(SP)
#2.-(SP)
SP.

; SP,#
:

2000

; SP,w
;

P1.=(SP)

; SP,w

2002

8-Jul-198§ 15:23:55
8=Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
RC25 CONTROLLER ERROR REPORTING
000006
0000006

3s:

0000006
0000006
0000006
000003
43:

MOV
MOV
MOV
MOV

P3,=(SP)
P6,-(SP)
#FMT3,=(SP)
#3,-(SP)

BEQ

0000006
000000G
0000006
000000G
0000006

Routine Base:

7 words

#10,SP
P2,-(SP)
PC,PRTSFRU.CALLOUT

CLR
CLR
CLR
CLR
CLR

2
P3
P4
PS
P6

RTS

TST

; Maximum stack depth per invocation:

ADD
MOV
JSR
CLR

0000006

86 words,

0g.SP
P

MOV
TRAP

000010
0000006
000000V

: Routine Size:

ADD
TST

(SP)+

ABSCODE + 0304

SEQ 112

Pa?e 25
VAX=11 Bliss=16 V3=555
NA. 11RELERS .REALJZRCFA (13
SUS
: CLAKSHMA
SPIDER

2006

2008

: SP,»

2016

:
s
:
3
3
3
s

2018
2019
2020
2021
2022
2023
1957

MISCELLANEOUS SECTIONS
FIELD REPLACEABLE UNIT REPORTING

O
R E S T A R TR TR R
A R R
TR IR A

8-Jul=-1983 15:23:25

8=Jul=1983 14:44:20

9l22.l routine PRTSFRU_CALLOUT (FRUSMASK) : novalue =
: FUNCTIONAL DESCRIPTION:

THIS ROUTINE REPORTS FIELD REPLACEABLE UNITS WHICH ARE
DEEMED ELIGIBLE FOR PRINT-QUT BY THE FAILING TEST.

i FORMAL PARAMETERS:
FRUSPASK

FIELD REPLACEABLE UNIT CALL-0OUT MASK.

i IMPLICIT INPUTS:
- NONE -

! IMPLICIT OUTPUTS:

i COMPLETION CODES:
-

NONE

is IDE EFFECTS:
-

NONE

-begin
tocal
FRUSMSG;

! ALLOCATE STORAGE FOR

! POINTER TO FRU MESSAGE.

g PERFORM FIELD REPLACEABLE 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=OUT THEN GET
POINTER TO FRU MESSAGE.

selectu 1*.FRU_SELECT of

SELECT FRU FROM ONE OF

set

[ADAPT] :

FRUSMSG = ADAPTO;

CCONTR] :

FRUSMSG = CCNTRO;

[DRIVE] :

FRUSMSG = DRIVE_;

SEQ 113

Pa?e 26
VAX=11 Bliss=16 V3=555
RCFA (14
11REL.REALJZ
: [LAKSHMANA .
SPIDERSUSERS

%sbttl "FIELD REPLACEABLE UNIT REPORTING'

A T TR TR TRL 1 B 90 0 0e 0000 0000009000000 00000000000

000% 90000000 % %% 000" 0000

THE FOLLOWING:

GET ASYNC FRU MESSAGE.
GET SYNC FRU MESSAGE

GET ARR_DAT FRU MESSAGE

2082

2083

CMECH] :

832

tes;

084

8-Jul-1983 15:23:55
8=Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
FIELD REPLACEABLE UNIT REPORTING

IRCFA2
v01.0

SEQ 114

Pa?e 27
VAX=11 Bliss=16 Vv3-555
CFA (14
.REALJZR
11REL
.
SPIDERSUSERS : [LAKSHMANA

! GET MEM_ARR FRU MESSAGE

FRUSMSG = MECHAN;

! PRINT FRU CALL=OUT.

PRINTX (FRU, .FRUSMSG, .UNIT);

2087

2090

end;

000000

004167

000000G

JSBTTL PRTSFRU.CALLOUT FIELD REPLACEABLE UNIT REPORTING
PRTSFRU.CALLOUT::

000004

5003

012746

000001

1$:

767
010001

000000G

eind;

gggg

000006

000012 010346

000014
000020

! 'PRTSFRU_CALLOUT'.

000040 010346
000042

000050
000052
000054

004767
022626
020100
1044
012746

000060 010346

000001

767
020027
001002

0000006
000001

000100
000104

020027
001002

000002

000112
000116

020027
001002

000004

000124
000130

020027
001002

000010

000136

016716

0000006

000150

012746

000003

000074 012702 0000006
000106 012702 0000006
000120 012702 000000G
000132 012702 000000G

000742 010246

MOY

#1,-(SP)

JSR
MoV

PC.BLSSHF
RO,R1

CLR

MOV

3s:
48:

5%:

: FRU.SELECT

R3.-(SP)

: FRU.SELECT,»

(SP)+

,*
: FRUSMASK

R3,-(SP)

: FRU.SELECT,~

JSR
cMP
CMP
BNE
MOV

PC,BLSSHF
(SP)+,(SP)+
R1,RO
63
#1,-(SP)

JSR
CMP
BNE

PC,BLSSHF
M
RO.
2%

207

#ADAPTO,R2

: * ,FRUSMSG

2075
20N

MOV

#CONTRO,R2

: *,FRUSMSG

2078
20N

MOV

#DRIVE..R2

: +,FRUSMSG

2081
20N

#MECHAN,R2

: * FRUSMSG

R2,-(SP)

: FRUSMSG,*

2084
2087

MOV
CMP
BNE

CMP
BNE

R3,-(SP)

RO,#2
3s

RO, #4
4

CMP
BNE

RO, #10
b}

MOV

UNIT, (SP)

MOV

#FRU,=(SP)

010600

MOV

SP.RO

000156
000160

104415
°6270g

000012

000164 00520
000166 020327 000003

000172
000174

MOV

6$%:

101705
000207

: Routine Size:

63 words,

Routine Base:

2027
2064
2067

000144 012746 0000006
000154

14(SP) ,RO

RO
RO.R1
#1,(SP)

MOV

2$:

COM
BIC
MOV

MOV

0000006

000062
000066
000072

R1,$SAVE3

MOV

000024 016600 000014
005100
1
012716

JSR

000022 005726
000030
000032
000034

! END OF ROUTINE:

#3,-(SP

TRAP
ADD

15
#12,5P

BLOS
RTS

1$
PC

INC
CMP

3
R3.43

ABSCODE + 0560

: FRU.SELECT,»

3
3

; SP,»
3

2069
2064

2027

FRU.SELECT
: FRU.SELECT,*

: Maximum stack depth per invocation:
:

2091

11 words

o
.e

N
oW

raey
~w

8-Jul=19
8-Jul=19

MISCELLANEOUS SECTIONS
FIELD REPLACEABLE UNIT REPORTING

IRCFA2
v01.0

9
CoCo
(L)

SEQ 115

Pa?e 28
VAX=11 Bliss=16 V3=555
.REALJZRCFA (14
RS
SE
11REL
ANA.
SU
CLAKSHM
ER
:
ID
SP

glgeal routine AZT_INIT =

g FUNCTIONAL DESCRIPTION:

SARER
=O VNS
W =000~

- NONE -

i IMPLICIT INPUTS:
DATA1 = STEP 1 WRITE DATA
DATA2 = STEP 2 WRITE DATA
DATA3 = STEP 3 WRITE DATA
DATA4 = STEP 4 WRITE DATA

b (=l=1~]

—d

i FORMAL PARAMETERS:

B_MASK = WITCH STEPS WILL BE DONE

b cd o
b b cd b e

D NWWNWWNWWWWN
N AONINI NI NINI NI N
DD DB

ONOWVNB WA =OVONOWNSWN=O
0V NOWVS W

THIS ROUTINE WILL DO STEP 1 THROUGH STEP 3 CHECK FOR ANY ERRORS
IN EACH STEP AND RETURN TRUE OR FALSE.

%0 1 = STEP 1
%0 3 = STEP 1,2
%0 7 = STEP 1,2.3
%017 = STEP 1,2.3.4

i IMPLICIT OUTPUTS:
IF ERROR OR NO STEP IT WILL RETURN

P1-P5,P_MASK

RET_STATUS
:
! COMPLETION CODES:

TRUE OR FALSE

i SIDE EFFECTS:
- NONE -

begin
local

ISTEP NUMBER

COUNT,
DATA;

iTIME OUT COUNT
iWRITE DATA FOR THE STEP

MASK,

ISTEP MASK

]

| INIT THE AZTEC

;_An_nex = 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.

8-Jul=1983 15:23:25
8-Jul=1983 14:44:20

%sbttl *AZTEC INITIALIZATION'

AURLALAIAIALAIRLNINI
ANb NI RN
AR NI NNb N
AN NI AN NI NN NN
NN
NN )
NN NN
NNV
o o e D e e e ) D e
e
D D
b
b D
—) e
d ) b ) D d D wmd e
b b b cmd e e

AR A

R R

R T E TR

TR o

A T DRTR DRL L A L TR IR I R E R

R STS TS TR T

T TR TRD L L L (TR IERIAIETETR IR TR IRTR T T T

MISCELLANEOUS SECTIONS
AZTEC INITIALIZATION

SEQ@ 11

Pa?e
VAX=11 Bliss=16 V3=555
.REALJZRCFA (1
ERS
11REL
.
SUS
: LLAKSHMANA
SPIDER

3
:
:

2149
2150
%}g}

MASK = Zb'0001°;
WRT_RC25 (RCIP, ALL_ONES);
DELAY (2);

:
:

2153
g}gg

incru N _from 0 to 4 do
begin

2156

:
:
5
:

3
:
3
3
3
:
:

3
H
s
3
3

2157
2158
215%
2160

2161

if (N eqlu 0 or BIT_TST (.B_MASK, .MASK))

then

! TEST FOR STEP NUMBER

begin
!

selectoneu .N of

! SELECT CORRECT WRITE

2164
2165

[oJ :
DATA = ALL_ONES;

2167
g}gg .

1l :
DATA = .DATA1;

! DATA FOR STEP WRITES

2170
2171

2] :
DATA = .DATA2;

2163
2166

2172
2173
2174
2175

:
DATA = ,DATA3;

2176

[4] :

2178

tes;

2177

2179

! STEP MASK
' START INIT
! WAIT FOR COMPLETION

set

2162

8=Jul=1983 15:23:25
8=Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC INITIALIZATION

IRCFA2
v01.0

S181

DATA = .DATA4;

5}%%

if .N gequ 1 then WRT_RC25 (RCSA, .DATA);

2184

incru COUNT from 0 to 20 do

S}gg

DELAY (333);

5}33

if JI_AM_NEX eqlu ALL_ONES then exitloop;

:
:
3
:
:
:

2190
2191
2192
2193
2194
2195

%}gg

RC25_DATA [RCSA, RC_ALL] = .RC25_ADDR [RCSA, RC_ALL];

%}88

if .N nequ 0 then MASK = .MASK*1;

5%8?

I_AM_NEX = ZERO;

2202

2185

5582
2205

SEQ 117

Pa?e 30
VAX=11 Bliss=16 V3=555
SERS .REALJZRCFA (15
CLAKSHMANA. 11REL
SPID:ERSU

begtn

! STEP N WRITE DATA TO SA

! TIME OUT WAIT LOOP

! DELAY 1 SEC. APPROX.

end;
:
it .I_AM_NEX eqlu ALL_ONES

then

begin
DELAY (2);

be?in
RET_STATUS = PFE_CODE;

READ

! INCREMENT STEP

if (.RC25_DATA [RCSA, RCSA_ER] nequ ZERO)

then

! STEP N

! IF SA REGISTER CONTAINS

810

8=-Jul=1983 15:23:25

8=-Jul=1983 14:64:30

MISCELLANEOUS SECTIONS

EEPEE
= OOV
NOWVSWN=O

MNININININI
NN NN NN

DY LSS LY LN LN NN NN LN
NONIN) =D b e b e o e o e

P
MASK = 2;
PT = FHTS

P6
= acgs
(., ADDR) + 2:
:z= ncz DATA CRCSA, RC_ALLI;
HSGADR = HSG 14;

RET_STATUS =TRUE.

re;urnRET_STATUS;

222

! TRUE STATUS.

end;

else

end

be?in
RET_STATUS = CTO_CODE;

exitloop;

end;
end;
end;

if .RET_STATUS
then
be in
SK = 2;

pT = FMT3;

P2 = ADAPT;
P4 = (.RC25_ADDR) + 2:

PS = aczs_BATA [RCSA, RC_ALLY;

6-.
MSGADR = HSG 14;

return .RET_ STATUS;

else

end

return RET_STATUS = PAS_CODE;

end;

0000006

-(SP) ,~(SP)

#-1,1.AM.NEX
# R&
#-1,R0

RO,a3RC25.ADDR

* ,MASK
* ,RCM.REG

RCM.REG,
*

MOV
MOV
MOV

R1,$SAVES

Son

000000G

AZT.INIT AZTEC INITIALIZATION

177777
000001
177777

LSBTTL
AZT.INIT::
JSR
CMP
MOV

oo
RN

T T
e
e
e
e
e

! SUPPLY P1 THRU PS5 AND

benn

begin

! ERROR OR INCORRECT STEP

I R I T T
MR

000024

SPIDERSUSERS: [LAKSHMANA. 1TREL .REALJZRCFA (15

end 2y

else

0000006
0000G%
000006
000014

SEQ 118
Pa’c k1)

exitloop;

R T TR

D LR LALR LR LR LALA L L L I TATEATE

TRPR TR

PRLA LA LA LALR 1

AZTEC INITIALIZATION

VAX=11 Bliss=16 V3=555

ol
—

OO0

gggssss582
g22

SEQ 119

MISCELLANEOUS SECTIONS
AZTEC INITIALIZATION

Par 3%
VAX=11 Bliss=16 V3=555
.REALJZRCFA (1
RS
SE
ANA. 11REL
SU
[LAKSHM
SPID:ER

000002

: *,$8TMP2

0000006

1$:

2151

: +, $8TMP

: $SSTMP
: $STMP1

000002

3s:

; $S$TMP2

4$:
5%:

: N
: N

2153
2156

: *,MASK
000416

6$:

177777

000001

7$:

: N,*

2161

: *=,DATA
H

2165
2161

: *,DATA
:

2168
2161

0000006

DATA1,R2

0000006

RO,#2
98
DATA2,R2
118
RO, 43

; *,DATA
s

217N
2161

DATA3,R2
118

: *,DATA
s

2174
2161

; *,DATA
: N

2177
2182

118

000003

108

0000006

0000006
000002
000515

RO, #4

118:

DATA%,R2
RS

0000006

000002

000000G 177777

11$

128
R2,R1

RC25.ADDR,RO
HWn

0000006

108:

woe

g88888asaeassRasssssess:

NIZRSAXERS HRERNFRRNERR S

: MASK,*

R1,2(R0)

;

: DATA,RCM.REG

: 283&?EG'.
%, $8TMP2

2184

2186

: «, $STMP1

15%:

: $SSTMP
: $SSTMPT

16$:

: $STMP2

17%:

2188

s COUNT

2184

010

8-Jul=1983 15:23:25

MISCELLANEOUS SECTIONS

AZTEC INITIALIZATION

000024

0000006 177777

000002

188:
198:

700 0000006

208:

000002

218:

228:

000002
0000026

0000006

100000 0000026

238:

000021 0000006
2%$:

0000026

000002

000004
177316

MOV

;% R3

; %, $8TMP2

ggg

ggu.no

: *,$8TMP1

CLR
BNE
DEC
BR

2(sP)
RO
208
R3
198

BEQ
DEC

MOV

MOV
MOV
BEQ
ASL

0000006

268:

0000006

000002

0000006

0000006 000000G
000001 0000006
0000006

27%:

2(RO), (SP
(SP) ,RC25.DATA+2
23s
R4

;

2192

2195

; $STMP

: SSTMP1

; $STMP2

: *,RC.REG
:NRC.REG,*

2196
2198

szgoooo.aczs.mmz

2200

MOV
B8R
MOV
MOV

#21,RET.STATUS
278
Ré4 R1
RC2S.DATA+2,R0

:
:

2205
2204

BIC

#177760,R0

2202

: MASK,*

221

;

2214

2218

RO
RO
RO
RO

RO,R1

BEQ

26$

MOV
MOV
MOV
ADD
MOV
MOV
MOV
MOV
MOV
ES"

#FMT3, P
1 ,P2
RC25.ADDR,RO
#2.R0
RO P4
RC25.DATA+2,P5
R4 ,P6
#MSG. 14, MSGADR
#1,RET. STATUS
lzas;.smus.ao

MOV
BR
INC

#11,RET.STATUS
27%
RS

:
3
i N

2230
2229
2153

3} ‘ner.smus

2238

#2.P.MASK

;

2241

CMP
JMP

BHI

000001

RC25.ADDR,RO

= COUNT,*

: MASK

MOVB

258:

22%

1.AM.NEX

CLR

CMP

0000006 0000006
000001 0000006
0000006
000002
0000006
0000026 0000006
0000006
0000006 0000006
000001 0000006
0000006
000011

ag #24

13§
kfi‘m.uex.m

SEQ 120

smenwsens:tmm.mn.amuncfi (15

cMP

BLos
%

ASR
ASR
ASR
SWAB

177760

B-Jul-‘l”g u:u:io

VAX=11 Bliss=16 V3=555

gég

MOVB

MOV
MOV
MOV

#2,P.MASK

RS, #4
278
5%

#FMT3, P
#,P2
RC25.ADDR,RO

;
;
;

: MASK,*
:
:
:
PN,

;
;
;

2215
2216
2217

2219
2220
2o
2213

2242
2243
2244

E 10

8-Jul-1983 15 :23
8-Jul=1983 14

MISCELLANEOUS SECTIONS
AZTEC INITIALIZATION
#2.R0
RO, P4

RC25.DATA+2,PS
RG,P6
#MSG.
14, MSGADR

29%:

000207

; Routine Size:

213 words

Base: ABSCODE + 0756
:
Routine
9 words

: Maximum stack depth per fnvocation:

(%)

28$:

0000006

RET.STATUS,RO
29%
RET.STATUS
RO
(SP)+,(SP)+

MAS,K
*

N
N

000002
0000006
0000026 0000006
0000006
0000006 0000006
0000006

000650

SEQ 121

Pare 34
VAX=11 Bliss=16 v3-555
.REALJZRCFA (15
RS
1REL
SE
1
ANA.
SU
[LAKSHM
ER
:
ID
SP

SOGNO\nau
b

(SLSLSUSLST
ST SIS
N NN
VIV
AWV
o

e
ee

N
own

ON
S

5\”

—_—

g-Jul-l
=Jul=1

VAX=11 Bliss=16 V3=555

SPIDERSUSERS: LLAKSHMANA.

%sbttl "AZTEC INITIALIZATION BY POLING'
glgeal routine AZP_INIT =

g FUNCTIONAL DESCRIPTION:
THIS ROUTINE WILL DO STEP 1 THROUGH STEP & CHECK FOR ANY ERRORS
IN EACH STEP AND RETURN TRUE OR FALSE.

1]
]

i] FORMAL PARAMETERS:
1]

]

- NONE =

| IMPLICIT INPUTS:

DATA1 = STEP 1 WRITE DATA

DATA% = STEP & WRITE DATA

i
i

DATA2 = STEP 2 WRITE DATA
DATAS = STEP 3 WRITE DATA

e eT

R T TR LR L L L L 1 e e % %s %8 % 0e

MISCELLANEOUS SECTIONS
AZTEC INITIALIZATION BY POLING

VO
©o 0o
W

F10

i
i
i

§ IMPLICIT OUTPUTS:

P1-PS,P MA

TRUE OR FALSE

IF ERROR on NO STEP IT WILL RETURN

RET STATUS

: COMPLETION CODES:

g SIDE EFFECTS:
:

- NONE =
begin
local

N,
MASK,

ISTEP NUMBER
iSTEP MASK

DATA;

iWRITE DATA FOR THE STEP

COUNT,

2300

Voo~

CEEEEES

S LSLNTNT
NN L NN

R R LR A

A RO

R TR s e O

R I RI E S

%0 7 = STEP 1.2.3
2017= STEP 1.2.3.4

R TR T D D D L L] MR IR

ST S

i
:

B_MASK = WITCH STEPS WILL BE DONE
%0 1 = STEP 1
%0 3 = STEP 1,2

iTIME OUT COUNT

INIT THE AZTEC

THE FOLLOWING LOOP WILL DO STEP 1 THRU & AS GIVEN BY B_MASK

INPUT SELECTING APPROPRIATE 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 THETM FINAL UR!TE STEP IS PRESERVED.

MASK = 3b°0001°;

WRT_RC25 (RCIP, “ALL -ONES) ;

! STEP MASK

i START INIT

€0 122

11REL. nen;:za'f' 16

610

MISCELLANEOUS SECTIONS
AZTEC INITIALIZATION BY POLING

ZRCFA2
v01.0
3

%g}?

DELAY (2);

SSI§

incru N from 0 to & do

2315

2317

$34

:
3

3
3

2316

2318
2319

2320
2321

if (.N eqlu 0 or BIT_TST (.B_MASK, .MASK))

then

selectoneu .N of
set

2322

2326

(1] :

2329

2l :

2331

:
3

s
3
3
4
3

2325

DATA = .DATA1;

%g%;

2332
2333

3] :
DATA = .DATA3;

2335

[4] :

2334

2341

2342

! SELECT CORRECT WRITE
!

! DATA FOR STEP WRITES

DATA = _DATA2;

2330

2336
2337
2338
2339
2340

! TEST FOR STEP NUMBER

ol :
DATA = ALL_ONES:

tes;

DATA = _DATAé;

incru COUNT from 0 to 20 do
begtn

DELAY (333):

! TIME OUT WAIT LOOP

' DELAY 1 SEC. APPROX.

2343

%gzg

if .RC25_DATA [RCSA, RCSA_STEP] eqlu .MASK then exitloop;

2348

RET_STATUS = CTO_CODE;

3
:

%gzg

gggg

2
3

2351
2352

2355

:
:

:
2

2353
2354
2356
2357

sg;g

2360

2362

2
s

2364
2365

2361

2363

2366

begin

2323
2324

SEQ 123
36
Pa’o
VAX=11 Bliss=16 V3-555
(16
A
F
C
R
Z
J
L
A
E
R
.
. 11RELERS
SUS
: LLAKSHMANA
SPIDER

! WAIT FOR COMPLETION

3
:

.
3 15:23:%5
8-Jul=-198
8=Jul=1983 14:44:20

RC25_DATA [fiCSA. RC_ALL] = .RC25_ADDR CRCSA, RC_ALL];
end;

if (.RC25_DATA [RCSA, RCSA_ER] nequ ZERO)
then
be?in
RET_STATUS = PFE_CODE;

exitloop;

else

end

begin

if (.RC25_DATA [RCSA, RCSA_STEP] nequ .MASK)

then

bea;n

MASK = 2;

PY = FMT3;
P2 = ADAPT;

P4 = (.RC25_ADDR) + 2;

H10

S°Jul-1983 1 b} 15:23: 25

MISCELLANEOUS SECTIONS

IRCFA2

:
6:464:20
~Jul=1983 14:44

AZTEC

PS = .RC25_DATA [RCSA, RC_ALLJ;

2393

_MASK = 2;

2395

= ADAPT:

2397

PS = .RCZS_BATA [RCSA, RC_ALLJ;

H
:

3
3

:
$

3
3
:
:

H
:

3
3
3
:
2

000000

&
BEShasians
- 3“ NOWVSWN=OV

MNINNNLNININ
NN N NN N NN NN NN NN NN NN

v01.0

= ,MASK;.
Pb-o

MSGADR = MSG_14;

re;urn .RET_STATUS;

else

be?in
RET_STATUS = PAS_CODE;
end;

if .N nequ ZERO

then

begin

MASK = _MASK*1;

WRT_RC25 (RCSA, .DATA);

383
384

end;

385

386

end;

if .RET_STATUS

then

391

2392

begzn

PT = FMT3;

2394

P4 = (.RC25_ADDR) + 2;:

2396

2398
2399

P6 = .MASK;
MSGADR = MSG_14;

2401
2402
2403
2404
2405

end

return .RET_STATUS;

2400

024646

000016

010077

000026

001411

else

return .RET_STATUS;

end;

0000006

LSBTTL
AZP.INIT::

000022 012701 000002
000030 016700

000000G

005066
005300

000002

000034
000044

001404

001374

000046 005301
000050

000766

R1,$SAVES

2255

MOV
MOV

#1.RS
#-1,R0

: *,MASK
: *,RCM.REG

2308
2309

MOV

#2.R1

: o+, $8TMP2

2310

MOV

LSDLY RO

: «,$8TMP1

CLR
DEC

2(SP)
RO

: $STMP
: $STMP

DEC

: $STMP2

MOV

000000G
18:

2%:

3s:

AZP.INIT AZTEC INITIALIZATION BY POLING

JSR

CMP

000006 012705 000001
000012 012700 177777

000036
000042

! STEP N WRITE DATA TO SA

end;

387
388
389
390

000004

! TRUE STATUS.

end;

382

004167

SEQ 124

7
Pa?e
VAX=11 Bliss=16 V3=555
(16
A
F
C
R
Z
J
L
A
E
R
.
1REL
SERS
1
.
CLAKSHMANA
SPID:ERSU

BEQ

BEQ
BNE
BR

-(SP) ,~(SP)

RO,aRC25.ADDR
A1

2%
1%

2 RCM.REG,*

MISCELLANEOUS SECTIONS
AZTEC INITIALIZATION BY POLING
R3
R3
63
R5.R1
RO
B.MASK,RO
R1
R1,R0
RO.RS
2 0$
R3.RO
7$
#-1,R2
11$
RO.M
8s
DATA1,R2
11$
RO,#2
9s

4($:
5%:

0000006

6$:

177777
7$:

000001
0000006

000002
0000006
9$:

000003
0000006

108:
RIED

P
e )

NN
=
AN

88888885g8sstsstss=k
§g§3ggsss
RESRERHFRBFTZR
SeSINITIIRBERS

SEQ 125

Pa?e 38
VAX=11 Bliss=16 V3-555
.REALJZRCFA (16
ERS
11REL
.
NA
SUS
: CLAKSHMA
SPIDER

(=1

16%:

13s

: *,MASK

: N,*
; *,DATA

2320
2324

2320

; *,DATA
s

2327
2320

; =,DATA
|

2330
2320

;s *,DATA
:

2333
2320

; =,DATA
s COUNT
: «,$8TMP2

2336
2341
2343

: $STMP2

RC25.ADDR,RO
2(R0), (SP)
(SP) ,RC25.DATA+2

(SP) RO

: RC25.DATA+2,*

RO
RO
RO
RO

s *,RC.REG
: RC.REG,*

2344

: MASK,*

2346

:
s COUNT

2348
2341

;

2351

#177760,R0

177760

#11,RET.STATUS
R4

0000006

000024

100000

2 MASK,*

: SSTMP
: $STMP1

RS ,R1

000011

2312
2315

: +,$8$TMPT

14$:
15%:

s N
s N

0000026

17%:

R4, #24
12
#100000,RC25.DATA+2
18%

s COUNT,«

J 10

8=Jul=198 3 15:
8-Jul-198 3 14:

MISCELLANEOUS SECTIONS
AZTEC INITIALIZATION BY POLING

012767
000465
010501
016700
006

000021

#21,RET.STATUS

0000006
18$:

0000026

000002 0000006
0000006 0000006
000001 0000006
0000006
000002
0000006
0000026 0000006
0000006
000000G 0000006
0000006

177362

RgéS.DATA+2.PS

208:

000004

000001

RC25.ADDR,RO

#2,R0
RO P&

19%:

0000006
000002

RS,
#MSG.
14 ,MSGADR
RET.STATUS,.RO
23%
RET.STATUS
R3
20%
R5
R2,RO
RC25.ADDR,Ré

:g.Z(Rk)

0000006

218:

3
: MASK,*
3
3

2367
2368
2369
2362

s
: N

2374
2379

;s MASK
: DATA,RCM.REG

2382
2383

: RCM.REG,*

2390

#FMT3,P1
1 ,P2

s
|
s
F

2393
394
2395
2396

R5,P6
#MSG.
14 ,MSGADR

s
s MASK,*
3
[

2397
2398
2399
2292

;%P)*.(SP)*

2255

22%

RO, P4

Rg;.STATUS.RO
2
RET.STATUS,RO

Routine Base: ABSCODE + 1630
: Routine Sizei 191 words,.
9 words
invocation:
per
depth
stac
Maximum
;

2406

2363
2364
2365
2366

ngés.oAraoz.Ps

23$:

3
:
:
3

#1,RET.STATUS

R3, 44

RC25.ADDR,RO

22%:

:
s MASK,*

2312

#2.R0

000000G
0000026 0000006
000000G
000000G 0000006
0000006

2354

2353
2360

: N

21$

000002 0000006
0000006 0000006
000001 0000006
0000006

0000006

RC2S.DATA+2,R0

RO
RO
RO
RO
#177760,R0
RO,R1
19
#2,P.MASK
P
#FMT3,
”,P2

177760

0000006

21%
RS,R1

SEQ 126

Pape 39
VAX=11 Bliss=16 V3=555
.REALJZRCFA (16
ERS
11REL
NA.
SUS
LLAKSHMA
:
SPIDER

s N.»

?sbttl 'CMN.ICATIW RING INITIALIZATION®

8-Jul=-1983 15:23:2
8-Jul=1983 14:44:2

global routine INIT_COM_AREA =
144
et mimimimimiaiaiaiaiaiaiaiaiciaiaicaieaiaiciaiaiaiaiaiaiaimiaiaimiaiaiaimims

! FUNCTIONAL DESCRIPTIONS:

THIS ROUTINE FIRST MAKES SURE THAT THE COMMUNICATION AREA'S
RING BUFFERS ARE CLEARED, THEN THE COMMUNICATIONS AREA IS
INITIALIZED AS FOLLOWS:

1. DEFINES FROM THE CONTIGIOUS DATA STORAGE STRUCTURE '‘COM_AREA''
THE HEADER AREA ADDRESS, RECEIVE RING ADDRESS AND THE SENDING
RING ADDRESS.

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 @ BUS ADDRESS

B. RESERVED FIELD
C. FLAG BIT
D. OWENERSHIP BIT

4. %gth;QE RECEIVE ENVELOPE MESSAGE LENGTH WITH THE BUFFER SIZE
FORMAL PARAMETERS:
-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

TR IR R

RA R R

R TR TR TR PR PR TR TR LR DATR L L 1 TR

N L R RR

T O

O T TR TR

R TR PRTR D LA L

LA TRTR Y]

MISCELLANEOUS SECTIONS
COMMUNICATION RING INITIALIZATION

SEQ 127
40
Pa?e
VAX=11 Bliss=16 V3=555
(17
CFA
.REALJZR
11REL
NA.
SERS
: [LAKSHMA
SPIDERSU

incru I from 0 to RING_SIZF - 1 do
incru J from 0 to 1 do

! TEST RING AREA FOR ZEROS
!

if .COM_AREA [.I, .J, WORD_REF] ?e?gsg

then

begin
RET_STATUS = FAL_CODE;

return .RET_STATDS;

! IF RING AREA IS NOT CLEAR

! RETURN WITH ERROR CODE SET

8=Jul=1983 15:23:25
8=Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
COMMUNICATION RING INITIALIZATION

SEQ 128

Pa?e 41
VAX=11 Bliss=16 V3=555
SERS .REALJZRCFA (17
CLAKSHMANA. 11REL
SPID:ERSU

end;

DEFINE THE ADDRESS LOCATIONS OF THE HEAD_AREA, RECEIVE_RING
AND SEND_RING.

HEAD_AREA
= COM_ARE

! DEFINE THE HEADER AREA

incru_ I from WORDO to WORD3
d
HEAD_AREA [.I, WORD REFJ ZERO;

! CLEAR THE HEADER AREA
:

! DEFINE THE RESPONSE RING AREA
! DEFINE THE COMMAND RING AREA

= TOM AREA CREC BASEJ
RECEIVE_RING
SEND_RING = COM_AREA [SND_BASE]

i LOAD UP THE COMMAND RING DESCRIPTORS WITH AN ENVELOPE ADDRESS,

i DEF INE THE °'FLAG BIT'* TO = 1 (INTERRUPT REQUESTED), DEFINE THE

: ?gfl;fl&?%: gé;& TO ZERO (OWENED BY HOST) AND LOAD THE RESERVED
l-

incrg I from 0 to SND_ALLOCATE - 1 do

ssfloRING C.I, LO_ENSAD]= SND_ENVELOPE [.I, CMD LREF];
egin

! LO-ORDER SEND ENVELOPE ADDR

SEND_RING [.1 HI ENSADJ ZERD;

: I-ORDER SEND ENVELOPE ADDR

SEND_RING .1,D_RSWD]
= ZERO.

i OR Q-BUS ADDRESS

SEND_RING [.I, QB_EXT]
= ZERO'

! HI-ORDER PORTION OF UNIBUS

i FLAG BIT, 1=INT. REQUESTED

SEND_RING [.I, FLAG BIT] = ZERO;

! OWNERSHIP BIT, 0=OWNED BY HO

= ZERO;
_RING [.I, OWN_BIT]
SEgD

end;

i LOAD UP THE RESPONSE RING DESCRIPTORS
WITH AN ENVELOPE ADDRESS,
| DEFINE THE '‘OWNERSHIP BIT'* = 1 (OWNED BY PORT) DEFINE THE 'FLAG
: gé;;;ro 1 C(INTERRUPT REQUESTED) AND THE RESERVED FIELD SET TO
b

)

1ncru I from 0 to REC_ALLOCATE - 1 do

RE?EIVE _RING C.I, LO_ENSAD] = REC_ENVELOPE [.I, CMD LREFJ

! Lo-onoen SEC ENVELOPE ADDR

RECEIVECRING [.I, HIZENSAD] = ZERD; ! HI-ORDER *COMMAND ENV. ADDR

) =

b ek wd e

d e e ek =k D OO

OOQNOU‘&WN—‘O%QN

RECEIVE"RING [.I., QBTEXT) = ZERO;

RECEIVE"RING [.I.D_RSVD]
= zeno.

RECEIVECRING [.I, FLAG BIT] =

“RING [.I, OWN_BIT] = one
RegEIVE

! HI-ORDER PORTION OF UQ ADDR

i RESERVED

0; !

! OWENER BIT, 1=0WNED BY PORT

end,

]

g SET THE RESPONSE ENVELOPE MESSAGF LENGTH
incru I from 0 to REC_ALLOCATE - 1 do

REC_ENVELOPE [.I,”MSG_LENGTH]= RB_SIZE+2;

RET_STATUS
= PAS_CODE;

regurn.RET_STATOS;

end;

! CONVERT TO BYTES BEFORE

! LOADING

M10

15:23:25
8-Jul=-1983 3 15:23:
44:
14:44:20
8-Jul=1983

MISCELLANEOUS SECTIONS
COMMUNICATION RING INITIALIZATION

.SBTTL

INIT.COHJASEA::

0000006

1%:
2%:

0000006 0000006G
000000G
3s:

000001

SNIZRRERER

: J

2457

i 1

2455

#COM.AREA, HEAD . AREA
#COM.AREA+10,RECEIVE..RING

;
:

2470
2471

RO
gg.a1

i1
P ILe

2474
2475

2474

R1,#1

2472

HEAD.AREA,R1

0000006

(R1)

RO,#3

00003

5%:

i p—r—

§88888888388338888888

3 Jo®

2462
2461

#COM.AREA+110, SEND .RING

4$:

000106

I
I+

R1
R1

#54,-(SP)

000054
000000G
0000046

3 1.0

R2
R2.R1
SEND.RING,R1
R2,=(SP)

0000006

2484
2486

; ILw

PC.BLSMUL

#SND . ENVELOPE
+4 ,R0

RO, (R1)

R2.RO
RO
RO

000002

0000006
000074 000002

0000006

2410
2455
2457
2459

:
:

?%.037

000000G 0000006
000010G 0000006
000110G 0000006

000003

:
i1
s J
i1,

#FAL.CODE ,RET.STATUS
ggr.srArus.ao
2$

000037

000204
06

RO
R1.RO
RO

SPIDERSUSERS:[LAKSHHANA.11REL.REALJZRC A Q17

INIT.COM.AREA COMMUNICATION RING INITIALIZATION

R1,$SAVE2
R2
R1
R2.R0

Pa?e

ggfl.AREA(RO)

0000006

000000G

VAX=11 Bliss=16 V3-555

SEQ 129

;1w

2487

I 't

2488

: ILe

2489

SEND.RING,RO

33'56R°)
P
RO
RO

SEND.RING,RO
#74,2(RO)

R2,R0

R0
R

SEND.RING,RO

VAX=11 Bliss=16 V3=555

MISCELLANEOUS SECTIONS
ION
1
COMMUNICATION RI NG INITIALIZAT

037700

2490

2491

H
: 1

2485
2484

3 1
N

- 250
1 2503

SEND.RING,RO

0000006
040000 000002

#40000,2(R0)
R2,RO
RO
RO

SEND.RING,RO

0000006
100000 000002

000017
6$:

#100000,2(RO)
(SP)+,(SP)+
R2
R2.M7
5%
R2
R2.R1
R1
R1

RECEIVE.RING,R1
R2,RO

0000006

NA. 1 1RELERS .REALJZRCFA (17
SUS
: CLAKSHMA
SPIDER
#37700,2(R0)
R2,RO

000002

SEQ 130

Pa?e

3 1.®

RO
RO

#77 RO
#REC.ENVELOPE +4,R0
RO, (R1)
R2,RO
RO
RO

0000006

000003

0000006

000074

000002

76, 2(RO)

0000006
037700 000002

000000G
040000 000002

0000006
100000 000002

000017
005001

3 1.°

2504

$ 1.0

2505

H P

2506

2 1.0

2507

],t

9‘08

RECEIVE.RING,RO

#3,2(R0)
R2,RO
RO
RO

RECEIVE.RING.RO

R2.RO
RO
RO

RECEIVE.RI
#37700,2(R
R2,RO

.RO

000077
000004G

I |

2501

2515

s I,.»

8-Jul=-1983 15:23:25
8=Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
IRCFA2
COMMUNICATION RING INITIALIZATION
v01.0
MOV
78:
000510 010100

R1.RO

000522

142700

#77 RO

0005

5201

000512 000300
000514 106000
000516 006000
oooszg 006000

0005%2

000077

12760 000074

SWAB
RORB
ROR
ROR
BICB
MOV

0000006

INC

000536 020127 000017

000542

CMP

BLOS

10176;

CLR
MOV
RTS

000544 005067 000000G
000550 016700 0000006
000554 000207
; Routine Size:

183 words

Routine Base:

: Maximum stack depth per invocation:
3

2521

6 words

RO
RO
RO

#74 ,REC .ENVELOPE (RO)

R1.M7
7$

RET.STATUS
RET.STATUS.RO
PC

ABSCODE + 2426

SEQ 131

Par 44
VAX=11 Bliss=16 V3-555
.REALJZRCFA (17
1REL
CLAKSHMANA. 1 SERS
SPID:ERSU
2516
R P

; 1

2515

:
3
3

2518
2453
2410

I.*

8-Jul-198 3 15:23:55
8-Jul-198 3 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE
AR AININIAINIAIAINIAI
A NN NININIAINININININD

WIVIILA
ViV VIV
WIWWWNI NN NN
F 9
9
vh

}sbttl *AZTEC GLOBAL ROUTINE'

+
+

global routine EX_SUP_PRG =
FUNCTIONAL DESCRIPTION :

THIS CAMMNAD CAUSES THE SERVER TO TRANSFER THE PROGRAM FROM HOST
MEMORY TO AN AREA IN THE CONTROLLER AND START IT EXECUTION.
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.

W= O VRNV
WN
ONOWVSWN=OO

LT T T T N T N N TN L

N N LN N L N N AN LN L L

N L L

Vi
oo Vi

‘ CLEAR THE FLAG HERE TO INSURE THE DETECTION OF THE INTERRUPT.

!_AH.NEX ZERO;

' UQ PORT COMMAND ENVELOPE HEADER FIELD DEFINITION

SND _ENVELOPE [.CMD_SLOT, MSG LENGTHJ SZ_ESP;

SND_ENVELOPE [.CMD_SLOT, CREDITS]
= ONE
SND_ENVELOPE [.CMD_SLOT, MSG_TYPE]
=

SND—ENVELOPE [.CMD_SLOT, CONN_ID] = 2

' DUP COMMAND ENVELOPE FIELD DEFINITION
SND _ENVELOPE [.CMD_SLOT, CMD_LREF] = .CMD_REF;

SND_ENVELOPE E.CMD_SLOT, CMD_HREF] = ZERO;

SND_ENVELOPE

CHD_SLOT. UN_CUSED] = ZERO;

SND_ENVELOPE E.CMD_SLOT, UN_HUSED] = ZERO;
SND_ENVELOPE
[.CMD_SLOT, OPTODE] = OP_ESP;
SND_ENVELOPE E.C
0T, UQRSVD] = ZERO;
SND_ENVELOPE [.CMD_SLOT, MODIFIER] = ZERO;
SND_ENVELOPE L[.CMD_SLOT, BLO_CNT
SND_ENVELOPE [.CMD_SLOT, BHI_C

= .BYTE_COUNT'
! BYTE COUNT LOW WORD
= ZERO;
! BYTE COUNT HIGH WORD

SND_ENVELOPE [.CMD_SLOT, BD
Ug= .BUF DE§CRPTR i BUFFER DESCRIPTOR WORD 0
BD 1] = ZERO . ' 'BUFFER DESCRIPTOR WORD 1

SND_ENVELOFE
SND_ENVELOPE

[.CMD_SLOT,
[.CMD_SLOT,

BD_2] = 2ERO;

SND_ENVELOPE [.CMD_SLOT,
BD_3] = ZERD.
SND_ENVELOPE [.CMD_SLOT, BD ~4] = ZERO :
SND_ENVELOPE [.CMD_SLOT, BD 5] = _ZERO
SND_ENVELOPE [.CMD_SLOT, 08D_0]
= ZERO;

SEO 132

0?0 45
VAX=11 Bliss=16 V3-555
SP!DERSUSERS CLAKSHMANA. 11REL .REALJZRCFA (18

! BUFFER DESCRIPTOR WORD

! BUFFER DESCRIPTOR WORD
! BUFFER DESCRIPTOR WORD 4
! BUFFER DESCRIPTOR WORD 5
| BUFFER DESCRIPTOR WORD 0

oNn

IRCFA2
v01.0
:
;

;
;

seo 133

?'
VAX=11 Bliss=16 V3=555
8-Jul=1983 15:23:5
MISCELLANEOUS SECTIONS
m
.REALJZRCFA
SPIDERSUSERS:[LAKSHMANA.11REL
8-Jul=1983 14:44:20
AZTEC GLOBAL ROUTINE
1
SND_ENVELOPE [.CMD_SLOT, 08D_1] = ZERO: ! BUFFER DESCRIPTOR WORD
2579
WORD
DESCRIPTOR
BUFFER
|
ZERO:
=
oao,g
[.CMD_SLOT,
SND_ENVELOPE
2580
DESCRIPTOR WORD
SND_ENVELOPE
SND_ENVELOPE

2581
2582

[.CMD-SLOT, 0BD-3] = ZERO: ! BUFFER
[.CMD-SLOT, 0BD-4] = ZERO; ! BUFFER DESCRIPTOR WORD &

;
:

gggz
%ggg

SND_ENVELOPE .CMD-SLOT, 0B8D_5] = ZERO:; i BUFFER DESCRIPTOR WORD 5
; SET THE OWNERSHIP BIT TO 1 WHICH GIVE THIS SLOT TO THE PORT.

;

ggg;

%ggg

SEND_RING [.CMD_SLOT, OWN_BIT] = PORT_OWNED;
| READ THE IP REGISTER TO STIMULATE PORT POLLING.

;

gggg

%ggz

TEMP = .RC25_ADDR [RCIP, RC_ALL):
| GET THE COMMAND SLOT NUMBER FOR NEXT COMMAND

:
|

2595
2596

GET_CMD_SLOT ();
!

2598
2599
gggg

DELAY (1);
!
| CHECK THE END PACKET FOR GOOD STATUS

;
3
:

;

2597

return REC_STATUS ();

2602

end;

2603

.sam
EX.SUP.PRG: :

000000

010146

000002
000004
000010
000014

024646
005067 0000006
016746 0000006
012746 000054

0000006

004767
000050 0000006
012760
000024
000032 016716 0000006
000036 012746 000054
000062 004767 0000006
000046 142760 000017 0000026
0000026G
000020

000054

000062

152760 000001

016716 0000006

000066 012746 000054
004767 0000006
000076 142760 000360 0000026
000104 016716 0000006
000072

000054
000110 012746
004767 0000006
112760 000002 000003G
000120
000126 016716 0000006

000114

000132 012746 000054
004767 0000006
000142 016760 0000006 000004G
000150 016716 0000006
000136

012746 000054
000154 004767
0000006

000160
000164

005060 0000066

IRETURN THE STATUS

EX.SUP.PRG AZTEC GLOBAL ROUTINE

nov

R1,=(SP)

JSR
MOV
MOV
MOV
JSR
BICB

BLSMUL
sno snven.opz(no)
csb
cno sLOT
04-(sPS
R0)
sno ENVELOPE+2(
n?BLSMUL
OPE+2(R0)

CMP
CLR
MOV
MOV

BISB

MOV

-(SP),=(SP)
1.AM.NEX
CMD. SLOT ,=(SP)
m.-(SP)

2551
2556

;

2557

cno SLOT, (SP)

;

2558

as:..-(spi
PC,BL SMUL
vswpmmo)
oz.suo.sn
SLOT , (SP)

2559

2563

os:..-(sPS

2564

#1,SND.ENVEL

o 4.-(SP}
BLSMUL
mo SND. envewpe+2<a0>
CMD. SLOT

MOV
MOV
JSR
MOV
MOV

CMD.
#54.-(SP)
PC,BLSMUL
(R0)
+4 PE
CMD. nsr SND.ENVELO
CMD.SLOT, (SP)

MOV
JSR
CLR

2525

:
:

MOV
JSR
BICB
MOV

MOV
JSR
MOVB

PC,BLSMUL
(R0)
+6 PE
SND . ENVELO

8=-Jul-198 3 15:23:25
8=Jul-198 3 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

S e e 50T i
:

2565

2566

s~6 ENVELOPEO12(R0)
cno SLOT
-(SPS

2567

#2.SND. suvstops+14(a0)
CMD. SLOT

2568

CMD. SLOT

2569

CMD. SLOT (SP)

2570

no.ENVELoP£+20(n0)
evie.couur.s
(SP)

25N

2572

LSMUL
ca
(R0)
OPE
+24
BUF .DESCRPTR SND.ENVEL
CMD.SLOT, (SP j
:

2573

CMD.SLOT, (SP)

#54,=(SP}

PC,BLSMUL

SND . ENVELOPE+10(RO0)
CMD.SLOT, (SP)

os‘ -(sP}

SMUL

P eLsnu

#54.-($P$
PC,BLSMUL

SND. euv5L095+15(no>

000C00G
0000166
0000006

060

0000006
0000006 0000206
0000006
000054
0000006
0000226

IS4.-(595
PC,BLSMUL
SND. ENVELOPE*16(RO)
cs (sP}

snu

CMD. SLOT,

054.-(595

PC,BLSMUL

SND. ENVELOPE+22(R0)
CHD.SL

=(SPS

csa.-xsps

BLSMUL

s~6ENVELOPE*Zb(RO)

2574

2575

cno.
#54.=(SPS

2576

ck-mfl
LSMUL
s~6ENVELOPEOSé(RO)
cnn.s (SP)
-(spi
C 8 $MUL
SND.ENVELOPE*‘O(RO)

2577

2578

2579

S
cno s

C BLSHU
SND. ENVELOPE*SO(RO)
CHD.SLSP5

PC,BLSMUL
SND. ENVELOPE*SZ(RO)

PC,BLSMUL
SND. FNVELOPE*S&(RO)
CMD. SLOT

CMD.SLOT, (SP)

F1N

ZRCFA2
v01.0

8-Jul-198§15:23:ss
8-Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

000542
000546
000552
000556
000562

oml.g 000054
0000006
005060 0000426G
016716 0000006
012746 000054

MOV
JSR
CLR
MOV
MOV

#54,-(SP)
PC,BLSMUL
E
+42 (RO)
SND .. ENVELOP
CMD. SLOT, (SP)
#54,-(SP}

000576
000602
000606
000612
000616
000622
000626
000632
000636
000642

016716
012746
004767
005060
016716
012746
004767
005060
016716
012746

0000006
000054
0000006
0000466
0000006
000054
0000006
0000506
0000006
000054

MOV
MOV
JSR
CLR
MOV
MOV
JSR
CLR
MOV
MOV

cm.su.ot (SP)
4.-(SP}
c au.snu
+46 (R0)
SND.ENVELOPE
CHD.SLO (SP)
-<spS
pc an.snuu.
+50 (RO)
SND. ENVELOPE
cno.sn.or (SP)
SP)

000566
000572

004767

004767
005060

000646 004767 0000006
005060 0000526
000656 016700 0000006
000662 006300
000664
000666 066700 0000006
052760

100000

000002

0000006 000064
000064
000000V
000001
0000006

000732
000736

005066
005300

000066

000742

005301

38:

000746 004767 000000V

48:

000730

001404

000740 001374
000744

000766

000752 062706 000070
000756 012601

000760

000207

2581

2582

2583

2587

anczs ADDR, 64 (SP)
64 (SP) ,RO
PC,GET.CMD.SLOT
#1.R1
1
LSDLY,RO

; *,RC.REG
: RC.REG,TEMP

2591

; *,88TMP2
; *,$8TMP1

2598

CLR
DEC

66(SP)
RO

: SSTMP
: $STMP1

DEC

: $STMP2

JSR

PC REC.STATUS

RTS

BIS

017766
016600
004767
012701
001411
016700

000700
000706
000712
000716
000722
000724

2580

JSR
CLR
MOV
ASL
ASL
ADD

000652

000672

;

JSR
CLR

0000006
0000446

1$:

28:

seo 135

?'
VAX=11 Bliss=16 V3=555
SPIDERSUSERS:[LAKSHMANA.11REL .REALIZRCFA ua

MOV
MOV
JSR
MOV
BEQ
MOV
BEQ

BNE
BR

ADD
MOV

PC,BLSMUL
E
+44 (R0)
SND.. ENVELOP

c amu
SND. ENVELOPE +52(R0)
CMD.SLOT,RO
RO
RO
SEND.RING,RO
#100000, 2 (RO)

2
1$

#70,5P
(SP)+,R1

: Routine Size: 249 words,
Routine _Base: ABSCODE + 3204
: Maximum stack depth per invocation: 30 words

2595

2602

2525

AZTEC GLOBAL ROUTINE

MISCELLANEOUS SECTIONS

v01.0

ZRCFA2
2607

Bliss=16 V3=555
8-Jul=1983 15:23:25
ERS:CLAKSHMANA. 11REL.REALJza'?'(19
SPIDERSUS
§ 16:44:50 VAX=11
a-Jut-19g

global routine SEND_DATA =

2608

seo 135

3
3

2609
2610

:
:

2613 |
2614 |

;
:
:
;

%g};
gg;g
gg%}
2623

3
3
|
3

2627
2628
2629
2630

begin

2633

i THE INTERRUPT ROUTINE WILL SET THE FLAG CANCEL_TIMER WHEN CALLED.

2636

= ZERO;
x _AM_NEX

5223

:
;

2641
2642

:
;

ggzg
5229

! UQ PORT COMMAND ENVELOPE WEADER FIELD DEFINITION
suo ENVELOPE [.CMD_SLOT, MSG LENGTH]= SZ_SED;
= ONE:
SNDZENVELOPE [.CMDZSLOT, CREDITS]
= 0;
MSG_TYPE]
SND_ENVELOPE [.CMD_SLOT.
"2;
=
CONR_ID]
[.CMDZSLOT,
SNDZENVELOPE
' DUP COMMAND ENVELOPE FIELD DEFINITION

:
:
:

2648
2649
2650

:
:

2652
2653

gg}g

;

Sg}z

;

:
:
3

:
:

::
:

2624
2625
2626

sggg

2643

2651

2654
2655

2656
2657

2658

2659

2660
2661

2662

!¢+

| FUNCTIONAL DESCRIPTION:

SEND DATA PROVIDES BUF _ADDRESS AND SIZE TO THE DM CODE
PROGRAM FOR POSSIBLE READ, WRITE TO MEMORY. PARAMETERS

neeoeo ARE BUF_LENGTH, H_SADD, E_SADD

g FORMAL PARAMETERS :
g IMPLICIT INPUTS : H_SADD, E_SADD, BUF _LENGTH
g IMPLICIT OUTPUTS : RET_STATUS
| SIDE EFFECTS :
!
==

local
TEMP;

' CLEAR THE FLAG HERE TO INSURE THE DETECTION OF THE INTERRUPT.

suo ENVELOPE [.CMD_SLOT, CMD_LREFJ = .CMD_REF;
SND_ENVELOPE [.CMD-SLOT. CMDHREF] = ZERO:
SND_ENVELOPE [.C SLOT UN_CUSED] = ZERO;
SND_ENVELOPE [.CMD_SLOT, UN_HUSED] = zeno;
SND_ENVELOPE [.CMD_SLOT. OPTODE] = OP_SED:
SND_ENVELOPE [.CMD_SLOT, UQRSVD] = 2ERO;

SND_ENVELOPE [.CMD-SLOT., MODIFIER] = ZERO:
SND_ENVELOPE [.CMD_SLOT, BLO_CNT] = .BVTE-COUNY:

SND_ENVELOPE [.CMDSLOT. BHIZCNT] = 2ERO

! BYTE COUNT LOW WORD

YTE COUNT HIGH WORD

i BUFFER DESCRIPTOR WORD 0
[.CMD-SLOT. 80_0] = .aur DESCRPTR
SND_ENVELOPE
BUFFER DESCRIPTOR WORD 1
LOPE [.CMD-SLOT, BDZ1] = ZERO
SND"ENVE

DESCRIPTOR WORD
SND"ENVELOPE [.CMD~SLOT, BD-2] = 7ERO" !! BUFFER
BUFFER DESCRIPTOR WORD
SND”ENVELOPE [.CMD-SLOT. BD_3] = ZERO;

4] = ZERO;
SND”ENVELOPE [.CMD-SLOT. BD

sno“ENVELOPE [.CMD-SLOT, BDZS) = ZERO;

! BUFFER DESCRIPTOR WORD &

! BUFFER DESCRIPTOR WORD 5

8-Jul-1983 15:23:g
8-Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

seo 137
50
?e
VAX-11 Bliss=16 V3-555
(19
RCFA
.REALJZ
11REL
NA.
SPIDERSUSERS: LLAKSHMA

: SET THE OWNERSHIP BIT TO 1 WHICH GIVE THIS SLOT TO THE PORT.

§Euo,axus C.CMD_SLOT, OWN_BIT] = PORT_OWNED;
g READ THE IP REGISTER TO STIMULATE PORT POLLING.

jenp = ,RC25_ADDR [RCIP, RC_ALLI;

g GET THE COMMAND SLOT NUMBER FOR NEXT COMMAND

éer_cno_SLor 0O;
QELAV (N;
g CHECK THE END PACKET FOR GOOD STATUS
return REC_STATUS ();

! RETURN THE STATUS

end;

.SBTTL

SEND.DATA
MOV

010146
024646
005067

CLR
MOV

0000006

JSR

000054

000034 0000006
000054
0000006
0000026
000017
0000026

o ; o

ENQBRENORLNOD,

P
]

MOV

JSR

PC,BLSMU

000054

MOV

0000006 000004G

MOV

snu

2642

2643

2644

2648

CMD. SLof ,(

2649

CMD. SLOT, (SP)

2650

2651

#1,SND.ENVELOPE+2(R0)
CHD.SLOT (SP)
P}
snu
csso sno ENVELOPE +2(R0)
cno.

(SP)

pc BLSHU
CHD.SLOT

#564.=(sPS

CMD. REF suo ENVELOPEfA(RO)

000054
0000066
0000006

MOV

MOV
JSR
CLR

S
#54,~(
PC.BLsnu
SND.ENVELOPE*6(RO)

0000006

JSR

PC,BLSMUL

0000006

000054

0000106

MOV

MOV
CLR

0000006

MOV

0000006

JSR

000054

MOV

2608

2636
2641

SP)

- s5
#2.SND. ENVELOPE*!(RO)
(SP)

MOV

1.AM,NEX
CHD.SLOT -(SP)

MOV
JSR
MOVB

MOV
MOV
JSR
BICB

0000006

-(5P),=(SP)

ostSND. ENVELOPE(RO)
sLOT
4-(SPS
0cno
BLSMUL
+2 (R0)
SND.ENVELOPE
017

000001
0000006
000054
0000006
000360 0000026

0000006

R1,=(SP)

MOV
MOV
JSR
BICB
BISB

MOV

000054
0000006
000002 000003G
0000006

MOV

0000006

000066
000072
000076
000104
000110
00011
000120
000126
000132
000136
000142
000150
000154
000160
000164
000170
000174
000200
000204
000210
000214
000220

CMP

0000006
0000006

SEND.DATA AZTEC GLOBAL ROUTINE

#54.=(SP}

SND.ENVELOPE +10(R0)
CMD. SLOT, (SP)

#54 ,=(SP}

PC,BLSMUL

8-Jul=-1983 S 23:25

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE
5060

060

8=Jul=1983 14:44:20

0000126
0000006
000054
0000006
000004 0000146
0000006
000054
0000006
0000156
0000006
000054
0000006
0000166
0000006
000054
0000006
0000006 0000206
000000G
000054
0000006
0000226
0000006
000054
0000006
000000G 0000246
0000006
000054
0000006
0000266
000000G
000054

SEQ 138

Pa?o 51
VAX=11 Bliss=16 V3-555
SPIDERSUSERS: LLAKSHMANA. 11REL .REALJZRCFA (19

SND. ENVELOPE +12(R0)
CHD.SLOTS(SP)

2652

cn6.3Lors(sp

2653

2654

2655

2656

2657

(RO)
OPE
BUF. oescnpra SND . ENVEL+24
SP)
:
CHD.SLOT’

2658

PCé
envenove+14(a0)
#6.SND.
PC,BLSMUL

SND. ENVELOPE*IS(RO)

CHD.SLSP’

PC,BLSMUL
SND . ENVELOPE016(RO)

SND . ENVELOPE +20(R0)
avis count
$P)
S
snu

SLs
cno

PC BLSHU
(R0)
SND . ENVELOPE+22
CMD.SLOT, (SP)

#54.=(SP)

PC.BLSMUL

PC,BLSMUL

SND. ENVELOPE+26(R0)
(SP)

cno.

-(spi

c BLSHU
SND. ENVELOPE +30(R0)
CMD.SLOT, (SP)
#54,=(SP)

0000006

PC,BLSMUL
SND.ENVELOPE+32(R0)
(SP)
cn;o.su.ops

2659

2660

2661

;

2662

;

2666

§ RETREG. TEWP
i a,88THP2

iy
2876

PC., BLSHU

+34 (R0)
SND . ENVELOPE
CMD.SLOT, (SP)

SP)

PC,BLSMUL

+36 (R0)
SND.ENVELOPE
LOT,RO
CgD.S
RO

SEND.RING,RO

#100000, 2(R0)

100000 000002
0000006 000050
000050
000000V
000001

001404

0000006

aRC25.ADDR,S0(SP)
50(SP)

1$:

,RO

LSDLY,RO
3%

: *,38TMP1

Jn
IRCFA2
v01.0

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

000572
000576
000600
000602
000604
000606
000612

000052

8=Jul=1983 15:23:25
8-Jul=1983 14:44:20
28:
38:

000000V
000054

000616
000620

48:

CLR

DEC
BNE
DEC
BR

JSR
ADD

MOV
RTS

52(SP)

RO
2$
R1
18

PC,REC.STATUS
#54,SP

(SP}+,R1

Routine Base: ABSCODE + 4166
201 words,
: Maximum stack depth per invocation: 24 words

: Routine Size:

2682
2683

SEQ 139
Pare
52
VAX=11 Bliss=16 V3=555
(19
CFA
NA. 11REL .REALJZR
SERS
: [LAKSHMA
SPIDERSU
$STMP
$STMP1

; $$TMP2

2680
2608

K11

MISCELLANEOUS SECTIONS

We B0 0o

Bs 000080008980, 0%,%: 9% %% 8,08, TR TR IR IR

AT E TS TR R

A TR TR DRT L L L (TR IR IR IR

A TR

TETE TR

A TR LA L L 1

AZTEC GLOBAL ROUTINE

8-Jul=1983 83115:23 :25

8-Jul=198314:44:20

SEO 140
53
pe
VAX=11 Bliss=16 V3=555
SPIDERSUSERS: [LAKSHMANA. 11REL .REALJZRCFA (20

global routine REC_DATA =
44

: FUNCTION DESCRIPTION
:

i
i
i
:

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

: RET_STATUS
: IMPLICIT OUTPUTS
l

SIDE EFFECTS :

’

begin
local

TEMP;

i THE INTERRUPT ROUTINE WILL SET THE FLAG CANCEL_TIMER WHEN CALLED.

i CLEAR THE FLAG HERE TO INSURE THE DETECTION OF THE INTERRUPT.

{-AH_NEX ZERO;

: UO PORT COMMAND ENVELOPE HEADER FIELD DEFINITION
SNDENVELOPE C.CMD_SLOT, MSG LENGTHJ = SZ_RED;
= ON E:
SND_ENVELOPE C.CMD_SLOT, CREDITS]
SND_ENVELOPE C.CMD_SLOT, MSG_TYPE] = 0;
—ENVELOPE C.CMD_SLOT, CONR_ID] D = 2;
SND

‘ DUP COMMAND ENVELOPE FIELD DEFINITION

SNDENVELOPE [.CMD_SLOT, CMD_LREF] = .CMD_REF;

SND_ENVELOPE [.CMD_SLOT, CMD_HREF] = ZERO;
SND_ENVELOPE [.CMD_SLOT. UN_CUSED] = ZERO;
SND_ENVELOPE [.CMD_SLOT, UN_HUSED] = 2ERO:
SND_ENVELOPE [.CMD_SLOT, OPTODE] = OP_RED;
SND_ENVELOPE [.CMD_SLOT, UQRSVD] = ZERO;

SND_ENVELOPE [.CMD_SLOT, MODIFIER] = ZERO;
! BYTE COUNT LOW WORD
T'
SND_ENVELOPE [.CMD_SLOT, BLO_CNT] = .BYTE
HIGH WORD
BYTE_COUNT
!
SND_ENVELOPE [.CMD_SLOT, BHI_CNT] = ZERO;
WORD 0
DESCRIPTOR
BUFFER
i
SND_ENVELOPE [.CMD_SLOT, BD_0J = .BUF DESCRPTR

SND_ENVELOPE C.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
SND“ENVELOPE [.CMDZSLOT, BD_5] = ZERO;

! BUF FER DESCRIPTOR WORD 1

i BUFFER DESCRIPTOR WORD 2
i BUFFER DESCRIPTOR WORD 3
i BUFFER DESCRIPTOR WORD 4
' BUFFER DESCRIPTOR WORD 5

8-Jul=-1983 15:23:25
8-Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

VAX=11 Bliss=16 V3-555
SPlDER‘USERS CLAKSHMANA.

1;1
SEO

11REL. REALJZRC?A (20

; SET THE OWNERSHIP BIT TO 1 WHICH GIVE THIS SLOT TO THE PORT.

geno,axnc C.CMD_SLOT, OWN_BIT] = PORT_OWNED;
g READ THE IP REGISTER TO STIMULATE PORT POLLING.

fenp = ,RC25_ADDR CRCIP, RC_ALLJ;
i GET THE COMMAND SLOT NUMBER FOR NEXT COMMAND

éET_CHD-SLOT 0;

QELAV S
g CHECK THE END PACKET FOR GOOD STATUS
return REC_STATUS ();

! RETURN THE STATUS

end;

REC.DATA

010146

REC.DATA AZTEC GLOBAL ROUTINE
R1,=(SP)

2684

1.AM.NEX

2713
2718

-(5P) ,=(SP)

024646

005067
016746
012746

.SBTTL

CMD.SLOT,=(SP)

0000006
000034 0000006
0000006
000054
0000006

000017 0000026
000001 0000026
0000006
000054
0000006
000360 0000026
0000006
000054
000000G
000002 0000036
0000006
054

0000006 0000046
0000

056.-(SP)

BLSMUL

aslsno ENVELOPE(RO)
-sLOT
ocnn
54,-(SPS
BLSMUL
31?sno ENVELOPE*Z(RO)
+2
#1,SND.ENVELOPE(R0)
SLOTS(SP)
cno

0360 suoENVELOPE+2(R0)
cno s
S

2719

2720

;

2721

PC Lsnu

#2.SND. ENVELOPE*S(RO)

cno SLOT, (

2725

=spi
Pcasn
u

CMD. REF, suo ENVELOPE*&’RO)
cno sLof

#54.-(SPS

2726

PC.,BLSMUL

—t
80«
~

+6 (R0)
SND.ENVELOPE
CMD.SLOT, (SP)

2727

#54.-(sps
PC,BLSMU

SND. ENVELOPE*10(R0)

000054
0000006

SLOT‘
cno

PC.BLSHUL

;

2728

8-Jul-1983 15:23:2 5
8-Jul=1983 14:44:2 0

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

SND . ENVELOPE+12(R0)

SEQ 142

Pa?e 55
VAX=11 Bliss=16 V3=555
FA (20
.REALJZRC
11REL
SPIDERSUSERS CLAKSHMANA.

;

2729

2730

CMD.SLOT, (SP)
#54.-(SP}

2731

SND. ENVELOPE*16(RO)
SLOTS(SP
cno

2732

c BLSHUL
BYTE.COUNT, SND.ENVELOPE+20(R0)
CMD. SLOT, (SP)
054.-(SP5

2733

cno SLOT

2734

(R0)
BUF .DESCRPTR, SND . ENVELOPE+24
:
CMD.SLOT, (SP)

2735

CMD.SLOT, (SP)
#54,=(SP)
PC,BLSMUL

(R0)
#5 . SND . ENVELOPE+14

CMD.SLOT, (SP)
#54,=(SP}
PC,BLSMUL

(RO)
SND . ENVELOPE+15

PC,BLSMUL

000
000054
0000006
0000006 0000206
0000006
000054
0000006
0000226
00
880054

PC.BLSMUL
SND. ENVELOPE+22(R0)

254,-(SpS
PC ., BLSMUL

000000G 0000246
0000

#54.,-(SP)
PC,BLSMUL

(R0)
SND. ENVELOPE+26

2736

SP)

2737

cno SLOT, (SP)

2738

;

2739

;

2743

CMD.SLOT, (SP)
#54,=(SP)
PC,BLSMUL

SND. snvsLopsoso(RO)
cno.

#54. -<SPS
PC ., BLSMUL
SND. ENVELOPE*SZ(RO)
4.=(SP)
Pc.aLsuL

(R0)
OPE
+34
SND. ENVEL

CMD.SLOT, (SP)

#54.-(SP)

PC,BLSMUL

00000
0000366
0000006

(R0)
OPE
+36
SND. ENVEL

ggo.SLOT,RO
RO

SEND.RING,RO

100000 000002
0000006 000050
000050
000000V
000001
001404

0000006

#100000, 2(R0)

_@RC25.ADDR, 50(SP)
50(SP), RO
1%:

PC.G%T.CHD.SLOT
is
4

LSDLY.RO
3%

*,RC.REG

RC.REG,TEMP

*, $STMP2
: *,$8TMP1

2747
2751

2753

IRCFA2
v01.0

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

000572
000576
000600
000602
000604
000606
000612
000616
000620

000052

8=Jul=1983 15:23:25
8=Jul=1983 14:44:20
28%:
3s:

000000V
000054

A ¥

Page 56
VAX=11 Bliss=16 V3=555
NA . 11RELERS .REALJZRCFA (20
SUS
: CLAKSHMA
SPIDER

52(SP)

: $STMP
: $SSTMP1

: $$TMP2

JSR
ADD

PC,REC.STATUS
#54,SP

:
|

RTS

CLR

DEC
BNE

DEC

MOV

RO
2%

(SP)+,R1

Routine Base: ABSCODE + 5010
: Routine Size: 201 words,
: Maximum stack depth per invocation: 24 words
2759
2760

SEQ 143

2757
2684

812

8-Jul=-1983 15:23:2 5
8-Jul-1983 4:44:2 0

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE
144

{ 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
NEVER ALTERS THE UNIT'S STATE C'UNIT-ONLINE", “UNIT-AVAILABLE",

i FORMAL PARAHETERS
= NONE
-

IMPLICIT INPUTS :

INPLICIT OUTPUTS :
= NONE
-

T R DR TR TRL LA T 1) TR IR

A TR PR TR PR A T PE TR R DR LA LA L D

global routine SET_CNTLR_CHAR =

i COMPLETEDTION CODES

RET_STATUS
: RETURN STATUS PASSES BACK TO THE CALLING ROUTINE

SIDE EFFECTS

ANY PREVIOUSLY DEFINED CONTROLLER CHARACTERISTICS WILL POSSIBLY
BE ALTERED AFTERE EXECUTION OF THEIS COMMAND.
begin
local

TEMP;

g UQ PORT COMMAND ENVELOPE HEADER FIELD DEFINITION
SND_ENVELOPE L.CMD_SLOT, MSG LENGTHJ sZ_SCC;

' LOAD MESSAGE LENGTH

SND_ENVELOPE E.CMD_SLOT, CREDITS]
= ONE;
LOAD CREDIT SIZE
SND_ENVELOPE
[.CMD_SLOT, MSG_TYPE] = 0; ! HESSAGE TYPE YSEQUENTIAL'
SND_ENVELOPE [.CMD_SLOT, CONR_ID]
= 0; i DEFINE CONNECTION ID *DUP*

' HSCP GENERIC COMMAND ENVELOPE FIELD DEFINITION

SND_ENVELOPE

TR IR R A AR I AE

IR E T E R R R R

e a e

SND_ENVELOPE
SND_ENVELOPE
SND_ENVELOPE
SND_ENVELOPE
SND”ENVELOPE

[.CMD_SLOT, CMD_LREF] = . CHD REF;

[.CMD_ SLOT, CMD_HREF] = ZERO:
[.CMD_SLOT, UN_CUSED] = ZERO;
[.CMD_SLOT, UN_HUSED] = ZERO;
[.CMD_SLOT, OPTODE] = OP_SCC;
[.CMD_SLOT, UQRSVD] = Z2ERO;

SND_ENVELOPE [.CMD_SLOT, MODIFIER] = ZEkO.

!LOAD COMMAND REFERENCE #

!
!
!
!
!

ZERO HI ORDER CMD REF #
NOT USED IN DUP IMPLIMENT.
NOT USED IN DUP IMPLIMENT.
DEFINE COMMAND OPCODE
NOT USED

! DEFINE CMD MODIFIERS

' COHHAND SPECIFIC COMMAND ENVELOPE FIELD DEFINITION

SND_ENVELOPE
SND_ENVELOPE

[.CMD_SLOT, MSCP_VER]
= ZERO
[.CMD_SLOT, CTL FLAGSJ
0;

SEQ 144

PO?O 57
X=11. Bliss=16 V3-555
S .REALJZRCFA (21
11REL
CLAKSHMANA .SER
IDE:RSU

! MSCP VERSION
! CONTROLLER GLAGS

SND_ENVELOPE [.CMDZSLOT, HOST_TOUJ ZERO:
i HOST TIMEOUT VALUE
SND”ENVELOPE [.CMD_SLOT, RS$SVD] = ZERO; ! RESERVED
SND_ENVELOPE [.CMD_SLOT, T$D_0] = ZERO; ! TIME AND DATE WORD 0

8-Jul-1983
8-Jul=-1983

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE
SND_ENVELOPE
SND_ENVELOPE

5:255
4:44:20

SEQ 145

Pa’e 58
VAX=11 Bliss=16 V3=555
.REALIZRCFA (21
ERS
11REL
A.
SUS
CLAKSHMAN
:
DER
SPI

[.CMD_SLOT, T$D_1] = ZERO; ! TIME AND DATE WORD D 1
[.CMD_SLOT, TSDgg = ZERO. ! TIME AND DATE WORD
= ZERO;

| TIME AND DATE WORD

[.CMD_SLOT,
CDPLoJ = ZERb
.CMD_SLOT,
E
SND_ENVELOP
“ENVELOPE [.CMD_SLOT, CDP_HIJ = ZERO;

SND_ENVELOPE

b ol

<N
o

€1

SND

! CNTL DEP PARAMETER LO WORD

i CNTL DEP PARAMETER HI WORD

: SET THE OWNERSHIP BIT TO 1 WHICH GIVE THIS SLOT TO THE PORT.
!"»END_RING C.CMD_SLOT, OWN_BIT] = PORT_OWNED;

; READ THE IP REGISTER TO STIMULATE PORT POLLING.
!EHP = .RC25_ADDR [RCIP, RC_ALL];
; GET THE COMMAND SLOT NUMBER FOR NEXT COMMAND
(.iET_CHD_SI.OT O;
DELAY (1);

} CHECK THE END PACKET FOR GOOD STATUS

! RETURN THE STATUS

re‘t’urn REC_STATUS O);

ena;

.SBTTL

SET.CNTLR.CHAR AZTEC GLOBAL ROUTINE

000054

MOV
CMP
MOV
MOV

R1,=(SP)
-(5P),=(SP)
CMD.SLOT ,=(SP)
osa.-(sps

0000006

MOV

SET.CNTLR.CHAR::

0000006

CMD. SLOT, (SP)

;

2798

#56,-cspS
PC,BLSMUL

2799

;

2803

cno.sLof, (s
-<sp$
cam

2804

CMD. SLOT,

;

2805

000054
000360 000002G
0000006

os&.-«sps
BLSMUL
cseo SND. ENVELOPE*Z(RO)
cno SLOT

CLRB
MOV
MOV

SND.ENVELOPE+3(R0)
CMD.SLOT, (SP)
#564 -(spi

0000006

SRATERFENRISR

2797

MOV
JSR
BICB
MOV

0000006

BLSMUL
suo ENVELOPE(RO)
046
SP)
cno.
S
s
BLSMUL
SND. ENVELOPE +2(R0)
017

000001

000040 0000006
000054
0000006
000017 0000026
0000026

2761
2796

MOV
MOV
JSR
BICB
BISB

0000006

g888888s88sss

JSR

:
:

000054
0000006

0000036
0000006
000054

0000006

MOV

MOV
JSR
JSR

0000006 0000046

MOV

0000066
0000006

CLR

0000006
000054
0000006
000054

MOV
MOV
JSR

MOV

#1,SND.ENVELOPE+2(R0)

PC ,BLSMU

CMD.REF sno ENVELOPE*A(RO)

RO)
SND. ENVELOPE*b(
(SP)

#54.~(SP}

SEQ 146

Pare 59
VAX=11 Bliss=16 V3-555
SPIDERSUSERS CLAKSHMANA. 11REL .REALJZRCFA (21

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE
000006
0000106

060

2806

2807

cno.SLot (SP)

2808

-(SPS

2809

CHD SL
’

2813

2814

2815

2816

cno.
S
#54,=(SP

2817

CMD.SLOT, (SP)

2818

PE*SZ(RO)
SND.. ENVELO
S(SP
CHD SL

2819

PE*B&(RO)
SND. ENVELO(SP)

2820

CHD.S
SP’

2821

(RO)
SNfi.ENVELOPE*kO
(SP)

2822

$MUL

s~6 ENVELOPE*!Z(RO)

0000006
0000126
0000006

CHD.SLOT’(SP
0000146

PC,BLSMUL
(RO)
#4. SND.ENVELOPE+14

4.-(SP}
pc BLSHUL
SND. ENVELOPE*!S(RO)
cno.SL

PC BLSHU
SND. ENVELOPE*16(R0)
PC BLSHU

SND. ENVELOPE*ZO(RO)
S(SP
CHD SL

PC BLSHU
(R0)
OPE
SND .. ENVEL+22
CMD.SLOT, (SP)

#54 ,-(SP)

PC,BLSMUL

SND. ENVELOPE*ZL(RO)
CHD.SL
254,
-(SPS

PC,BLSMUL
SND. ENVELOPE*26(R0)

PC,BLSMUL
SND . ENVELOPE +30(R0)
#54.,=(SP)

PC,BLSMUL

PC s snu

cno SLOT,

#54.-(SP)

PC,BLSMUL

SND. ENVELOPE*36(RO)
snu

CMD.SLOT,

#54.,=(SP}

PC,BLSMUL

E 12
8-Jul-1983
1 5:23:25
1 4:44:20
8=Jul=-1983

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE
060

SND . ENVELOPE +42(R0)
ggo.SLOY.RO

0000426
0000006

RO
SEND.RING,RO
#100000,2(RO)
ORCZS ADDR, 54 (SP)
54 (SP) ,RO

00000 000002
0000gOG 000054

PC,GET.CMD. SLOT

000001

#1.R1
48’

1$:

LSDLY,RO
3%
56(SP)

2$:

000056

3s:

1s
Pcbnec.STATUS

4$:

000000V
000060

RTS

: Routine Size:
Haxtnun stack

H
3

2842
2843

212 words,

Routine Base:

depth per 1nvocatwon

26 words

(gP5+R1

ABSCODE + 5632

SEQ 147

Pa’e 60
VAX=11 Bliss=16 V3=555
NA . 11RELERS .REALJZRCFA (21
SUS
: CLAKSHMA
SPIDER

2826

s *,RC.REG

2830

:
: *,$8TMP2

2834
2836

: RC.REG,TEMP

: «,$8TMP1
: SSTMP
: SSTMP1
: $SSTMP2

H
:

2840
2761

F12

MISCELLANEOUS SECTIONS

AZTEC GLOBAL ROUTINE

ZRCFA2

v01.0
:

:
3

:
:
:

global routine AVAILABLE =

2844

2845
B8B4G
847

2848
2849
2850
gggg

2853

:
' FUNCTIONAL DESCRIPTION

THE AVAILABLE COMMAND IS USED TO SET THE UNIT=ABAILABLE WHEN
UNIT ARE COMPLETED.
ALL OUTSTANDING COMMANDS FOR THE SPECIFIED
DISK SPINS DOWN
THE
,
SPECIFIED
IS
MODIFIER
''
‘‘SPIN-DOWN
IF THE

'
|

AND ITS HEADS ARE UNLOADED.

| FORMAL PARAMETERS :

1 IMPLICIT INPUTS :
1 IMPLICIT OUTPUTS :
| SIDE EFFECTS :
i
i

:
:
:
3
:
3
:
:
3

2854
2855
2856
o857
2858
2859
2860
2861
2862

;
:
:
:
:
:

:
:
:
:
:
:
:
;
:

%gggi UQ PORT COMMAND ENVELOPE HEADER FIELD DEFINITION
SND_ENVELOPE [.CMD_SLOT, MSG LENGTH] = SZ_AVL; ! LOAD MESSAGE LENGTH
2868
" LOAD CREDIT SIZE
= ONE;
SND_ENVELOPE [.CMD_SLOT, CREDITS]
2869
TYPE °‘SEQUENTIAL'
MESSAGE
'
0:
=
TYPE]
MSG
T,
[.CMD_SLO
OPE
SND_ENVEL
2870
SND_ENVELOPE [.CMD_SLOT, CONN_IDJ= 0; ! DEFINE CONNECTION ID °‘DUP’
33;5 .
%g;zi MSCP GENERIC COMMAND ENVELOPE FIELD DEFINITION
E #
SND_ENVELOPE [.CMD_SLOT, CMD_LREF] = .CMD_REF; !LOAD COMMAND REFERENC
2875
#
REF
CMD
i 2ERO HI ORDER
SND_ENVELOPE [.CMD_SLOT, CMD_HREF] = ZERO;
2876
i SELECTED UNIT
SND_ENVELOPE [.CMD-SLOT. UN_CUSED] = .UNIT;
2877
i NOT USED IN DUP IMPLIMENT.
2ERO;
=
UNuuseoJ
[.CMD_SLOT,
E
SNC_ENVELOP
2878
| DEFINE COMMAND OPCODE
OP_AVL:
=
OPTODE]
[.CMD-SLOT.
E
SND_ENVELOP
2879
NOT USED
i
ZERO;
=
UGRSVD]
T,
[.CMDZSLO
OPE
SND_ENVEL
2880
DEFINE CMD MODIFIERS
i
MD_SPD;
=
MODIFIER]
[.CMD_SLOT,
E
SND_ENVELOP
.
5335
gggz § SET THE OWNERSHIP BIT TO 1 WHICH GIVE THIS SLOT TO THE PORT.
SEND_RING [.CMD_SLOT, OWN_BIT] = PORT_OWNED;
5332 :

ggg;

g READ THE IP REGISTER TO STIMULATE PORT POLLING.

%ggg

;
:

ggg; § GET THE COMMAND SLOT NUMBER FOR NEXT COMMAND
GET_CMD_SLOT O);
2893

3
:

:
:

begin
local

TEMP;

2863

289
2895
2896
2897

2898

!
|

TEMP = .RC25_ADDR [RCIP, RC_ALLJ;

DELAY (1);

§ CHECK THE END PACKET FOR GOOD STATUS
)

return REC_STATUS ();

SEQ 148

1
(32
Jzac?:
11REL.u£AL
NA.
RS:LLAKSHMA
8-Jul-1983 14.4£:go SPIDERSUSE

8-Jul=1983 15:23:25

VAX=-11 Bliss=16 V3=555

! RETURN THE STATUS

8-Jul-198
8-Jul-198

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

15: 23: 25
14: 46: 20

SEQ 149

Pa?e 6
VAX=11 Bliss=16 V3-555
SPIDERSUSERS:[LAKSHMANA. 11REL.REALJZRC A (22

end;

6 12

.SBTTL

AVAILABLt::

b med

D o

ggesssss83888888838 g
3% INEREN SRRERNIRSREN

0000006
000054
0000006
000014 0000006
0000006
000054
0000006
000017 0000026
000001 0000026
0000006
000054
0000006
000360 0000026
0000006
000054
0000006
0000036
0000006
000056
0000006
0000006 0000046
0000006
000054
0000006
0000066
0000006
000054
0000006
0000006 0000106
0000006
000054
0000006
0000126
0000006
000054
0000006
000010 0000146
0000006
000054
0000006
0000156
0000006
000054
0000006
000001 0000166
0000006

066700
052760

0000006
100000 000002

AVAILABLE AZTEC GLOBAL ROUTINE

2844

;

2868

cno.SLOt (SP)
0 4.=-(SP)

2869

+2 (R0)
#1,SND.ENVELOPE
CHD.SLOT (SP)

2870

0360 sno ENVELOPE*Z(RO)
CMD. SLOT
c4-ufl

287

SND.. ENVELOPE +3(R0)
CMD.SLOT, (SP)

2875

2876

2877

2878

2879

CHD.SLOT;
PC,BLSMUL

2880

cno SLOT, (SP)

2881

2885

BLSMUL

011SND. ENVELOPE (R0)
BLSMUL

ll?SND. ENVELOPE*Z(RO)
4.-(SP}

BLSMUL

PC,BLSMUL

#54.-(SP)
PC,BLSMUL

CMD.REF,Sflg;NVEL0P506(R0)

CHD.SLO
#54,=(SP)

PC,BLSMUL

6
(R0O)
SND .ENVELOPE+
(SP)
OT,
CMD.SL

’

SP}

PC ,BLSMUL

UNIT.SND.ENVELOPE+10(R0)
CMD. SLOT, (SP)

#54.=(SP)

PC,BLSMUL

SND. ENVELOPE012(R0)
CHD.SL
.=SPS
BLSMUL
016sno euvsLoP£o14<no>
SND. FNVELOPEO15(RO)
4.-(SP)

C B $MUL

ll.SND.EN:SLOPE*Ié(RO)
CMD.SLOT
RO
RO

SEND.RING,RO

#100000, 2(R0)

H12

000332

000

g-Jul-W
=Jul=19

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTI

IRCFA2
v01.0

000030

017766

767

2$:

000000V
000034

Pg G%TCM.SI.OT

: $STMP

#34,5P

(SP3+.R1

Routine Base:
ABSCODE + 6502
: Routine Size: 134 words,
words
16
: Maximum stack depth per invocation:

2902

2903

: *, $8TMP2

32(SP)
2$

RTS

: RE. REG, TEMP
: +, $8TMP1

R1
%
PC,REC.STATUS

4S:

*,RC.REG

§§DLY RO
RO

3s:

snoensusens CLAKSHMA

S 30(SP)
+ADDR,
?C?

48’

1$:

81:42:%

EQ 15
Pgr
VAX=11 Bliss=16 V3=555NA. 11REL .REALJZRCFA (sg

2889
2893
2896

: SSTMP1

: SSTMPZ
2900
2844

8-Jul=19

MISCELLANEOUS SECTIONS

8=Jul-1 9

w*‘%’é%?é%

le4

FUNCTIONAL DESCRIPTION :

b—

d
b
-

’

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
SETTABLE CHARACTERISTICS ARE SET AFTER_ THE
SUCCEDED.
HAVE
SUCCESSFULLY SPUN=UP AND ANY OTHER VALIDITY CHECKS

Vo ~NONWNSN0

global routine ON_LINE =

VO OO0

LSLS
NS SN ]

VAX-11 Bliss=16 V3=555
SPIDERSUSERS: [LAKSHMANA. 11REL .REALJZRCFA (23

|
1

]

i FORMAL PARAMETERS :
- NONE :

| IMPLICIT INPUTS :
i INPLICIT OUTPUTS :
- NONE i
l

l
l
l

:
COMPLETEDTION CODES

RET_STATUS : RETURN STATUS PASSES BACK TO THE CALLING ROUTINE

l
l
l

)

:
SIDE EFFECTS

ANY PREVIOUSLY DEFINED CONTROLLER CHARACTERISTICS WILL POSSIBLY
BE ALTERED AFTERE EXECUTION OF THEIS COMMAND.
begin
local
TEMP;

! UQ PORT COMMAND ENVELOPE HEADER FIELD DEFINITION

R R R IE R

e e

e R TR T TR LA LALR PR T L L L L TR IR IR R

R A

R TRT E TR A

A DRTR TRDA R L A L L T

AZTEC GLOBAL ROUTINE

:25

:464:20

SND_ENVELOPE [.CMD_SLOT, MSG_LENGTH]= SZ_ONL; ! LOAD MESSAGE LENGTH
i LOAD CREDIT SIZE
SND_ENVELOPE [.CMD_SLOT, CREDITS] = ONE
TYPE *SEQUENTIAL'
MESSAGE
!
SND_ENVELOPE [.CMD_SLOT, MSG_TYPE] = 0;
ID ‘DUP’
CONNECTION
DEFINE
i
0;
SND_ENVELOPE [.CMD_SLOT, CONR_ID] =

g MSCP GENERIC COMMAND ENVELOPE FIELD DEFINITION
SND_ENVELOPE [.CMD_SLOT, CMD_LREF] = .CMD_REF;

SND_ENVELOPE [.CMDSLOT, CMD”HREF] = 2ERO;

SND”ENVELOPE [.CMD-SLOT. UN_CUSED] = .UNIT:

SND_ENVELOPE [.CMD_SLOT, UN_HUSED] = ZERO;
SND”ENVELOPE %.CMD~SLOT, OPTODE
:
[.CMD_SLOT, UQRSVD
SND_ENVELOPE

SND"ENVELOPE [.CMDZSLOT. MODIFIER]= zefio

!LOAD COMMAND REFERENCE #
ZERO HI ORDER CMD REF #
UNIT
SELECTED
NOT USED IN DUP IMPLIMENT.
DEF INE_COMMAND OPCODE

NOT USED

DEFINE CMD MODIFIERS

| COMMAND SPECIFIC COMMAND ENVELOPE FIELD DEFINITION
SND_ENVELOPE [.CMD_SLOT, RSVSD] = SERO : RESERVED

SND_ENVELOPE [.CMD_SLOT, UNT_FLAGS

2ERO;

SEQ 151
Pare 64

! UNIT FLAG FIELD

SEQ 152

53
X

Par 65
VAX=11 Bliss=16 V3=555
8-Jul=1983 15:23:55
MISCELLANEOUS SECTIONS
(23
.REALJZRCFA
A.11REL
S:CLAKSHMAN
SPIDERSUSER
8=Jul=1983 14:44:20
AZTEC GLOBAL ROUTINE
! RESERVED FIELD
SND_ENVELOPE [.CMD_SLOT, RSVD$SO] = ZERO;
2961
i RESERVED FIELD
SND_ENVELOPE [.CMD-SLOT, RSVD$1]) = ZERO:
296
FIELD
SND_ENVELOPE [.CMD_SLOT, RSVD$2] = ZERO;
SND_ENVELOPE [.CMD-SLOT, RSVD$3] = ZERO;
SND_ENVELOPE [.CMD-SLOT.RSVD$4] = ZERO:
SND_ENVELOPE [.CMDZSLOT, RSVD$5] = ZERO;
SND_ENVELOPE [.CMD_SLOT, DDP_LOJ = ZEPO;
SND_ENVELOPE E.cm,swr. DDPHIJ = ZERO;
SND_ENVELOPE [.CMD-SLOT, SHADOW UNIT] = ZERO;

53;5

; SET THE OWNERSHIP BIT TO 1 WHICH GIVE THIS SLOT TO THE PORT.

53;‘5'

SEND_RING [.CMD_SLOT, OWN_BIT] = PORT_OWNED;

%3;9

! READ THE IP REGISTER TO STIMULATE PORT POLLING.

%g;g

TEMP = .RC25_ADDR [RCIP, RC_ALL):

ggg?

| GET THE COMMAND SLOT NUMBER FOR NEXT COMMAND

2982
2983

GET_CMD_SLOT ();
'

SND_ENVELOPE [.CMDZSLOT, COPY_SPEEDJ ZERO;

%3;?

DELAY (1);

| CHECK THE END PACKET FOR GOOD STATUS

533;

! RETURN THE STATUS

return REC_STATUS ();

2989

2990

end;

.SBTTL
ON.LINE::

010146

MOV

ON.LINE AZTEC GLOBAL ROUTINE

R1,=(SP)

oooooos
000054
0000006
000044 0000006
0000006
000054

CMP
MOV
MOV
JSR
MOV
MOV
MOV

-($P),=(SP)
CMD.SLOT ,=(SP)
#54,=(SP}
PC,BLSMUL
#44 ,SND. suva.opmo:
cno.sL (SP)
n 4.=(SP)

0000006
000054
0000006
000360 0000026
0000006
000054
0000006
0000036
0000006
000054

MOV
MOV
JSR
BICB
MOV
MOV
JSR
CLRB
MOV
MOV

cno SLOT (SP)
SP)
snu
E
+2 (R0)
mo sno ENVELOP
(SP)
cno.s
-(sPS
c m.snu
SND.ENVELOPE+3(R0)
CMD.SLOT, (SP)
#54.-(SP)

016760 0000006 0000046

MoV

024646
016746
012746
004767
012760
016716
012746
004767

0000006

0000026
142760 000017
000001 000002G
152760

016716
012746
004767
142760
016716
012746
004767
105060
016716
012746

=
RERBRIRE

| COPY SPEED

i
'

2984
2985
2986

g888888ss

i RESERVED
i RESERVED FIELD
i RESERVED new
i RESERVED FIELD
i DEVICE DEPENDENT PARAMETER
i DEVICE osrenosm PARAME TER
! SHADOW UNIT

296
2964
2965
2966
2967
2968
2969

004767

0000006

JSR
BICB
BISB

JSR

BLSMUL
+2 (R0)
sno ENVELOPE
n?
#1,SND.ENVELOPE+2(R0)

PC ,BLSMUL

CMD.REF , SND .ENVELOPE +4 (R0)

;

2904

2942

;

2943

2944

;

2945

;

2949

K 12

8-Jul=-1983 15:23:25
8-Jul=198314:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

ZRCFA2
0
016716

060

0000006
000054
0000006
0000066
0000006
000054
0000006
0000006 0000106
0000006
000054
0000006
0000126
0000006
000054
0000006
000011 0000146
0000006
000054
0000006
0000152
000000
000054
0000006
0000166
000000
000054
000000

CMD.SLOT, (SP)

SP)

P DERSOSERS: [ AKSHAARA. 11REL.REALJZ:§§§ :;;
:

2950

2951

2952

2953

2954

2955

2959

2960

2961

2962

2963

2964

2965

2966

PC,BLSMUL

+6 (R0)
SND . ENVELOPE
CMD.SLOT, (SP)
#54,=(SP}
PC., BLSMUL

suv§L0PEo1o<ao)
UNIT, suo
cno.

-(SPS

PC aLsnu
SND. ENVELOPE*12(R0)

PS
-(s
BLSMUL
o1iLSND. euvsLopso14(n0)
CHD.SLOT
#54, -(SPS
PC,BLSMUL
SND. ENVELOPE*IS(RO)
cno SLOT

CHD.S%gTS(SP)

PC,BLSMUL
SND. ENVELOPE*16(R0)
SLOTS(SP
CHD

pc BLSHU

SND. ENVELOPE +20(R0)
CMD.SLOT, (SP)

#54,=(SP}

PC,BLSMUL

(R0)
OPE
+22
SND . ENVEL
CMD.SLOT, (SP)

sP)

PC,BLSMUL

+24 (R0)
SND . ENVELOPE
CMD.SLOT, (SP)

#54,~(SP)

PC,BLSMUL

+26 (R0)
SND . ENVELOPE
CMD.SLOT, (SP)

#54,=(SP)

PC,BLSMUL

(RO)
SND . ENVELOPE+30
CMD.SLOT, (SP)

#54,~(SP}

PC,BLSMUL

+32 (R0)
SND . ENVELOPE
CMD.SLOT, (SP)

#54.,-(SP}

PC,BLSMUL

SND. ENVELOPE034(RO)
s(SP
CHD SL

005060
016716

PC 8 SHU

0000006

SND.ENVELOPE*36(R0)

CMD.SLOT, (SP)

L1
8-Jul=-1983 15:23:25
8-Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

VAX=11 Bliss=16 V3-555

SEO 154

SPIDERSUSERS:CLAKSHMANA. 11REL .REALJZRCFA (23

054.-(5?)
PC,BLSMUL

SND. ENVELOPE*‘O(RO)
‘
CHD SL

2968

2969

2970

2974

: = ,RC.REG

2978

|
: +,$8TMP2

2982
2985

PC 8
SHU

SND . ENVELOPE’éZ(RO)
SP)
CHD.SP’

C BLSHU
SND. ENVELOPE*“(RO)
CHD SL
S

C 8 SHUL

+46 (R0)
SND .. ENVELOPE

CSD.SLOT.RO
RO

100000 000002
0000006 000060
000060
000000V
000001

SEND.RING,RO

#100000, 2 (R0)

@RC2S.ADDR,60(SP)
60(SP) ,RO
PC,Gsl.CMD.SLOT

0000006

000062

2%:
3s:

000000V
000064

4%:

LSDLY,RO
33
62(SP)
RO
28
18
PC,REC.STATUS
#64,SP

(SP)+,R1

229 words,
Routine Base: ABSCODE + 7116
on: 28 words
invocati
: Maximum stack depth per

: Routine Size:

3
3

2991
2992

: RC.REG,TEMP

: +,$8TMP]

: SSTMP
: $STMP1

: $STMP2

H
3

2989
2904

e T TR TR

R DR PRL TRPR LAL L 1

e
e

NN
oW

&N
& W

AZTEC GLOBAL ROUTINE

i F
UNCTIONAL DESCRIPTION

THE READ COMMAND IS USED TO READ FROM THE UNIT AND TRANSFERRED

TO THE HOST BUFFER.

|
l

FORMAL PARAMETERS
:
= NONE
-

l
l
l

: IMPLICIT INPUTS :

} INPLICIT QUTPUTS :

NONE =

COMPLETEDTION CODES

: RETURN STATUS PASSES BACK TO THE CALLING ROUTINE
RET_STATUS

l
l

SIDE EFFECYS

NONE
-

R TR TR PRDR DR LR LA L TR IR IR R
e

begin

' UO PORT COMMAND ENVELOPE HEADER FIELD DEFINITION

' HSCP GENERIC COMMAND ENVELOPE FIELD DEFINITION

local

TEMP;

SND_ENVELOPE [.CMD_SLOT, MSG LENGTHJ SZ_RD;

SND_ENVELOPE [.CMD_SLOT, CREDIT

e
o
e
T
R R TR
TR R TO
LI I I
MR

! LOAD MESSAGE LENGTH

i LOAD CREDIT SIZE

SND_ENVELOPE [.CMD_SLOT, MSG TVPEJ 0:"! MESSAGE TYPE
SND_ENVELOPE [.CMD_SLOT, CONR_ID] = 0; i DEFINE CONNECTION ID

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_RD;
SND_ENVELOPE [.CMD_SLOT, UQRSVD] = ZERO;

SND_ENVELOPE [.CMD_SLOT, MODIFIER] = ZERO;

'L OAD COMMAND REFERENCE #
! ZERO HI ORDER CMD REF #
! SELECTED UNIT
! NOT USED IN DUP IMPLIMENT.
! DEFINE COMMAND OPCODE
! NOT USED

! DEFINE CMD MODIFIERS

' COHHAND SPECIFIC COMMAND ENVELOPE FIELD DEFINITION

SND_ENVELOPE [.CMD_SLOT, BLO_CNT] = .BYTE_COUNT;

SND_ENVELOPE I.CHD_SLOT. BHIZCNT] = ZEROi

SEQ 155

Pa?e 68
VAX=11 Bliss=16 V3=555
(24
LJZRCFA
11REL.REA
SPIDERSUSERS CLAKSHMANA.

global routine READ_CMD =

R R

8=Jul-1
8=Jul-1

&vl

MISCELLANEOUS SECTIONS

IRCFA2
v01.0

OO
(1.~
N AN

! BYTE COUNT LOW WORD

! BYTE COUNT HIGH WORD

ZERO; @ BUFFER DESCRIBTOR FIELD
=
SND_ENVELOPE L.CMD_SLOT, BD_0J]
SND_ENVELOPE [.CMD_SLOT, BD_1] = ZERO; ! BUFFER DESCRIBTOR FIELD
SND”ENVELOPE L.CMD_SLOT, BD-2] = ZERO; ! BUFFER DESCRIBTOR FIELD
SND”ENVELOPE [.CMD”SLOT, BD_3] = ZERO; ! BUFFER DESCRIBTOR FIELD
= ZERO; ! BUFFER DESCRIBTOR FIELD
SNDENVELOPE [.CMD_SLOT, BD_4]
SND_ENVELOPE [.CMD_SLOT, BD 5] = ZERO; ! BUFFER DESCRIBTOR FIELD
! LOGICAL BLOCK NUMBER
SND_ENVELOPE [.CMDSLOT, LBR_LO] = .LBN_ST;
! LOGICAL BLOCK NUMBER
SND_ENVELOPE [.CMD_SLOT, LBN_HI] = ZERO;

SEQ 156

Pa?e 69
VAX=11 Bliss=16 V3=555
FA (24
.REALJZRC
11REL
NA.
SERS
: LLAKSHMA
SPIDERSU

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

g SET THE OWNERSHIP BIT TO 1 WHICH GIVE THIS SLOT TO THE PORT.
§END_RING C.CMD_SLOT, OWN_BIT] = PORT_OWNED;

S U

g READ THE IP REGISTER TO STIMULATE PORT POLLING.
IEHP = .RC25_ADDR [RCIP, RC_ALL];
; GET THE COMMAND SLOT NUMBER FOR NEXT COMMAND
QET_CHD-SLOT 0O;

QELAV (1);

; CHECK THE END PACKET FOR GOOD STATUS

010146

g88855888888888sss
RoRINIRIVENRENSRSR §§§§§§§§§§§§§§§ §

024646

WNON)
= =

! RETURN THE STATUS

return REC_STATUS ();
end;

0000006
000054
0000006
000040 0000006
0000006
000054
0000006
000017 0000026
000001 0000026
0000006
000054
0000006
000360 0000026
0000006
0054
0000006
0036
0000006
000054
0000006
0000006 0000046
0000006
0054
0000006
00066
0000006
00054
0000006
000000G 000010G
0000006
012746 000054
004767 0000006

.SBTTL

:
READ.CMD:
MOV
CMP

MOV
MOV
JSR
MOV
MOV
MOV
JSR
BI(CB
BISB
MOV
MOV
JSR
BI(B
MOV
MOV
JSR
CLRB
MOV
MOV
JSR
MOV
MOV
MOV
JSR
CLR
MoV
MOV
JSR
MOV
MOV
MoV
JSR

READ.CMD AZTEC GLOBAL ROUTINE
R1,=(SP)

-($P),=(SP)
CMD.SLOT,=(SP)

#54,=(SP)

3023

PC ,BLSMUL

(RO)
#40, SND . ENVELOPE
CMD.SLOT, (SP)

#54,=(SP}

3024

PC,BLSMUL

+2(R0)
. ENVELOPEND
#17,S
#1,SND
. ENVELOPE+2 (R0)
CMD. SLOT, (SP)

3025

PC , BLSMUL
+2 (R0)
#360, SND . ENVELOPE
CMD. SLOT, (SP)

3026

#54,=-(SP}

#54,-(SP}

PC ., BLSMUL

SND . ENVELOPE+3(R0)
CMD.SLOT, (SP)
#54,=(SP)
PC,BLSMUL

(RO)
OPE
CMD .REF , SND . ENVEL+4
CMD.SLOT, (SP)

#54,=(SP)

3030

3031

PC.BLSMUL

E
+6 (R0)
SND . ENVELOP
CMD.SLOT, (SP)

#54.=(SP)

3032

PC,BLSMUL

UNIT,SND.ENVELOPE+10(R0)
CMD.SLOT, (SP)

#54,=(SP}

PC,BLSMUL

3033

813
MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
0
060

060

3034

3035

3036

CMD.SLOT, (SP)

3040

ELOPE +20(R0)
avfecoun,1§suo.ENV
¢

3041

3042

4564, -(sPS

3043

CHD.S
s

3044

3045

3046

3047

3048

3049

3053

i(SP)
CU.SL

0000146

000054
0000006
0000156
0000006
000054
0000006
0000166
0000006
000054
0000006
0000006 0000206
0000006
000054
0000006
0000226
0000006
000054
0000006
0000246
0000006
000054
0000006

SND. ENVELOPEHZ(RO)

0000126
0000006
56
1

=Jul=198

SEQ 157

Par 70
VAX=11 Bliss=16 V3-555
FA (24
.REALJZRC
TREL
1
.
ANA
:LLAKSHM
SERS
SPIDERSU

snum

m LSND. snven.ommao)
CMD.SLOT, (SP)
#564.,-(SP}
PC,BLSMUL
(RO)
SND.ENVELOPE+15
CHD.SLOT (SP)

#54.-(SP}

PC,BLSMUL

SND . ENVELOPE+16(R0)

s‘ -(sP}

SMUL

CMD. SLOT

#54.-(SP}
PC,

snu

(R0)
SND.ENVELOPE+22
CMD.SLOT, (SP)

#54,=(SP)

PC,BLSMUL

SND. £NVELOPE*24(RO)
cno.s

PC,BLSMUL

SND. ENVELOPE*ZMRO)
c BLSHU
SND . ENVELOPE +30(R0)
CMD.SLOT, (SP)
#54.,~(SP}
PC,BLSMUL

SND . ENVELOPE+32(R0)
CMD.SLOT, (SP)

#54,=(SP}

PC,BLSMUL

+34 (R0)
SND . ENVELOPE
CMD.SLOT, (SP)

#54,-(SP)

PC,BLSMUL

(R0)
OPE
SND . ENVEL+36

cno.s(or‘(sp>

PC.BL $MUL

LBN. ST, SND. ENVELOPE +40(R0)
CMD.SLOT, (SP)

#54.~(SP)

PC,BLSMUL

SND.ENVELOPEMZ(RO)

g’gD.SLOT RO

RO
SEND.RING,RO

C13

8-Jul-198§ 2 2{'50
26
8-Jul-198

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

2760

7766

100000

54(SP)
oggoofioa

000002

0000006 000054

4567 900ndy
0006%3
000632

016700

0000006

005066
005300

000056

2$:

000642
000646

004767
062706

000000V
000060

H
3

3069
3070

: «, $8TMP1

56(SP)

: $STMP
: SSTMP1

1:
PC,REC.STATUS

4$:

#60,SP

(SP)+,R1

Routine Base: ABSCODE + 10030
invocation: 26 words

215 words,

Haxinun stack depth per

§DLV.R0

RTS

: Routine Size:

3s:

- acagezeX genp

PC GETCHD sLoT

#1,.R1
48

1$:

SEQ 158

Paro 71
VAX=11 Bliss=16 V3=555
SPIDERSUSERS:CLAKSHMANA. 11REL .REALJ2RCFA (24

: =, $8TMP2

——

3061

3063

: $STMP2
3067
2993

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE
e

IRCFA2
v01.0

:20

VAX=11 Bliss=16 V3=555

72
SPIDERSUSERS:CLAKSHMANA. 11REL .REALJZRCFA (25

global routine READ_FILL_RING : novalue =

UNCTloneL gESCRIPTION$

AD COMMAND IS USED TO READ THE DATA FROM THE UNIT AND

TRANSFERED TO THE HOST BUFFER.
:
i FORMAL PARAMETERS
= NONE
IMPLICIT INPUTS :
INPLICIT OUTPUTS :
= NONE -

i COMPLETEDTION CODES

RET_STATUS
: RETURN STATUS PASSES BACK TO THE CALLING ROUTINE

i SIDE EFFECTS :

NONE
-

begin
local
!

| MSCP PORT COMMAND ENVELOPE HEADER FIELD DEFINITION

SND_ENVELOPE [.CMD_SLOT, MSG LENGTHJ SZ_RD;

SND_ENVELOPE [.CMD_SLOT, CONR_ID]=0;

! LOAD MESSAGE LENGTH
i LOAD CREDIT SIZE
SND_ENVELOPE [.CMD_SLOT, CREDITS ONE
SND_ENVELOPE [.CMD_SLOT, MSG 7YPEJ 0:°! MESSAGE TYPE
i DEFINE CONNECTION ID

' HSCP GENERIC COMMAND ENVELOPE FIELD DEFINITION

SND_ENVELOPE [.CMD_SLOT, UN_CUSED] = .uuxi:

SND_ENVELOPE [.CMD-SLOT. uu"HUSED] = 2ERO
SND”ENVELOPE E.CMD=SLOT. OPTODE] = OP_RD;
[.CMD-SLOT, UQRSVD] = ZERO:
SND_ENVELOPE
SND_ENVELOPE [.CMDSLOT, MODIFIER] = MD_EXP;

!LOAD COMMAND REFERENCE 0
#
ZERO HI ORDER CMD REF
SELECTED UNIT
NOT USED IN DUP IHPLIHENT
DEF INE_COMMAND OPCOD
[aud

SND_ENVELOPE [.CMD_SLOT, CMD_LREF) = .cno REF;
SND_ENVELOPE [.CMD-SLOT, CMD”HREF] = ZERO

tmimimememimom

W=
VNS
NOWVNS NN =O VO NOWVSWN=O

PONINININDNININD
b b e cd cd e wd b b b

WA LA U U U U U U

N AN U

N N WA AN AN N N N NN N NN N

3100

NOT USED

DEFINE CMD MODIFIERS

' COHHAND SPECIFIC COMMAND ENVELOPE FIELD DEFINITION

SND_ENVELOPE

= .BYTE_COUNT;
L[.CMD_SLOT, BLO_CNTJ

SEQ 159

Paro

! BYTE COUNT LOW WORD

*© BYTE_COUNT HIGH WORD
SND_ENVELOPE [.CMD_SLOT, BHI_CNT] = 2ERO;
i BUFFER ESCRIBTOR FIELD
R'
.BUF-DEECRPT
=
BD_0]
SLOT,
[.CMD_
SND_ENVELOPE
SND_ENVELOPE [.CMD_SLOT. 8D_1] = ZERO; ! BUFFER DESCRIBTOR FIELD

SND_ENVELOPE [.CMD_SLOT, BD_2] = ZERO; ! BUFFER DESCRIBTOR FIELD
SND_ENVELOPE E.CMD_SLOT, BD_3] = ZERO; ! BUFFER DESCRIBTOR FIELD
[.CMD”SLOT, BD_4] = ZERO; ! BUFFER DESCRIBTOR FIELD
SND_ENVELOPE
SND_ENVELOPE E.CMD_SLOT, BD_5) = ZERO; ! BUFFER DESCRIBTOR FIELD
! LOGICAL BLOCK NUMBER
[.CMD_SLOT, LBR_LO] = .LBN_ST;
SND”ENVELOPE
! LOGICAL BLOCK NUMBER
SND_ENVELOPE [.CMD_SLOT, LBN_HI] = ZERO;

E 13

8-Jul=1983 15:23:
1083 12:20:30
Gl

AZTEC GLOBAL ROUTINE

WWWWWW

A NI
&3

MISCELLANEOUS SECTIONS

seo 1

LROERSOSERS: LAKSHMANA. 11REL. NEALJzn'?' (25

VAX=11 Bliss=16 V3=555

]

| SET THE OWNERSHIP BIT TO 1 WHICH GIVE THIS SLOT T THE PORT.

= PORT_OWNED;
seuoRING [.CMD_SLOT, OWN_BIT]

end:

0000006

000054
0000006
000040 0000006
0000006

000054
0000026
000017
000001 0000026

0000006

000054

0000006

000360 0000026G
000054

0000006

.SBTTL READ.FILL.RING AZTEC GLOBAL ROUTINE
READ.FILL.RING::

MOV

MOV
JSR
MOV

MOV

MOV
JSR
BICB
BISB
MOV

MOV
JSR

BICB
MOV
MOV

CMD. SLOT,=(SP)

3101

CMD.SLOT, (SP)

3102

3103

3104

3108

3109

SP)

-cspS

3110

-(spi
#54.
PC,BLSMUL

31N

3112

3113

3114

;

3118

#54.,=(SP)
PC ,BLSMUL
c46.sno.euv5Lop5(ao>

054.-(595
BLSMUL
PE
+2 (R0)
ENVELO
SND.ENVELOPE*
o1$
Z(RO)
#1,SND.

cno SLOT (SP)

SP)

snu

(RO)
sno ENVEI.OPE*Z
0360
SP)
cno.
-(sPS

PC aLsnu
SND.ENVELOPE+3(R0)
cno.sn.or (SP)
SP)
PC s anL
CMD.REF, sno euvev.ommo;
cno sLof
T=(SPS
pc BLSHU
SND. ENVELOPE*6(R0)

0000006
0000006
000054
0000006
0000006 000004G
0000006
000054
0000006
0000066

JSR
CLRB
MOV
MOV
JSR
MOV
MOV
MOV
JSR
CLR

0000006 0000106G

JSR
MOV
MOV

PC aLsnu
UNIT, suo enven.onenomo»
CHD.SL

CLR

SND. ENVELOPE+12(R0)

0000036

0000006
000054
7 0000006

0000006

000054
0000006

060 0000126
0000006

000054
0000006
0000146
000041
0000006
000054
0000006
0 0000156
0000006

000054
0000006
100000 0000166
0000006
000054

MOV

MOV
JSR
MOV

MOV
JSR
MOVB
MOV
MOV
JSR
CLRB
MOV
MOV
JSR
MOV
MOV
MOV

cno.s

SP)

“e(SPS
:4iLSND. ENVELOPEOI‘(RO)
CHD.SLOT
5
PC BLSHU
SND. ENVELOPE*IS(RO)
BLSMUL

CMD.SLOT, (SP)

#54.-(SP)
PC ., BLSMUL
,
ENVELOPE +16(R0)
SND .0000
#-10
CMD.SLOT . (SP)
#54,=(SP}

F13

8-Jul-198315:23: 25
8=Jul-1 983 14:44: 20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

0000006
0000006 0000206

060

060
7

564
0000006
0000226
0000006
000054
0000006
0000006 0000246
0000006
000054
0000006
0000266
0000006
000054
0000006
0000306
0000006
000054
0000006
0000326
0000006
000054
0000006
0000346
0000006
000054
000000 G
0000366
0000006
000054
0000006
0000006 0000406
0000006
000054
(000006
0000426
0000006

0000006
100000 000002
000054

no.ENVELOPE+20(R0)
avfecouutgs
T,(
BLSMUL

3119

3120

3122

CMD.SLOT,

3123

SND. suva.omszmm
cno.s
#54, -(SPS

3124

CMD.SLOT, (SP)

3125

(R0)
OPE
+36
SND . ENVEL
CMD.SLOT, (SP)

3126

3127

CMD.SLO

#54 ,=(SP}

PC,BLSMUL

+22 (R0)
SND .. ENVELOPE
CMD.SLOT, (SP)
#54,=(SP)
PC,BLSMUL

BUF.DESCRPTR$SND.ENVELOPE*Z‘(RO)
CMD.SLOT, (SP

#54.,=-(SP}

PC,BLSMUL

sno.snvemmzmm

54, -(spS
ocm.s
BLSMUL
m
sné.euveu.omso(a
(SP)
054.-(595

PC,BLSMUL

PC,BLSMUL
+34 (R0)
SND . ENVELOPE
#54,-(SP)
PC,BLSMUL

#54,=(SP)

PC,BLSMUL

LBN.ST, SND.ENVELOPE+40(R0)
CMD.SLOT, (SP)

#54,=(SP)

PC,BLSMUL

+42 (R0)
SND . ENVELOPE
ggD.SLOT.RO
RO
SEND.RING,RO
#100000,2(R0)

Routine Base:
ABSCODE + 10706
193 words,
: Routine Size:
ion:
words
23
invocat
Haxtmun stack depth per

3134
3135

SEO 161

?c
VAX=11 Bliss=16 V3-555
SPIDERSUSERS: [LAKSHMANA. 11REL. REALJZRC 4 (25

MISCELLANEOUS SECTIONS
OO VIS
B BB BB
W
— NNNNNN
o o b b e e oe ob
00000000 =
NN NN
STRINGR WN=O VOONOWVSWN=OO & ~ AR W =O VO NOVIS WA =O VRNV WN=OO vy

N N N U U U G AA o
O Uo eN eN eN eN N
N N AN AN AN N N N N N NN
N N N N NNoNN
N N NN
e e e e e e e s e e e
e e e o i o
e e

N -2

—

WA LA N AN N AN N NN NN W N N NN N

B 00 B0 Bg B0y %0 0000, %0 0,000,000 % %% %0%08,0%0%0, YR TR IR IR A

A TR R TR PR TR TR TR PRLA L L 1 TR T AR IR TR I ETA TR IR TNT

AZTEC GLOBAL ROUTINE

8-Jul-19 3 15:23:55
8-Jul=1

9 314

VAX=11 Bliss=16 V3-555

FUNCTIONAL DESCRIPTION :

THE GET UNIT STATUS COMMAND IS USED TO READ THE CURRENT
STATE OF THE UNIT, PLUS CERTAIN UNIT CHARACTERISTIACS.

FORMAL PARAMETERS :
- NONE -

i
i

i IMPLICIT INPUTS :

i INPLICIT OUTPUTS :
- NONE -

i COMPLETEDTION CODES :

RET_STATUS : RETURN STATUS PASSES BACK TO THE CALLING ROUTINE

i SIDE EFFECTS :
:

- NONE begin
local
TEMP;

g UQ PORT COMMAND ENVELOPE HEADER FIELD DEFINITION
SND_ENVELOPE [.CMD_SLOT, MSG_LENGTH] = SZ_GUS;
SND_ENVELOPE [.CMD_SLOT, CREDITS] = ONE;

! LOAD MESSAGE LENGTH
! LOAD CREDIT SIZE

SND_ENVELOPE [.CMD_SLOT, MSG_TYPE] = 0; ! MESSAGE TYPE

]

SND_ENVELOPE [.CMD_SLOT, CONR_ID] = 0;

! DEFINE CONNECTION ID

s MSCP GENERIC COMMAND ENVELOPE FIELD DEFINITION

;

SND_ENVELOPE L[.CMD_SLOT, CMD_LREF] = .CMD_REF;

SND_ENVELOPE [.CMD_SLOT, CMD_HREF] = ZERO;
SND_ENVELOPE [.CMD_SLOT, UN_CUSED] = .UNIT;
SND_ENVELOPE L[.CMD_SLOT, UN_HUSED] = ZERO:;
SND_ENVELOPE [.CMD_SLOT, OPTODE] = OP_GUS;
i
SND - ENVELOPE [.CMDTMSLOT,
UGRSVD] = ZERO;
SNDZENVELOPE [.CMDZSLOT, MODIFIER] = ZERO;

%LOAD COMMAND REFERENCE #

' 2ERO HI ORDER CMD REF #
! SELECTED UNIT
! NOT USED IN DUP IMPLIMENT.
! DEFINE COMMAND OPCODE
; NOT USED
DEFINE CMD MODIFIERS

i SET THE OWNERSHIP BIT TO 1 WHICH GIVE THIS SLOT TO THE PORT.
SEND_RING [.CMD_SLOT, OWN_BIT] = PORT_OWNED;
| READ THE IP REGISTER TO STIMULATE PORT POLLING.

TEMP = .RC25_ADDR [RCIP, RC_ALL);
| GET THE COMMAND SLOT NUMBER FOR NEXT COMMAND
GET_CMD_SLOT ();

SPIDERSUSERS : CLAKSHMANA. 11REL .REMJZRC?: (26

., Jobal routine GET_UNIT_STATUS =
:

SEQ 162

H13

8-Jul-198§15:23:25
8-Jul-198 16:44:20

MISCELLANEOUS SECTIONS

IRCFA2
v01.0
0

()

i
cd e
b e
b

then

lse

begin

resurn .RET_STATUS;

! RETURN WITH A STATUS ERR

RES_SLOT = .RES_SLOT = 1;

! GET THE CURRENT RES. SLOT

= .REC_ENVELOPE [.RES_SLOT, UNIT FLAG);
RET_UNIT FLAG
ena;

JSBTTL

0000006

MOV

CMD.SLOT,=(SP)

3166

BLSMUL
(R0)
SND. ENVELOPE
m’.
(SP)

3167

SP)
snu

3168

#54,-(SP}

MOV

CHD.SLOT

BICB

000054
0000006

3136

054.-(595

JSR

000017 0000026
0000026G
000001
0000006

MOV

000014 0000006
000054
0000006

GET.UNIT.STATUS AZTEC GLOBAL ROUTINE

GET.UNIT.STATUS::
R1,=(SP)
MOV
=(5P),=(SP)
CMP

MOV

0000006

MOV
JSR

BISB
MOV

MOV
JSR

SP)
snu

(R0)
017SND. ENVELOPE+2
LOPE+2(R0)
#1,SND.ENVE
CHD.SLOT (SP)

000360 0000026

BICB

:3oo.suo.euvsLoPs+z<a0)
CMD. SLOT, (SP

3169

0000006
0000036
0000006

JSR
CLRB
MOV

PC,BLSMUL
SND.ENVELOPE+3(R0)
CMD.SLOT, (SP)

3173

3174

SND. ENVELOPE*é(RO)
cno SLOT (SP)
spi

3175

0000006

' RETURN WITH A PASS CODE

r:;urnRET STATUS

0000006

ONONOON

! READ UNIT FLAG

i GET REXT RES. SLOT

GETTMRES_SLOTO);

000054

! READ THE STATUS

if REC_STATUS O

010146

—.og-.-.—h — b O OV
D Nb 32
NNOO
OV
JNINFINISININN oSN

SP!DERSUSERS [LAKSHMANA. 11REL.R£ALJZRC A (26

| CHECK THE END PACKET FOR GOOD STATUS

3203
3204
3205
3206
3207
3208
3209

024646

SEQ 163

Pare

DELAY (1);

e Ssosss

WWWNWWWWNWNW

AZTEC GLOBAL ROUTINE

VAX=11 Bliss=16 Vv3=555

MOV

000054

MOV

000054

MOV

#54.,=(SP)

MOV

(R0)
+4 PE
CMD.REF, SND.ENVELO

0000006

0000006 000004G

JSR

0000006

MOV

0000006

JSR

000054

0000066
0000006
000054

0000006

0000106
0000006
0000006
000054
0000006
0000126

0000006

MOV
CLR
MOV
MOV

PC,BLSMUL

CMD.SLOT, (SP)
054.-(sp$
PC,BLSMUL

JSR
MOV

SND. ENVELOPE*IO(RO)
unir snu
CMD. SLOT, (SP)

3176

MOV

CMD.SLOT, (SP)

;

MOV

MOV
JSR
CLR

#54.-(SP}
PC,BLSMUL
SND . ENVELOPE +12(R0)

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

012746
004767

112760

016716
012746
004767
1 05060
016716
012746
0047
005060
016700
006300

MOV
JSR

000054
0000006
000003 0000146
0000006
000054
0000006
0000156
0000006
000054
0000006
0000166
0000006

MOVB

03 SND. ENVELOPEOiL(RO)

MOVR

MOV

CLRB
MOV
MOV
CLR
MoV
ADD

8IS

MoV
MOV
JSR
1$:

000032

000000V

3s:

4$:

JSR

000030
0000006

0000006

000077
0000226 0000006
000000V
000030
0000006

BEQ

MOV
BEQ
CLR
DEC
BNE
DEC

2%:

MOV
58:

DEC
MOV

SWAB
RORB
ROR
ROR
8I(B

MoV

JSR

6$:

054 -(SP)
$MUL

MOV
CMP
MOV
RTS

3178

SND.ENVELOPE+15(R0)
CMD.SLOT, (SP)
#54,-(SP)

3179

SND .ENVELOPE+16(R0)
gsD.SLOT.RO

3183

: *,RC.REG

3187

s
: *,$8TMP2

319N
3193

-(sPS

cno.s

SP)

SMUL

PC,BLSMUL

SEND.RING,RO

#100000, 2 (R0)

3RC25 ADDR, 30(SP)
30(SP) ,RO
PC,GET.CMD. SLOT

#1.R1

48’

s RC.REG,TEMP

LSDLY,.RO
3s
32(SP)
RO
2%
R1

: +, $8TMP1

PC,REC.STATUS

3198

3200

#30,SP

zsr.srAtus.ao

: SSTMP
: $SSTMP1

: $STMP2

RES.SLOT
gSS.SLOT.RO

3204
3206

RO
RO
RO
#77 RO

REC.ENVELOPE+22(R0) ,RET.UNIT. FLAG :
PC,GET.RES.SLOT
#30,SP

RET.STATUS,RO
(SP)+, (SP)+
(SP)+.R1
PC

Routine Base:
ABSCODE + 11510
158 words,
: Routine Size:
16 words
: Maximum stack depth per invocation:

E 4SS

8=Jul-1

NN
— b b )

IRCFA2
0

SEQ 1
9;
Pa?e
V3-555
6
Bliss=1
VAX=11
SPIDERSUSERS:LLAKSHMANA. 1 1REL .REALJZRCFA (26

J 13
8-Jul-19
8=Jul-19

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

”global routine GET_CMD_SLOT : novalue =
FUNCTIONAL DESCRIPTION:

THIS ROUTINE ASSIGNS A COMMAND SLOT NUMBER FOR THE COMMUNICATION
RING, IT WILL WRAP AROUND, AS THE SLOT NUMBER REACHED TO THE BOTTOM.

b cd e

e cd e

—=OVRNOWVISW

WL
W
NN
NN N

IRCFA2
v01.0

SEQ 165

Page 79
VAX=11 Bliss=16 V3=555
FA (2
.REALJZRC
.11REL
ANA
SERS
[LAKSHM
:
SPIDERSU

begin

begin
: .C_SLOT eqlu SND_ALLOCATE = 1
en

gfgg AROUND THE COMMAND RING

[ M-SLoT = ZERO
e

&gSSLOY # REACHED TO THE END

INCREMENT THE CMD SLOT NUMBER

CMD_SLOT = .CMD_SLOT + 1;

end;

SE?D_RING C.CMD_SLOT, FLAG_BIT) = ZERO; ! CLEAR CMD_RING FLAG BIT
return;

end;

000000G 000017

0000006
0000006
000000G

36
000044

0000006
040000 000002

.SBTTL

GET.CMD.SLOT::
CMP
BNE
CLR

GET.CMD.SLOT AZTEC GLOBAL ROUTINE
$20.5L07.017
CgD.SLOT
2
CMD.SLOT

RO
CMD.SLOT

RO
RO

SEND.RING,RO
ztDOOO.Z(RO)

Routine Base:
ABSCODE + 12204
: Routine Size: 19 words,
; Maximum stack depth per invocation: 0 words

3213

K13
8=Jul-19 g 15:23:2 5
14:44:2 0
8=Jul=19

MISCELLANEOUS SECTIONS

AZTEC GLOBAL ROUTINE

SEQ 1

Plr
VAX=11 Bliss=16 V3=555
NA. 11REL.REALJZRCFA (28
SERS
: [LAKSHMA
SPIDERSU

. ”global routine GET_RES_SLOT : novalue =

g FUNCTIONAL DESCRIPTION:

i
;

THIS ROUTINE ASSIGNS A RESPONSE SLOT NUMBER FOR THE COMMUNICATION
RING, IT WILL WRAP AROUND, AS THE SLOT NUMBER REACHED TO THE BOTTOM.

)

begin

if .RES_SLOT eqlu REC_ALLOCATE - 1
then
L RES_SLOT = ZERO

' 1S SLOT # REACHED TO THE END?
' YES. THEN
g gfg: AROUND THE RESPONSE RING

RES_SLOT = .RES_SLOT + 1;

! INCREMENT THE RES SLOT NUMBER

else

end;

RE%EIVE_RXNG C.RES_SLOT, FLAG_BIT] = ZERO;

! CLEAR RECEIVE RING FLAG BIT

return;

end;

026727

001003
005067
000402
005267
016700
300

0000006 000017

000000G

1%:

2$:

GET.RSS.SLOT AZTEC GLOBAL ROUTINE

CMP

RES.SLOT, #7

CLR
B8R
INC

MOV

RES.SLOT
2%
RES.SLOT
RES.SLOT,RO

!
3
:
3

ADD
BIC

RECEIVE.RING,.RO
#40000,2(RO)

BNE

0000006

000000G
040000 000002

36
000044

.SBTTL
GET.RES.SLOT::

ASL
ASL

RTS

RO
RO
PC

19 words,
Routine Base: ABSCODE + 12252
: Routine Size:
; Maximum stack depth per invocation: 0 words
3255
3256

3235

L13

O T

global routine DUP_MSCP_INTS : INT_LNKSTYP =

IRTR T D

I+

{ FUNCTIONAL DESCRIPTION :

TRETIEATEATETETA TR IETEA

i FORMAL PARAMETERS :
i
i
i
|

IMPLICIT INPUTS :
IMPLICIT OUTPUTS :
COMPLETION CODES :
SIDE EFFECTS :
begin

W
N
~
W

RC25_DATA [RCSA, RC_ALL) = .RC25_ADDR [RCSA, RC_ALL);

TR A TR

! INDICATE THE INT. HAPPENED
i SAVE THE PORT/CTLER FAILURE

xnNEX = ALL_ONES;
a!r _STATUS =Pre CODE;

TETE

return .RET_STATUS;

else

end

usioAREA [RSP_INT] = ZERO;

! CLEAR INT. FLAG IN THE HEADER WORD

RET STATUS = PAS_CODE;

i RETURN A NON-ERROR CODE

ISR

HEADAREA CCMD_INT] = ZERO;

i INDICATE THE INTERRUPT OCCURED

I snNEX = ALL_ORES;

IR TR IR

! GET RCSA DATA

! CHECK SA REG.ERROR BIT

2;.RC25_DATA CRCSA, RCSA_ER]

PRTR

T 1 [

THIS ROUTINE SERVICE THE DUP AND MSCP INTERRUPT

enag,

end;

0000026
177777 0000006
000021 0000006
0000006
000006
000004
0000006
177777

.SBTTL

DUP.MSCP.INTS AZTEC GLOBAL ROUTINE

MOV
MOV

-(SP)
ADDR no
Rcés
2(RO),

CLR
CLR
CLR

6(R0)
4(RO)
RET STATUS

DUP.MSCP. INTS: :
MOV

0000006
000002

000066
000070

8-Jul=198315:23:25
8-Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

SEQ 167

Page 80
VAX=11 Bliss=16 V3=555
11REL
.REALJZRCFA
(29
svxoeasuseas CLAKSHMANA.

0000006

1$:

2s:

gg!
MOV
ggv
MOV

MOV
MOV
RTI

ggp)RCZS oAerz
#-1,1.AM.NEX
ggl.RET.STATUS
HEAD.AREA, RO

pS+1.AM.NEX
<sp)+ RO

Routine Base: ABSCODE + 12320
; Routine Size: 29 words,
3 words
invocation:
per
depth
stack
un
Hax1m
3290

;

: *,RC.REG

* RC.REG,*
;
:

;
:
:

3291

NN
own

&Ho

&SN
Ealvy)

8=Jul=19
8=Jul=19

—_——

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

Mm13

SEQ 168

Pa?e a1
VAX=11 Bliss=16 Vv3=555
. 11RELERS .REALJZRCFA (29
SUS
: [LAKSHMANA
SPIDER

N13

:
:
3
3
3
:
3
3
:

.
3
S
:
3
3
:
3
3
3
3
3

000000

000002
000006
000012
000014
000020
000024
000030
000034
000040
000042
000046
000050

g-Jul-198§15:23:SS

MISCELLANEOUS SECTIONS

IRCFA2
v01.0

AZTEC GLOBAL ROUTINE

329
329
3294
3295
3296
3297
3298
3299
3300
3301
3302

3303
3304
3305
3306
3307
3308
3309
3310
3311
3312

3313

144

: FUNCTIONAL DESCRIPTION
:

THIS ROUTINE SET UP THE INTERRUPT VECTOR

i
l

i
!
i
:
l

FORMAL PARAMETERS :
IMPLICIT INPUTS :
IMPLICIT OUTPUTS :
gOHELETlON CODES :
IDE EFFECTS :

! CLEAR VECTOR ADDRESS
aVEC (.RT_TABLE [RT_VECTOR));
[RT_VECTOR], DUP_MSCP_ INTS .RT_TABLE [RT _BR_LEVEL]); ! SET VECTCR ADDR. SERVICE
SETVEC (.RT_TABLE

RPUTINE"ADDR. & PRIORITY

WRT_RC25 (RCSA, TRUE);
I‘Q;Ufll:

‘ LET CONTROLLER GO

end;

.SBTTL

SET.INT.VSCTOR

SET.INT.VECTOR AZTEC GLOBAL ROUTINE
R1,=(SP)

RT.TABLE.R1
2(R1) ,RO

3292
3307

0000006G
000002

MOV
MOV

000000G
000004
012320°*
000002
000003

MOV
MOV
MOV
MOV
MOV

RT.TABLE RO
4(RO) ,=(SP)
#DUP.MSCP. INTS,=(SP)
2(R0) ,=(SP)
#3,-(SP)

3308

ADD

#10,SP

3292

RTS

000010

TRAP

;

TRAP

MOV

(SP)+,R1

; Routine Size:
21 words,
Routine Base: ABSCODE + 12412
7 words
; Maximum stack depth per invocation:

3314

14:44:20

A B0 SaAVA. 11REL.REALIZRETS(30

global routine SET_INT_VECTOR : novalue =

010146

016701
016100
104436
016700
016046
012746
016046
012746
104437
062706
012601
000207

=Jul=1983

VAX=11 Bliss=16 V3=555

SEQ 169

8 14

MISCELLANEOUS SECTIONS

A A AR

RIRORD s

SGR WN=OVONOWVSWN=O0VO~NOW

N N N N N N N N N N N NN N N NN W W N NN

AZTEC GLOBAL ROUTINE

8-Jul=-19 g }5 %2 sg
8=Jul-19

sp};};’ségago}tA:B-SSS

global routine REC_STATUS =
144

FUNCTIONAL DESCRIPTION :

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 PARAHETERS :
:
IMPLICIT INPUTS

IMPLICIT OUTPUYS
: RUE
ERROR
: FALSE
NO ERROR

COMPLETION CODES :
SIDE EFFECTS :
begin

WAITING FOR THE CONTROLLER TO FILLED THE DESCRIPTOR AND RELEASING
IT TO THE HOST, IF WAITING TIME EXPIRED THEN AN ERROR WILL BE REPORTED.
incrg C?UNT from 0 to 30000 do
egin

DEEAY (5);

! SET TIME OUT RANGE

! DELAY

! IF HOST OWN THE SLOT

if .RECEIVE_RING [.RES_SLOT, OWN_|BlT]ealu 0
THEN
then

DEEAV (25);

! DELAY

it (.REC_ENVELOPE [.RES_SLOT, STATUS]
nequ ZERO)

then

! READ THE STATUS BITS

! IF ERROR
i THEN FLAG THE ERROR
g
! PORT OWN THE RING
RECEIVE _RING [.RES_SLOT, OWN ‘BIT] = ONE;

RET_STATUS = RSE CODE;

regurn .RET STATDS.

else

T REPORT THE ERROR & SET STATUS

i SET ERROR FLAG

RE?EIVE _RING [.RES_SLOT, OWN_BIT]
= ONE; ! PORT OUN# THE RING
T GET NEXT RESPONSE SLOT
GET_RES_SLOT ();

RET_STATUS = PAS CODE;
regurn.RET_STATOS;

end;

i CLEAR STATUS

® RETURN WITH PASS FLAG

end;

RC25_DATA [RCSA, RC_ALL) = .RC25_ADDR [RCSA, RC_ALL]);

! GET RCSA DATA

SEO 1

-11REL. R!ALJZR‘?' (%1

°p

S3
-

s
B-Jul-l?lg 15:23:55
8-Jul-198 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUT INE

SEQ 171
84
VAX=11 Bliss=16 V3-555
(3
REALJZR2?=
SPIDERSUSERS:ELAKSHHANA.11REL.
P.

! CHECK SA REG.ERROR BIT

.RC25_DATA [RCSA, RCSA_ER]
be?in

! SAVE THE PORT/CTLER FAILURE

RET_STAT US = PFE_CODE;
return . RET_STATOS;

end

be?in
RET_STAT US = CTO_CODE;

1 9 ET TIME EXPIRED IN STATUS BUF

! RETURN WITH A TIME EXPIRED FLAG

return . RET_STATOS;

0000006

.SBTTL

REC.STATUS::
J SR
CMP
CLR
1$:
Mov
BEQ
2$:

NSERERERINBFRIRR

S8888888888ssss

3342

3344

CLR
DEC

2(SP)
RO

; SSTMP
: SSTMP1

; $SSTMP2

RES.SLOT,RO

;

3346

321.n1

; %, $8TMP2

3349

%:DLV.RO

; *,$8TMP1

2(SP)
RO

; SSTMP
: SSTMP1

8%:

; $SSTMP2

9$:

RES.SLOT,RO

3351

;

3355

5$:

BEQ

RO
RO

RECEIVE.RING,RO
g;goooo.zcao>

6$:
7$:

0000166

:P o«COUNT
$8TMP2

3315

; %, $8TMP1

000000G
100000 000002

0000006

;5§p;,-(sp>
gg.m

k:DLV.RO

4$:

0000006

R1,$SAVE2

MOV

3s:

0000006

REC.STATUS AZTEC GLOBAL ROUTINE

RO
RO
RO
RO
#77.R0

§5g.euv5Lope+16(ao>

0000006

ggs.stor.ao

0000006

RO
RECEIVE.RING,RO

D 14

8-Jul=1983 12:44:%0

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

#100000.2(R0)

100000 000002
000031 0000006
0000006

?;}.STATUS.RD

0000006

RES.SLOT,RO

RO
RO
RECEIVE .RING,RO
RET.STATUS

RET.STATUS,R)
138
R2
R§.072460
1
RC25.ADDR,RO

(SP)
2(R, D)

000002

%g:).RCZS.DATA+2

0000026

#21 ,RET.STATUS
?g;.STATUS.RO

0000006

000011 (000006
000000G

12%:

#11,RET.STATUS

13%:

;iP)#.(SP)*

RET.STATUS,.RO

Routine Base: ABSCODE + 12464
: Routine Size:
104 words,
6 words
; Maximum stac k depth per invocation:

; COUNT
s COUNT,*
*,RC.REG
RC.REG,*

58 853

118:

072460

3386
3387

3361

#100000, 2 (RO)
PC,GET.RES.SLOT

100000
177340
0000006
0000006

3356
3348

#31,RET.STATUS

108:

0000006

SEQ 1
Pa

gPlDERSUSERS:[LAKSHHANA.t1REL.REALJZRC?: (gi
AX=11 Bliss=16 V3-555

3323323§§
88842
oo~

W IN NN NN

WNWWWWWWWWWWW

34
3401

! CONSTANT NUMBER

3= 4657

P6 = 34

PSt(P2 + .P6) mod .END_LBN;

P1 = ,TICKS

return;

PR L T 1)

! CONSTANT NUMBER

! RANDOM LBN NUMBER
! UNIT NUMBER

end;

.SBTTL

RANDOM.NUM AZTEC GLOBAL ROUIT INE

MOV

#34501,P3

034501

0000006

RANDOM.NUM: :

012767

102600 0000006
0000006
0000006

MOV
MOV
MOV

#-75200,P6
P3,=(SP)
P2,=(SP)

MOV

RO, (SP)

ADD
JSR

0000006

MOV

000000G

MOV

JSR

agg

24 words,

Routine Base:

: Maximum stack depth per invocation:

TRPR

11REL. REALJZh‘?. (gg

NUMBER

000006

A TR

SPIDERSUSERS: CLAKSHMANA.

SEO 173

THIS ROUTINE RECEIVED A SEEK FROM CALLER AND GENERAT A RANDOM

0000006

R TR

VAX=11 Bliss=16 V3=555

: UNCTIONAL DESCRIPTION:

0000006
0000006

& words

3396

3388

F;
:

END.LBN,=(SP)
C.BL

RO,P2

l%.SP

ABSCODE + 13004

4 global routine AVERAGE_TIME : novalue =
+

FUNCTIONAL DESCRIPTION:

THIS ROUTINE CACULATE THE AVERAGE SEEK TIME FOR

AZTEC MACHINE.

IR IR T A R

gi
be

P4 = .TICKS + .SECONDS*60 + .MINUTES*60+60;
' CONVERTED IT TO TOTAL TICKS
DATAG = (.P4*16)/.P6;
GET THE AVERAGE TIME
DATA? = .P4 nod P6;
' GET THE AVERAGE TIME FRACTION
i TIME .5
DATA3 = .P4/2
resurn.

DATAS = -DATAS + .DATA2;

i GET THE TOTAL FRACTION

end,

.SBTTL

AVERAGE.TIME::

3397
3398

P6. (SP)
PC.BLSMUL

TR TRIR

&:44:15
5:23:

globol routine RANDOM_NUM: novalue =

012767

: Routine Size:

8=Jul=1 %g
8-Jul-198

MISCELLANEOUS SECTIONS
AZTE C GLOBAL ROUTINE

E 1

AVERAGE.TIME AZTEC GLOBAL ROUTINE

F 14

s-Jut-19 ;15:23:ss
~Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE
016746
01274

MOV

oooogoc

JSR
i

S8k

MOV
ADD

0000006

0000006
007020
0000006

MOV
MOV

MOV

MOV
JSR
MOV
MOV
MOV
JSR
MOV
MOV
MOV
JSR
MOV

ADD
ADD

MOV

000014

RTS

; Routine Size:

55 words,

Routine Base:

Haxinun stack depth per invocation:

8 words

;
:

05
13

3414

;

315

;

3416

TICKS,R1

R1.P4
P4 ,RO

ASL

0000006 0000006

éLA
PC
RO.RT

MOV
MOV
JSR
ASL
ASL
ASL

0000006
0000006
0000006
0000006
0000006
0000006
0000006
0000006
000002
0000006
0000006

sséonos «(SP)

MINUTES, (SP)
#7020,~(SP)
PC,BLEMUL

ADD

0000006
0000006

R1,=(SP)

a
se17

SPIDERSUSERS:CLAKSHMANA. 11REL. REALJzn'?' R

VAX=11 Bliss=16 V3-555

RO,R1

0
RO
RO

RO, (SP)

P6,=(SP)
PC.BLSDIV
RO.DATA&
P4, (SP)
P6,=(SP)
PC.BLSMOD
RO.DATA2
P4, (SP)
#2,=(SP)
PC.BLSDIV
RO.DATA3

oArAz DAIAS

(SPSo,n1
PC

ABSCODE + 13064

3417
3405

I ENE R R R

s T E

VONOWVSWN=O

b PRIIIIIIIINIIIIINY
1322.2,2.1.
SEEI& SRS RNRORONNY
EEERESERERERS
3
N

TR PR TR TRLR

PR PR DR

TR TR TR T (TR IR IR IR IR T AT

TRI T

T T TR TR TR PR TR L D L L

3461

v01.0

TR R R R R

8-Jul-198§
8-Jul-198

L sC ELLANEOUS SECTIONS
Y4 T EC GLOBAL ROUTINE

G 14

VAX=11 Bliss=16 V3-555
: CLAKSHMANA .
SPIDERSUSERS

“global routine EXAM_DATA : =
FUNCTIONAL DESCRIPTION:

THE FUNCTION OF THIS ROUTINE IS TO EXAMINE THE
FREE MEMORY FOR EXPECTED DATA.
IMPLICIT INPUTS:
H_SADD

gfl;_tsucrn
1

IMPLICIT OUTPUTS:
RETURN STATUS
S IDE EFFECTS:
-

NONE

begin
local

PATTERN,
FLAG;

FLAG = ZERO;
TEMP = .H_SADD;

INIT ERROR FLAG

; SAVE ADDR. IN TEMP. BUFFER

H_EADD = -H_SADD = 2 + (.BUF_LENGTH*2); i END OF FREE HOST MEMORY
PUT PATTERN FOR COMPARE

PATTERN = .TIP;

! EXAMINE CONTENTS OF MEMORY

incru COUNT from .H_SADD to .H_EADD by 2 do
begin

if .TIP eqlu 1 then PATTERN

( not .TEMP);

if .TIP eqlu 2 then PATTERN

.TEMP;

if ..TEMP nequ .PATTERN
then
begin
FLAG = TRUE;
TIP = _PATTERN;
exitloop;
end;
TEMP = TEMP + 2;
end;
if .FLAG
.
thenb

egmn

P aASK = 2;
PY = FMT2;

P2 = ZERO;
P3 = ZERO;
P4
.TIP;
Py
.. TEMP;
P6 = .TEMP;

return RET_STATUS = TRUE;

'
.

ET ERROR DATA

'F OR TEST MODULE

Psgo 175

11REL.aEALJzuc?: (gg
a

H 14

8-Jul-19 3 15:23:
8-Jul=1983 14:44:

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

else

SEQ 176

Pare 89
VAX=11 Bliss=16 V3=555
A (33
ZRC
SPIDERSUSERS:[LAKSHHANA.11REL.REAL]

end

return RET_STATUS
= FALSE:

end;

.SBTTL

EXAM.DATA AZTEC GLOBAL ROUTINE

JSR

:}.SSAVES

MOV
MOV

H.SADD, TEMP
Bgf.LENGTH,RO

ADD

H.SADD,RO

:
EXAM.DATA:

0000006 0000006
0000006
0000006
000002 0000006
0000006
0000006
0000006

BR
CMP
BNE
MOV
COM

58
M
TIP.
2%
TEMP,RO
RO

BNE
MOV
CcMP
BEQ
MoV
MOV
BR
ADD
ADD
CMP
BLOS
ROR

33
TEMP,RO
@TEMP,RO
4%
#1,R3
RO,TIP
6$
#2,TEMP
#2,R1
R1.R2
1$
R3

000002 0000006
000000G 0000006

MOVB

02 P.MASK

0000006 000000G

MOV

1$:

0000006 000001

28:

000000G 000002

3$:
000001
0000006

000002
000002

4S:

0000006

5%:

6$:

CMP

MOV

CLR

0000006 000000G
000001
0000006

7%:

000000G

MOV

aTEMP,PS

MOV
:?g

1.R
gg.RET.STATUS

CLR

RTS

000240
: Routine Size:

81 words,

Routine Base:

Haxinuu stack depth per invocation:
3482

S words

gSHTZP1

CLR

MOV

000000G 000000G

42
TP,

TIP.P4

TEHP P6

RET.STATUS

RO
PC

ABSCODE + 13242

:
: FLAG
:

3420
3443
3444

: =, ,PATTERN
:

3446
3448

3451

*,COUNT

: «,PATTERN
: PATTERN

: = ,PATTERN

3445

3453

: «,PATTERN

3455

: *,FLAG

3458

:
3
s *,COUNT

3457
3463
3448

: FLAG

3466

s
:
:
3
s
s
:
|

3469
3470
3467
3472
3473
3474
3475
3476

|
:
s

3437
3479
3437

2 PATTERN,*

s COUNT,+

3459

3420

3483

!<BLF/PAGE>

o0
e

NN
oW

&SN
s W

rev

8=Jul=-1
8=Jul-1

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

OO
©o G0
Lndind

SEQ 177

Par 90
VAX=11 Bliss=16 V3=555
NA . 11RELERS .REALJZRCFA (33
SUS
: CLAKSHMA
SPIDER

J 1%

R TRTR TR TR PRPR TR TR PRLA TR LA LA LA L LR TR TR T

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

8-Jul=1983 15:23:25
8-Jul-1983 14:44:20

: ”global routine DATA_XMT_REC =

THIS ROUTINE DOES THE FOLLOWING :

A. INITIALIZE COMMUNICATION AREA

i
i
i

B. SEND EXECUTE AND SUPPLY COMMAND
C. EXAMINE END RESPONSE PACKET. IF TIME EXPIRED,
THEN SEND DUST_STATUS COMMAND.

E. REPORT ERROR, IF THERE IS ONE

i
i
|

D. COMPARE TRANSMITTING DATA WITH RECEIVING DATA

IMPLICIT INPUTS:

DMC_TEST
BYTZCNT

begin

local

FLAG;

! INIT ERROR FLAG

OV ~NONW

Vi wviviuiuviviaiauaiaiaiaiaiviavivia g
WWWLNN
NI NN NN NINININ) = —d ed b b b =d b b =
S NWWWNW

N U U N O U U N N N N N N N NN NN N NN NN W N

KWN-DO VONOWVS
W =O VRNV WNN=O 3

if AZTEC_READY () then return .RET_STATUS;

NN N WA U U U

R LI R R T R R R

R O

O T e

R TR PR PRDR PR LAT L 1 TR TR IR

FLAG = ZERO;

CMD_REF = 3;
BUF “DESCRPTR = .DMC_TEST;
BYTE_COUNT = .BYT_CNT;
CMD_REF = 4;
BUF “DESCRPTR = TIP;

BYTE_COUNT = 02;

! GET AZTEC READY FOR OPERATION

! COMMAND REFERENCE NUMBER
i DMCODE STARTING ADDRESS
! BYTE COUNTS

if EX_SUP_PRG () then return .RET_STATUS;

! ISSUE AN EXECUTE SUPPLIED =

! COMMAND REFERENCE #
i CLEAN THE BUFFER

i SET BYTE COUNTS = 2

if REC_DATA () then return .RET_STATUS; ! SEND A RECEIVE DATA COMMAND
++

COMPARE TRANSMITTING DATAS AND RECEIVING DATAS
IF ERROR, REPORT BLOCK LENGTH, BAD DATA AND GOOD DATA.
incru J from 0 to 256 do
begin

:; .XMT_DATA_BUF [.J] nequ .RCV_DATA_BUF [.J]
en

begin

FLAG = TRUE;

exitloop;
end;
end;
if .FLAG

then

begin

SEQ 178

Pa?e 91
VAX=11 Bliss=16 V3=555
RCFA (34
EL.REALIZ
HMANA.11R
ERS:[LAKS
SPIDERSUS

K 14

IRCFA2

v01.0
333
3
3
:

3548

3
:

3
3
000000

8=Jul=1983 14:44:20
! GET ERROR INFO
! FOR TESTMODULE

AZTEC GLOBAL ROUTINE
= 2;
3541
PT= FHTZ
3542

3543
3544
3545
3546

8-Jul=1983 15:23:25

MISCELLANEOUS SECTIONS

P§ = ZERO.
P3 = ZERO;
P4& = TIP;
PS = ,.TEMP;

3547

else

3552
3553

end;

end

return RET_STATUS = FALSE;

.SBTTL
DATA.XMT.REC::

000000G

000052
000054
000056
000062

006000
103003

000024
000032
000040
000046

000000G

012767
016767
016767
004767

000003 000000G
0000006 000000G
000000G 0000006
167426

016700

000000G

000207

1$:

000064 012767 000004 000000G
000072 012767 0000006 000000G

000100 012767 000002 0000006
000106 004767 171172

000112
000114
000116
000122

006000
103003
016700
000207

000126
000130
000132
000134

010201
006301
010200
006300

000124

000136
000144

001403

000162

000164

000166

000170

020227
101761

4$:

0000006 0000006

003

112767 000002

000000G

MOV
MOV
MOV
JSR

ROR
BCC
MOV
RTS

MOV
MOV

R3
PC,AZTEC.READY

#3,CMD.REF
DMC.TEST ,BUF .DESCRPTR
BYT.CNT,BYTE.COUNT
PC,EX.SUP.PRG

3
:
3
:

3509
3510
351
3513

:
3

3515
3516

RO
2%

RET.STATUS.RO

#4,CMD .REF
lTIP BUF .DESCRPTR

#2,BYTE. COUNT
PC.REC.DATA

MOV
ASL
MOV
ASL

R2.R1
R1
R2.RO
RO

MOV
BR
INC

3485

3505
3507

RTS

CLR

: FLAG
3

RO
3s
RET.STATUS,.RO
PC

(MP

6%:

000176 012767 0000006 0000006
000204 005067 0000006

RO
1$
RET.STATUS,.RO
PC

BEQ

5%:

000400

103030

ROR
BCC
MOV
RTS

ROR
B8CC
MOV

000146 012703 000001
000152 000404
000154 005202
000156

R1,$SAVE3

MOV
JSR

0000006

005002

026160

2%:

DATA.XMT.REC AZTEC GLOBAL ROUTINE

JSR

CLR
JSR

000004 005003
000006 004767 000000V
006000
103003
016700
000207

SPIDERSUSERS: [LAKSHMANA. 11REL.REALJZRC?: (34

return RET_STATUS = TRUE:

3551

000012
000014
000016
000022

SEQ 179

P6 = .TEMP;

3549
3550

004167

VAX=11 Bliss=16 V3=555

3
3

3517
3515
J

J.*

3526

s J.t

XMT.DATA.BUF
(R1) ,RCV.DATA.BUF (RO) ;
5%

#1,R2
6%
52

: «,FLAG
3
3 4

3532
3531
3526

ROR

: FLAG

3538

MOVB

02 P.MASK

3541

CLR

[

35¢3

(MP

BLOS
BCC

MOV

RZ.#&OO

#FMT2, P

s J.

3542

016767
012700

000250
000254
000256

000207

005067
005000
000207

: Routine Size:

7%:

000000G

88 words,

MOV

RO RET STATUS

CLR
CLR
RTS

RET STATUS
RO
PC

Routine Base:

: Maximum stack depth per invocation:

S words

RTS

ABSCODE + 13504

3544
£~

P3
TIP,P4
aTEMP,PS

MOV
MOV

0000006 0000006
000001

000242 010067 0000006

000246

CLR
MOV
MOV

000000G
0000006 000000G
000000G 000000G

W
W

005067
016767
017767

TR
IR

000236

8=Jul=1983 14:44:20

AZTEC GLOBAL ROUTINE

v01.0

000210
000214
000222

8-Jul=1983 15:23:25

MISCELLANEOUS SECTIONS

IRCFA2

SEQ 180

Pagc 93
VAX=11 Bliss=16 Vv3-555
NA. 1 1RELERS .REALJZRCFA (34
SUS
: [LAKSHMA
SPIDER

‘global routine DM_ADDR_SETUP : novalue =

THIS ROUTINE PASS TRANSMITTING AND RECEIVING BUFFERS STARTING

gggg

3556

gg;z

ADDRESS TO DM CODE

3
3
3
3
3

3559
3560
3561
3562
3563

!
!
!
!
!

IMPLICIT INPUTS
DM_XMT
DM_REC

3565

3564

3566

3570

H
:
3

8=Jul=1983 15:23:25
8=Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

3567
3568
3569

. ’

! ==

! XMT BUFFER 1 STARTING ADDR.
! REC BUFFER 1 STARTING ADDR.

DM_XMT = XMT_DATA_BUF [0J;
DM_REC = RCV_DATA_BUF [0J;
return RET_STATUS = FALSE;
end;

000000

012767

000006
000014
000020

012767
005067
000207

000000G 000000G
9000000G

9 words,

.SBTTL DM.ADDR.SETUP AZTEC GLOBAL ROUTINE
DM.ADDR.SETUP::
MOV

MOV
CLR
RTS

Routine Base:

: Maximum stack depth per invocation:
3571
3572

Pa?e 94
VAX=11 Bliss=16 V3-555
A. 1 1REL .REALJZRCFA (35
SERS
: [LAKSHMAN
SPIDERSU

begin

000000G 000000G

: Routine Size:

SEQ 181

!<BLF/PAGE>

0 words

#XMT .DATA.BUF ,DM. XMT

#RCV.DATA.BUF ,DM.REC
RET.STATUS
PC

ABSCODE + 13764

F
:
:

3567
3569
3554

IRCFA2
v01.0

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

:20

SEQ 182
G5
Pa?e
VAX=11 Bliss=16 V3=555
(36
A
SPIDERSUSERS
: [LAKSHMANA. 11REL .REALJZRCF

global routine WRT_PROTECT_TST : novalue =
+¢

i FUNCTIONAL DESCRIPTIONS:
THIS ROUTINE WILL ASK THE OPERATOR TO MAKE SURE THE WRITE
PROTECT SWITCH FOR THE UNIT IS IN THE OFF POSITION.

WILL GET UNIT STATUS TO VERIFY THAT THE CONTROLLER KNOW IT
IS NOT WRITE PROTECTED.

THEN THE OPERATOR WILL BE ASKED TO

PUT THE WRITE PROTECT SWITCH IN THE ON POSTION AND A GUS
WILL BE DONE TO MAKE SURE THE CONTROLLER RECOGNIZES THA THE
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;

GMANIL (QST14, MANU_SW, 1, YES, 0);

! MANUAL SWITCH IS SET TO °YES'
! DISPLAY MESSAGE TURN OFF WRT
! PROTECT SWITCH

% PROGRAM WAITING FOR GO (CR) SIGNAL
if (.MANU_SW eqlu YES)

then

begin

;

!: WAITING FOR CR SIGNAL

CMD_REF = 3;

: COMMAND REFERENCE NUMBER

if GET_UNIT_STATUS ()
then
begin

! ISSUE A GET UNIT STATUS COMMAND
! IF RESPONSE STATUS BIT ERROR, THEN

RE?_UNIT-FLAG = .RET_UNIT_FLAG and %0°020000°'; ! MASKED OUT OTHER BITS
if .RET_UNIT_FLAG eqlu UF_WPH
then
begin

! IF WRT PROT. FLAG SET
! ERROR

RETRIES = TRUE;
end;

end;
else

end

RETRIES = TRUE;

DISPLAY MESSAGE '‘TURN ON THE WRITE PROTECT SWITCH'' THEN
ISSUE A GET UNIT SATUS COMMAND AND EXAMINE THE RESPONSE

UNIT FLAGS.

SWITCH2 = ONE;
GMANIL (QST15, SWITCH2, 1, YES, 0);

: SET MANUAL SWITCH
s DISPLAY MESSAGE TURN OFF WRT
PROTECT SWITCH

o
.

NN
oW

’~
EVY]

b“

s =B

00
©o Co
(V1V)

8=Jul-1
8=Jul-1

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

B 15

VAX=11 Bliss=16 V3-555

SEQ 183

. 11REL.REALIZRCFA (36
SPIDERSUSERS:[LAKSHMANA

! PROGRAM WAITING FOR GO (CR) SIGNAL

if (.SWITCH2 eqlu YES)

thenb

! WAITING FOR CR SIGNAL

cng.asr = &;

! COMMAND REFERENCE NUMBEW

if GET_UNIT_STATUS ()
thenb i

! ISSUE A GET UNIT STATUS COMMAND
i IF RESPONSE STATUS BIT ERROR, THEN

egin

ae?_uun,ms = ,RET_UNIT_FLAG and %0'020000'; ! MASKED OUT OTHER BITS
if LRET_UNIT_FLAG nequ UF_WPH
thenbe 5

! IF WRT PROT. FLAG CLEAR
' ERROR

ERRDF(73, MSG_TOM_WPT, 0)7

i REPORT ERROR

paxmr’(nsc WRP_ERR2, .LOG_UNIT);

smss = Tnue

end;

end
lse
RETRIES = TRUE;

end;
return,

end;

012767

000001

0000006

.SBTTL WRT.PROTECT.TST AZTEC 510841 ROUTINE
WRT.PROTECT.TST:

104443
000404

000003 000000G
175436

0000006

000001

000000G

MOV

ROR

RO’

JSR

BCC

BIC

0000006 020000

000001 0000006
000001 0000006

SV
1. MANU.
43
404
MANU.SW
130
QST14
1

gzz

0000006 000001

157777

MOV
TRAP
WORD
"WORD
"WORD
"WORD
JWORD

;

PC. GET uuu STATUS
b1

#157777 ,RET.UNIT.FLAG

ggv

lzt; LRETRIES

MOV
MOV

#1,RETRIES
#1.SWITCH2

:
:

LWORD
JWORD
JWORD

404
SWITCH2
130

gzg

1$:
28:

mw.su.n

TRAP

ggt.UNIT.FLAG,#20000

43’

359
359

000122

000124

8-Jul=1983 15:23:25
8-Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0
0000006

000001

000150 006000

000154
000162
000170
000172
000200
000202
000210

103013

042767
026727
001407
012767
000207
012767
000207

: Routine Size:

CMP
BNE
MoV
JSR

SWITCHZ .7
4%
#4,CMD .REF
PC,GET.UNIT.STATUS

ROR

8CC

157777 0000006
0000006 020000
000001 0000006
000001 0000006
69 words,

QST15

LWORD

000126 026727 0000006 000001
000134 001025
000136 012767 000004 0000006
000144 004767 175332
000152

.WORD

3s:
48:
Routine Base:

: Maximum stack depth per invocation:

2 words

8IC
CMP
BEQ
MOV
RTS
MOV
RTS

RO
33

#157777 ,RET.UNIT.FLAG
RET.UNIT.FLAG,#20000
4%
#1,RETRIES
PC
#1,RETRIES
PC

ABSCODE + 14006

SEQ 184

Pa?c 97
VAX=11 Bliss=16 V3=555
.REALJZRCFA (36
A.11REL
SPIDERSUSERS:[LAKSHMAN
:
H
H

3633
3636
3638

H
:
H
:
:
s

3641
3643
3648
363g
365
3574

D15

AR L I I I E M E T R R R

T ET R T T

e T TR TR PR TR L L

IR A R s T R R

T TRTR TR L DR L L T L Se %e %0 00

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

8-Jul-198§ 15:23:25

8-Jul-198

16:464:20

SEQ 185
Paro 98
SPIDERSUSERS: CLAKSHMANA. 11REL .REALJZRCFA (37

VAX=11 Bliss=16 v3=555

global routine AZTEC_READY =
1ee

i 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 PROPER CLASS
DRIVER OPERATION.

5. BRING A UNIT "UNIT-ONLINE. THE UNIT IS SPUN=UP, IF NECESSARY,
AND ITS HEADS ARE LOADED PRIOR TO RETURNING THE ONLINE COMMANDS'S
END MESSAGE.

FORMAL PARAMETERS:
=NONE -

IMPLICIT INPUTS:

IMPLICIT OUTPUTS:
AS A RESULT OF THIS ROUTINE THE COMMUNICATION AREA WILL
BE INITIALIZED AND UNIT IS SPUN-UP.
COMPLETTION CODES:
SIDE EFFECTS:

- NONE
-

b in

SK = %0°'17°;

DlTAldS 1> = TRUE;
DATA1<14, 1> = 0;

DATAI<11. 3> = SND_SIZ:

DATA1<8, 3> = REC 311
DATA1<7, 1> = 0

DATA1<0. 7> =

= axnceAsé
DATA2
DATA3 = ZERO

DATA% 'Tlo 5?7403'
CMD_SLO

3
RES_SLOT
TICRS = 0;
SECONDS = 0;
MINUTES = 0;
it AZP_INIT ()
then
return .RET_STATUS;

SET MASK

COMPLETE INIT.
WRITE
SET BIT 15 BITFORFORSTEP-1

NO DIAGNOSTIC WRAP MODE

SET UP COMMAND RINGS LENGTH
SET RESPONSE RING LENGTH
DISABLE INTERRUPT
LOAD NO VECTOR ADDRESS
LOAD COMMUNICATIONS AREA ADDRESS
= ZERO
H1-ORDER ADDR
"LAST FAIL'® PACKET RESPONSE BIT 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

d
3716
718
719

then

3720
3721
3722
3723
3724

3726
3727
3728
3729
3730
%;g;

3733

SXVT RS SEERNRRERRN

! SET COMMAND REFERENCE TO 1

if SET_CNTLR_CHAR ()

! ISSUE SET CONTROLLER CHAR CMD
! IF COMMAND FAILED

return .RET_STATUS;

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;

3734

S88388asEsseastes

! ERROR ?

return .RET_STATUS;

CMD_REF = 01;
then

3725

end;

0000006

.SBTTL
AZTEC.RE:%;;:

112767

000017

012767
012767
005067
012767
005067
005067
005067
005067
005067
004767

122000 0000006
0000006 0000006
0000006
177403 0000006
000000G
000000G
0000006
(0000006
0000006
165324

MOV
MoV
CLR
MOV
CLR
CLR
CLR
CLR
CLR
ggg

0000006

BCC
MOV
RTS
gg:

103003
016700
000207
004767
103003
016700
000207
012767
004767

0000006

000001
171264
0000006

767

172524

10300
016700
00020
005067
005

1$:

166104

103003
016700
207

012767

SEQ 186

Paro G
VAX=11 BLiss=16 V3-555
CFA (37
.REALJZR
11REL
A.
SERS
: [LAKSHMAN
SPIDERSU

! INIT THE COMMUNICATION AREA

if INIT_COM_AREA ()

3717

000102

8-Jul-1983 15:23:%5
8-Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

E 15

000002

000000G

2%:

ROR

0000006

3s:

BCC
MOV
RTS

MOV
JSR

ROR

0000006

BCC
MOV
RTS
MOV
JSR

4$:

BCC
MOV
RTS
CLR
CLR

AZTEC.READY AZTEC GLOBAL ROUTINE
#17,8.MASK

#122000,DATA?

#RINGBASE ,DATA2
DATA3
#-375,DATAG
CMD. SLOT
RES.SLOT
TICKS

;
:
:
:
:
:

SECONDS
MINUTES
PC,AZP.INIT
RO
1$

:
:
:

2€T.STATUS.R0

PC,INIT.COM.AREA
RO

28
gET.STAYUS.RO

#1,CMD.REF
PC.SET.CNTLR.CHAR

.
:

3s
gET.STATUS.RO

#2,CMD.REF
PC.ON.LINE
RO
4

SET.STATUS.RO

;

RET.STATUS
RO

3
.

F15

8=-Jul=1983 15:23:25
8=Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
IRCFA2
AZTEC GLOBAL ROUTINE
v01.0
000172 000207
; Routine Size:

62 words,

RTS

Routine Base:

; Maximum stack depth per invocation:

1 word

ABSCODE + 14220

SEQ 187

Pa?e 100
VAX=11 Bliss=16 V3-555
11REL RS .REALJZRCFA (37
RSUSE
: LLAKSHMANA.
SPIDE
3659
:

G 15

MISCELLANEOUS SECTIONS

IRCF
v01.0
DR LRLA L T

global routine DO_RETRIES : novalue =

i COME HERE ON AN ERROR AND KEEP TRACK OF RETRIES.
5 IF NECESSARY DROP UNIT UNDER TEST.

PR DRTR LR LA

Aty

_RETRIES = .NUM_RETRIES + 1;
Ry

if (.NUM_RETRIES lequ .SWP_RETRIES)

then

<
&H

TRTR TR

be?in
PRINTB (FMTSA, .NUM_RETRIES):
end
else
be?in
RETRIES = FALSE;

R T

8-Jul=1983 15:23:25
8=Jul=1983 14:44:20

AZTEC GLOBAL ROUTINE

SEQ 188
101
Pare
V3=555
6
Bliss=1
VAX=11
(38
.REALJZRCFA
1REL
1
.
NA
SERS
[LAKSHMA
:
ERSU
SPID

if not .SWP_CONTINUE
then
begin

pobU (.LOG_UNIT);

DOCLN;
end;

end;

000000

005267

0000006

000004
000012

026767
101013

000000G 000000G

.SBTTL
DO.RETRIES::
INC

g:?

DO.RETRIES AZTEC GLOBAL ROUTINE
NUM.RETRIES

?gH.RETRIES.SUP.RETRIES
NUM.RETRIES,=(SP)

000000G

MOV

000002

MOV

000006

ADD

#6,SP

CLR
g&g

RETRIES
g;.SHP.CONTINUE

MOV

LOG.UNIT,RO

0000006

0000006
000001 000000G

MOV

#EMTSA,=(SPS

MOV

SP,RO

TRAP

1$:

0000006
2%:

RTS

TRAP
TRAP
RTS

#2,.-(SP)
14

51
44
PC

Routine Base: ABSCODE + 14414
28 words,
: Maximum stack depth per invocation: 5 words
: Routine Size:

SP,*

H15

8=Jul=-1983 15:23:55
8=Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

SEQ 189
Pare
102
VAX=11 Bliss=16 V3=555
(39
A
LJZRC
11REL.REA
: [LAKSHMANA.
SPIDERSUSERS

'Decodes failing SA reg data

global routine DECODE : novalue =
lee

! Functional Description :

'
'

Due
are

to the implimentation of the DUP and UQ Port protocol there
two levels at which an issued command to a port/controller

can fail and they are:

1. The issued command can time out.

2. An error

3. The

!
;

i
'
)

can be posted in SA register bit 15 by the port

report an error.

issued

command

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.

This routine will then be called when the return from a queued
command comes back with an error code or non successfull status
code. This is by definition when bit 0 in the returned status
is equal to 1.

i Formal Parameters :
;

none

i Implicit Inputs :
'
!

Stored in this global storage is the returned error
code or non-successful status code from a queued

RET_STATUS:

command.

;

i Implicit Outputs :

;

none

i Completion Codes :
;

none

i Side Effects :
:
;

after egec?tlon of this routine the R(C25 controller
is initialized aborting any DM code running in the controller.
begin
'

! Use the contents of ‘RET_STATUS' to select what
! type error or non-successful status code is to
; be processed.

if .RET_STATUS eqlu ONE then return RET_STATUS = ZERO;
selectoneu .RET_STATUS of
§et

% *Port/Controller time out'' error code

! NO ACTION IF RET_STATUS IS ONE

8-Jul-1983
8-Jul-1983

—t ot

‘

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

5:23:S

6:44:20

VAX=11 Bliss=16 Vv3-555

SPIDER’USERS CLAKSHMANA. 1TREL .REAL

! Port/Controller timed out after the specified
5 time out interval.

!Code equals %0°'11°*

C[CTO_CODE] :
in

paanr (.EMSG_STRUCT [MSG31);

ena;

‘Port fatal error'’ code
The error bit in the SA Register was set when

examined.

This error indicates a Port fatal error code.

tPFE CODEJ :

!Code equals %0'21'

tEflP «RC25_DATA [RCSA, RCSA_ERC];
it .TEMP gequ 200

then

be?in

PRdNTF (.RC_STRUCTURE L.TEMP - 200]);

else

'print RCSA error code

PR?NTF (.PFE_STRUCT L.TEMP]);
end;

end;

‘Return status error'' code
This indicates that a non-successful return status
code was returned from an issued command.

[RSE_CODE] :

eR?NTF (.EMSG_STRUCT [MSG01);
egin

!Code equals %o0'31"'

i Look at UQGPORT connection ID field to determine the type
; of response

if .REC_ENVELOPE [.RES_SLOT, CONN_ID] eqlu 2 ! CONN_ID = DUP

then

else

begin

PRZNTF (.SDUP_STRUCT [.REC_ENVELOPE [.RES_SLOT, STATUSI));
en

be?1n

PRdNYF (.SMSCP_STRUCT [.REC_ENVELOPE [.RES_SLOT, STA_CODE]));
end;

A A I T TR R R R

e T PRTR

DR TR PR LA LA LA TR LA LALA 1 I TRIR

A I ETR

AT A IR T E TR

TR TR

R TR D D D

115

end;

Page

SEQ 190
103

JZRCPA (39

3877
3878

3
3

e?in

3880

!Code equals %0°'601"

[SEX_CODE] :

3879

Pare 104
VAX=11 Bliss=16 V3=555
SERS .REALJZRCFA (39
CLAKSHMANA. 11REL
SPID:ERSU

! "SERIOUS EXCEPTION'' error code

3876

8=Jul=1983 15:23:25
8=Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2
v01.0

SEQ 191

PRINTF (.EMSG_STRUCT [MSG2));

3881

ggg%

3
3

3884
3885

! This is here to trap any unknown
! sent to this routine.

return status codes

3888

[otherwisel :

!Code equals non of the above

3886
3887

3
:

be?ln

3889

PRINTF (.EMSG_STRUCT [MSG3));

3890

3891
3892
3893
3894

H
3
3
:

tes;

3897

3899

RET_STATUS = ZERO;

3898

return;

end;

3900

010146
000002 026727 000000G 000001

000010
000012
000016

001004
005067
000167

0000006
000400

020127
001007

.SBTTL

000011

R1,=-(SP)
RET.STATUS .M

:
3

3762
3812

MOV

RET.STATUS.R1

3814

EMSG.STRUCT+6,-(SP)

3825

000040

012746

SP,RO
17

: SP,*

000050 000555
000052
000056

020127
001036

042767

000001

MOV
TRAP

2%:

000021

174000

103412

000110

006300

0000006

1%
RET.STATUS
10%
R1.4N
2%

#1,-(SP)

3814

RC25.DATA+2,TEMP

3836

CMP
BNE

R1.#21
43

BIC

#174000, TEMP

BLO

MOV

CMP

000074 026727 0000006 000310
000102

CMP
BNE
MOV

0 016767 000002G 000000G

000066

BNE
CLR
JMP

MOV

000034 016746 0000066
000044 010600
000046 104417

DECODE AZTEC GLOBAL ROUTINE

DECODE : :MOV
CMP
1%:

000022 016701 000000G
000026
000032

end;

; ALl errors are fatal so init the R(C25
!Init the controller
WRT_RC25 (RCIP, ALL_ONES);

gggz

end;

TEMP,#310
TEMP,.RO

000104 016700 0000006

MOV

000112 016046 1771606
000116 012746 000001
000122 010600
000124 104417

MOV
MOV
MOV
TRAP

(R0)
RC.STRUCTURE=620,=(SP)
#1,-(SP)

ASL

000126 000526
000130 016700 0000006
000134

006300

000136 016046 0000006

ASL

3s:

:
3

SP,RO

: SP,»

BR
MOV

9%
TEMP,RO

:
:

[ [1]]

PFE.STRUCT(RO) ,=(SP)

3838

3841

3838
3845

8=Jul=1983 15:23:25
8=Jul=1983 14:44:20

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE
012746
00

#1,-(SP)

000001

000031

4$:

0000006
000001

SP,RO
17
5%
R1,431
7%
EMSG.STRUCT ,=(SP)

: SP,*

SP.RO
17
RES.SLOT,RO
RO
RO

: SP,+

.~(SP)

000000G

RES.SLOT,RO

000077
000016G

SSC.ENVELOPE+16(RO).R0

RO
RO
RO
RO
#77 R0

3814

3858

3864

3867

(SP)
SDUP.STRUCT(, RO)

0000006
000001

#1,-(SP)

5%:

000077
0000166
177740

SP.RO
17
68
RES.SLOT,RO
RO
RO
RO
RO
#77 ,R0O

: SP,*

3
:

3864
3871

,RO
REC.ENVELOPE+16(R0)
:677740.R0

(SP)
SMSCP.STRUCT(RO),

0000006

#1,-(SP)

000001

6$:

7%:

000004G
000001

0000066
000001

gEC.ENVELOPE*3(RO).#2

0000006

000601

RO
RO
#77,R0

000077
000003G 000002

0000006

SEQ 192

Pa?e 105
VAX=11 Bliss=16 V3=555
SERS .REALJZRCFA (39
ANA. 11REL
SU
LLAKSHM
SPID:ER

8s:

SP,RO
17
(SP)+
9s
R1,#601
8s
EMSG.STRUCT+4,~(SP)
=(SP)
SP.RO
17
9%
EMSG.STRUCT+6,=(SP)
1,-(SP)
SP.RO
17

: SP,»

:
:

3857
3814
3881

: SP,»
3814
3890

: SP,»

L15
1
8=-Jul=-1983
1
8=Jul=1983

MISCELLANEOUS SECTIONS
AZTEC GLOBAL ROUTINE

IRCFA2

0000006
0000006

SEQ 193

Page 106
VAX=11 Bliss=16 Vv3=555
.REALJZRCFA (39
ERS
11REL
A.
SUS
LLAKSHMAN
:
DER
SPI

9%:

108:

MOV

1.R0

ao SRC25.ADDR

MOV
CLR
CMP
MOV

Routine Base: ABSCODE + 14504
139 words,
: Maximum stack depth per invocation: 6 words

: Routine Size:

0TS external references

.GLOBL

$SAVES, $SAVE3, $SSAVEZ2, BLSSHF

-GLOBL BLSDIV. BLSHOD. BLSMUL
PSECT SUMMARY
Psect Name

AASCODE

Words
267

Attributes
.,
I
RO,

3373

ABS$CODE

RO,

REL,

LCL,

REL,

LCL,

CON

LIBRARY STATISTICS

-------- Symbols ========
Total
Loaded
Percent

SPlDERiUSERS:ELAKSHMANA.11REL.REAL]AZTECO.L1?§;

212

COMMAND QUALIFIERS

BLISS /PDP11/LIST ZRCFA2.B16/EN:NOEIS
Run Time:

3581 code + 59 data words
01 28 7

Memor

253 pages

Size:

Elapsed Ttne

Compi

tion Complete

3897

:
:

3898
3762

: RCM.REG,*

RET.STATUS
(SP)+, (SP)+
(SP)+.R1

RTS

: *,RCM.REG

Blocks
Read

CZRCFAO RC25 FR END TEST

ZRCFA3
;

0001

:
:

0002
0003

0005

8-Jul=1983 15:31:08

8-Jul=1983 14:46:50

IDENT = *v01.0°,
OPTLEV =0,

ADDRESSING_MODE (RELATIVE)

0004

) =

BEGIN
;<8LF /LOWERCASE _KEY>

0006
888;

8893 %sbttl 'TEST SECTION'

88}5

Library "AZTECO';
ggag require 'BLSMAC.REQ';

:
:

1503 structure
=
RC2S CO, P, S, E]
1504

! AZTEC LIBRARY
! DIAGNOSTIC SUPERVISOR LIBRARY

! DEFINE ACCESS ALGORITHM TO
i ALLOW FIELD REFERANCES TO
! THE RC25
!

1505
1506

begm

1508

}ggg

local

:
:

1511
1512

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

1514

<P. s, E>;

:
3

1507

1513

1515
1516

RC_REG;

!<BLF/PAGE>

SPIDERSUSERS:[LAKSHMANA.11REL .REALJZRCFA (1)

MODULE ZRCFA3 (!TlTLE 'CZRCFAQ RC25 FR END TEST

:
:

3
3

VAX=11 Bliss=16 V3=555

SEQ 194

age

N15
ZRCFA3
v01.0

:
:
3
3
:
:
H
H
:
:
3

:
:
:
:
:
3

1517
1518
1519

1520
1521
1522
1523
1524
1525
1526
1527
1528
1529
1530

}gz
}gz

}gz

15
}g

ooONONONONONONONON
VI
YV N

:
2
:
:
:
:
2
2
:
2
2
:
2

15
15
15
15
15
15
15
15
15
15
15
15
15

2
2

1570
1571

}g??

~
W

CMDBF1 : block [16, word] field (PACKET_FIELDS),
! COMMAND BUFFER 1
ENDBF1 : block [16, word] field (PACKET_FIELDS),
! END MESSAGE BUFFER 1
RING_B : vector [32, wordl,
! COMMAND BUFFER=16 WORDS
! WITH 16 WORDS BELOW FOR
! END MESSAGES.
DATA_PAT1 : vector [3, word] preset (
[(0)=
%0'111111°,
! DATA PATTERN 1
[1)=
X0'044444°
! DATA PATTERN 1

[1)=

154

own

154

;

code = ACSCODE;

DATA_PAT3 : vector [3

153
153
153
1540
154

SEQ 195
VAX=11 Bliss=16 V3=555
Pa?e
2
SPIDERSUSERS
: [LAKSHMANA. 11REL
.REALJZRCFA (2)

psect
plit = $plit$(
global),
global = $GLOBS(nowrite, noexecute, global, concatenate),

1536

:
:
:
:
:
3

8=Jul=1983 15:31:08
8=Jul=1983 14:46:50

1531
(2= %0'022222')
1532 DATA_PAT2 : vector [3 word] preset (
1533
[0)= %0'177400°,
1534
[1)=
%0'007760°
1535
[2)= %0°'000377')
VNS WN=OVONOVSWNN=OVONOWVNSWN=OVON

:
:
:

CZRCFAO RC25 FR END TEST
TEST SECTION

word] preset (

[0J= %o0'155555°,
[1)=
%0'133333°
[2]= %0'066666')
DATA_PAT4 : vector [3 word] preset (
[0)= %0'000377*
[23=

%0'170017°

%0'177400'),

HOST_BUF : vector [260, wordl;

i DATA PATTERN 1

! DATA PATTERN 2
i DATA PATTERN 2

! DATA PATTERN 2

! DATA PATTERN 3
! DATA PATTERN 3
i DATA PATTERN 3
! DATA PATTERN 4
! DATA PATTERN &

i DATA PATTERN 4

! HOST BUFFER AREA

extefnal

; HARDWARE P TABLE DATA IS STORED HERE
RT_TABLE : ref block [WORD1_IN_RT_TAB, word] field (RT_FIELDS),

RCZS-ADDR : ref RC2S5 field TRQ_REG).

! READ REGISTER

UNIT": word,

! UNIT UNDER TEST

RC25_DATA : block [2, word] field (RC_REG),
LOG_UNIT : word,

RETRIES : word,

! RCSA DATA

ALGORITHM

NUM_RETRIES : word volatile,
SWP_TRACE : word volatile

SWP"RETRIES : word volatile,
|

NEX : word volatile,

! INTERRUPT FLAG

CANCEL_TIMER : word volatile,
! INTERRUPT FLAG
COM_AREA : blockvector [REC_ALLOCATE + SND_ALLOCATE + HDR_SIZ, 2, word]l,
HEAD_AREA : ref block [4, word] field (HDRZFIELD),
i
RECETVE_RING : ref blockvector [REC_ALLOCATE, 2, word] field (DSC_FIELD),
SEND_RING : ref blockvector [SND_ALCOCATF, 2, word] field (DSC_FIELD),
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, wordl,

RCV_DATA_BUF : vector [256, word],

RINGBASE

BUF _DESCRPTR : word volatile,
CMD_REF : word volatile,
CMD_SLOT : word volatile,

RES_SLOT : word volatile,

- RING BASE ADDRESS

! BUFFER DESCRIPTOR AREA
! COMMAND REFERENCE BUFFER
;

COMMAND RING SLOT

RECEIVE RING SLOT

”
P

DM~27 : vector

., wordl,
[132, wordl,
[200, wordl],
[260,

i DM PROGRAM 1
1
! DM PROGRAM 13

! DM PROGRAM 19
! DM PROGRAM 21
! DM PROGRAM 9
! DM PROGRAM

wordl,

BYTE_COUNT : word volatile,

BYTE COUNT BUFFER

P_MASK : byte volatile,
B_MASK : byte volatile,
DATA1 : word,
DATA2
: word volatile,
DATAS : word volatile,
DAvYA4 : word volatile

PRINT MASK FOR NUMBER OF AURGMENTS
INIT MASK FOR WHAT STEP TO DO
DATA FOR STEP 1 WRITE
DATA FOR STEP 2 WRITE

ERROR MESSAGE ADDRES
RC25 VECTOR ADDRESS
FREE MEMORY SIZE

MSGADR : word volatile,
VEC_AD : byte volatile,
MEM_SI12 : word,

DATA FOR STEP 3 WRITE
DATA FOR STEP & WRITE
ENDING LOGICAL BLOCK #

i Em I Em i m it

P6 : word volatile,

P2
P3
P4
PS

:
:
:
:

word volatile,
word volatile,
word volatile,
word volatile,

LBN : word volatile

LBN_ST : word volatile,

LBN_ED : word volatile,

SECONDS : word,
MINUTES : word,

MSG_2,

I
R
ER I R

SWP_START,
SWP_END,
BUF _LENGTH,
TEMP,
FREE_MEM_ADDR,
MEM_SI1ZE,
H_SADD,
H_EADD,
INI_MSG,
P_VECTOR,
P_IP_ADDRESS,
RET_STATUS,
ADAPTO,
TIME

I R

TICRS : word volatile,

I
I

: word volatile,

CLK_ADR : word,
CLK_CSR : word,
CLK_START : word.

_SZ

I M

gsr,unxt FLAG : word volatile,

Em I

1 T word volatile,

EmIEm I Em I mI

SWITCH2 : word volatile

SWP_CONTINUE : word volatile,
SWP MANUAL : word volatile,
MAND _SW : word volatile,

END_LBN : word volatile,

DM_19 : vector
DM_21 : vector
Dfl.gb : vector

SOFTWARE P-TAB MANUAL SWITCH
MENUAL INTERVENTION SWITCH1
MENUAL INTERVENTION SWITCH2
RETURN UNIT STATUS BUFFER

FORMAT ADDRESS FOR ERROR REPOT
FAILING FRU
FAILING REGISTER
DATA FOR ERROR REPORT
DATA FOR ERROR REPORT

DATA FOR ERROR REPORT

DATA FOR LBN
DATA FOR STARTING LBN
DATA FOR ENDING LBN
LBN INCREMENTING SIZE
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
STARTING FREE MEMORY ADDR.
FREE MEMORY SIZE
FREE HOST MEMORY START AD.
FREE HOST MEMORY END AD.
INIT ERROR MESSAGE
VESTOR BUFFER
RC25 ADDRESS
COMMAND STATUS BUFFER

ADAPTOR FRU MESSAGE
PLIT LOCATION TO STORE DATA

ERROR MESSAGE 1 IN MOD 1

! ERROR MESSAGE IN TEST

SEQ 1

SPIDE”USERS:[LAKSMJ‘IREL.REAI.JZRm (2)

' DM

RO M

:
:
:

DM-11 : vector 1og. uord;.
word
DM_12 : vector
DM_13 : vector 119. word],

VAX=11 Bliss=16 V3=555

! DM PROGRAM ?9
! DM PROGRAM 10

GRS R

[93, wordl,
[58, word

&% BEIIIIID
333 SRES28 3\08\1!3\0\0
23 $23R01583 R
SEIRGF W -0830%\06
3
d
e

e o

e e

b e e

OOOOOOOOOO%
W oo

— e

OVRNOWVSWN=O0V~N VS WN=O

e
i e

i o

e o

oooooorOrOONONON

d—

b b e

b D

b b

b b b b b b— e e
VI

e nd i o

D e o

D o

DM_09 : vector
DM_10 : vector

GRS R

-y

TEST SECTION

e
e
e
e
T
TT T
T
I IR
LI I
MR

=Jul=1983 15:31:
16:46:28
g-Jul-‘l”

CZRCFAD RC25 FR END TEST

e T T TRTR T L LAL L L R

e e

A TR TR TR PRTR DR LR L LA 1)

B 16

C16

000000&

d
e
b e

b b—

A
S S S S TS A A

b D b b d b b b d d ) D b ) ) ) b oD b e

D—

MSG_7,
MSG_8,
G

msG-10,

MSG_11,
MSG_13,
MSG_ 14,
MSG_17.
MSG_18,
MSG_19.
MSG_20,
MSG_21,
MSG_28,
MSG_29,
MSG_ 30,
asTT2,
QsT13,
QsT14.

QsT1s,

END_MSG,
FMTT,
FMT2,
FMTS,
FMT4,
FMTS.
FMT6.
FRU,

FMTSA,

DBM7,

DBMS
.,
DBM9

D d b b D

B®NCVS
WN=000~N

0BM10,

g2 SEEREE3 QNIAAJEEE

b D
b —d
b
D
b w—d
b
D
e
b wd
b ) D
d
—

e B e 800 Be B

Bs 8y By 0e 00 0s0s 0, 00000008000 008000000000 08,9000 900090900000 00%00000000000900009000808008%08:808

080800

CZRCFAO RC25 FR END TEST
TEST SECTION

DBM11,
DBM12,
DBM13,
DBM14.,
DBM15.,
DBM16.
DBM17.
DBM18,
DBM19,
DBM20,
DBM21,
DBM22.
DBM23,
DBM24.,
DBM2S,
DBM26
.
DBM27,
DBM28,
DBM29,
DBM30,
DBM31,
DBM32.
DBM36.
DBM37,
DBM38,

g-mt-m; 15:31=ga
~Jul=1983 14:46:50

VAX=11 Bliss=16 V3-555
SPIDERSUSERS: [LAKSHMANA.11REL

! 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 ERROR MESSAGE IN TEST
i ERROR MESSAGE IN TEST
i MESSAGE
i MESSAGE
i MESSAGE

i MESSAGE

i ERROR MESSAGE IN TEST
i FORMATTED MESSAGE
i
i
i
i
|
|

FROMATTED MESSAGE
FORMATTED MESSAGE
FORMATTED MESSAGE
FORMATTED MESSAGE
FORMATTED MESSAGE
FRU = MESSAGE

! TEST HEADER MESSAGES

SEQ 197

Page 4
.REALIZRCFA (2)

D16

CZRCFAQ RC25 FR END TEST

IRCFA3

TEST SECTI ON

SRARSSEBIRREN2E32

D
D
D md
D md

o
=0V NOVSWN=OVRNOWVHWN=O 2838

d d d d

]

SNINIIIININY

SWN=O VO~

s NNNINNNIN W

b b b b b b b d b b b b b b wd b - b b b wd T
NNNNNNNNNNSNN
~
~
P
—

A TRTR TR TR TR DRTR DRLR D 1) TR IR IR R R

e e T P TR TR TR DRTR LRL L L (TR IR IEIAIA

D d D

D =D

~ ~ SNNSNSNNNNNo
o
OOV

AT AT A I

R T T DO DOD 1Y

v01.0

g°Jul-198§ 15:31 28
-Jul=198

14: 46

VAX=11 Bliss=16 V3-555

DBM39

! ERROR MESSAGES
CTO_ERR
MSG_STATUS_ERR,
AHEAD_MSG,

BHEAD_MSG.
CHEAD_MSG.
DHEAD "MSG.,

MSG_BOSA_ERR,

MSG_ADDRERR,

MSG_DATA_ERR,
MSG_ERR_TONT,

MSG_TK_DSP,
MSG_LBR_DSP,
MSG_HSWICH_ERR,
MSG_SURFACE_ERR,
MSG_READ_ERR,
MSG_SAC_ERR

MSG_AVE " TIME,
MSG_PT_ERR1

MSG_WRP_ERR2,

MSG_COM_WPT,

AZT-READY_ERR,

TIP;

!TEST IN PROGRESS

external routine

NXMI : novalue,
AZT_INIT,
AZP_INIT,

FIND_CLOCK : novalue,
CLOCK_INIT : novalue,
RC25SERR_RPT : novalue,
INIT_COM_AREA,

SET_INT VECTOR : novalue,
RECTSTATUS,
EX SUP_PRG.
R

DOM NUM,

REC_DATA,
SEND_DATA,
SET_UNTLR_CHAR,
AVATLABLE,,
READ_CMD,

READTFILL_RING,
ON_LINE

GET_UNIT_STATUS,

GET~CMD_SLOT,

DECDDE,
AVERAGE TIME,

EXAM_DATA,
DM_ADDR_SETUP : novalue,

SEO0 198

SPIDER’USERS=ELAKSHHANA.11REL.REAL]ZR2?: (2)

! EXAMINE THE FREE MEMORY DATA
i PASS ADDR. TO DM PROGRAM

E 16

CZRCFAQD RC25 FR END TEST

IRCFA3
1745

DATA_XMT_REC : novalue,

AZTEC_READY,

! GET AZTEC READY

1746

WRT_PROTECT_TST : novalue,

1748

DO_RETRIES : novalue;

8-Jul=1983 14: 6:20

TEST SECTION

v01.0
3

8-Jul=-1983 15:31:08

1747

9
1750

!<BLF/PAGE>

! WRITE PROTECT ROUTINE

VAX=11 Bliss=16 V3-555

SEQ 199

SPIDERSUSERS:(LAKSHH‘NA.11REL.REALJIR2?= (2)

F 16

CZRCFAO RC25 FR END TEST

8=Jul=1983 14:46:50

BGNTST;
'00

i TEST 1: REGISTER EXISTENCE TEST
i DESCRIPTION:

THIS TEST WILL FIRST CHECK FOR THE EXISTENCE OF THE ADDRESS OF THE IP

AND SA REGISTERS FOR THE DEVICE UNDER TEST.

lzpnggg 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.

D
e e

UMMY;

i o

if .SWP_TRACE then PRINTF (DBM?7);
BGNSUB;

uhile L4 NUNRETRIES lequ .SWP_RETRIES) do

zflNEX =
SETVEC 4, NXHI PRIO?)

:f.(.RT_TABLE [RT_IP_ADDRESS] + 2)
hen

WN=O0V0~N
VIS

READ THE SA REGISTER
THIS IS SO _THAT IF THERE

if .I_AM_NEX eqlu ALL_ONES
then
be in
SK = 1;

SEE IF WE GOT AN NEX
ADDRESS NOT THERE

PT = FMT1;

P2 = ADAPT
P3
= 0;

°°°3°~O $32%3
S8 g 8QQQN\I\I

SET UP FOR

CORRECTLY.

nczsieaaRPT);

+
P4 = (.RC25_ADDR)

e
D e
e
b e e
b

FLAG
! CLEAR OUT NEX
AN NEX TRAP

CLRVEC (4);

1791

IS AN NEX THERE WILL BE
A SINGLE OPPERAND INST.
SO THAT IT WILL TRAP

bfifl""
end;

— e

! TEST 1

! CLEAR RETRY COUNTER

NUM_RETRIES = ZERO;

ERRDF (1, M3G_1
CKLOOP;
DO _RETRIES ();

PRINT ERROR MESSAGE

end;

if (.NUM_RETRIES eqlu ZERO) then exitloop;
end;

NUM_RETRIES
= ZERO;

END3UB;

BGNSUB;

while (.NUM_RETRIES lequ .SWP_RETRIES) do

CLEAR RETRY COUNTER

SEQ 200
7
Parc

SPIDERSUSERS : CLAKSHMANA. 11REL .REALJZRCFA (3

local

R
R TR TR T PR PR PRLA TR LATR T D LA L T E R
R
R s
R
Rs R
R
IR R A A
TR

8-Jul=1983 15.31:28

A SA S

) o

b Ay S

~ SNNNNNNSNSNSNSNSNSN
Vi
o oONOn

TEST SECTION

PR TR TR TR PR LR PRLR TR LR LALA L LU T T

ZRCFA3
v01.0

VAX=11 Bliss=16 V3=555

sze 201

G 16

8-Jul=-1983 15:31:08

CZRCFAO RC25 FR END TEST

IRCFA3

8=Jul=1983 14:46:50

TESY SECTION

v01.0
3

1809

1808

181%

if «(.RT_TABLE [RT_IP_ADDRESS]))

1816

Duanv
end;

}g}?

! SET UP TRAP VECTOR IF NEX

SETVEC %, NXHI PRIO?)

' READ IP REGISTER

1817

}g}g

CLRVEC (4);

! CLEAR THE VRCTOR

H
:

1820
1821

if .I_AM_NEX eqlu ALL_ONES
then

! CHECK FOR TRAPS

H3
:
H:

1824
1825
1826
1827
1828

H
|
3

1822
1823

beaA
SK =

FHT1
=
PT
ADAPT
=
P2
P4 =
(2. lSG2. RC25SERR_RPT);
ERRDF
CKLOOP;

' PRINT OUT ERRO MESSAGE

DO RETRIES ():

1829

}3%%

if (.NUM_RETRIES eqlu ZERO) then exitloop;

;

}ggg

end;

}g%? :; .JI_AM_NEX eqlu ALL_ONES
en
begin
1838

:
H
:

1839

DODU (.LOG_UNIT);

1841

end;

1840

1842
1843
1844

! IF REGISTERS ARE NON-EXISTENT
' THEN DROP THE UNIT FROM TESTING

DOCLN;

ENDSUB;
ENDTST;

.TITLE

ZRCFA3 CZRCFAD RC25 FR END TEST

JIDENT

/Vv01.0/

SOWNS,
20
20
&0

000000
000000
000040
000100
000200

111111

PSECT
CMDBF1: .BLKW
ENDBF1: .BLKW
RING.B: .BLKW
DATA.PAT1:

000202
000204

044444
022222

WORD
WORD

44444
22222

000210
000212

007760
000377

.WORD

=400

000206 177400

000214 155555

.WORD

DATA.PAT2:

.WORD
WORD

DATA.PATS:

LWORD

=66667

7760
377
=22223

a’e

: CLAKSHMANA. 1TREL .REALJZRCFA (3)
SPIDERSUSERS

! CLEAR TRAP FLAG

NEX =

1815

VAX=11 Bliss=16 V3=555

8=Jul=1983 15:31:08
8-Jul=1983 14:46:50

CZRCFAO RC25 FR END TEST
TEST SECTION
"WORD
DATA.PATé:
"WORD
"WORD
HOST.BUF:

=4444S

66666
o
=7761
=400

BLKW

404

.GLOBL
"GLOBL

RT.TABLE, RC25.ADDR, RC25.DATA
UNIT, LOG.UNIT, RETRIES, NUM.RETRIES

"GLOBL
GLOBL
"GLOBL
"GLOBL
"GLOBL

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
CMD.SLOT. RES.SLOT, DM.09, DM.10
OM.i1, DM.12, BYTE.COUNT, MSGADR

GLOBL
"GLOBL

DATA1, DATA2, DATA3, DATA4, END.LBN
SWP.CONTINUE. SWP.MANUAL, MANU.SW

GLOBL
GLOBL
"GLOBL

P3, P4, PS5, P6, LBN, LBN.ST, LBN.ED
LBN.SZ. CLK.ADR, CLK.CSR. CLK.START
TICKS,SECONDS, MINUTES, SWP.START

GLOBL SWP.TRACE, SWP.RETRIES, I.AM.NEX

GLOBL

"GLOBL VEC.AD, MEM.S1Z, P.MASK, B.MASK

‘GLOBL SWITCH2, RET.UNIT.FLAG, P1, P2

GLOBL SWP.END, BUF.LENGTH, TEMP, FREE.MEM.ADDR
MEM.SIZE, H.SADD, H.EADD, INI.MSG
"GLOBL P.VECTOR, P.IP. ADDRESS. v’m.smus

"GLOBL

6.7

TIME, nss.
70,
MSG.10 nssh nse 13
"GLOBL MSG.8,14, MSG.9,
nscinssi 6.19

. MSG. 28 nss.29
-GLOBL nss.zo £
-GLOBL MSG.30, osnz *asT13, asT14, QST1S
.GLOBL END, nsc. nm FMT2, FMT3, FMT4

fiu. MTSA, DBM7, DBMS
-GLOBL rms
DBM12, DBM13
6
.GLOBL
DBM17, DBM18
oan16.
oan1.
1£
.GLOBL
.GLOBL oan1 DBM20. DBM21. DBM22, DBM23
-

GLOBL DBM24. DBM2S. oanza. osnzr. DBM23
DBM31. DBM32, DBM36
"GLOBL DBM29. DB
DBM39, CTO. eéu. MSG.STATUS.ERR
DBM37. DBM38.
-GLOBL
"GLOBL AHEAD.MSG, BHEAD.MSG, CHEAD.MSG
=

066666
000377
170017
177400

JMORD

133333

SEQ 202

P'?' 9
VAX=11 Bliss=16 V3=555
(3)
.REALJZRCFA
A.11REL
S:[LAKSHMAN
SPIDERSUSER

éan. MSG.ADDR. ERR
MSG.BUSA.
DHEAD.MSG. R,
"GLOBL MSG.PATA.ER
MSG.ERR.CONT, MSG.SEEK.ERR

'GLOBL
"GLOBL
"GLOBL

MSG.TK.DSP, MSG.LBN.DSP, MSG.HSWICH.ERR
MSG.SURFACE.ERR, MSG.READ.ERR

"GLOBL
"GLOBL

EXE.SUP.ERR, SND. oAtA.eaa. RE.DATA.ERR
TIP
BUFF.ERR, DMC.ERR

GLOBL MSG.SAC.ERR, MSG.AVE.TIME, MSG.PT.ERR1
GLOBL MSG.WRP.ERRS, MSG.COM.WPT, AZT.READY.ERR

A2f.INIT AiPINIT FIND.CLOCK
"GLOBL NXMI,
CLOCK.INIT, RCSSSERR.RPT. INIT.COM.AREA
GLOBL
GLOBL SET.INT.VECTOR, REC. srAtus. EX.SUP.PRG
"GLOBL RANDOM.NUM, REC.DATA, SEND.DATA
"GLOBL SET.CNTLR.CHAR, AVAILABLE, READ.CMD
"GLOBL

READ.FILL.RING. ON.LINE, GET.UNIT.STATUS

116

8~Jul=1983 15:31:08
8=Jul=1983 14:46:50

CZRCFAO RC25 FR END TEST

IRCFA3
v01.0

TEST SECTION

010146

000001

0000006

$T1:

AVERAGE.TIME

.GLOBL
.GLOBL
.GLOBL

EXAM.DATA, DM.ADDR.SETUP, DATA.XMT.REC
WRT.PROTECT.TST, AZTEC.READY, DO.RETRIES

.SBTTL
.PSECT

$T1 TEST SECTION
ACSCODE, RO

MoV

R1,=(SP)

g;.SUP.TRACE
#DBM7 ,=(SP)
#1,-(SP)

0000006
000001

000000G
0000006 0000006

GET.CMD.SLOT, DECODE,

?;.RO

1$8:

SEQ 203

Pa?e 10
VAX=11 Bliss=16 v3=555
A (3)
ALJZRC
11REL.RE
KSHHANA.
SERS:[LA
SPIDERSU

1748

1768

; SP,*

55?)0.(SP)+

NUM.RETRIES
ggH.RETRlES.SUP.RETRIES

3
,

1771
1773

1.AM.NEX

1775

#340,-(SP)

#NXMI ,=(SP)
#4,-(SP)
#3,-(SP)

1776

0000006
000001 000002

aRT.TABLE.RO

;;,2(a0)

1778

000001
000004

M .R1
gg.RO

: *,DUMMY
:

1781
1784

0000006 177777

;ifH.NEX.l-1

1786

000001 0000006
0000006 0000006
000001 0000006
0000006

#1,P.MASK
#FMT1,P1
M .P2
P3
RC25.ADDR,RO

3
:
3
:
3

1789
1790
1M
1792
1793

1794

3
:

1796
1799

3
3

1774
1773

3s:

#2,R0
RO,.P4

MSG.1
RC25$ERR.RPT
65
RO

#10,SP

000010
7

0000006

4$:

000010
000010

6$:

PC,DO.RETRIES
ggfl.RETRlES
#10,SP
7%

#10,SP
2%

J 16
IRCFA3
V0

8=Jul=-1983 15:31:08
8=Jul=1983 14:46:50

CZRCFAOD RC25 FR END TEST
TEST SECTION

0000006

7$:

0000006 0000006

9$:
108:

8%:

Ngfl.RETRlES
6
RO
1%
2
?gg.RETRIES.SUP.RETRIES

SEQ 204

Pa?e 11
VAX=11 Bliss=16 V3=555
NA. 117ELERS .REALIZRCFA (3
SUS
: LLAKSHMA
SPIDER

1803
1804

1807

1809
1810

0000006
000340
0000006
000004
000003
0000006
000001

aRT.TABLE,RO

000001
000004

#1,R1
#4,R0O

#1,(RO)

11$

11$:

000000G 177777

36
1.AM.NEX,#-1
138

#1,P.MASK

000001 0000006
000000G 0000006
000001 0000006
0000006 0000006

#FMT1,P1
#1,P2

P4
RC25.ADDR,

55
2
MSG.2
RC25SERR.RPT

1812

;s *,DUMMY
:

1815
1818

1820

3
3
:
:
F

1823
1824
1825
1826
1827

1829
1832

W
Ll

0000006
000000G

000010

I.QH.NEX.#-1

3
F
:

1808
1807
1836

LOG.UNIT,RO

1839

1841

1748

000010

14$%:

#12.SP

0000006 177777

15%:

0000006
16%:

(SP)+,R1

)
ACSCODE + 0000
Base:
Routine
164 words,.
; Routine Size:
7
words
; Maximum stack depth per invocation:

K 16

.SBTTL

T1 TEST SECTION

JSR

PC.$T1

004767

000000
000000
000004
000006
000010
000012

177264

8-Jul=1983 15:31:08
8-Jul=1983 14:46:50
-

CZRCFAQ RC25 FR END TEST
TEST SECTION
-l -l

ZRCFA3
v01.0

TRAP
ROR
BLO

104466

006000
103773
000207

RTS

RO
1%

Routine Base: ACSCODE + 0510
: Routine Size: 6 words,
: Maximum stack depth per invocation: 2 words
1845

!<BLF/PAGE>

SEQ 205

Pa?e 12
VAX=11 Bliss=16 V3=555
CFA (3)
.REALJZR
11REL
.
RS
[LAKSHMANA
:
SPIDERSUSE

1843

L 16

8-Jul=1983 15:31:08
8=Jul=1983 14:46:50

CZRCFAO RC25 FR END TEST
TEST SECTION

IRCFA3

SSzasas
OOV

o
e
b—
—

e
e
T
B

0000
NS
WN -0 VNS

b cd e

D b -

) b cnd D b

D - -

T
e
WN=O VNS
W =0V~

v01.0

VAX=11 Bliss=16 V3=555

S EQ 2

Pa?e

.REALJZRC A (4)
. 11RELERS
SUS
: CLAKSHMANA
SPIDER

BGNTST;
‘44

! 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

if .SWP_TRACE then PRINTF (DBM8);

! TEST 2

uhilg (.NUM_RETRIES lequ .SWP_RETRIES) do

YSTEP 1 WRITE WITH STEP 2 READ
egin

! SELECT B_MASK FOR STEP 1 WRITE

B _MASK = 1;

DATA1 = %0'137600" + .RT_TABLE [RT_VECTOR1/4;

! SELECT STEP1 WRITE DATA WITH

MAX RING SIZES ,IE AND VECTOR

i ADDRESS

! PORT SHOULD NOW GET TO STEP2

if AZT_INIT O
then

! AFTER FINISHING INTEGRITY CHECK
! DIAG. IF NOT REPORT ERROR

begin

ERRDF (3, MSG_14, RC2SSERR_RPT);

! DECODE STATUS

if .RET_STATUS then DECODE ();
CKLOOP;
RETRIES = TRUE;
end;

1879

! RETRY IF ERROR

if (.RETRIES) then DO_RETRIES ();
if (.NUM_RETRIES eqlu ZERO) then exitloop;
end;
return;

ENDTST;

000000G
000001 000000G

$12:

“

0000006
000001

C000006 0000006

.SBTTL
CLR

1$:

$T2 TEST SECTION
NUM.RETRIES

gé;

11.SUP.TRACE

MoV

- (SP)
#DBM8,

MOV
TRAP
CMP

SP.RO
17
(SP)+,(SP)+

MOV

CMP

1857
1859

#1,-(SP)

2gH.RETRlES.SHP.RETRIES

1861

8-Jul=-198 3 15:31:08

CZRCFAQ RC25 FR END TEST

8-Jul-198 3 14:46:50

TEST SECTION

112767

H
:

1864
1865

1869

1374

1876

3
S

1879
1882

PC,DO.RETRIES
NUM.RETRIES
7%

1884

(SP)+,(SP)+
1%

1862
1861

1888

#1,8.MASK

000001 0000006
0000006
000002
000004
0000006
0000006
040200 0000006
000000G

RT.TABLE,RO

2(ao> -($P)
4,=($P)
pc.aLsoxv
RO.DATA1

#40200,DATA1
PS.AZFCINIT

000001

55
3
MSG.14
RC25SERR .RPT
g;.RET.STATUS

0000006

000000G

SEo 207
VAX=11 Bliss=16 V3-555
g
SPIDERSUSERS:CLAKSHMANA. 11REL .REALJZRCFA (4)

PC,DECODE

2%:

(SP)+,(SP)+

000001
000001

000000G
000000G

00092006
0000006

PC
#1,RETRIES

3s:
4%:

g;.RETRlES

5$:

(SP)+,(SP)+
PC

6%:
7%:

: Routine Size:
.
68 words, :
Routine
Base:
ACSCODE + 0524
4 words
; Maximum stack depth per invocation:

000000
000000
000004
000006
000010
000012

004767

177564

104466

12::
1%:

006000
103773
000207

; Routine Size:
6 words,
Routine Base:
Haxtmum stack depth per invocation:
1890

!<BLF/PAGE>

.SBTTL

T2 TEST SECTION

JSR

TRAP
ROR
BLC
RTS

ACSCODE + 073¢

CZRCFAQ RC25 FR END TEST
TEST SECTION

:50

15
SPIDERSUSERS
: [LAKSHMANA. 11REL .REALJZRCFA (5)

VAX=11 Bliss=16 V3=555

D L T L L L T

BGNTST;
‘es

! TEST #3 - DIAGNOSTIC WRAP TEST
DESCRIPTION:
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.

e e

A FAILURE TO ECHO WHAT WAS WRITTEN WILL RESULT IN A CALLOUT TO THE
ADAPTER CARD FRU.

ERRRREpPOOE
RS SEsscseseseeegesesevasaesgseseess

PRL
P
T
PR T

IF _THE OPERATOR HAS SPECIFIED LOOP ON ERROR, THE PROGRAM WILL LOOP ON
THE FAILING WRITE AND READ.

I
e e T
e
S
N
S
S
S
Y
e
S
R
S
O
e T
e
e
B

NO\h&\NN—'OOONO\"%WN-‘OOONOMJ\WN—'OOQ NOWVS WN=OV~N

e R R

e I

PRI A T
A A T A T
I
R
A
P P L
P
A
PR
P
T
A
A
A
IR I A
T A L R TRIR
R
TA
T
P
T
PR T
A
T A
LRI

8-Jul-1983 1
8=Jul=1983 14:

local

TST_PAT;

if .SWP_TRACE then PRINTF

(DBM10);

TEST 3

NUM_RETRIES = ZERO;

while (.NUM_RETRIES lequ .SWP_RETRIES) do
begin
.

TIP

= &;

g STEP1 WRITE

B_MASK = 0;

! MASK FOR STEP1 READ

DATA2 = %0'10°;
DATA3 = ZERO;

i TIME OUT COUNTER
i TEMP STORAGE FOR RCSA DATA

DATAT1 = %0*140000°;

if AZT_INIT O
then
begin
EngSP(4' MSG_14, RC25SERR_RPT);

i STEP1 WRITE WITH WRAP MODE BIT SET

CALL STEP 1 ROUTINE

.
! PRINT OUT ERROR REPORT

RETRIES = TRUE;
else

end

be?in
WRT_RC25 (RCSA, .DATA1);

! DO STEP1 WRITE WITH DWM.

while ((.DATA3 nequ .DATA1) and (.DATA2 nequ ZERO)) do

DATA2 = .DATA2 -~ 1;
DALA3 = .RC25_ADDR [RCSA, RC_ALL];

enda;

TST_PAT = %0'000001°;

!
!

START TEST PATTERN TO

SEQ 208

Pa?e

8-Jul=1983 15:31:08
8-Jul=1983 14:46:50

CZRCFAQ RC25 FR END TEST

000000000022
Vi
I
PR $3222
W
=O VO NOWVNHWNI=O
000

D o

begin

! FLOAT ZEROES AND THEN ONES

D e

incru COUNT from 0 to 1 do
begin

if .COUNT eqlu 1 then TST_PAT = not .TST_PAT;

WRT acés (RCSA, .TST_PAT);

D o

BGNS

e e

DELAY (10);

e e

=
RC2S_ DATA ERCSA, RC_ALL]

i PRINT OUT ERROR REPORT

be in
SK= 2;

D e

! MESSAGE ADDRESS
PT = FHTZ
! FAILING FRU
i FAILING ADDRESS
2;
+
ADDR)
Rc2§
(
P6 TST
i GOOD DA
P4
BAD DATA
PS
= RCZS DATA CRCSA, RC_ALL);
RRPT);

NN ~ ~
W - OV~

b
e e
e
e
- iy —

' WRITE TEST PATTERN TO SA
WAIT FOR IT TO ECHO
! GET RCSA DATA
RCZS -ADDR [RCSA, RC ALLJ

! TEST SA FOR TEST PATTERN
if .RC25_DATA [RCSA, RC_ALL] nequ TST PAT
THEN
EQU
NDT
F
then

ERRDF (5, MsG_7, RC25$ER

00 VO

TR
R TR
IR IR R R
TR

SEQ 209

Pa?e 16
VAX=11 Bliss=16 V3=555
RCFA (5)
.REALIZ
11REL
.
SPIDERSUSERS:CLAKSHMANA

; NOW RLOAT TEST PAT

incru FLOAT from 0 to 15 do

TRPR L R L A TR L R LA P L L T

TEST SECTION

CKLOOP;
RETRIES
= TRUE:
end;

1974

ENDSUB;
end;
TST_PAT

TST_PAT
end;

TRT

PR TRD DR L L L

not TST PAT;

! SHIFT THE BIT DOWN 1

.TST_PAT*1;

end;

! DO RETRIES IF IN ERROR

if (.RETRIES. then DO_RETRIES ();

R IR

if (.NUM_RETRIES eqlu ZERO) then exitloop;

TR IR I

end;

'REINITIALIZE THE PORT

WRT_RC25 (RCIP, ALL_ONES);
ENDTST;
.GLOBL

$13:

000000G
000006

000001

010600

0000006
000001

0000COG

LSBTTL

JSR

LS$DLY

$T3 TEST SECTION

R1,$SAVE4

1889

1913

SUB

#6,SP

g;.SUP.TRACE

MOV
MOV
MOV

#DBM10,~-(SP)
#1,-(SP)
SP,RO

3 0,0

gég

SEQ 210

IRCFA3
1.0

Pa?e 17
:
VAX=11 Bliss=16 V3=555
.REALJZRCFA (5)
RS
SE
11REL
.
NA
SU
CLAKSHMA
ER
:
SPID

CZRCFAQ RC25 FR END TEST

TEST SECTION

17
(SP)+,(SP)+
NUM.RETRIES

0000006
0000006 0000006

1915
1917

ggfl.RETRIES.SflP.RETRIES
22%

000466
000004 0000006
0000006
140000 000000G
000010 0000006
000000G
0000006

#6, TIP

B.MASK
#-40000,DATA1
#10,DATA2

PC,AZT.INIT
RO
55

DATA3

4
MSG.14

H
:
:
s

1919
1923

1924
1925

1926

1928
1931

RC25$ERR.RPT
65
RO

000412
0G0C01

0000006

000000G
0000006
000002
0000006 0000006

4$:

5%:
6$:

000000G

000515

7%:

0000006

8%:

000004

9%:

000000G
0000006

000002
000002

108:

000002
0000006

000001
060000

12%:

138:
14%:

0000006
000002
000012

20§

DATA1,R1
RC25.ADDR,RO
R1,2(R0)
DATA3,DATA1
118
DATA2
118
#515,R1
108

; *,RCM.REG
; RCM.REG,*

: *,$8TMP2

1941

14$

: $STMP
: $STMP1

: $STMP2
:

H
: «, TST.PAT
s FLOAT

1939
1946
1948

1954

s COUNT

: TST.PAT

R1,2(R0)

: RCM.REG,*

18§

1942
1943

; *,RC.REG

R2
2
R2,R1

#12,R1

1928

1937
1939

DATA2
RC25.ADDR,RO
2(R0),2(SP)
#1,R2
RG

1933

: «,$8$TMP1

RC25.ADDR,RO

15%:

LSDLY,RO
98
4(SP)
RO
13
R1

g(SP)‘DATA3

11$:

000001

23s

#1 ,RETRIES

: TST.PAT,RCM.REG

: o« $8TMPS

1951

1957

1958

ZRCFA3
0

8-Jul=-1983 15:31:08
8-Jul=1983 14:46:50

CZRCFAQ RC25 FR END TEST
TEST SECTION

LSDLY,RO

0000006

17%
4(SP)
RO
16%

16$:

000004

17%:

: $SSTMP1

: $$TMP2

RCZS ADDR RO
2(R0), (SP)

: *,RC.REG

1959

: RC25.DATA+2,TST.PAT

1961

3
3
:
:

1964
1965
1966
1967

: TST.PAT,«

1968

3
3

1972
1973

R3
R3,#1
13§
R2

s COUNT

1951

: TST.PAT

1978

R4, #17

: FLOAT,*

(SP), RCZS DATA+2
L4

#2 ,P.MASK

000002 0000006
0000006 0000006
000001 0000006
0000006
000002

#FHTZ P1

RcésADDR, RO

#2.R0
RO P6

000000G
0000006

ncés.oATA+2.Ps
oD BWW\

wVie'ln
W\

000002G 0000006

; =, $8TMP1
: $STMP

15%

18%:

0000006

SEQ 211

Pa?e 18
VAX=11 Bliss=16 V3=555
(5)
ZRCFA
A.
.REALJ
MAN
11REL
KSH
SPIDERSUSERS CLA

:
s

1969
1970

G.7
RC25$ERR.RPT

000001

0000006

RO
19%
#1,RETRIES
67
RO
14%

19%:

000001

0000006

0000006
177276

177777
0000006

: TST.PAT
s FLOAT

208:

12§
#1,RETRIES

1984

21%:

PC,DO.RETRIES
NUM.RETRIES

1986

22%:

#-1,R0

: *,RCM.REG

1990

1889

Routtne Size:

185 words,

21§

22%

RO,aRC25.ADDR
i8,.SP

23%:

000006

Routine Base:

Haxlmum stack depth per invocation:

1979
1948

R2
R4

000017
000001

s COUNT,»

2 words

ACSCODE + 0750

.SBTTL

T3 TEST SECTION

: RCM.REG,*

CZRCFAQ RC25 FR END TEST

ZRCFA3
v01.0

177212

——

004767

TEST SECTION

L
V)

000000
000000
000004
000006
000010
000012

SEQ 212
19
Page
.
Vv3=555
6
VAX=11 Bliss=1
(5)
RCFA
REALJZ
11REL.
NA.
SERS
: [LAKSHMA
SPIDERSU

104466

006000
103773
000207

: Routine Size:

PC,$T3

ROR
BLO

RO
1%

TRAP

RTS

6 words,

Routine Base:

: Maximum stack depth per invocation:
1992

JSR

!<BLF/PAGE>

2 words

ACSCODE + 1532

1990

e §§§§§ 32

R T R D TR LR L D D Y
P TR

BGNTST;
'00

: TEST #4 - VECTOR AND BR LEVEL TEST

g DESCRIPTION:
i

THE INIT SEQUENCE WILL BE STARTED WITH THE INTERRUPT ENABLE BIT SET TO

THIS TEST ASSUMES THE VECTOR GIVEN BY THE OPERATOR IS CORRECT.

THE PRIORITY LEVEL OF THE INTERRUPT REQUEST WILL

FAILURE OF THE AZTEC TO VECTOR PROPERLY WILL NECESSITATE THAT THIS

WILL BE REPORTED.

LOOP ON ERROR WILL RESTART THIS TEST IF THE ERROR IS RECOVERABLE.

;

VERIFY THE AZTEC'S VECTOR AND BR LEVEL.

BE VERIFIED.

PROGRAM BE RESTARTED.

A COMPLETED INTERRUPT AT THE WRONG BR LEVEL

IR R L

R AR

R TR R TR T AT E A

AR TA A

A PR PRTR T

R RN LR R R R

TR R

s e

8-Jul=1983 75:31:08
8=Jul=1983 14:46:50

CZRCFAO RC25 FR END TEST
TEST SECTION

IRCFA3
v01.0

NUM_RETRIES = ZERO;

if .SWP_TRACE then PRINTF (DBM11);

! TEST &

uhlle K. NUHRETRIES lequ .SWP_RETRIES) do
n
eg

TEMP = PRIO?

1_AM NEX = FALSE;

B_MASK 0

! START WITH HIGHEST PRIORITY
! CLEAR INTERUPT FLAG

! STEP 1 READ MASK
'INTERRUPT ENABLE BIT SET
DITA1 = Zo 104600* + .RT_TABLE [RT_ VECTOR1/4:! SET HOST
PRIORITY
SETPRI (.TEMP);
if AZT_INIT O

! BRING UP TO STEP 1 READ

then

beg1n
ERRDF (6, MSG_14, RC258SERR_RPT);

! IF_ERROR
! THEN
! REPORT IT

if .RET_STATUS then DECODE ();

! DECODE STATUS

else

! AND GET STATUS

CKLOOP;
RETRIES = TRUE;
end

UR?RC25 (RCSA, .DATA1);
DELAY (1500);

while (.TEMP gequ %0'140') do
begin

! WRITE STEP 1 DATA

! WAIT FOR INTERRUPT

SEQ 213

Pa?e 20
VAX=11 Bliss=16 V3-555
FA (6)
LJZRC
L.REA
11RE
.
CLAKSHMANA
:
SPIDERSUSERS

8-Jul=1983 15:31:08
8=Jul=1983 14:46:50

CZRCFAQ RC25 FR END TEST

IRCFA3
v01.0

TEST SECTION

if .I_AM_NEX eqlu ALL_ONES then exitloop;
TEMP = _TEMP = %0°'40°;

SEQ 214
21
Pa?e
VAX-11 Bliss=16 V3=555
(6)
CFA
. 11REL .REALJZR
RS
: [LAKSHMANA
SPIDERSUSE

!IF INTERRUPT DID NOT

! NOT OCCUR

! LOWER CPU PRIORITY

SETPRI (.TEMP);

RETRIES = TRUE;
end;
end;

! IF INTERRUPT OCCURED

:; J_AM_NEX eqlu ALL_ONES
en

!
! GET PRIORITY

begin
TIP = _TEMP*=S5 + 1;

' SET HOST PRIORITY TO 0

SETPRI (PRI00);

SETVEC (.RT_TABLE [RT_VECTOR], NXMI, .TIP);
PRINTF (INI_MSG, .RT_TABLE CRT_VECTOR], .TIP);

! SET UP SERVICE ROUTINE.

if .TIP nequ .RT_TABLE [RT_BR_LEVEL] then PRINTF (BRERR);

else

! IF RECEIVED BR IS NOT THE

! SAME AS TYPED REPORT ERROR

RETRIES = FALSE;
end

begin
RETRIES = TRUE;

! ERROR

ERRDF (7, END_MSG, 0);

CKLOOP;
end;

if .RETRIES then DO_RETRIES ();

if (.NUM_RETRIES eqlu ZERO) then exitloop;
end;

ENDTST;

$T4:

000000G
000001 000000G

$T& TEST SECTION
R1,-(SP)
-(SP)
NUM.RETRIES

MOV
MOV

#DBM11,-(SP)
#1,-(SP)

gég

0000006G
000001

MOV
TRAP

CMP

:}.SHP.rRACE

SP,.RO
17

(SP)+,(SP)+

0000006 000000G

1$:

g’sz

gsm.némes.sup.amus

000520
000005

2%:

JMP
MCV

16%
#5,T1P

000000G

000340 000000G

016700

.SBTTL
MoV
TST
CLR

000000G
0000006

0000006

MOV

#340, TEMP

MOV

RT.TABLE,.RO

CLR
CLRB

1.AM.NEX
B.MASK

1991

2018
2020

CZRCFAO RC25 FR END TEST
TEST SECTION

g388888888a88s8ss

SRARRSS RN FRENVFRER
S

SEQ 215

Page 22
,
VAX=11 Bliss~16 V3=555
.REALJZRCFA (6)
RS
SE
11REL
.
MANA
SU
[LAKSH
ER
:
ID
SP
2(RO),=(SP)

¥4,~(5P)
PC.BLSDIV
RO;DATA1

073200 0000006
0000006
0000006

000001

000172

000001

4$:

5%:

002734

6$:

0000006
000004

0000006 000140

0000006
177773
0000006
364

000370
000374

016700

0000006
0000006
0000006

2031

2035

2037

3
: *,RCM.REG

2031
2044

PC,DECODE

65
RO
4
(SP)+,(SP)+
168
#1,RETRIES

108

DATA1,R1
RCZS.A%?R.RO
R1,2(R

#2734 ,R1
98

: $STMPY

7%
R1

68
TEMP,#140
108
1.AM.NEX ,#-1
108
#40,TEMP
T%HP.RO
4

31.RETRIES

0000006
108:

: *,$8TMP2
: =, $STMP1

8%:
9%:

: RCM.REG,*

LSDLY,RO
13

4(SP)

000040 0000006
0000006

0000006 177777

PC,AZT.INIT

7%:

0000006 177777

000001

2029

g;.RET.STATUS

3s:

0000006

RO
5%
55
6
MSG.14
RC25$ERR.RPT

0000006

000000G

#75200,DATA1
{E""“é

1.AM.NEX ,#-1
12%

TEMP, (SP)
#=5,=(SP)
PC ,BLSSHF
RO,TIP
TIP
RO
41
TIP,(SP)
#NXMI ,=(SP)

RO
RT.TABLE

2040

2045

: $STMP

: $STMP2

2047

2050

:
3

2052
2053

H
:
F,

2054
2047
2059

2062

2063

2064

VAX=11 Bliss=16 V3=555

TEST SECTION
NS N
TN
ONNON

2(R0) ,=(SP)

000002
000003

-— b —l—l—ldg

Page

SPIDERSUSERS:[LAKSHHANA.11REL.REALJZRC?A 6)

CZRCFAQ RC25 FR END TEST
(=lelelelelel
ol

SEQ 21

l;.'(SP)

3
TIP, (SP)

RT. TABLE
RO

2065

2(R0) ,=(SP)

#INI.MSG,=(SP)
#3,-(SP)

104417

SP,RO
17
RT.TABLE,RO

000000G

TIP,4(RO)

0000006 000004

2067

118

#1,-(SP)

SP,RO

17
(SP)+
RETRIES

118:

000000G
000016

#16,SP

13%

000001

0000006

12%:

#1,RETRIES

000001

0000006

13%:

#1,RETRIES

000000G
0000006

55
7
END.MSG
0
65
RO
138
(SP)+,(SP)+
168

14$

14$%:

15%:

T 177244

16%:

000207

RTS

192 words,

Routine Base:

; Maximum stac k depth per invocation:

177174

#BRERR, (SP)

0000006
000001

: Routine Size:

: SP,x

14 words

T4::
1%:

PC,DO.RETRIES
NUM.RETRIES
158
(SP)+,(SP)+
16$
(SP)+,(SP.+
1%
(SP)+
(SP)+,R1
PC

: SP,»

F
3
3
3
3

2070
2061
2059
2074
2075

2079

2081
2023
2022
1991

ACSCODE + 1546

.SBTTL

JSR

TRAP
ROR
BLO
RTS

T4 TEST SECTION

2083

ZRCFA3
v01.0

CZRCFADRC25 FR END TEST
TEST SECTICN

: Routine Size:

6 words,

Routine Base:

: Maximum stack depth per invocation:
3

2086

!<BLF/PAGE>

2 words

8-Jul=1983 15:31:08
8=Jul=1983 14:46:50
ACSCODE + 2346

SEQ 217

Pa?e 24
.
VAX=11 Bliss=16 V3=555
FA (6)
.REALJZRC
11REL
MANA.
SPIDERSUSERS:CLAKSH

mn1

8-Jul=1983 15:31:08
8=Jul=1983 14:46:50

CZRCFAOQ RC25 FR END TEST
TEST SECTION

VAX=11 Bliss=16 V3-555

+
s

PRL LA L L

TEST 5: STEP 1 =3 INITIALZATION TEST

D D

DESCRIPTION:

TR TRT A R L

THIS TEST WILL CHECK FOR INFORMATIONS ECHOED FROM PORT AT
EACH STEP READ COMING UPTO THAT STEP FROM SCRATCH. IF THERE WAS
AN ERROR REPORTED OR ECHOED INFORMATIONS WERE INCORRECT
THE SAME WILL BE REPORTED.

! TEST 5

while (.NUM_RETRIES lequ .SWP_RETRIES) do
]

;

begin

STEP1 READ

BGNSUB;

‘check if using

!
]

Q_bus and flag

TEMP = READBOS ();

; STEP 1 READ

! START PORT INIT WITH MASK = 0

B_MASK = 0;

BRING UP TO STEP 1 READ

if AZT_INIT O
then

AND GET STATUS

IF_ERROR

begin

ERRDF (8, MSG_14, RC25SERR_RPT);
if .RET_STATUS then DECODE ();

THEN

REPORT IT
! DECODE STATUS

CKLOOP;
RETRIES = TRUE;
end;

! CHECK FOR CONTROLLER DEPENDENT INFORMATION FROM RCSA AT STEP 1 READ
W

g
Pargiargir

if .SWP_TRACE then PRINTF (DBM9);:

if ((.RC25_DATA [RCSA, RCSA_NV1)

DWW

MURLRLNLNLNLNL LN NN
NINYNL NI NN NNV R R RNb
RN YRR
N DR
RN N RN NN
b b d o o e d cd d cnd
D e ) cd o
o d e o e d e d o
b

I R R R

PR DRDR D

D L TR

IRIR

R TR R

TR A

TRTR

LOOP ON ERROR WILL BE FROM THE BEGINNING OF SUB TEST.
! CLEAR RETRY COUNTER

or not (.RC25_DATA [RCSA,

! CHECK THAT THE Nv BIT DID

! NOT SET.

! CHECK IF DI BIT SET

or (.TEMP) and not (.RC25_DATA [RCSA, RCSA_QB]) ! CHECK THE 0B BIT

RCSA_DI]))

then

or not (.TEMP) and (.RC25_DATA [RCSA, RCSA_QBJl))
begin

P_MASK = 2;

PT = FMT3;

! TF NOT SET
! THEN

. 11REL .REALJZRCFA (7)
RS
: [LAKSHMANA
SPIDERSUSE

BGNTST;

NUM_RETRIES = ZERO;

SEQ 218

Pa?e

:08
:50

CZRCFAQ RC25 FR END TEST

b 8\48\’!2\0“\)-. SRIFRRRV2RTISINARN
o

ADAPT ;

(.RC25_ADDR) + 2;

.RC25_BATA CRCSA, RC_ALLI;
%0°01";

ERRDF (9, MS$G_14, RC2SSERR_RPT);

(¢ ]

NN SN LN UNTN LN LN LSOV UV LN N LV
nurLRLNINLRLA
L RN RN
RN NN RN NN
NN NNCSUNUNTSTNLNTNTNTNTNTSONT
- e D ) ) - - —d d e B
el
el eV ) el d ) d e b — ) - -l
— ) -l -l i ol ol
-l -l -l - —ld LY
NNNNOOONOOO
OO
O O VYWV
SN He
900000000
o

TRIR TR A

A TR PR P PR R R L L ) TR IR IR R TRRRRATR
PR T PR D P LR L

D D L) TR IR T RIR TRTEATR TRIRDR TR TR TR D L L LY

TEST SECTION

SEQ 219
26
Pa?e
V3=555
VAX=11 Bliss=16
(7)
ZRCFA
.REALJ
11REL
: CLAKSHMANA.
SPIDERSUSERS

CKLOOP;
RETRIES = TRUE;

! MASK = STEP 1
! REPORT ERROR

end;

TEMP = _RC25_DATA [RCSA, RC_ALLI;
TEMP = _TEMP<6, 5>;
r

PRINTF (FMTS, .TEMP);
ENDSUB;

! PORT SPECIFIC INFO
! GIVE IT TO OPERATOR

g STEP1 WRITE WITH STEP 2 READ
BGNSUB;
B_MASK = 1;

DATA1 = %0°'137600* + .RT_TABLE [RT_VECTOR]/&;

! STEP1 WRITE DATA FOR MAX

' RING LENGTHS,IE AND
! VECTOR ADDRESS

! DO INIT AND IF ERROR

if AZT_INIT O

then

begin

ERRDF (10, MSG_14, RC258ERR_RPT);

! REPORT ERROR

if .RET_STATUS then DECODE ();

' DECODE STATUS

CKLOOP;
RETRIES = TRUE;
end
bsgtn

ECHOED INFORMATIONS AT STEP2 READ
! CHECK F
TEMP = _DATA1I<8, 8>;

! SAVE EXPECTED DATA

if (LRC25_DATA [RCSA, RCSA_7_0] nequ .TEMP)

then

ge in

' IF ECHOED INFO DOES NOT

2
s

PY = FMT2;

! MATCH REPORT ERROR

£;

Pi = ADAPT;
£
.TEMP;

PS = .RC25_DATA [RCSA, RCSA_7_0];

P6 = .RT_TABLE [RT_IP_ADDRESS] + 2;
ERRDF (17, MSG_11, RC2SSERR_RPT);

(KLOOP;
RETRIES = TRUE;
end;
end;

:zggas (FMT4, .RC25_PATA [RCSA, RCSA_PTN]); ! GIVE PORT TYPE NUMBER
i STEP 2 WRITE WITH A STEP 3 READ

B
CZRCFAO RC25 FR END TEST
TEST SECTION

TRT TN 1Y

BGNSUB;
B_MASK = 3;

PRTR TN

DATA2 = COM_AREA;

else

8-Jul=198315:31:0 8
8=Jul=1983 14:46:5 0

SEO 220
VAX=11 Bliss=16 V3-555
? 27
(7)
.REALJZRCFA
11REL
:CLAKSHMANA.
SPIDERSUSERS

MASK UPTO STEP3 READ
COM AREA START ADDRESS
! DO INIT AND IF ERROR

begin
ERRDF (12, MSG_14, RC25SERR_RPT);

! PRINT ERROR MESSAGE

if .RET_STATUS then DECODE ();

! DECODE STATUS

CKLOOP;
RETRIES = TRUE;
end

! CHECK rogECHOED VECTOR AND IE BIT
.DATA1<0, 8>;

it (.RC25_DATA CRCSA, RCSA_7_0] nequ .TEMP)
then
' IF ECHOED INFO NOT CORRECT
be in

PR T

YUVUVVO
AR

PRTR

TR PR

AL AT AT

T AT E TRT E PRLR LN

if AZT_INIT O
then

SK = 2;
FMT2;

nunn

IRCFA3
v01.0

ADAPT;

.TEMP;

.RC25_DATA [RCSA, RCSA_ 7 _01;

RT_TABLE CRT_IP ADDRESS] + 2;

ERRDF (13 MSG_11, RCZSSERR RPT);
CKLOOP;

REPORT ERROR

RETRIES = TRUE;

TR TRTR

T A TR

PR PR TR T L

end;

end;
ENDSUB;

g STEP 3 WRITE WITH STEP 4 READ

BGNSUB;

= 7
B_MASK

BRING UPTO STEP4 READ

if AZT_INIT (@)
then

INIT AZTEC
IF_ERROR
THEN

DATA3
=

RING BASE HIGH ADDRESS

begin
ERRDF (14, M5G_14, RC258ERR_RPT);

PRINT OUT ERROR MESSAGE

if .RET_STATUS then DECODE ();

DECODE ERROR

CXLOOP;

RETRIES = TRUE;

end;

! PRINT MICRO CODE VERSION INFO.
PRINTF (FMT6, .RC25_DATA [RCSA, RCSA_MODEL],

.RC25_DATA [RCSA, RCSA_U_CODE));

SEQ 221
Pa?e 28
VAX=11 Bliss=16 V3-555
SPIDERSUSERS
: [LAKSHMANA. T1REL .REALJZRCFA (7)

CZRCFAQ RC25 FR END TEST

IRCFA3
v01.0

TEST SECTION

ENDSUB;
if (.RETRIES) then DO_RETRIES ();

if (.NUM_RETRIES eqlu ZERO) then exitloop;

end;

1%:

2%:

0000006
0000006

BEQ
MOV
MoV
MoV
TRAP
CMP
CMP
BLOS
RTS

TRAP

CLRB
JSR
ROR
8CC

#DBM9,-(SP)
#1,-(SP)

SP,RO
17

(SP)+,(SP)+
ggfl.RETRIES.SUP.R57RIES
PC

.MASK

PC,AZT.INIT

PR RRRONR RS

000001

0000006

3s:

000006
000001
002000

0000006
0000026

000400

0000026

000002 0000006
0000006 0000006
000001 0000006
0000006
000002
0000006
0000026 0000006
000001
0000006

G.14
RCZSSERR RPT

g;+RET.STATUS

ssssssssssssessaasssas

00
000102

6$:

——

2106

2125

TRAP

.WORD

SP,*

nN=O
-0

000000G 0000006

BIT

$T5 TEST SECTION

NUM.RETRIES
11.SWP.TRACE

0000006
000001

.SBTTL

CLR

[NTNTNY

$T15:

0000006
000001
0000006

P35

ENDTST;

PC,DECODE

RO
43

#6,SP
98

#1,RETRIES

z%éOO.RCZS.DATA+2

#400,RC25.DATA+2
8s
#2 ,P.MASK
#FMT3,P1
#1,P?

RC25.ADDR,RO

#2.R0
RO P4

RC2S.DATA+2,PS

#1.P6

1
MSG. 14
RC258ERR.RPT

2127

SEQ 222

Pa?e 29
VAX=11 Bliss=16 V3=555
NA. 11RELERS .REALJZRCFA (7)
SUS
: CLAKSHMA
SPIDER

CZRCFAD RC25 FR END TEST
TEST SECTION

65
000006

7$:
8s:

06
177740 0000006
0000006
0000006
000002

TEMP
TEMP
TEMP
TEMP
TEMP
TEMP

TEMP, = ($P)

#FMTS,=(SP)

#2,-(5P)

108:

SP.RO
17
#6,SP
67
RO
2%
2

#1,8.MASK

RT.TABLE
RO

2(R0) ,=(SP)

#40200,DATA1
PB.AZI.INIT
R
138

12
MSG.14

11$

0000016 0000006
0000026
0000006

000002 0000006
0000006 0000006
000001 0000006

H
:

2107
2155

H
:
3

2156
2161
2162

2166

2169

217N

128:

s
3

2174
2166

138:

PC,DECODE

RO
12%

=(SP) ,=-(SP)
168

#1,RETRIES

15§

TEMP

DATA1+1,TEMP
RO
RC25.DATA+2,R0
RO‘TEHP
15
#2,P
. MASK
#rMT2,P1
#1,P2

2179

2181

SRR

0000006

: SP,»

118:

000000G

2155

000001

RC25SERR.RPT

#1,RET.STATUS

0000006

000001

2150
2153
2154

#4,-(SP)
PC.BLSDIV
RO.DATA1

H
:
H

000001 000000G
0000006
000002
000004
0000006
0000006
040200 0000006
0000006

2,
RC3S.DATA+TEMP

#177740, TEMP

9%:

000006

#1,RETRIES

000001 0000006
8800022 0000006

#6,SP
9s

8-Jul-1983 15:31:08
8-Jul=1983 14:46:50

CZRCFAQ RC25 FR END TEST
TEST SECTION

3
3

2187
2188

2189

SS
3

2190

#1,RETRIES

3
:

2192
2197

TEMP, P4
RO

0000006 0000006

RC25.DATA+2,R0
RO,PS
aRT.TABLE,RO

”2, RO

000
000000G

RO.P6

6.11
RCZSSERR.RPT
65
RO
148
-(SP),=(SP)
168

000001 0000006
0000026

Rgés.DATA+2,R0
0177770 RO
RO, (SP)

177770

#FMTL,=(SP)

0000006
000002

#2,-(5P)

SP.RO

16%:

000010

000003 0000006
000000G 0000006
0000006

17%:

17
#10,SP

67
RO
108
2
#3,8.MASK
#COM.AREA,DATA2

2198
2203
2204
2206

2209

221

20%

:
3

2214
2206

DATA1,TEMP
RO

2221

:
3
3
3

2224
2225
2226
2227

PC,AZT.INIT

RO’
55

000001
0000006

000001

MSG.14
RC25SERR.RPT

#1,RET.STATUS

000000G

18§

18%:

0000006
0000006 0000006

0000026
0000006

000002 0000006
0000006 0000086
000001 0000006
0000006 0000006

PC,DECODE

20%

#1 ,RETRIES

0000006
19%:

2156
2197

s
3
:
F

198

SEQ 223

0
Pa?e
VAX=11 Bliss=16 V3=555
NA . 11RELERS .REALJZRCFA (7)
SUS
: [LAKSHMA
SPIDER

TEMP

RC25.DATA+2,R0
go‘renp

0
#2 ,P.MASK

#FMT2 P
#,p2°
TEMP, P4

2219

8-'ul=1983 15:31:08
8-Jul=1983 14:26:50

CZRCFAO RC25 FR END TEST
ZRCFA3
TEST SECTION
v01.0
001036 005000

001040
001044

156700
010067

0000026
0000006

001054
001060

062700
010067

000002
0000006

001066
001070
001072
001074
001076
001100

000015
0000006
0000006
104465
006000
103403

001112
001114

006000
103665

001136
001140

006000
103023

RC2S5.DATA+2,R0
RO,P5

ADD
MOV

#2,R0
RO,P6

MORD
.WORD
"WORD
TRAP
ROR
BLO

15
MSG.11
RC25SERR.RPT
65
RO
208

ROR
BLO

RO
17%

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

001064 104455

TRAP

001116
001120
001126
001132

208:
218:

001144
001146
001150

000016
0000006
0000006

001152 032767 000001

001160 001402

001162
001166
001170

001172
001174

001200
001202
001210
001214
001220
001224
001226
001230
001232
001234

004767
104465
006000

103003
162706

0000006

016700
006200
006200
006200
006200
042700

001240 010046
001242
001246
001252
001254

012746
012746
010600
104417

001264
001266

006000
103713

001300

001

004767

248:

005767 0000006

BEQ

228

JSR
TRAP
ROR

PC,DECODE
65

238
#10,SP

258:
0000006

ROR
BLO

RO
218

BIT

JSR

TST

2257

RO, =(SP)

#FMT6,=(SP)
#3,-(5P)
SP.RO
17

ADD
TRAP

RC25.DATA+2,R0
RO
RO
RO
RO
#177760,R0

MOV
MOV
MOV
TRAP

BEQ
268:

258
#1 RETRIES
RC3S.DATA+2,~(SP)
#177760, (SP)

B8R
MOV
MOV
BIC

MOV

0000006
000003

000000G

16 MSG.14
RC25SERR.RPT

MOV
ASR
ASR
ASR
ASR
BIC

177760

001256 062706 000010
001262 104467

001276 001402

238:

0000026

001270 032767 000001

WORD
.WORD
.WORD

BCC
SUB

000010

000426
0000006
016746 0000026G
042716 177760

R0
248

BIT
228:

012767 000001

MOV
TRAP

ROR
BCC

001142 104455

SEQ 224

Pa?e 31
.REALIZRCFA (7)
2228

MOV

0000006

aRT.TABLE,RO

001050 017700 0000006

001102 012767 000001
001110 104467

CLR

BISB
MOV

VAX=11 Bliss=16 V3=555
SPIDERSUSERS: [LAKSHMANA.11REL
:

: SP,*

#10,5P
67

:
:

2237
2257

#1 ,RETRIES

2260

2262

268

PC,DO.RETRIES

NUM.RETRIES

CZRCFAQD RC25 FR END TEST
TEST SECTION

IRCFA3
v01.0
001310
001312

001402
000167

001316 000207
: Routine Size:

176514
360 words,

27%:
Routine Base:

: Maximum stack depth per invocation:

000000

004767

000004
000006
000010

104466
006000
103773

000000

000012

6 words

15::

176454

1$:

6 words,

Routine Base:

: Maximum stack depth per invocation:

2267

BEQ
JMP

RTS

!<BLF/PAGE>

2 words

27%
1%

SEQ 225

Pa?e 32
,
VAX=11 Bliss=16 v3=555
.REALJZRCFA (7)
1REL
[LAKSHMANA. 1 SERS
SPID:ERSU
:

2085

2264

ACSCODE + 2362

.SBTTL

TS TFST SECTION

JSR

PC,$T5

TRAP
ROR
8LO
RTS

000207

: Routine Size:

8=Jul=1983 15:31:08
8=Jul=1983 14:46:50

66
RO
1%
PC

ACSCODE + 3702

2268
2269
70

[=1-"]

8-Jul-19
8=Jul-19

£l
ON —2

TEST SECTION

CZRCFAO RC25 FR END TEST

IRCFA3
v01.0

2
Co Co
Wi

SEQ 226
33
Pa?e
_
V3=555
16
Bliss=
VAX=11
(8)
CFA
.REALJZR
11REL
NA.
SERS
[LAKSHMA
:
ERSU
SPID

BGNTST;
¢+

i TEST #6 = PURGE AND POLL TEST
DESCRIPTION:

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 SMULATF 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.
LOOP ON ERROR WILL RESTART THE TEST.

if .SWP_TRACE then PRINTF (DBM12);

! TEST 6

NUM_RETRIES = ZERO;

while (.NUM_RETRIES lequ .SWP_RETRIES) do
beain
TIP
= 6;

B MASK = 3;

' 1E AND VECTOR ADDRESS
DATA1 = %0°100200° + .RT_TABLE CRT_VECTOR1/4;
LOW ADDRESS
BASE
RING
i
RINGBASE
DATA2 =

DATA3 = %0'100000°;
if AZT_INIT O
then
begin

ERRDF (15, MSG_14, RC25SERR_RPT);

B WN=OVONOV'BWN=O

v L)

if .RET_STATUS then DECODE ();

LSS LN NN N LN LN LN N L L

AN AN WA N W NN W N AN W NN
oo — d D d o b d b

2311

else

i PURGE AND POLL

DO UPTO STEP 3 READ AND
CHECK FOR ERRORS
IF _ERRORS THEN

REPORT THEM

! DECODE STATUS

CKLOOP;
RETRIES = TRUE;
end

be?in

WRT_RC25 (RCSA, .DATA3);

! WRITE PURGE AND POLL

while (.RC25_ADDR [RCSA, RC_ALL] nequ ZERO) do
! WAIT UNTIL SA=0
DELAY (10);
WRT _RC25 (RCSA, FALSE):

DATA1 = RC25_ADDR [RCIP, RC_ALL]);
DATA1 = 20°'10";
while (.DATA1 nequ ZERO) do

! WRITE ALL ZERO'S TO SA
! READ THE IP REGISTER
! INIT THE LOOP COUNT

8=Jul=1983 15:31:08
8=Jul=1983 14:46:50

CZRCFAD RC25 FR END TEST
TEST SECTION

IRCFA3
v01.0
:

gggg

%ggg

if .I_AM_NEX eqlu ALL_ONES then exitloop;

2330

DATAT1 = .DATAl - 1;

end;
)
if .I_AM_NEX eqlu ALL_ONES
then ~
beg1n

2331
2332
2333
2334
2335

2338

2340

3
$

2342
2343

s FHTS
PZ = ADAP

2346

P6=2 0

2348

ERRDF (16 MSG_14, RC25SERR_RPT);

5;2;

o356

2359

:
3
S
3
3

H
3

’
5

2
:
2

:
2
2
:

;; (.RC25_DATA [RCSA, RCSA_ STEP] nequ %b*1000°*)
en

P4 = (.RC25 ADDR) + 2;

PS = RCZSBATA CRCSA, RC_ALLI;
! MASK = STEP 4
*107;
Pb =
SK 2:
ERRDF (17 MSG_14, RC25SERR_RPT);

2360
2361

2362

CKLOOP;
RETRIES TRUE:;
end;

2364
2365
2366
2367
else

2369
2370
2371

2372
2373

end

?
RE STATUS CTO_CODE;

RETRIES= TRUE;
ERRDF (18 MSG_9, 0);
(
DECODE

2374

2380
2381

begin

P1 = FMT3;
P2 = ADAPT;

2357
2358

2379

THEN REPORT IT.

DECODE ();
CKLOOP;
RETRIES TRUE;
end;

2349
2350
2351
ggg%

2375
2376
2377
2378

P_MASK 2

2347

2368

! IF PORT FATAL ERROR

= (. nc2§ ADDR) + 2;
PG
PS = RC2S UATA [RCSA, RC_ALL];

2344
2345

= PFE_CODE:
E _STATUS

2341

2363

:
3

if .RC25_DATA [RCSA, RCSA_ER]

then

2339

:
:
3
3

RCZ5_DATA [RCSA, RC_ALL] = .RC25_ADDR [RCSA, RC_ALL];

%ggg

end;

if (.RETRIES) then DO_RETRIES ();
if (.NUM_RETRIES eqlu ZERO) then exitloop;

SEQ 227

Pa?e 34
.
VAX=11 Bliss=16 v3=555
.REALJZRCFA (8)
11REL ANA.
SPIDERSUSERS:CLAKSHM

be?in

2325

delay (333);

3
:
$
:

! CHECK FOR STEP & COMPLETE

SEQ 228

Pa?e 35
VAX=11 Bliss=16 V3=555
RCFA (8)
.REALJZ
11REL
.
MANA
SPIDERSUSERS:CLAKSH

CZRCFAD RC25 FR END TEST

IRCFA3
v01.0

TEST SECTION
end;

ENDTST;

000010
000001

$T6:

0000006

000000G

000000G 0000006

000006

000003

sus
BIT
BEQ

Mov

0000006
000001

000674

.SBTTL
MoV

0000006
0000006

2%:

3s:

$T6 TEST SECTION
R1,=(SP)

2266

g;.sup.raAce

2291

#10,SP

#DBM12,=(SP)

#,-(SP)
SP.RO
17’

(SP)+, (SP)+
NUM.RETRIES

ggn.nsraxes.sup.aernxes

: SP,»

#6,TIP

#3.8.MASK

RT.TABLE RO
2(R0O) ,~($P)

2293

2295

2297
2298

2299

#4,-(SP)

PC.BLSDIV
RO DATA1
#77600,DATA1

0000006
077600 0000006
0000006 0000006
100000 0000006
0000006

000001

000542
000001 0000006
000474
0000006
0008806
000002
0000006
000002 000010
000012
000256
000262

C000006

2300

2306

2308

s
3
: *,RCM.REG

23N
2303
2315

Rcés ADDR, RO)

: RCM.REG,*

2(20),10($P

:: * RC.REG

2317

;12R1

: +,$8TMP2

2318

L$DLY,RO

: «,$8TMP1

#-100000, DATA3
P5LAZT.INIT

6$
55
17
MSG.14
RCZSSERR RPT
21LRET. STA!US

0000006

ORINGBASE DATA2

4$:

5%:
6$:

78:

8%:

2301
2303

PC,DECODE

65
RO
5%
(SP)+,(SP)+
258
#1,RETRIES

zzi

DATAZ,R1
RCZS ADDR RO
(RO)

108

SEQ 229
»
Pa?e 36
VAX=11 Bliss=16 V3=555
SPIDERSUSERS CLAKSHMANA. 11REL .REALJZRCFA (8)

CZRCFAQ RC25 FR END TEST

TEST SECTION

9%:

000012

0000006
000002
000006
000010 0000006

000515

; $S$TMP2

11$:

: RCM.REG

12%:

14%:

000012

15%:

0000006 177777

16$:

0000006

000000G 177777
0000006
000002 000004
000004 0000026

000021 0000006
0000006 000000G
000001 0000006
000000G
002

0000006
0000026 0000006
000004 0000006
000002 0000006

000001

?800026

0000006

040000

016700

17%:

RCZg-ADDR,RO
(RO) ,6(SP)

RC25.ADDR,RC.REG

l515 R1
16%

*,$$TMP2

q10DATA1
LSDLY,RO
15%
12(SP)
RO
14%
R1
13$

0000006 0000006
000001 0000006
0000096

: «, $8$TMP]

: $STMP

: $STMPI

; $STMP2

#-1
I.AM.NEX,
17$
DATA1
12%
1.AM.NEX ,#-1
21$%

RCZS.ADDR RO
2(RO),

4(SP)RCZS DATA+2
19%

#21,RET,.STATUS

#FMT3,P1
1 ,P2

RC25.ADDR,RO
2o

Rcés DATA+2,P5

#4,Pb

#2°P.MASK

55
20
MSG.14
RC25SERR.RPT
PC,DECODE

0000006

: $STMP
: $STMP1

108:

13%:

0000006

12(SP)

65
RO
188
(SP)+, (SP)+
25
#1 ,RETRIES

RC2S. DATA+2 RO
#103777 R0

ROx4ooéo
22%

ornrs P1

acésADDR, RO

* ,RC.REG
RC.REG,*

8=Jul=1983 15:31:
8=Jul=1983 14:46:

CZRCFAD RC25 FR END TEST
TEST SECTION

000000G
000000G

21%:

000000G

22%:

000000G

177070

000010

228

#11,RET.STATUS
#1,RETRIES

55
22
MSG.9
0
PC,DECODE

[N
W

AN LAS AV LAV

LTA IR

S3aS
e ]

000011
000001

#1,RETRIES

W
~

20%:

000000G

55
21
MSG. 14
RC25S$ERR.RPT
65
RO
20$
(SP)+, (SP)+
25

Rcés DATA+2,PS

#10,P6
#2,P.MASK

000001

SEQ 230

7
Pa?e
;
VAX=11 Bliss=16 V3=555
SERS .REALJZRCFA (8)
ANA. 11REL
SU
[LAKSHM
SPID:ER

cz RO

000002
0000006
000002G 0000006
000010 0000006
000002 0000006

000000G

#1 ,RETRIES

PC,DO.RETRIES
NUM.RETRIES

23%:

24$
(SP)+,(SP)+

25%
(SP)+,(SP)+
2%

24%:

25%:

2296
2295
2266

#10,SP

(SP3*+,R1

Routine Base: ACSCODE + 3716
: Routine Size:
248 words,
9 words
Haxlmum stack depth per invocation:

000000
000000
000004
000006
000010
000012

004767

177014

104466

000207

T6::
1%:

.SBTTL

T6 TEST SECTION

JSR
TRAP
ROR
BLO
RTS

PC,$T6

Routine Base: ACSCODE + 4676
: Routine Size: 6 words,
2 words
Haxtmum stack depth per invocation:
2386

!<BLF /PAGE>

2383

TR L TR L D L L L L T

TEST SE SECTION

2387
2388

BGNTST;
144

! 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

INITIALIZATION SEQUENCE IS CARRIED OUT TO COMPLETION. INITIALIZING
WITH THF SMALLEST RING BUFFER MINIMIZES THE HOST MEMORY AREA WITH

WHICH THE AZTEC CONTROLLER MUST BE ABLE TO COMMUNICATE.

:08
50

CZRC FAO R €25 FR END TEST

IRCFA3
v01.0

SE0 231
38
Pa?e
:
VAX=11 Bliss=16 V3=555
(9)
CFA
.REALJZR
. 11REL
RS
: [LAKSHMANA
SPIDERSUSE

FAILURE TO PROPERLY INITIATETHE AZTEC WILL BE REPORTED.
START OF THIS TEST.

if .SWP_TRACE then PRINTF (DBM13);

while (.NUM_RETRIES lequ .SWP_RETRIES) do
begin

TIP
= 7;
B_MASK = %0'17';

DATA1 = %0°'100200°;

DATA2 = RING_B [0];
DATA3 = 0;
DATA4<0, 1> = 1;

RING_B C0] = ALL_ONES:

RING_B [1] = ALL_ONES;
if AZP_INIT O
then

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

begin

ERRDF (19, MSG_14, RC258ERR_RPT);

IF_ERROR THEN
THEN REPORT THE ERROR

if .RET_STATUS then DECODE ();

DECODE RETURN STATUS

CKLOOP;
RETRIES = TRUE;
end;

R AR R R T E T T T T O

TEST 7

NUM_RETRIES = ZERO;

A PRTR TR R PR TRL L D L

R R R

R E R

s e

IF THE OPERATOR HAS SPECIFIED LOOP ON ERROR, LOOPING WILL BE FROM THE

if .RING_B [0] nequ 0 and .RING_B [1] nequ 0

then

beg1n

ERRDF (20, MSG_10, 0);

CKLOGP;
RETPIES = TRUE;

evd;

if (.RETRIES) then DO_RETRIES ();

if (.NUM_RETRIES eqlu ZERO) then exitloop;

! TEST THAT THE RC25 CLEARED

RING BUFFERS

! IF NOT THEN ERROR
! AND REPORT IT

8-Jul=1983 15:31:08
8=Jul=1983 14:46:50

CZRCFAO RC25 FR END TEST

ZRCFA3
v01.0

TEST SECTION

SEQ 232

Pa?e 39
,
VAX=11 Bliss=16 V3=555
SPIDERSUSERS:[LAKSHHANA.11REL.REALJZRC A (9)

end;
return;

ENDTST;

032767
001407

000001 0000006

$T7:

000000G
000001

000000G

0000006 0000006
000007
000017

0000006
0000006

MOVB
MOV

MOV
CLR
BISB

0000006
000001 0000006
177777 000100°*
177777 000102°*
0000006

000001

MOV

0000006

000000G

3s:

000001 0000006
000100°*

A ¥

000102°

000001
000001
0006006
€000006

0000006
0000006

.SBTTL
BIT
BEQ
MOV
MOV
MOV
TRAP
CMP
CLR
CMP
BHI
MOV

5%:
6%:

MOV
JSR
ROR
BCC
TRAP
WORD
"WORD
"WORD
BIT
BEQ
JSR
TRAP
ROR
BLO
MOV
ST

BEQ
ST
BEQ
TRAP
WORD
"WORD
"WORD
TRAP
ROR
BLO
MOV
BIT
BEQ
JSR
ST
BNE

$T7 TEST SECTION
#1.SWP. TRACE
1$
#DBM13,=(SP)
#1,=(SP)
SP,RO
17
(SP)+, (SP)+
NUM.RETRIES
NUM.RETRIES,SWP.RETRIES
78
#7.T1P

#17,8.MASK
#-77600,DATA1

#RING.B,DATA2
DATA3
#1,DATA4
#-1,RING.B

#-1.RING.B+2
PC,AZP. INIT
RO
48
55
:
23
MSG.14
RC25SERR.RPT
#1,RET.STATUS
3s
|
PC,DECODE
65
RO
78
#1,RETRIES
RING.B

58
RING.B+2
5%
55
24
MSG.10
0
65
RO
7%
#1,RETRIES
#1.RETRIES
68
PC.DO.RETRIES
NUM.RETRIES
28

2407

: 8,0

2409

26413

:
H
H
:
H
:
3

2415
2416
2417
2418
2419
2420
2422

2411

2414

2425

2427

2430
2433

2436

:
:

2438
2441

2443

ZRCFA3
v01.0
000252

CZRCFAD RC25 FR END TEST
TEST SECTION
000207

7%:

; Routine Size:

86 words,

000000
000000
000004
000006
000010
000612

177520

Routine Base:

; Maximum stack depth per invocation:

004767

8=Jul=1983 15:31:08
8=Jul=1983 14:46:50

104466
006000
103773
000207

& words

17::
1%:

RTS -

2449

!<BLF/PAGE>

2385

2447

ACSCODE + 4712

.SBTTL

T7 TEST SECTION

JSR
TRAP
ROR
BLO
RTS

PC,$T7
66
RO
1%
PC

; Routine Size:
6 words,
Routine Base:
ACSCODE + 5166
: Maximum stack depth per invocation:
2 words

SEQ 233
VAX=11 Bliss=16 v3=555
Page 4 0
SPIDERSUSERS
: [LAKSHMANA . 11REL
.REALJZRCFA (9)

CZRCFAQ aczs FR END TEST
TEST SECTION
t

8-Jul=1983 15:31:08
8=Jul=1983 14:46:50

SEQ 234
Pa?e 41
VAX=11 Bliss=16 V3=555
SPIDERSUSERS:[LAKSHMANA. 11REL .REALJZRCFA (10

BGNTST;
¢4

| TEST #8 - LARGE RING BUFFER INIT TEST

g DESCRIPTION:
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 5 IN MESSAGE LENGTH AND A 5 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.

if .SWP_TRACE then PRINTF

(DBM14);

TEST 8

NUM_RETRIES = ZERO;

n
08

2 HASK = xo 17°;

SET MASK BIT FOR COMPLETE INIT.

DATA1<14, 1> =
DATAI<11, 3> = no siz;

NO DIAGNOSTIC WRAP MODE
SET UP 16 COMMAND RINGS LENGTH
SET UP_16 RESPONSE RINGS LENGTH
DISABLE INTERRUPT
LOAD INTERRUPT VECTOR ADDRESS
LOAD COMMUNICATIONS AREA ADDRESS
WI-ORDER ADDR = ZERO
LAST FAIL'* PACKET RESPONSE BIT SET

A A A A R T AR A T AE T AE T R I E T R T E T T T

R T T T T T

rTE T

while (. NUHRETRIES lequ .SWP_RETRIES) do

TR A R

T R PR

PRI AT E

PRI E PRPR

PRLA DA LE

PRLE

IRCFA3
v01.0
LB DRTN T

oer1<1s

= raus-

SET BIT 15 FOR STEP=-1 WRITE

DATA1<8, ‘3> = REC S1z;
DATA1<7 1> =0;

DATA1<0, 7> = 0;
DATA2 = COM AREA

DATA3
= ZERD;

DATAG = %0'177403

'INITIALIZE COMAREA UITH ALL_ONES PRIOR TO INIT
incru I from 0 to RING_SIZE - 1 do

incru J from 0 to1 do

COM_AREA [.I, .J, WORD_REF]
= ALL_ONES;

if AZP_INIT O
then
gvn

ERRDF (21, MSG_14, RC258ERR_RPT);
if .RET_STATUS then DECODE

();

!1
:
!

DO STEP INIT AND CHECK FOR ERROR
IF ERRORS THEN

! REPORT ERROR

! DECODE STATUS

CKLOOP;

RETRIES = TRUE;
end;

incru I from 0 to RING_SIZE - 1 do
incru J from 0 to 1 do

! TEST RING AREA FOR ZEROES

2507

:
3
3

2508
2509
2510

3
3

2512
2513

3
:

8-Jul=-1983 15:31:08
8=Jul=1983 14:46:50

CZRCFAQ RC25 FR END TEST
TEST SECTION

IRCFA3
v01.0

ERRDF (22, MSG_10, 0);
CKLOOP;
RETRIES = TRUE;

end;

)

%g%g

if (.RETRIES) then DO_RETRIES ();

%g}g

if (.NUM_RETRIES eqlu ZERO) then exitloop;

:
:
3
:

2520
2521
2522
2523

end;

return;
ENDTST;

000000 004167 000000G
000004 032767 000001 000000G
000012
000014
000020

001407
012746
012746

000030

022626

000024 010600
000026 104417

000032
000036
000044
000046
000054
000062
000070
000076
000102
000110
000112
000114
000116

005067
029767
107132
012767
112767
012767
012767
005067
012767
005001
005002
010100

000132 005202

000000G
000000G 000000G
000010 000000G
000017 000000G
122000 0000006
000000G 000000G
000000G
177403 000000G

000134
000140

000144

cMP

1%
#DBM14,~-(SP)
#1,-(SP)
P RO
17
(SP)+,(SP)+

ASL

0000006

3
3
: SP,»

NUM.RETRIES
NUM.RETRIES,SWP.RETRIES
1%
#10,TIP
#17 ,B.MASK
#122000,DATA1
#COM.AREA,DATA2
DATA3
#-375,DATAL
R1
R2
R1,RO

3
3
3
:
3
r
r
:
|
3
: 1.8

ADD

R2.R0O

3 J.r

INC

CLR
CMP
BHI
MOV
MOVB
MOV
MOV
CLR
MOV
CLR
CLR
MOV
ASL
MOV

RO
#-1,COM.AREA(RO)

R2.M
4

2448
2469

24N
2473
2475
2476
2482
2483
2484
2485
2488
2490
249N

s J

2490

: 1

2488

s Jo*

020127 000037

CMP

R1,437

JSR

PC,AZP.INIT

2493

2496

INC

101760

BLOS

006000
103020

ROR
BCC

000025
000000G
0000006

.WORD
.WORD
.WORD

000162 104455
000164
000166
000170

BEQ
MOV
MOV

R1,$SAVE?2
#1,SWP.TRACE

020227 000001
101765

000152 004767 0000006
000156
000160

$T8 TEST SECTION

CMP
BLOS

000142 005201
000150

1%:
2%:

3s:
4$:
177777

SBTTL

JSR
BIT

MOV
TRAP

006300

006300
012760

$78:

9000000G
000001

000120 060200
000122
000124

SEQ 235

Pa?e 42
VAX=11 Bliss=16 V3-555
.REALJZRCFA (10
ERS
11REL
.
SUS
[LAKSHMANA
:
DER
SPI

' IF RING AREA IS NOT CLEAR
it .COM_AREA [.I, .J, WORD_REF] nequ 0
THEN
!
then
! REPORT ERROR
begin

2511

2514
2515

TRAP

RO
6%

25
MSG.14
RC25$ERR.RPT

3 1.8

000172
200

8-Jul-198315:31:08
8-Jul=1983 14:46:50

CZRCFAD RC25 FR END TEST

IRCFA3

TEST SECTION

032767

000001
0000006

000001

g}.RET.STATUS

0000006
S$:

0000006

TRAP

6$%:

CLR

8s:

MOV

2498

3
s
s J
s 1.¢

2501
2504
2506
2508

PC.DECODE

11%
#1,RETRIES
R1

R2
R1,RO
RO
R2,RO

¢ Jot

COM.AREA(RO)

9s
55

26
MSG.10
0
65
RO

000000G

000001

9%:

INC

0000006
000000G

108:
11%:

RTS

2513

R2.#1

s Jot

2506

: 1

2504

7$
fliREYRlES

2516

2518

2448

2522

R1,437

0000006

251

118%
:1.RETRIES

000037

000001

65
RO

0000006

000001

SEQ 236

Pa?e 43
VAX=11 Bliss=16 v3-555
.REALJZRCFA (10
ERS
11REL
.
SUS
: CLAKSHMANA
SPIDER

PC,DO.RETRIES
NUM.RETRIES
2%

s 1.®

110 words,
Routine Base: ACSCODE + 5202
: Routine Size:
7 words
Hax1mun stack depth per invocation:

000000
000000
000004
000006
000010
000012

004767

177440

104466
006000
103773
000207

1$:

.SBTTL

T8 TEST SECTION

JSR

PC,$T8
6

TRAP

Routine Base: ACSCODE + 5536
: Routine Size: 6 words,
words
Haxtmun stack depth per invocation:
2524

'<BLF/PAGE>

Nels
"R NTe XV ]
SHRURZ SNNNNN
WN=O Voo~

v VIV

N}
NN NN LS[,ST,NTNT

:31:

wo
o000

TN =3

TEST SEC TION

——

8=Jul=19
8=Jul=19

CZRCFAQ RC25 FR END TEST

ZRCFA3
v01.0

3
©o G0
WwWw

VAX=11 Bliss=16 V3-555

BGNTST;
tee

! TEST #9 - "DIAGNOSTIC MACHINE'' CODE DOWN LINE LOAD TEST
DESCRI PTION:

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
BE REPORTED. THIS TEST ALSO REPORTS ERRORS IF ANY OF THE ROUTINES
USED RETURNED FAILURE CODE.

IF THE OPERATOR HAS SPECIFIED LOOP ON ERROR, LOOPING WILL BE FROM

THE START OF THIS TEST.

(DBM15);

! TEST 9

NUM_RETR IES = ZERO;

while (. NUM_RETRIES lequ .SWP_RETRIES) do
begi n

! GET AZTEC READY

if AZTEC_READY ()
then
begin

ERRDF (23, AZT_READY_ERR, 0);

! IF ERROR REPORT ERROR

if .RET_STATUS then DECODE ();

else

CKLOOP;
RETRIES = TRUE;
end

beflin

TEMP = _FREE_MEM_ADDR;

! SAVE FREE MEMORY STARTING ADDR.

incru COUNT from 0 to 1024 do
begin

!| FILL NEXT 1024 LOC. WITH DATAS

.TgHP = %0'125252';

TEMP = _TEMP + 2;/
end;
' o

CMD_REF = 3;

BUF “DESCRPTR = DM_09;

BYTE_COUNT = 93#2;
it EX_SUP_PRG ()
then
begin

ERRDF (24, EXE_SUP_ERR, 0);
if .RET_STATUS then DECODE ();

]

i WRITE DATA 0'125252° INTO MEMORY
i INCREMENT THE POINTER BY 2

! SET COMMAND REFERENCE #3
! DM=PROGRAM STARTING ADDRESS
! TOTAL DM PROGRAM LENGTH BYTE COUNTS

! ISSUE AN "EXECUTE SUPPLIED PRG'*' CMD
! STATUS BIT INDICATES ERROR
; THEN

: [LAKSHMANA. 11REL .REALJZRCFA m
SPIDERSUSERS

it .SWP_ TRACE then PRINTF

SEQ 237

Pa?e

2582
2583
2584
2585
2586
2587

= .FREE_MEM_ADDR;
H_SADD

2589

B80F LENGTH 1024;

2593
2594
2595
2596

if SEND_DATA ()
then
beain

wwo
[=1."]

&\d
O—

&\IO

TEST SECTION

8=Jul=19
8=Jul=19

—

CZRCFAQ RC25 FR END TEST

ZRCFA3
v01.0

3
Co Co
W

45
VAX=11 Bliss=16 V3=555
(11
CFA
.REALJZR
11REL
SPIDERSUSERS: [LAKSHMANA.

CKLOOP;
RETRIES = TRUE;
end;

= 0
H_EADD

2588

CMD RE = &;
BUF DESCRPTR H_SADD;
BYTE_COUNT = 06

2590
2591
2592

LO BYTE FREE HOST MEMORY ADDRESS
HIGH BYTE FREE MEMORY ADDRESS
TOTAL FREE HOST MEMORY SIZE
COMMAND REFERENCE 04
DESCRIPTOR ADDRESS
TOTAL BYTES TO BE TRANSFER

ISSUE SEND DATA COMMAND
;;e;us BIT INDICATES ERROR

ERRDF (25, SND_DATA_ERR, 0);

%ggg

2599

if .RET_STATUS then DECODE ();

2600
2601
2602
2603
2604

CKLOOP;
RETRIES = TRUE;
end;

CMD_REF = 5;

2605

2606
2607

BUF DESCRPTR TIP;
= 02;
BYTE_COUNT

CLEAN THE BUFFER
SET BYTE COUNTS =

2609

if REC_DATA ()

SENT A RECEIVE DATA COMMAND
;;QLUS BIT INDICATES ERROR

2608

then

2610
2611

begtn

%g}%

ERRDF (26, RE_DATA_ERR, 0);

gg}g

if .RET_STATUS then DECODE ();

2616
2617
2618
2619

CKLOOP;
RETRIES = TRUE;
end;

if .TIP nequ %0'104"'

2620

then

2621
2622

begvn

ERRDF (27, DMC_ERR, 0);

2623

2624
2625
2626
2627
2628
2629
ggg?

CKLOOP;
RETRIES = TRUE;
end;

end;
)
if (.RETRIES) then DO_RETRIES ();

52%%

if (.NUM_RETRIES eqlu ZERO) then exitloop;

2634
2635
2636
2637

end;
return;
ENDTST;

IS REMOTE PROGRAM SENT DONE FLAG -

TO THE HOST

NO.

THEN

REPORT ERROR

SEQ 238

Pa?e

8-Jul=-1983 15:
8-Jul- 1983 14:

CZRCFAQ RC25 FR END TEST
TEST SECTION

000001

0000006

$79:

SEQ 239

Pa?e 46
VAX=11 Bliss=16 Vv~ 555
SPIDERSUSERS [LAKSHMANA. 11REL .REALJZRCFA (11

$T9 TEST SECTION
g},SWP. TRACE

2545

coen1s -(SP)

0000006
000001

-(55

SP
17
(SP)+,(SP)+
NUM.RETRIES

000000G
000000G 0000006

2547
2549

ggfl.RETRIES.SUP.RETRlES

000000G

000001

0000006

000000G

4$:

PC,AZTEC.READY
RO
63

2552

55
27
AZT.READY.ERR

2555

#1,RET.STATUS
4%
PC.DECODE

2557

0000006

5%:

PC
#1.RETRIES

0000006 0000006

6$:

;8£E.n£n.nooa.rsnp

125252

7%:

#-52526 ,aTEMP

000002

0000006

14$

#2,TEMP
RO

#3,CMD
#DM. 09, BUF DESCRPTR
#272 ,BYTE.COUNT

000003 0000006
000000G 0000006

000272 0000006
0000006

ES.EX.SUP.PRG
9%

55
30

SXE.SUP.ERR

000001

COUNT,
*

Rg#2000

002000

#1 RET.STATUS

0000006

(000006

000001 0000006
000000G 0000006
0000006
002000 0000006
000004 0000006

8s:

9%:

8s
PC.DECODE

16%
#1,RETRIES

FREE HEH ADDR ,H.SADD

02000 BUF .LENGTH

#4,CMD. REF

LR TR TR 1

000001

8-Jul-1983 15:31:08
8-Jul=1983 14:46:50

CZRCFAQ RC25 FR END TEST
TEST SECTION

ADD
,BUF .DESCRPTR
#H.S
. COUNT
#6,8YTE
Pg.SEND.DATA

000000G 0000006
000006 0000006
0000006

11$

SEQ 240

Pa?e 47
,
VAX=11 Bliss=16 V3=555
.REALJZRCFA (11
RS
SE
11REL
.
ANA
SU
CLAKSHM
SPID:ER
2591
2592

2594

55
3

2597

#1,RET.STATUS

2599

H
:
3
3
:

2602
2605
2606
2607
2609

55
32

2612

#1,RET.STATUS

2614

712.3106

3
:

2617
2620

2623

14%:

2625
2630

15%:

2632

16$:

2523

gno.oArA.Ezn

000001

0000006

108

0000006

108:

000001 000000G
000005 0000006
0000006 0000006
000002 0000006
000000G

118:

PC,DECODE

RO
168
#1,RETRIES
#5.CMD
. REF
#TiP,BUF .DESCRPTR
#2,BYTE.COUNT
PC.REC.DATA

RO
138

RE.DATA.ERR

000001

000000G

128

000000G

000001

12%:

0000006

138:

000000G 000104

PC,DECODE

RO
16$

#1,RETRIES

DMC.ERR

000001
000001

000000G
000000G

0000006

000000G
177276

; Routine Size:

175 words,

Routine Base:

; Maximum stack depth per invocation:

& words

ACSCODE + 5552

000000
000000
000004
000006
000010
000012

8-Jul=-198315:31:08

CZRCFAQ RC25 FR END TEST

IRCFA3
v01.0

8=Jul=198 3 14:46:50

TEST SECTION

004767

19::
1$:

177236

104466

SBTTL

T9 TEST SECTION

JSR

PC,$T9

TRAP

RTS

ROR
BLO

006000
103773
000207

SEQ 241
Pa?e 48
SERS 11REL .REALJZRCFA (11
: [LAKSHMANA.
SPIDERSU

VAX=11 Bliss=16 V3=555

RO
1%

Routine Base: ACSCODE + 6310
6 words,
: Maximum stack depth per invocation: 2 words

: Routine Size:

2639

:
BGNTST;
¢4+

: TEST #10
= NONEXISTENT MEMORY TEST
: 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

IF THE CONTROLLER DOES NOT SEE THE NXM, THERE WILL BE A FRU CALLOUT

FOR DIAGNOSTICS AND A NXM SHOULD OCCUR.

OF THE ADAPTER CARD.

IF THE OPERATOR HAS SPECIFIED LOOP ON ERROR, LOOPING WILL BE FROM

THE START OF THIS TEST.

if .SWP_TRACE then PRINTF (DBM16);

! TEST 10

NUM_RETRIES = ZERO;

whilg «.NUM_RETRIES lequ .SWP_RETRIES) do
egin

! INIT TIP

= 0;

TIP

if AZTEC_READY ()
then

! GET AZTEC READY FOR OPERATION

ERgDF (28, AZT_READY_ERR, 0);
if .RET_STATUS then DECODE ();

else

CKLOOP
RETRIES = TRUE;
end

begin

VEC_AD = 04;

SETVEC (.VEC_AD, NXMI, PRI04);

SET_INT VECTOR O);
WRTZRC2S (RCSA, ONE);
CMD_REF
BUF-DESCRPTR = DM_10;
U‘

SET INT. VECTOR ADDR. TO &
SET THE VECTOR ADDR.,

SERVICE

ROUTINE ADDR. AND INT. PRIORITY
COMMAND REFERENCE #
DMCODE STARTING ADDRESS

2636

8-Jul=1983 15:31:08
8-Jul=1983 14:46:50

CZRCFAO RC25 FR END TEST
TEST SECTION

IRCFA3
v01.0
:

gggz

BYTE_COUNT = 58+2;

2685

if EX_SUP_PRG ()

:
:
:

:
:

gggg

:
3
3

2694
2695
2696

then

2686
2687
gggg

! ISSUE AN EXECUTE SUPPLIED CMD
' IF ERROR
! THEN
i

beain
ERRDF (29, EXE_SUP_ERR, 0);

it .RET_STATUS then DECODE ();
CKLOOP;

2692

RETRIES = TRUE;

2693

end;

| WAIT FOR "DONETM* SIGNAL FROM DM

gggg

;
:
:
:
:

2699
2700
5;85
2703
2704

;

5;83

if .RET_STATUS then DECODE ();

2710

CKLOOP;

2714

:
:

2716
2717

:
:
:

.
3

3
:
3

! COMMAND REFERENCE #
i CLEAN THE BUFFER
i SET BYTE COUNTS = 2
! SENT A RECEIVE DATA COMMAND
i STATUS BIT INDICATES ERROR

CMD_REF= &;
BUF oescnprn = TIP;
= 02;
BYTE_COUNT
if REC_DATA ()
then

! THEN
i

begin
ERRDF (30, RE_DATA_ERR, 0);

2705
5;89

RETRIES = TRUE;

271

' DID YOU GET SUCCESS FROM DM CODE?

if .TIP eqlu ZERO

then

2715

' NO

i THEN
i REPORT ERROR

3
sn DF (31, DMC_ERR, 0);
KLOOP;

2718

aeraxes TRUE;
end;

2719
2720

2721
2722
2723

end;

g;gg

if (LRETRIES) then DO_RETRIES ();

5;59

if (.NUM_RETRIES eqlu ZERO) then exitloop;

2728

end;

3
2
:

2729
2730
2731

000000 o1g14
000002 032767
000010
000012
000016

001407
012746
012746

SEQ 242

Pa?e 49
VAX=11 Bliss=16 V3=555
SPIDERSUSERS:[LAKSHMANA.11REL .REALJZRCFA (11

! BYTE COUNTS

$
:

return;
ENDTST;

000001
0000006G
000001

0000006

$T10:

.SBTTL

MOV
BIT

BEQ
MOV
MOV

$T10 TEST SECTION

R1,=(SP)
#1.SWP.TRACE

18’
#DBM16,~(SP)
#1,-(SP)

:
:

2637
2657

L
v01.0

8-Jul=-1983 15:
8=Jul=1983 14:

CZRCFAQ RC25 FR END TEST
TEST SECTION

SP.RO
17

(SP)+,(SP)+
NUM.RETRIES

0000006
0000006 0000006

ggfl.RETRIES.SUP.RETRIES
16%
TIP
Ps.AZTEC.READV

000000G

5%
55
3%
szr.REon.saa

g88888essgggsssss

N = b b b
NIRBENERS % bObNOg

000102

000200
06

000001

0000006

000001

4$:

0000006

000004 0000006
000200
000000G

5%:

000000G

2663
2665

#1,RETRIES

3
S
s
:

2673
2665
2677
2678

65
RO
168

14$

#4,VEC.AD

#200,-(SP)

#1°R1

: *,RCM.REG

R1,2(R0O)
#3.CMD.REF
#DM.10,BUF .DESCRPTR

: RCM.REG,*

Pg.ex.sup.pas
R

#1,RET.STATUS

2679

2680

|
3
3
:

2681
2682
2683
2685

2688

2690

PC,.DECODE

7$
#10,SP

000010

000001

CEo

2670

#164 ,BYTE . COUNT

6%:

;

RC25.ADDR,RO

0000006

2659
2661

H
|

#1.RET.STATUS
4
PC,DECODE

8s
55
35
SXE.SUP.ERR

000001

; SP,+

2668

PC,SET.INT.VECTOR

0000006
000001
000000G
000002
000003 0000006
000000G 0000006
000164 0000006
0000006

Pa?e 50
:
VAX=11 Bliss=16 v3=555
,SPIDERSUSERS:[LAKSHHANA.11REL.REALJZRC A MM

#NXM] ,=(SP)
-(SP)
VEC.AD, (SP)
g;.-(sp)

000000G
000003

SEQ 243

0000006

000000G 0000006
000002 0000006
0000006

7%:

8%:

16$

#1 ,RETRIES
. REF
#4,CMD
#T1P,BUF .DESCRPTR
. COUNT
#2 ,BYTE
PC.REC.DATA

2693

IRCFA3

PSEO
age 2‘?
,
v3=555
iss=16
V3=
(11
RC?A
REALJZ
11REL.
MANA.
[LAKSH

VAX=11 Bliss=16

SPIDERSUSERS

CZRCFAD RC25 FR END TEST

IRCFA3
v01.0

TEST SECTION

RO
11%
55
36
SE.DAYA.ERR

006000
103023
104455

000010

012767

000001

0004

062706
0004
012767
062706
032767

0000006

RO
108
#10,SP
16%
#1 RETRIES

062706

133
55
37
DMC.ERR
0
65
RO
12%

#10,SP
168
#1,RETRIES
#10,5P
#1,RETRIES

000010

000001
000010
00C001

004767
005767

0000006
0000006

000167

177342

0000006

000000G

12%:
13%:
14%:

15§

PC,DO.RETRIES
NUM.RETRIES
16%

15%:
16%:

2706

2708

H
:

271
2714

2717

:
:
:

2719
2676
2724

9%:

—h

0000006

—_0

00676;

#1,RET.STATUS
9$
PC.DECODE

0000006

—

000036
0000006
000000
03276; 000001

RTS

2%
(SP)+ ,R1
PC

2726

2637

2730

004767

177276

-—

ACSCODE + 6324
Routine Base:
159 words,
; Routine Size:
7
words
ion:
; Maximum stack depth per invocat

.SBTTL

T10 TEST SECTION

JSR

TRAP

104466

ROR
BLO
RTS

006000
103773
000207

ACSCODE + 7022
Routine _Base:
: Routine Size: 6 words,
ion:
words
2
invocat
Haxlmua stack depth per

2732
2733

!
BGNTST;

IRCFA3
v01.0

3
3

2734
2735

%;%?

2 TEST #11 - BUS ADDRESSING/DATA TEST A

g;gg

; DESCRIPTION:

:
3
H
:
:

2740
2741
2742
2743
2744

!
!
!
!
!

2747

5;22

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
THE DATA CHECKED.

IF THE DATA DOES NOT COMPARE CORRECTLY, THE ADDRESS AND DATA

EXPECTED ARE REPORTED.

!
!
!

3
:
3
3
:

2748
2749
2750
2751
2752

g;gz

if .SWP_TRACE then PRINTF (DBI"17);

S;§g

NUM_RETRIES = ZERO;

3
3

2757
2758

while (.NUM_RETRIES lequ .SWP_RETRIES) do
begin

2761

:
:

2759
2760

l==

TIP
3

if AZTEC_READY ()

then

2762
2763

begtn

ERRDF (32, AZT_READY_ERR, 0);

%;29

2768

2771

277%

3
3
:

2775
2776
577';;

CMD_REF = 3;
BUF DESCRPTR = DM_11;
BYTE_COUNT = 100+2;

2
:
3

2779
2780
2781

if EX_SUP_PRG ()
then

5;3%

ERRDF (33, EXE_SUP_ERR, 0);

g;gg

if .RET_STATUS then DECODE ();

2786

2
|
:

2774

2787
2788
2789

2790

' GET AZTEC READY FOR OPERATION
!

if .RET_STATUS then DECODE ();
CKLOOP;

2769
2770
2772

' TEST 11

= 11;

s;gg

3
3

8=Jul=1983 15:31:08
8=Jul=1983 14:46:50

CZRCFAD RC25 FR END TEST
TEST SECTION

SEQ 245

Pa?e 2
VAX=11 Bliss=16 V3=555
.REALJZRCFA (11
SERS
11REL
[LAKSHMANA.
SPID:ERSU

else

RETRIES = TRUE;
end
begtn

SET_INT_VECTOR ();

begin

' SET THE VECTOR ADDR., SERVICE
i ROUTINE ADDR. AND INT. PRIORITY
! COMMAND REFERENCE #
! DMCODE STARTING ADDRESS
! BYTE COUNTS
' ISSUE AN EXECUTE SUPPLIED =
' IF STATUS BIT INDICATES ERROR
! THEN

CKLOOP;

RETRIES = TRUE;
end;

H_SADD = .FREE_MEM_ADDR;

! LO-BYTE FREE HOST MEMORY ADDRESS

—

T SECT

TEMP =

8=Jul=-1983 15:31:08
8=Jul=1983 14:46:50

CFAO RCZS FR END TEST

IRCFA3
v01.0

me~

SADD;

SEO 266
VAX=11 Bliss=16 V3=555
?
SPIDERSUSERS:LLAKSHMANA. 11REL .REALJZRCFA (11

LOAD START ADDRESS FOR INIT

BUF LENGTR = HEH

TOTAL FREE HOST MEMORY SIZE

gHEIDD
= 2 SADD = 2 + (.BUF JLENGTH*2);

END OF FREE MEM ADDRESS
COMMAND REFERENCE 04
DESCRIPTOR ADDRESS

BUF DESCRPTR H_SADD;
BYTE_COUNT = 06

! INITIALIZE MEMORY BUFFER WITH A PATTERN BEFORE

TOTAL BYTES TO BE TRANSFER

! ASKING DM CODE TO WRITE TO THE BUFFER

incru COUNT from .H_SADD to .H_EADD by 2 do

T?HP X0'177777°;

TEHP = ,TEMP + 2;
end;

H_EADD = 0;

! HIGH BYTE FREE MEMORY ADDRESS

if SEND_DATA ()

then

ISSUE SEND DATA COMMAND
%LQLUS BIT INDICATES ERROR

begin
ERRDF (34, SND_DATA_ERR, 0);
if .RET_STATUS then DECODE ();
CKLOOP;

RETRIES = TRUE;

end;

CMD_REF = §5;

BUF "DESCRPTR
= TIP;
BYTE_COUNT
= 02

! CLEAN THE BUFFER
! SET BYTE COUNTS = 2

if REC_DATA ()
then

SENT A RECEIVE DATA COMMAND
STATUS BIT INDICATES ERROR

begin
ERRDF (35, RE_DATA_ERR, 0);

THEN

if .RET_STATUS then DECODE ();
CKLOOP;
RETRIES = TRUE;
end;

; EXAMINE THE FREE HOST MEMORY

;

TIP = 2;
if EXAM_DATA ()
then

Engga(36, BUFF_ERR, RC258ERR_RPT);

RETRIES = TRUE;
end;

end;

ADDRESS CONTAIN OWN ADDRESS

SEQ 247
VAX=11 Bliss=16 v3=555
Pa?e 54
SPIDERSUSERS
: [LAKSHMANA. 11REL
.REALJZRCFA (11

CZRCFAQ RC25 FR END TEST
TEST SECTION

if (.RETRIES) then DO_RETRIES ();

R T

if (.NUM_RETRIES eqlu ZERO) then exitloop;

R D D

end;
return;

ENDIST:

000001

0000006G

$i11:

0000006
000001

1$:

0000006 0000006

28:

000544
000013 0000006
0000006

38:

000430
000003

MOV

#DBM17,~(SP)
#1,-(SP)

TRAP

gé;

48:

0000006

5%:

000000G

68:

0000006 000000G
000310 000000G
0000006

CMP

178
#13,TIP
PC,AZTEC .READY
RO
6%
55
40
AZT.READY.ERR

gé;

z;.ner.srArus

JSR

TRAP
ROR

0000006
103575

012767

000001

7%:

0000006

2755
2757

2759

2764

2766

s
3
3
3
:
:

2769
2761
2775
2776
riddd
2779

2782

2784

2787

2761

PC,DECODE

65
RO

5%
178
#1,RETRIES

MOV
MOV
JSR

#DM.11,BUF .DESCRPTR
#310,BYTE.COUNT
PC,EX.SUP.PRG

15§
#3,CMD
. REF
RO

BCC
TRAP
WORD

2%
55
41

.WORD
8%5

0
’;.REY.STATUS

JSR

PC,DECODE

BLO
MOV

17%
#1,RETRIES

TRAP
ROR

2731
2753

: SP,»

ggfl.nstaxes.sup.aernxss

BHIS
JMP
MOV

JMP
MOV

H
:

(SP)+,(SP)+

JMP
MOV
JSR
ROR
BCC
TRAP
WORD
.WORD

ngs

ROR

000000G

SP.RO

NUM.RETRIES

.WORD

000001

g;- SWP. TRACE

CLR

JWORD

0000006

000470
000001

$T11 TEST SECTION
R1,=(SP)

MOV

0000006

000001

LSBTTL
MOV

EXE.SUP.ERR

65
RO

TEST SECTION

000000G 0000006
000000G 0000006
000000G 0000006

8%:

177777
000002
000002

0000006
0000006

2790
279N
2792
2793

3
:
:
3

2794
2795
2796
2800

s
s
s «,COUNT

2802
2803
2800

.EADD
PC,SEND.DATA

3
:

2806
2808

55
42

2811

#1,RET.STATUS
11$
PC.DECODE

2813

#5,CMD.REF
#TIP,BUF .DESCRPTR
#2 ,BYTE
. COUNT

3
3
:
:
3

2816
2819
28290
2821
2823

148
53
43

2826

#1,RET.STATUS

2828

178
01 RETRIES

2831

PC, EXAH DATA

2838

158
55

nen.sxi aur LENGTH
H.SADD,RO
RO, H.EADD
#2 ,H.EADD

000002 000000G
000004 0000006
000000G 0000006
000006 0000006
0000006
0000006

#4,CMD. REF

. SADD BUF .DESCRPTR

#6,BYTE.COUNT

9%:

H.EADD,R1
H. SADD
, RO
108

;s «,COUNT

s COUNT,+

108:

0000006
0000006

SEQ 248

Pa?e 55
VAX=11 Bliss=16 v3-555
RCFA (11
.REALJZA
. 11RELMAN
SPIDERSUSERS:CLAKSH

3
3
3
:

FREE. nen ADDR,H. SADD
TEMP
H.SADD,

egr-LENGTH,RO

0000006

U!O
oo

8-Jul=-1983 15:
8-Jul=1983 14:

CZRCFAQ RC25 FR END TEST
016767
016767
016767
016700
300

&
au
O-l

RO
12%

BND.DATA.ERR

000001

0000006

000000G

118:

000001 0000006
000005 0000006
0000006 0000006
000002 0000006
000000G

12%:

RO
178

#1,RETRIES

RE.DATA.ERR

000001

0000006

000001 0000006
000002 0000006
0000006

13§

13%:

14%:

PC,DECODE

#2.TIP

RO’
b

2836

2841

SEQ 249

Pa?e 56
VAX=11 Bliss=16 Vv3=555
.REALIJZRCFA (11
ERS
1REL
1
.
NA
SUS
CLAKSHMA
:
DER
SPI

CZRCFAQ RC25 FR END TEST

IRCFA3
v01.0

TEST SECTION

BUFF .ERR

2EZSSERR.RPT

000001
000001

RO
178

000000G
0000006

15%:

000000G
0000006

16%:

177220

200 words,.

.
Base:
Routine

: Maximum stack depth per invocation:

5 words

177154

Ti11::

000000
000000
000004
000006
000010
000012

004767
104466
006000
103773

NUM.RETRIES
178

2%
(SP)+,R1

17%:

000616

; Routine Size:

#1 ,RETRIES
l1‘RETRlES
16
PC,DO.RETRIES

1%:

.SBTTL

T11 TEST SECTION

JSR

PC.$TN

TRAP
ROR

66
RO
1$
PC

)
Base: ACSCODE + 7656
Routine
6 words, words
invocation:
2
per
: Maximum stack depth

: Routine Size:

2856

!<BLF/PAGE>

2843
2848

2850

2731

2854

ACSCODE + 7036

BLO
RTS

000207

3
:

IRCFA3

v01.0

CZRCFAQ RC25 FR END TEST

TEST SECTION

8=Jul=1983 15:31 :08

8=Jul=1983 14:46: 50

SEQ 250
Pa?e 57
VAX=11 Bliss=16 V3=555
. 11REL.REALJZRCFA (12
RS
: [LAKSHMANA
SPIDERSUSE

BGNTST;
‘ee
Sttt imimimimiatmimimimimimimimimimt
oot s

! TEST #12 - BUS ADDRESSING/DATA TEST B
DESCRIPTION:

THIS TEST FIRST BRINGS AZTEC DRIVE READY AND ONLINE AND THEN
LOADS DM_12 PROGRAM VECTOR TO PORT CONTROLLER MEMORY. THEN
DOES THE FOLLOWING:

B.
C.

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.

ONLY IF FAILURE ENCOUNTERED.

if .SWP_TRACE then PRINTF (DBM18);

! TEST 12

NUM_RETRIES = ZERO;

uhil: (.NUM_RETRIES lequ .SWP_RETRIES) do
egin

TIP

= 12;

:; AZTEC_READY ()
en

begin

ERRDF (37, AZT_READY_ERR, 0);

! GET AZTEC READY FOR OPERATION
:

if .RET_STATUS then DECODE ();

R
R
T

IF SUCCESS, ASKS DM CODE TO WRITE TO MEMORY A PATTERN

IF OPERATOR ASKS FOR RETRIES THE WHOLE TEST WILL BE RETRIED

else

e TET

GIVE FREE MEMORY ADDRESS 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.

e e e T T D T R TRL LRL TR LA L L DRLR L

R R

A TRDR PRDA LR LA T

]

CKLOOP;
RETRIES = TRUE;
end

begin

SET_IaT_VECTOR 0);

' 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 "DESCRPTR = DM_12;

! COMMAND REFERENCE #
i DMCODE STARTING ADDRESS

CZRCFAD RC25 FR END TEST
TEST SECTION

R O

A T PR P P PR LRTR LA LA L LA LA

8=Jul=1983 15:31:08
8=Jul=1983 14:46:50

BYTE_COUNT = 202+2;

! BYTE COUNTS

2916
2917

it EX_SUP_PRG ()
.
then

! ISSUE AN EXECUTE SUPPLIED =
' IF STATUS BIT INDICATES ERROR

bealn
ERRDF (38, EXE_SUP_ERR, 0);

2918
%g}g
2921

if .RET_STATUS then DECODE ();

2924

CKLOOP;
RETRIES = TRUE;

2922
2923

2925
2926

! THEN
'

end;

incru COUNT from 0 to 2 do

2927

gin

2928

H_SADD= .FREE_MEM_ADDR;
TEMP = .H_SADD;

2929
2930

! LO=-BYTE FREE HOST MEMORY ADDRESS

! TOTAL FREE HOST MEMORY SIZE
BUF _LENGTR = .HEH SiZ;
! END ADDRESS OF BUFFER
H EIDD = FREE HEHADDR - 2 + .BUF_LENGTH*2;

2931
gggg

%ggg

; SENT FREE HOST MEMORY ADDRESS AND IT LENGTH TO DM PROGRAM

2936

2937

2938

CMD_REF = &;

! COMMAND REFERENCE 04

= 06;"
BYTE COUNT

i TOTAL BYTES TO BE TRANSFER

BUF DESCRPTR H_SADD;

nsnbnv BUFFER WITH A PATTERN BEFORE
INITIALIZE
2939 !' ASKING
DM CODE TO WRITE TO THE BUFFER

! DESCRIPTOR ADDRESS

2940
—t

ngg

5044

2945

2946
2947

incru LOOP from .H_SADD to .H_EADD by 2 do

DI = 20°125252°;
TEMP = .TEMP + 2;

end;

ggzg

H_EADD = 0;

' HIGH BYTE FREE MEM ADDRESS

2950
2951
2952
gggz

if SEND_DATA ()
then
3
ERRDF (39, SND_DATA_ERR, 0);

! ISSUE SEND DATA COMMAND
i STATUS BIT INDICATES ERROR
i THEN
!

2955

2956
2957
2958
2959
2960
2961
5gg§

if .RET_STATUS then DECODE ();
CKLOOP;
RETRIES = TRUE;
end;
!
| WAIT FOR 'DONE' SIGNAL FROM DM

CMD_REF = 5;

| COMMAND REFERENCE #

gggg

BYTE_COUNT = 02;

i SET BYTE COUNTS = 2

2968

if REC_DATA ()

2964

2965

2969
2970

BUF “DESCRPTR= TIP;

then

begin

i CLEAN THE BUFFER

' SENT A RECEIVE DATA COMMAND
i STATUS BIT INDICATES ERROR

! THEN

SEQ 251

Pa?e 58
_
VAX=11 Bliss=16 V3=555
. 11RELERS .REALJZRCFA (12
SUS
: CLAKSHMANA
SPIDER

Sg}g

LA L L

TR TR R IR R

T P T L TRL L TR DR TRL LR 1

IRCFA3
v01.0

H
TEST SECTION

R D D L L Y

ERRDF (40, RE_DATA_ERR, 0);

Pa?e

! REPORT ERROR

CKLOOP;
RETRIES = TRUE:
end;

! IF DM RETURNS FAILURE CODE

if .TIP nequ %0'104'

THEN ABORT DM PROGRAM

then

TR A IR TR TR TETETR IETE

begin

ERRDF (41, DMC_ERR, 0);
RETRIES = TRUE;
CKLOOP;
exitloop;
end;

PRLR L LA 1 (TR IR

g EXAMINE THE FREE HOST MEMORY
if .COUNT eqlu O then TIP = 1;

! ADDRESS CONTAINS COMPLEMENT

PRD

! OF ADDRESS

if .COUNT eqlu 1 then TIP

ALL_ONES;

if .COUNT eqlu 2 then TIP

ZERO;

! MEMORY PATTERN SECOND TIME

! MEMORY PATTERN THIRD TIME

R TR PR PRTR

if EXAM_DATA ()
then

begin

ERRDF (42, BUFF_ERR, RC25SERR_RPT);
CKLOOP;
RETRIES = TRUE;
end;

O
e
e

SEQ 252

VAX=11 Bliss=16 Vv3=555
NA. 11REL.REALJZRCFA (12
SERS
: [LAKSHMA
SPIDERSU
|

8
3009
3010

i SIGNAL DM TO CONTINUE TO EXECUTE THE PROGRAM
' ASK DM CODE TO CONT.

end;
end;

it (.RETRIES) then DO_RETRIES ();

if (.NUM_RETRIES eqlu ZERO) then exitloop;
end;
return;

JSR
BIT

R1,$SAVE2
#1,SWP.TRACE

:
:

$T12:

$T12 TEST SECTION

000006
000001 0000006

LSBTTL

ENDTST;

TR R

RR R

R T T

8-Jul=1983 15:31:08
8=Jul=1983 14:46:50

CZRCFAQ RC25 FR END TEST

IRCFA3
v01.0

CZRCFAD RC25 FR END TEST
TEST SECTION

IRCFA3
v01.0
000012

000014
000020
000024
000026
000030

8-Jul=1983 15:31:08
8-Jul=1983 14:46:50
BEQ

001407

012746 0000006
012746 000001
01
104417
022626

000032 005067 0000006

1$:

000036 026767 000000G 0000006

28:

000050 012767 000014 0000006
000056 004767 0000006

38:

000044
000046

101401
000207

000062
000064

103023

000104
000106
000112
000114
000116
000120

000122
000130
000134
000142
000150
000156
000162
000164

0014
004767
104465
006
103001
000207

012767
000167
012767
012767
012767
004767
006000
103021

0000006

48:

000001 0000006
000540
000003 0000006
0000006 000000G
000624 0000006
0000006

5%:

68:

000170
000172
000174

000046
0000006
000000

000204
000206

001402
004767

000176 032767 000001
000212

104465

0000006

000222
000230
000232
000240
000246
000254

1030C1
000207

012767
005002
016767
016767
016767
016700

000001 0000006
0000006 000000G
0000006 0000006
0000006 000000G
0000006

162767

000002

000260 006300
000262 066700 0000006
000266 010067 0000006
000272

:
:

2892
289

;

2897

8IT

#1,RET.STATUS

2899

MOV
JMD
MOV
MOV
MOV
JSR

#1,RETRIES
22%
#3,CMD.REF
#DM. 12.BUF .DESCRPTR
#624 ,BYTE . COUNT
PC,EX.SUP.PRG

;
:
;
:

2902
2894
2912
2913

TRAP

2919

#1,RET.STATUS

2921

:
: COUNT
:
:
:
:

2924
2927
2929
2930
2931
2932

;
:
:

2936
2937
2938

3%
PC

MOV
JSR

0000006

000300 012767 000004 0000006
012767 0000006 0000006
000
000314 012767 000006 0000006

BEQ
JSR
TRAP
ROR
BHIS
RTS

BIT
78:

000214 006000
000216
000220

#i6,TIP
PC,AZTEC.READY

BLOS
RTS

(NP

WORD
"WORD
"WORD

0000006

8s:
98:
108:

2888

ROR
BCC

000166 104455

NUM.RETRIES,SWP.RETRIES

WORD
"WORD
‘WORD

000076 032767 000001 0000006

; SP,*

NUM.RETRIES

TRAP

000045
0000006
000000

,
= (SP)
#DBM18
#1,-(SP)
SP.RO
17
(SP)+,(SP)+

CLR

ROR
BCC

000066 104455
000070
000072
000074

MOV
MOV
MOV
TRAP
CMP

SEQ 253

o P20 60
VAX=11 Bliss=16 V3=555
SPIDERSUSERS:[LAKSHMANA.11REL .REALIZRCFA (12

BEQ
JSR
TRAP

ROR

BHIS
RTS

RO
63

45
AZT.READY.ERR
O
48
PC.DECODE
65
RO
58
PC

RO
98

&b
EXE.SUP.ERR
O

78
PC.,DECODE

8%
PC

#1,RETRIES
R2
FREE .MEM.ADDR,H. SADD
H.SADD, TEMP
MEM.S12,BUF .LENGTH
BUF .LENGTH, RO

SUB

#2.H.EADD

MOV
MOV
MOV

2914
2916

MOV
CLR
MOV
MOV
MOV
MOV

ASL
ADD
MOV

:
;

2890

RO
FREE.MEM.ADDR,RO
RO, H.EADD

#4°CMD . REF
#H. SADD, BUF .DESCRPTR
#6.BYTE . COUNT

8-Jul=1983 15:
8=Jul=198314:

CZRCFAQ RC25 FR END TEST

IRCFA3

TEST SECTION

1.0

0000006
0000006

125252
000002
000002

0000006
0000006

118:

2942

z-52526LATEMP

H
:
s «,LOOP

2944
2945
2942

H.EADD

:
s

2948
2950

55
47
3ND.DATA.ERR

2953

#1,RET.STATUS

2955

000000G

:
:
:
s
:

2958
2964
2965
2966
2968

55
50

2971

#1,RET.STATUS

2973

13§

138:

000001 0000006
000005 0000006
0000006 0000006
000002 0000006
0000006

14$:

: *,L00P

; LOOP,*

PC,SEND.DATA
RO
148

0000006

SEQ 254

Pa?e 61
_
VAX=11 Bliss=16 V3=555
CFA (12
A.
.REALJZR
HMAN
SPIDERSUSERS:[LAKS11REL

H.EADD,R1
H SADD RO

12%:

0000006
0000006

000001

PC,DECODE

65
RO
248

#1,RETRIES

#5.CMD
. REF

#7iP,BUF .DESCRPTR
#2,BYTE. COUNT
PC.REC.DATA
RO
168
RE.DATA.ERR

000001

0000006

000000G

15§

15%:

000001 0000006
000000G 000104

PC,DECODE

248

16%:

2976
2979

#1,RETRIES

TIP,#104

17$

35
51

2982

#1,RETRIES

2983

: COUNT

2992

; COUNT,»

2996

8HC.ERR

000001

0000006

65
RO
228
17%:

001003
012767

000001
000001

0000006

177777

0000006

18%:

R2
188

R
19§

0-1 TIP

000612

000616

8=Jul=1983 15:31:08
8=Jul=1983 14:46:50

CZRCFAORC25 FR END TEST
TION
TEST

IRCFA3
v01.0
080227

19%:

000002
000000G

000620

20%:

0000006
000624 004767
006000
000630

000632 103012
000634 104455
000636 000052
000640
000642
000644

000000G
G
104465

000650
000652

103424
012767

000646

000660 005202
000662 020227
000666 101002

000670
000674

000167
032767

ooo;oz 001402

000704
000710
000714
000716
000722

004767
005767
001402
000167
000207

: Routine Size:

000000G

21%:

000002
177336
000001

22%:

000000G

000000G
000000G

23$:

177114
234 words,

248:

Routine Base:

Haxlmun stack depth per invocation:

7 words

177050

T12::

000000

000004
000006
000010
000012

004767

1%:

104466
006000
103773
000207

; Routine Size:

6 words,

Routine Base:

: Maximum stack depth per invocation:
3023
3024
3025

2 words

2998

JSR

PC,EXAM.DATA

3000

B8CC
TRAP
WORD

218
55
52

3003

H
s COUNT

3005
2927

3015

3017

2855

R2,#2

CLR

BNE

ROR

208
TIP

.WORD
.WORD
TRAP

BUFF.ERR
RC25SERR.RPT
65

BLO
MoV

24$
#1,RETRIES

INC
CMP
BHI

JMP
BIT

BEQ

JSR
TST
BEQ
JMP
RTS

R2’
R2. 42
zzi

108
#1,RETRIES

238

PC,DO.RETRIES
NUM.RETRIES
24$
23
PC

LSBTTL

T12 TEST SECTION

JSR

PC,$T12

TRAP
ROR
BLO
RTS

66
RO
1%
PC

ACSCODE + 10616

eludom

0TS external references

.GLOBL

$SAVE4L, $SAVE2, BLSSHF, BLSDIV

PSECT SUMMARY

Words

s COUNT,«

ACSCODE + 7672

end

Psect Name

Pa?e 62
VAX=11 Bliss=16 V3=555
NA.CFA (12
11REL .REALJZR
SPIDERSUSERS: [LAKSHMA

s COUNT,«

CMP

ROR

000001

SEQ 255

Attributes

‘

3021

RW, D

336

SOWNS

RO .

2253

ACSCODE

LCL, REL,
REL,

LCL,

CON
CON

LIBRARY STATISTICS

;

8-Jul=1983 14:4 6 50

TEST SECTION

v01.0

8-Jul=1983 15:3 1 :08

CZRCFAO RC25 FR END TEST

ZRCFA3

eeeeeeee Symbols ========

File

Total

SPIDERSUSERS:CLAKSHMANA.11REL.REALJAZTEC0.L16;1

523

Loaded

Percent

231

COMMAND QUALIFIERS

BLISS /PDP11/LIST ZRCFA3.B16/EN:NOEIS
Size:

Run Time:

2253 code + 336 data words
00:53.6

02:45.0
Elapsed Time:
pages
296
Used:
HQMOQ{
Compilation Complete

Blocks

Read

SEQ 256
Pa?e 63

VAX=11 Bliss=16 V3-555
ANA. 11REL.REALJZRCFA (12
SERS
: [LAKSHM
SPIDERSU

CZRCFAQD RC25 FR END TEST

IRCFAL
3

0001

N
:
:

0004
0005
8889

BEGIN
ASE
'<BLF/LOWERC_KEY>

8888

Library "AZTECO';

?2;8 5equire "BLSMAC.REQ';

:
:
3

1500
1501
1502

!
Xsbttl ‘DM PROGRAM'

:
:
:
:

1505
1506
1507
1508

!
!
!
!

1510

s
:

ADDRESSING_MODE (RELATIVE)

0003

1509
1511

1512

1513
1514

) =

!==

! AZTEC LIBRARY

' DIAGNOSTIC SUPERVISR LIBRARY

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
AND THEN MADE AS VECTOR ARRAYS BY USING DMCONV.EXE THIS MODULE IS A COLLECTION OF ARRAYS FOR SPECIFIC .
TESTS.

'<BLF/PAGE>

Pa?e

NA. 11RELERS .REALJZRCFA (1)
SUS
: CLAKSHMA
SPIDER

IDENT = *v01.0°,

000¢

8=Jul=1983 14:47:41

VAX=11 Bliss=16 V3=555

MODULE ZRCFA4 (XTITLE *CZRCFAQ RC25 FR END TEST'

8-Jul=1983 15:33:57

SEQ 257

CZRCFAO RC25 FR END TEST
DM PROGRAM

IRCFA4
v01.0
1515

}g}g

8-Jul=198315:33:57
8=Jul=198314:47:41

global DMSCODE (nowrite, noexecute, global, concatenate);

SEQ 258

Pa?e 2
VAX=11 Bliss=16 V3=555
.REALJZRCFA (2)
SERS
11REL
.
[LAKSHMANA
SPID:ERSU

—

w—d wd w—d b b b cd ) -

b wd b o

b -

p— p—-p—— p—g—g—g——g—g_—
- P P PP P P P P

iv
g Vi i

L Ln

sU L

T T

LI U L

L Loy L L L Lo

%0°'042524°,

! NEXT 3 WORDS = PROGRAM NAME (ASCII)

N
W
-

_—

g\h
N
b

%0°'000000°,
-

! THIS IS THE DM OVERLAY BYTE COUNT.

Lo
o

20'800088'.

e
(=)

AU U L U U L L

: vector [93, word] preset (
.
70°,
! THIS IS THE DM PROGRAM BYTE COUNT.
%o

N
W

o
o

T T

Lo L L

Llobal

IR O LI O LN LI O L LI T [ T T

e A e e e e e e e e e e e e e e A e A W e L e e e A L e L L e

N = OO0 WR = O VO NO VS WN = O 000NN N

NININININI NI N NININD b b b e cd b NN
b =k ==d =Ol
O CONOWVISWN=O
w
b e e e e

Lo Lam Lo Lo Lo Lo Lown Lo Lo Lo Lo Lo Lo Lo L L

8 8 D NWWNWNWWNNWNW

P o Lo o

WWWWNINANININININININ)
= oO\ONONONWYUNTUNTUNT UYWAY &H PN
g\h\h\.fl\h\h\h\fl\.fl\h\fl\fl\h\h\fl\h
bb buwwwwg =000
NI VNSWN=0000
\hng—'OOOVOWJ\WNJO 0 o~NO NS WN=OVONOWVSWN

) ) ) D

9ooM_0

CZRCFAD RC25 FR END TEST
DM CODE DOWN LINE LOAD TEST

%0°'104206°,
! DM CODE STARTS HERE

8-Jul=1983 15:33:57
8=Jul=1983 14:47:41

%sbttl ‘DM CODE DOWN LINE LOAD TEST'

! PROGRAM NAME IS °'TESTO09'

! THIS IS THE PROGRAM VERSION
! UPPER BYTE=TIME OUT VAL. LOWER = FLAGS

VAX=11 Bliss=16 V3=555
NA. 11REL .REALJZRCFA (3)
SERS
: [LAKSHMA
SPIDERSU

SEQ 259
3
Pa?e

[53]
[54]
£55]
£56]
[57]
(58]
£59]
£60]
[61]
[62]
[63]
£64]
[65]
[66]

=
=
=
=
=
=
=
=
=
=
=
=
=
=

%0°'003040°,
%0°'003024°,
%0'104207°,
%0°'003052°,
'1046201°,
%o0'125252°,
%0°'104302°
%0°'003034°,
%0'106271'
%0°'053003°,
%0'117402°,
%0'053015°,
%0'104200°,
%0'000104°

[68]
[69]
£70]

=
=
=

%0°104207°,
%0'003040°,
%0°'106201°,

£72]
[73]

=
=

£671]

VIS W =OVoo~N

—
b b - o
00000‘00‘8

[N
- ———

£71]

%0'003040°,

%0'000001°,

[74]

%0'000000°,

[861]

£75]
£76]
(771
[78]
£79]
(801
£311
£82]
[83]
[84]
[85]
(871
[88]
£89]

£901]
[91]

[921]

%0'060022°,
%0'060010°,

= %0'000000°,
= %0'000000°,
= %0'000012°,
= %0'000000°,
= - %0'000000°,
=
'000000°,
= %0'000000°,
=
'000000°,
= 20°'000000°,
= %0'000000°,
= %0'000000°,
=
=
=

%0'000000°,

%0°'000000°,
%0'000000°,
%0'000000°,

%0'000000°,
%0'144423"°,

%0'000000*);

%
e

v
dfl

~NWN

"TM

8-Jul-1
8=Jul-1

—

CZRCFAD RC25 FR END TEST
DM CODE DOWN LINE LOAD TEST

S5
VO
Co 0o
W

SEQ 260
4
Pa?e
VAX=11 Bliss=16 V3-555
SPIDERSUSERS
: [LAKSHMANA. T1REL .REALJZRCFA (3)

)

d d

D —d

D md

TY S

Lo L o L oen Lo L L L

LI LU LI L

L e L

T O T

ol el e e e el e e e e el e e e

LI L VO L T T

L L L

‘.

pry

»e

222o000

: vector [58, word] pres et (

10:000165'.
0
Al

! THIS 1S THE DM PROGRAM BYTE COUNT.

1 (I L I L L U L L U

e b b e b L

L Lo L Lo L Lo Ly L L

8 WN) = Ol

) e e e e e e el e e L L L

VSN = O 000 NN

Lo Lo Lo Lo Lo Lo Lo L L L L

NN = O V00N

Lo Lt L L

DM_1

I LI

Llobal

e b b b b b

N=O VBNV

W= OV NOWVHWN=O
0O~V

LN N N N N AN N NN N NI RO N PO NI N RO NN = b b b b o b b = =2 D 00 NN VSN NN

WO CONO WV

VIS B 2

oo OFONMOMONONONONONONON

—p——-————

’

0 08,0000 %: 90908080 9090009090009 00%90080080800:8%:8%008000 LR TR TR TR TR TR TR TN T

R AR AR AR ANAAR PAIIIIINNS AV
WN-‘OOONOU\&WN—'OOONOWJ\WN—‘OOQNg
282258 SRR

—d —d

L L L o L

B Se BeBaBe By 0g 8¢ 8g 8¢ 80000 050, 800,808,898

IRCFAS
v01.0

CZRCFAQ RC25 FR END TEST
NONEXISTENT MEMORY TEST

20°'000000°,
%0°'000000°,

8-Jul-1983
8-Jul=-1983

Xsbttl 'NONEXISTENT MEMORY TEST'

%0'000000°,
! THIS IS THE DM OVERLAY BYTE COUNT.

%0°062524°,
20'852653:.
! NEXT 3 WORDS = PROGRAM NAME (ASCII)
! PROGRAM NAME IS 'TEST10'

%0'000000°.
! THIS IS THE PROGRAM VERSION

00°,
%0
%0'104206°,

! DM CODE STARTS HERE

° 1 UPPER BYTE=TIME OUT VAL. LOWER = FLAGS

Pa?e
5
VAX=11 Bliss=16 Vv3-555
(4)
LJZRCFA
11REL.REA
.
RS
: [LAKSHMANA
SPIDERSUSE

SEQ 261

CZRCFAQO RC25 FR END TEST
NONEXISTENT MEMORY TEST

IRCFAL
v01.0
:

1673

[53]

:
:

1674
1675

1677 [57]

1676

[54]
[55]

[56)

%0'000000°,

%0'030037°,

=
=

%0°'000000°,
*000000°.

= %0'000000°};

8-Jul=-1983 15:33:57
8=Jul=1983 14:47:41

SEQ 262

Pa?e 6
VAX=11 Bliss=16 V3=555
SERS .REALJZRCFA (4)
LLAKSHMANA. 11REL
SPID:ERSU

CZRCFAD RC25 FR END TEST
BUS ADDRESSING/DATA TEST A

8-Jul=1983 15:33:57
8=Jul=1983 14:47:41

CONO VS W)= o

TR R TE TR
R TR T TR TR T ETE
R
IR R
R

ogo
=00V~
Wi W =0V~ OV WN=OVONOWVNHWN

S b b b b b Db D LB = OO
NN NN NN

)

) b

) ) e

) )

b b o

) b -

b b b -

b wd b - wd b

NNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNY

— o

06°,

! THIS IS THE DM PROGRAM BYTE COUNT.

%0°'000000°,

! THIS IS THE DM OVERLAY BYTE COUNT.

%o ”

%0'000000°.
0
%0'000000°
%0'000000°,
%0'000000°,
%0'000000°,
%0°'000000°,
%0'1064206°,
%0°'003061°,
%0°'104207*

£20]
£211]
[22]
£23]
[24]
[25]
[26]
[271]
[28]
[29]
£30]
£31]
£32]
£33]
[34]
£35]
£361]
£37]
£38]
£39]
[40]
[41]
[42]
[43]

=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=

%0°'104201°,
%0°'000003°,
%0°'060023°,
%0°'103207°,
%0'177740°,
'115007°,
%0'012754°,
%0'003023°,
%0'104200°,
%0'000001°,
2%0'003043°,
%0°'104300°,
%0°'003040°,
%0'003044°,
*104304'
%0°'003042°,
%0'114000°,
%0'003046°,
%0°'104307
2%0'003040°,
%0°104301°,
%0'003041°,
*104302°
%0°'003043°,

[45]
[46]
[47]
[48]
[49]
[50]
[51]
[52]

=
=
=
=
=
=
=
=

£19]

=
=
=
=
=
=
=
=
=
=

=
=
=
=
=
=
=
=

1]
£12]
[13]
[14]
[15]
[16]
171
[18]

TR
R LR L L
TR R
e T P P T T TR
e
e e
e
R
TR R R R
R

DM_1 1 : vector [100, word] preset (

(1]
€21
(3]
(4]
£5]
£el
€71
(8]
[9]
£10]

I E R R

lobal

’

[]

R PR D P D LA L I

%sbttl 'BUS ADDRESSING/DATA TEST A’

[44]

%0'003040°,

'104203",

20°003044°,
%0'060021°,
%0°'103207°,
%0'177740°,
20°'115007°,
%0°'013012°,
%0°'115400°,
20°003046°,

! NEXT 3 WORDS = PROGRAM NAME (ASCII)
! PROGRAM NAME IS 'TEST11'

! THIS IS THE PROGRAM VERSION
! UPPER BYTE=TIME OUT VAL. LOWER = FLAGS

! DM CODE STARTS HERE

VAX=11 Bliss=16 V3=555

SEQ 263

Pa?e

. 11REL .REALJZRCFA (5)
RS
: [LAKSHMENA
SPIDERSUSE

CZRCFAO RC25 FR END TEST

RCFA4

BUS ADDRESSING/DATA TEST A

501.0
3
3
3
:
3
3
:
3
3
:
3
3
3
3
:
3
3
3
3
3
3
3
:
3
3
3

1736
1737
1738
1739
17640
1741
1742
1743
1746
1745
1746
1747
1748
1749
1750
1751
1752
1753
1756
1755
1756
1757
1758
1759
1760
1761

[53)
[54]
[55]
[56]
[57]
(58]
[59]
[60]
[61)
[62)
[63]
[64]
[65]
[66]
[67]
[68]
[69]
(70]
[71]
[72]
[73]
[74]
[75]
[76]
[77]
[78]

=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=

%0'106200°,
%0'000012°,
%0°003046°,
%0°'032766°,
%0'003023°,
%0'117404°,
'013027°,
%0°'105200°,
000002°,
%0°'003040°,
%0°'104300°,
'003040°,
%0'003044°,
%0'002764°,
%0'104200°,
%0'000106°,
%0°'003045°,
%0'003032°,
%0'104200°,
%0'000104°,
%0°'003045°,
1046207
%0°'003045°,
%0°'104201°,
%0°000001
%0'060022°,

:
:
:
3
3
3
3
3
3
3
3
3
:
33
:
:
3

1764
1765
1766
1767
1768
1769
1770
1771
1772
1773
1774
1775
1776
1777
1778
1779
1780
1781

[81]
[82]
[83]
[84]
[85]
[86]
[87]
[88]
[89]
[90]
[91]
[92]
[93]
[94]
[95]
[96]
[97]
[98]

=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=

*000000°,
'000000°,
'000000°,
%0°'000000°,
*000000°,
%0°000000°,
%0°'000000°,
%0'000000°,
%0'000000°,
%0'000000°,
%0°000000°,
*000000°,
%0'000000°,
%0°'000000°,
%0'000000°,
%0°'000000°,
%0'000000°,
%0°056247°,

:
:

1762
1763

};gg

[79]
[80]

[991]

=
=

%0'060010°,
%0'000000°,

%0'000000*);

8-Jul=1983 15:33:57

8-Jul=1983 14:47:41

SEQ 264

SPIDERSUSERS:(LAKSHHANA.l1REL.REALJZRC?A (5)8

VAX=11 Bliss=16 V3=555

Page

;
:

};gg

%sbttl 'BUS ADDRESSING/DATA TEST B°

1786

global

1788

1790

1787

1789

;

1791

;
;

1792
1793

;

1795

:
:
:
:
:

1797
1798
1799
1800
1801

;
:

;

;
:

:
:
:

;
;
:

:
:
:

1794

1796

1802
1803

1804

%0°'000622°,

! THIS IS THE DM PROGRAM BYTE COUNT.

(2]

= %0'000000°.

[4)
5]

=
=

%0'042524'.
%0'052123'.

! THIS IS THE DM OVERLAY BYTE COUNT.
! NEXT 3 WORDS = PROGRAM NAME (ASCII)
| PROGRAM NAME IS °‘TEST12°

%0'000000°.

' THIS IS THE PROGRAM VERSION

=
=
=
=
=

%0'000000",
%0°'000000°,
%0°'000000°,
%0°'000000°,
%0°'000000°,

[1]
(3]

[6]

[7)

[8]

[9]
103
[11]
[12]
[13]

[14]
[15]

[16]

=
=

[17]

1807

[19]

1809
1810

[21]
[22])

=
=

1806

1808

1811
1812
1813

1814
1815
1816

1817

1818

;

1824

:
:
:
:
:
:
:
:
:
.
:
:
:
:
:
:

DM_12 : vector 5202. word) preset (

1805

:
:
:
:
;

8-Jul=1983 15:33:57
8-Jul=1983 14:47:41

CZRCFAO RC2S FR END TEST
BUS ADDRESSING/DATA TEST B

IRCFAL
v01.0

1819
1820
1821
1822
1823
1825
1826
1827
1828
1829
1830
1831
1832
1833
183%
1835
1836
1837
1838
1839
1840

[18]

[20)

[23]
[24]
[25)

[26]
[27]
[28)

[291

[30]

[31]
[32)
[33]
[34]
[35]

[36]

[37]
[38]
[391
[40]
[41]
[42]
[43]
[44]
[45]
[46]
[47]
[48)
[49]
[50]
[517
[52]

=
=

=
=
=
=
=
=

%0'000000°,

%0°'031061°.

%0'1776411'.

%0°'000000°,
%0'000000°.

%0'1064206°.
%0'002767°.

‘

' DM CODE STARTS HERE

%0°'003004°,
%0°'000000°,

%0°'000000°,

%0°'000000°,
%0°'000000°,

%0'000000°,
%0°'000000°,
%0°'000000°

%0'000000°,
%0°'000000°,
%0°'000000°,

%0°'000000°,
%0°'0000

=
=
=
=
=

%0'000000°.
%0°'000000°,
%0°'000000°,
%0°'000000°,
%0°'000000°,

=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=

%0°'000000°,
%0°'000000°
%0°'000000°,
%0°'000000°,
%0°'000000°,
%0°'000000°,
%0°'000104°,
%0°000106°,
20°'000000°,
%0°'000000°,
%0°'000000°,
20°'000000°,
%0°'000000°,
%0°'000000°,
%0°'000000°,
%0°'023016°.

| UPPER BYTE=TIME OUT VAL. LOWER = FLAGS

%0°'000000°.

\
.

;

SEQ 265

Pa?e 9
|
VAX=11 Bliss=16 V3=555
SPIDERSUSERS:L[LAKSHMANA.11REL .REALJZRCFA (6)

R R

g— p——— Y

ViV FIIIIIIAI

00 00 00 0o 00 0o 00 00 00 0o

—

b b

I I L O LI LI O (O T (T T

S2LRR

Ly |Lon Lon Lm Lo L

T
L

O I L L

X0'177777°,
%0'107307°,
%0°'002777",

LA LA U LA O L LB

g!‘!!(lltlbtll‘\l‘d""\i Nwwwwflosogogooog\nwmummm

o Lo L Lo Lo Lo Lo Lawn. Lan Lo Lanm Lo L )
s e sL L
L L L
L
O O O O O O 0o 0o Co Co 0o
OO
WN = O VO NO
VS
W
—=O VD NONWVIS
W
SUWN=OVONO
WS LN
= OV~ VIS
oo~
=l=lele]
e el el e e el el e e e e e e e e A e e e b i
WA = O iy R e e e el e b A A b b L L e b W e L

Lo Lo L

TRE

O W

O 00

Lo Lo L

1882

— e

eooe

IRCFA4
v01.0

e ee

~
000
‘Iii=:¢.l"'(ll¢ll¢l".D(IICID
NNNNNNNN 3
NS W=
$EREERERESOVNOVSWN=O VDN
(=17
= OVNOWVISWN

-ddbbbboeb—d

C RCFAO RC25 FR END TEST

S ADDRESSING/DATA TEST B

20°104202°,
000001°,
20°104203°,

&N
-~

S
N

8=-Jul=-19
8-Jul-19
b

39
SEQ 266
10
Pa?e
_
VAX=-11 Bliss=16 V3-555
(6)
ZRCFA
.REALJ
11REL
ANA.
SERS
: [LAKSHM
SPIDERSU

RCFAD RC25 FR END TEST

RCFAS

gssclbnggglNG/DETA TEST B

60%.0
:

1898

[110]

1901
1902
1903

[113]
[114]
[115]

=
=
=

%0'177740°,
%0°'115007°,
%0'013113°,

1909
1910
1911
1912

[121]
[122]
[123]
[124]

=
=
=
=

%o0'033067°,
%0°'003203°,
%0°'104263°,
%0'104262°,

:
:

1899
1900

:
:
:
:
:

1906
1905
1906
1907
1908

s
3
3

3
3
3
3

3
5
3
3
3
s

3
3
:
:
3
3
3
3
:
3
3
3
3
3
3
:
s
3
:
:
3
:
3
3
3
3
5
:
:
:
3
3
:
3
3

1913

[111]
[112]

[116]
[117]
[1181
[1191
[120]

[125]

=
=

=
=
=
=
=

20'003002°,

%0'060021°,
%0'103207°,

%0°115400°,
%0'003003°,
%0'106200°,
2%0°'000012°,
20°'003003°,

X0°'104261°,

1914
1915
1916
1917
1918

[1261
[127]
[128]
[129]
[130]

=
=
=
=
=

1920
1921
1922
1923
1926
1925
1926
1927
1928
1929
1930
1931
1932
1933
1936
1935
1936
1937
1938
1939
1940
1941
1942
1943
1944
1945
19646
1947
1948
1949
1950
1951
1952
1953
1954

[132]
[1331
[134]
[135]
[136]
[137]
[138]
[139]
[140]
[141]1
[142]
[143]
[144]
[145]
[146]
[147]
[148]1
[1491
[150]
[151]
[152]
[153]
[154]
[155]
[156]1
[157]
[158]
[159]1
[160]
[1611
[162]
[163]
[164]1
[165]
[166]1

= %0'060023°,
= %0°'000000°,
= 2%0°104300°,
= %0'002770°,
= %X0°'002777°,
=
'104300°,
= %o0'002771°,
=
*003000°
= 20'104301°,
= %0'002772°,
= %0°'104200°,
= Ro'177777°,
= 20°003002°,
= X0'023063°,
= %0°'105200°,
=
'000002°,
= %0°'002777°,
= 20°115000°,
= %0'002777°,
= %o0'053152°,
= %0'115400°,
= 20°'003000°,
= 20'117401°,
= %0'053141°,
= 20'000000°,
*104300°,
=
= %0°002770°,
= 20'002777°,
=
'104300°,
= 20°'002771°,
= %0°'003000°,
=
*104301°,
= 2%o0'002772°,
= 20°'114000°,
= 2%0°'003002°,

1919

[131]

%0'104267°,
*000000°,
'1046207°,
%0°'002775°,
20°'104201°,
%0'0

8-Jul=-1983 15:33:57

8=Jul=1983 14:47:41

VAX=11 Bliss=16 V3=555

SEQ 267

SPIDERSUSERS:(LAKSHHANA.11REL.REALJZRC?: 6)

[184]
(185
[186]
[187]
[188]
(1891

£190]
[191]
£1921
£193]
[194]

[195]
[196]
[197]
[198]
£1993
[200]

£2011]

=
=

=
=
=

%0'000002°,
%0°'002777°,
%0°115000°,

=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=

%0°'104300°,
%0°'002774°,
%0°'002776°.
%0°'023215°,
%0°'060010°,
%0'104300°.
%0°'002773°,
%0°'002776°.
%0'023215°.
%0°'000000°,
%0°104207°,
%0°002776'.
%0°104201°,
%0°'000001°,
2%0°'060022°,
%0°'103207°,
%0°'177740',
20°'115007°.
%0°'013227°,
%0°'060010°,

=
=
=
=
=
=
=

e
.e

&N
—lfl

S
NW

00O
0G0
W

%0°'023063°,
%0°'105200°,

%0°'002777°
%0'053200°,
%0°'115400°,
%0°'003000°,
%0°117401°,
%0'053167°,
%0°000000°,

%0°'000000°,

%o0'165572'

= %0'000000');

end

eludom

ZRCFA4 CZRCFAQ RC25 FR END TEST

+PSECT

DH%CODE.

/v01.0/

—

N
w

DM.09::

.TITLE
. IDENT

| OWWNHOOON

WR = OV~
W

23922222 REEZE{RR
W =OVoO~NONW

b d
o
D e e
o
e o
b
b o
d e
b
d
—

[167)
[168]
E169]
1701
[171]
(172
[173]
[174]
[175]
[176)
(177
(1781
[1793
[180]
(1811
[182]
[183)

IR IR IR R

TR T A TR T

s e

PR DATR DR D L L [TETRIEATEATETIE

A TR TR PR T

B TN T

v01.0

8=Jul-1
8=Jul=1

CZRCFAQ RC25 FR END TEST
BUS ADDRESSING/DATA TEST B

IRCFAL

RO,

GBL

SEQ 268
12
Pa?e
VAX=11 Bliss=16 V3=555
(6)
CFA
.REALJZR
11REL
NA.
SERS
: [LAKSHMA
SPIDERSU

8-Jul=-1983 15:33:57
8-Jul=1983 14:47:41

CZRCFAO RC25 FR END TEST
BUS ADDRESSING/DATA TEST B

IRCFA4
v01.0

000050
000052
000054

0
000000
000000
000000
000000
104206
003051
114000
003037
104207
003032
104201

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

0
0
O
0
0
=73572
51
=64000
37
=73571
3032
=73577

0
000062

060023
103207

.WORD
WORD

60023
=74571

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

12756
3003
=64000
3052
=73471
3032
=73477
3033
=73476
3034
=73575
3052
60020
=74571

000026
000030
000032
34
000036
000040
000042
000044

000056

177740
115007

000070 012756
000072 003003
000074 114000
000076 003052
307
000100
000102 003032
000104 104301
000106 003033
000110 104302
000112 003034
000114 104203
000116 003052
0020
000120
000122 103207
000124

000126
000130
000132
000134
000136
000140
000142
000144
000146
000150
000152

177740

115007
013007
115400
003037
106300
003035
037
032756
104200

1
003040

000154 003024
000156 104207
000160 003052
000162 104201
000164 125252
000168 104302
003034
000170
000172 106271
000174 053003
000176 117402
000200 053015
000202 104200
000204 000104
000206 003040

-WORD

WORD
WORD

WORD

.WORD
.WORD
LWORD
.WORD
WORD
.WORD
.WORD
.WORD
.WORD

.WORD
.WORD

.WORD
.WORD
.WORD
.WORD
LWORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

=4
=62771

=62771
13007
=62400
3037
=71500
3035
3037
32756
=73600

1
3040
3024
=73571
3052
~73577
=52526
=73476
3034
=71507
53003
=60376
53015
=73600
10
3040

SEQ 269

v Pa?e 13
VAX=11 Bliss=16 V3=555
.REALJZRCFA (6)
ERS
11REL
.
SUS
: CLAKSHMANA
SPIDER

SEQ 270

4
Pa?e
VAX=11 Bliss=16 V3=555
(6)
CFA
.REALJZR
11REL
NA.
SERS
: [LAKSHMA
SPIDERSU

(=l=l=L
l=] [K=l-l-l-lelelelelalelelele) -000
N
o

CZRCFAQO RC25 FR END TEST
BUS ADDRESSING/DATA TEST B

DM.10::

33355

42524

104207

SEQ 271

CZRCFAQO RC25 FR END TEST
BUS ADDRESSING/DATA TEST B

ZRCFAS
v01.0

002765
104201
000001
060022
060010
000000
000000
000000
000000
000000
000000

DM.11::

Pa?e 15
VAX=11 Bliss=16 V3=555
CFA (6)
.REALJZR
11REL
ANA.
SERS
[LAKSHM
:
ERSU
SPID

8-Jul=1983 15:33:57
8-Jul=1983 14:47:41

CZRCFAO RC25 FR END TEST
BUS ADDRESSING/DATA TEST B

ZRCFAS
v01.0

104301
003041
104302
003043
000606 104203
000610 003044
000612 060021
000614 103207

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

=73500
3040
3044
=73474
3042
=64000
3046
=73471
3040
=73477
3041
=73476
3043
=73575
3044
60021
=74571

115007
013012
115400
003046

.WORD
.WORD
.WORD
.WORD

=62771
13012
=62400
3046

032766
003023
117404
013027
105200

JWORD
.WORD
.WORD
.WORD
.WORD

104300
003040
003044
000562 104304
3042
000564
000566 114000
000570 003046
000572 104307

000554
000556

000574

000576
000
000602

000616

000620
000622
000624
000626
000632

000636
000640
000642
000644
6

000650

000652
000654
000656
000660
000662
000670
000672
000674
000676
000700
000702
000704
000706
000710

000712
000714
000716
000720
000722
000724

726
000730
000732
000734

3040

177740

106200
000012
003046

0002

+WORD

.WORD
.WORD
.WORD

.WORD

=71600

3046
32766
3023

=60374
13027
=72600

.WORD

3040
=73500
3040
3044
2764
=73600

003045
003032
104200
000104
003045
104207
003045
104201

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

3045
3032
=73600
04
3045
=73571
3045
=73577

060022
060010
000000
000000
000000
00

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

60022
60010
0
0
0
0

003040
104300
003040
3044
002764
104200

000106

000001

000000
000000
000000

WORD
WORD
.WORD
.WORD
.WORD
.WORD

- WORD

.WORD
.WORD
.WORD
.WORD

0
0
0
0

SEQ 272

Pa?e 16
VAX=11 Bliss=16 V3=555
.REALJZRCFA (6)
ERS
. 11REL
SUS
: LLAKSHMANA
SPIDER

157
1

000106

—-—_O00000O0O0O0O0OOOOO0OO0OO0OO0O00O

8888888388

333353389

W
o

=N
O—=W\

DM.12::

N
N

000000

OO0O00O00O0 1 O WWNSHOOOoOo0NO Yi=l=lelelelelelalela)

CZRCFAQO RC25 FR END TEST
BUS ADDRESSING/DATA TEST B

IRCFA4
v01.0

SEQ 273

Pa?e 17
VAX=11 Bliss=16 V3=555
A. 11RELERS .REALJZRCFA (6)
SUS
: LLAKSHMAN
SPIDER

001120
001122
001124
0011c0
001130
001132

001134

8-Jul=1983 15:33:57
8-Jul=1983 14:47:41

CZRCFAO RC25 FR END TEST

ZRCFA%

BUS ADDRESSING/DATA TEST B

V01.0

000000
000000

JWORD
JWORD
WORD
WORD
JWORD
WORD

0
0
0
0
0
0

JWORD
.WORD
JWORD
JWORD
WORD
.WORD
JWORD
.WORD
.WORD
.WORD
JWORD
.WORD
\WORD

23016
23031
23210
23120
23126
23210
23120
23155
23210
60010
=73571
277
=73577

JWORD

001136
001140
001142
001144
001146
001150
001152
001154
001156
001160
001162
001164
001166

023016
023031
023210
023120
023126
023210
023120
023155
023210
10
104207
002770
104201

001172
001174

23
103207

.WORD
JWORD

60023
=74571

001200
001202
001204

115007
013030
003203

JWORD
WORD
.WORD

=62771
13030
3203

001210
001212
001214
001216
001220
001222
001224
001226
001230

104300
002770
002777
104300
002771
003000
104301
002772
104207

001234
001236
001240
001242
001244
001246

107307
002777
104070
003002
023063
105200

001252
001254
001256
001260
001262
001264
001266
001270

001274
001276
001

001170

001176

001206

001232

001250

001272

177740

000000

-WORD

WORD

-WORD

WORD
WORD
.WORD
.WORD
WORD
-WORD
WORD
WORD
JWORD

=73500
2770
2777
=73500
2771
3000
=73477
2772
=73571

WORD
WORD
WORD
WORD
.WORD
WORD

=70471
2777
=73710
3002
23063
=72600

002777
115000
002777
053060
115400
003000
117401
053041

\WORD
WORD
WORD
.WORD
WORD
-WORD
.WORD
.WORD

2777
=63000
2777
53060
=62400
3000
=60377
53041

100467
100461
100462

.WORD
WORD
.WORD

=77311
=77317
=77316

177777

.WORD

-WORD

VAX=11 Bliss=16 V3=555
SPIDERSUSERS: [LAKSHMANA.11REL

SEQ 274

Page 18
.REALIZRCFA (6)

8-Jul=-1983 15:33:57
8-Jul=1983 14:47:41

CZRCFAQD RC25 FR END TEST
BUS ADDRESSING/DATA TEST B
100463
104307
002777
104301

WORD
WORD
.WORD
WORD

~77315
=73471
2777
=73477

104202

.WORD

=73576

.WORD
.WORD
.WORD
WORD

=73575
3002
60021
=74571

WORD
.WORD
.WORD
.WORD
.WORD

=62771
13113
=62400
3003
=71600

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

3003
33067
3203
=73515
~73516
=73517
=73511

.WORD
.WORD
.WORD

=73571
2775
=73577

.WORD

60023

104301
002772
00

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

=73500
2770
2777
=73500
2771
3000
=73477
2772
-73600

3002
3
105200

.WORD
.WORD
.WORD

104203
003002
21
103207
177740

115007
013113
115400
003003
106200
000012

3003
033067
003203
104263
104262
104261
104267
104207
002775
104201

060023
1
002770
002777
1
002771

177777

.WORD

«WORD

+WORD

«WORD

.WORD
WORD

WORD

.WORD

300

3002
23063
=72600
2

002777
5
002777
053152
115400

.WORD
.WORD
.WORD
«WORD
.WORD

2777
=63000
77
3152
=62400

117401
053141

.WORD
.WORD

=60377
53141

.WORD

2770

104

002770

.WORD

. WORD

3000

SEQ 275

Pa?e 19
VAX=11 Bliss=16 V3-555
SERS .REALJZRCFA (6)
LLAKSHMANA. 11REL
SPID:ERSU

8=Jul=19 83 15:33:57
8=Jul=19 83 14:47:41

CZRCFAQD RC25 FR END TEST
BUS ADDRESSING/DATA TEST B

IRCFAS
v01.0

902777
104300
002771

LWORD
.WORD
MWORD

2777
=73500
2771

104301
002772
114000
3002
023063
105200

WORD
.WORD
WORD
.WORD
.WORD
WORD

=73477
2772
=64000
3002
23063
=72600

002777
115000
002777
053200
115400

.WORD
.WORD
.WORD
.WORD
WORD

2777
=63000
2777
53200
=62400

117401
053167

.WORD
.WORD

=60377
53167

0
002774
277
023215
060010
1
002773
002776
023215

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

=73500
2774
2776
23215
60010
=73500
2773
2776
23215

104207
002776
104201

.WORD
.WORD
.WORD

=73571
2776
=73577

22
103207
177740
115007
013227
10
0
0
165572

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

60022
=74571
=40
=62771
13227
60010
O
=12206

.WORD

.WORD
.WORD

.WORD

3000

WORD

.WORD

000000

PSECT SUMMARY

Psect Name

DM$CODE

words

453

Attributes

RO,

GBL,

REL .

CON

LIBRARY STATISTICS
Blocks

SEQ 276
20
Page
VAX=11 Bliss=16 V3=555
(6)
ZRCFA
ANA. 11REL .REALJ
SERS
: LLAKSHM
SPIDERSU

;

8-Jul=1983 15:33:57
8-Jul=1983 14:47:41

CZRCFAO RC25 FR END TEST
BUS ADDRESSING/DATA TEST B

ZRCFAS
v01.0
File

Total

Loaded

Percent

Read

SPIDERSUSERS:CLAKSHMANA.11REL.REALJAZTECO.L16;1

COMMAND QUALIFIERS

;

BLISS /PDP11/LIST ZRCFA4.B16/EN:NOEIS

:
Size:

Run Time:

Elapsed Time:

0 code + 453 data words
00:23.9

00;56:1

196 pages
Hemoq{ Used:
Compilation Complete

SEQ 277

Pa?e 21
VAX=11 Bliss=16 V3=555
.REALJZRCFA (6)
11REL
SPIDERSUSERS:[LAKSHMANA.

8=Jul=1983 15:34:55

ZRCFAS
H
:

8=Jul=1983 14:50:06

0001
0002

MODULE ZRCFAS =
BEGIN

0004
0005
?28%

!
!
REQUIRE 'BLSMAC.REQ’;

0003

;

}23«; LIBRARY "AZTECO';
1498 X%SBTTL °'LAST ADDRESS AND SETUP SECTION'

1499
1500
1501

:
H
:

.TITLE

ZRCFAS LASTAD AND SETUP

PSECT

SXVZS

000000 000004°

BLSLAS::.WORD

000000

TSFREE::.WORD

000004*
000000

LSLAST==
TSPTHV==

000207

.SBTTL
$END.LINK

000004

000000

TSFR EE

BLSLAS+4
0
$END.LINK LAST ADDRESS AND SETUP SECTION

R?S

: Routine Size: 1 word,
Routine Base: $XYZ$ + 0006
: Maximum stack depth per invocation: 0 words
END

ELUDOM

PSECT SUMMARY

Psect Name

$xYZ$

Words

Attributes

RO,

REL,

LCL,

CON

LIBRARY STATISTICS

File

NA. 11RELERS .REALJZRCFA (1)
SUS
: CLAKSHMA
SPIDER

<<T$FREE-<BLSLAS¢4>>/2>

.WORD

000000C

1502
1503
1504

SEQ 278

Pa?e

LASTAD;
BGNSETUP (0);
ENDSETUP;

000000

000002

VAX=11 Bliss=16 v3=555

XTITLE °*LASTAD AND SETUP'

3
3
H

cessccce SyMbOlS =cccceee

Total

SPIDERSUSERS : [LAKSHMANA. 11REL .REALJAZTECO.L16;1

Loaded

Percent

Blocks

1496

LASTAD AND SETUP

IRCFAS

LAST ADDRESS AND SETUP SECTION

COMMAND QUALIFIERS

BLISS /PDP11/LIST ZRCFAS.B16/EN:NOEIS

3
Size:

Run Time:

Elapsed Time:

1 code + 3 data words
00:06.1

00:15.1

HenOQ{ Used:
103 pages
Compilation Complete

8=Jul=1983 15:34:55

8=Jul=1983 14:50:06

VAX=11 Bliss=16 V3=555

SEQ 279

Pa?e

SERS .REALJZRCFA (1)
[LAKSHMANA. 11REL
SPID:ERSU

CZRCFA.EXE

Memory allocation m?
8-JuL-83

‘zxa M40.02

SEQ 280

Page 1

Partition name : DUMMY

Identification : v01.0
Task UIC
: £300,10]
Task attributes: <HD
Total address windows: }.

Task image size : 12128. words
Task address Limits: 002000 061247

R-W disk blk Limits: 000002 000061 000060 00048.
+++ Root segment: ZRCFA1

R/W mem Llimits: 002000 061247 057250 24232.
Disk blk Limits: 000002 000061 000060 00048.
Memory allocation synopsis:
)

Section

. BLK.:(RW,I,LCL,REL,CON)
AASCOD: (RO,I,LCL,REL,.CON)

002000 000000 00000.
002000 001260 00688.

:
EL,CON)
OD
(RO, I,LCL,R
AB$C

003260 015132 06746.

, CON)
ACSCOD: (RO, I, LCL,REL

BL’COD:(RO.].LCL.REL.CON)
DM$COD: (RO,D,GBL ,REL ,CON)
$GLOBS: (RO,D,GBL ,REL ,CON)
SOWNS :(RW,D,LCL,REL,.CON)
$PLITS:(RO,D,GBL,REL,CON)
SXYZ‘ :‘ROOIJLCLIRELOCON)

Title

Ident

File

002000 000232 00154. ZRCFA1 v01.0
002232 001026 00534. ZRCFA2 v01.0

ZRCFA1.0B8J;1
ZRCFA2.0BJ:1

003260 015132 06746. ZRCFA2 v01.0

ZRCFA2.0BJ;1

020412 010632 04506. ZRCFA3 v01.0
031244 000424 00276.
031244 000316 00206. B16MUL V3.0
031562 000103 00070. B16SAV V3.0

ZRCFA3.0BJ;1

020412 010632 04506.

031670 001612

00906.

031670 801612 009g8. ZRCFAG v01.0
033502 005714 03020.
033502 005714 03020. ZRCFA1 v01.0
041416 001240 00672.
041416 001240 00672. ZRCFA3 v01.0

042656 016360 07408.
042656 016360 07408. ZRCFA1 v01.0
061236 000010 00008.
061236 000010 00008. ZRCFAS NONE

NEISLB.OLB:4
NEISLB.OLB;4

ZRCFA4.0BJ;1
ZRCFA1.08J;1

ZRCFA3.0BJ:1
ZRCFA1.08J;1

ZRCFA5.0BJ;1

SEQ 281

Global symbols:

ADAPTO 042714<R

BLSDIV 031470-R

BYTE.C 041270-R

CLK.ST 035530-R

DATA1

041302-R

DBM14

064614-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

DBMT6

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

0BM10

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

CT0.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

DBM21

045206-R

DBM3

044124-R

SEQ 282
CZRCFA, EXE
IRCFAT

Memory allocation mag TKB M40.02
15:46
8-JuL-83

Page 2

045724=R

ERR.02 046450-R

LSAU

003250-R

LSNDHW 002176-R

MSG.TK 051054=R

QsT12

043612-R

SMSCP. 061204=R

045762-R

EXAM.D 016522-R

LSAUT

002070-R

LSNDSF 002416-R

MSG.WR 052062-R

QST13

043640-R

SND.DA 052316-R

046024-R

EXE.SU 052256-R

LSAUTO 003142-R

LSNDSW 002222-R

MSG.01 046372-R

QST14

043664-R

SND.EN 037764=R

046060-R

EX.SUP 006464=R

LSCCP

002106-R

LSPRIO 002042-R

MSG.1

047254-R

QST15

043736-R

SWITCH 041324-R

046100-R

FAL.CO 041402-R

LSCLEA 003224=R

LSPROT 002224=R

MSG.10 047506=-R

QsT2

043100-R

SWP.CO 002214-R

046122-R

FIND.C 003344-R

L$SCO

002112-R

MSG.11 047554=R

QST3

043110-R

SWP.EN 002210-R

046146-R

FMTSA

047162-R

LSDEPO 002011-R

LSREPP 002062-R

MSG.13 047612-R

QST4

043122-R

SWP.Li 002204-R

046210-R

FMTSC

046516=-R

LSDESC 002256=R

LSREV

002010-R

MSG.14 047634=R

QST6

043146-R

SWP.MA 002216=-R

046254-R

FMT1

046524=R

LSDESP 002076-R

LSRPT

002440-R

MSG.17 050210-R

QST?

043220-R

SWP.RE 002212-R

046314=R

FMT2

046610-R

LSDEVP 002060-R

LSSFTL 002366-R

MSG.18 050256-R

QST8

043310-R

SWP.ST 002206-R

044136-R

FMT3

046670-R

LSDISP 002124=R

L$SOFT 002370-R

MSG.19 050334-R

QST9

043330-R

SWP.TO 002202-R

044152-R

FMT4

046764-R

LSDLY

002176-R

LSSPC

047304-R

0510.1 04342€-R

SWP.TR 002220-R

044166-R

FMT5

047022-R

LSDTP

002040-R

L$SPCP 002020-R

MSG.20 050372-R

0510.2 043456=-R

TEMP

041414-R

044200-R

FMT6

047102-R

LSDTYP 002034-R

LSSPTP 002024-R

MSG.21 050440-R

RANDOM 016264-R

TICKS

041272-R

044264-R

FREE.M 041364~R

LSOU

003236-R

LSSTA

002030-R

MSG.28 050504-R

RCV.DA 034520-R

TIME

042660-R

044326-R

FRU

LSDUT

002072-R

LSSWw

002202-R

MSG.29 050532-R

RC.STR 060210-R

TIP

041300-R

042664~R

002032-R

LSPRT

002056-R

MSG.2

DECODE 017764-R

GET.CM 015464=R

LSDVTY 002232-R

LSSWLE 002200-R

MSG.30 050572-R

RC25$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

TSPTHV 000000

DHEAD. 051020-R

GET.UN 014770-R

LSENV] 002044-R

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

002330-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

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

002370-R

LSEXP5 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

022760-R

DM.10

032162-R

GP$7

002410-R

LSHIME 002120-R

MSG.AD 051364-R

PRTSFR 004040-R

RES.SL 041352-R

024314-R

1
DM.

032346-R

HEAD.A 035756-R

LSHPCP 002016-R

MSG.AV 052146-R

P.BR.L 002172-R

RETRIE 041400-R

025310-R

mné

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

LSHRDL 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

041330-R

033502-R

VEC.AD 035536=-R

EMSG.S 054722-R

1.AM.N 041312-R

LSINIT 003130-R

MSG.LB 051134-R

041332-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.PW 047220-R

041336=R

SECOND 041274-R

SEND.L 061244-R

ERRBLK 002162-R

LBN.ST 041356-R

LSLOAD 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

Pé

041342-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

$SAVE4 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.O1 046424=-R

LSAPT

002036-R

LSNDHR 002364-R

MSG.SU 051576-R

QST11

043536-R

SFPTBL 002202-R

DM.12

«*+ Task builder statistics:

Total work file references: 62863.

Work

file

Work file writes: 0
Size of core pool: 5486.

words (21. pages)

Size of work file: 3584. words (14. pages)

Elapsed time:00:00:20

CZRCFA

CREATED BY

TkB

ON 8-JUL=-83 AT 15:46

SYMBOL

VALUE

REFERENCES...

ADAPTO
AHEAD.
AVAILA
AVERAG
AZP.IN
AZTEC.
AZT.IN
AZT.RE
BHEAD.
BLSDIV

042714=R

# ZRCFA1
# ZRCFA1
# ZRCFA2
# ZRCFA2
# ZRCFA2
# ZRCFA2
# ZRCFA2
# ZRCFA1
# ZRCFA1
# B16MUL

ZRCFA2
IRCFA3
ZRCFA3
ZRCFA3
ZRCFA3
IRCFA3
ZRCFA3
ZRCFA3
IRCFA3
ZRCFA2

# B16MUL
# B16MUL
# B16MUL
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1

ZRCFA2
ZRCFA2
ZRCFA2
ZRCFA3
ZRCFA3
ZRCFA2
ZRCFA2
ZRCFA2
ZRCFA2
IRCFA2
ZRCFA2
ZRCFA3
IRCFA2
ZRCFA2
IRCFA2

# ZRCFA1
# ZRCFA1
# ZRCFA2
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA2
# ZRCFA1
# ZRCFA1
# IRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFAT
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1

ZRCFA2
ZRCFA2

BLSLAS
BLSMOD
BLSMUL
BLSSHF

BRERR
BUFF .E
BUF .DE
BUF .LE
BYTE.C
BYT.CN
B.MASK
CANCEL
CHEAD.
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
DATA2

044110-R

PAGE 1

CREF

GLOBAL CROSS REFERENCE

ZRCFA3
ZRCFA2
ZRCFA2
ZRCFA2
ZRCFA2
ZRCFA2
ZRCFA3
ZRCFA2
ZRCFA2
ZRCFA2
ZRCFA2
ZRCFA2
IRCFA3
ZRCFA3
ZRCFA3
ZRCFA3
IRCFA3
IRCFA3
ZRCFA3
IRCFA3
IRCFA3
ZRCFAS
IRCFA2

ZRCFA3

ZRCFA3
ZRCFA3
IRCFA3
ZRCFA3

IRCFA3
ZRCFA3
IRCFA3
ZRCFA3
ZRCFA3

ZIRCFA3
ZRCFA3
ZRCFA3
IRCFA3
ZRCFA3
ZRCFA3
IRCFA3
IRCFA3

SEQ 284
vo1

CZRCFA

CREATED BY

TkB

ON 8-JUL-83 AT 15:46

SYMBOL

VALUE

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
DBM33
046100-R
DBM34
046122-R
DBM35
046146-R
DBM36
046210-R
DBM37
046254-R
DBM38
046314-R
DBM39
044136-R
DBM4
044152-R
DBM5
044166-R
DBM6
044200-R
DBM7
044244-R
DBM8
044326=R
DBM9
DECODE 017764-R

DBM20
DBM21
DBM22
DBM23
DBM24
DBM25
DBM26
DBM27
DBM28
DBM29
DBM3
DBM30
DBM31

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

002166-R
051020-R
047740-R
041404-R
017244-R
041410-R
041412-R
031670-R
032162-R
032346-R
032656-R

ERRTYP

002154-R

ERRMSG
ERRNBR

ERR.01
ERR.02

017674=R
043002-R
015600-R
002122-R
054722-R
041316-R
050060-R
002162-R
002160-R
002156-R

046424=R
046450-R

REFERENCES...

# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA2

# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA2
# ZRCFA1
# ZRCFA1
ZRCFA3
IRCFA3
ZRCFA3
ZRCFA3

# ZRCFA2
# ZRCFA1
# ZRCFA2
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1

ZRCFA3
ZRCFA3
ZRCFA3
ZRCFA3
IRCFA3
ZRCFA3
ZRCFA3
IRCFA3
IRCFA3
ZRCFA3
ZRCFA2
ZRCFA3
ZRCFA3
ZRCFA3
ZRCFA2
ZRCFA2
ZRCFA2
ZRCFA3
ZRCFA3
ZRCFA3
ZRCFA3
ZRCFA2
ZRCFA2
ZRCFA2
ZRCFA3
ZRCFA3
ZRCFA3
ZRCFA3
ZRCFA3
ZRCFA3
ZRCFA2
ZRCFA3
ZRCFA2
ZRCFA2
# ZRCFA4
# ZRCFA4
# ZRCFA4
# ZRCFA4
ZRCFA3
ZRCFA2

ZRCFA2
ZRCFA2
ZRCFA3

# ZRCFA1
# ZRCFA1

# ZRCFA1

# ZRCFA1
# ZRCFA1

PAGE 2
CREF

GLOBAL CROSS REFERENCE

IRCFA2
ZRCFA2

ZRCFA3

SEQ 285

vO01

CZRCFA

CREATED BY

TkB

ON 8-JUL-83 AT 15:46

SYMBOL

VALUE

EXAM.D
EXE.SU
EX.SUP

016522-R
052256=-R
006464=R
041402-R

FAL.CO
FIND.C

FMTSA
FMTSC
FMT1
FMT2
FMT3

015464-R
015532-R
014770-R

002320-R
002330-R
002340-R
002352-R
002370-R
002402-R
002410-R
035756-R
033516-R
041372-R

REFERENCES...

# ZRCFA2
# ZRCFA]
# ZRCFA2
# ZRCFA1
# ZRCFA2
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA2

ZRCFA3
ZRCFA3
IRCFA3
IRCFA2
ZRCFA3
IRCFA2
IRCFA2
IRCFA3
ZRCFA2
ZRCFA2
ZRCFA3
ZRCFA3
ZRCFA3
ZRCFA2
ZRCFA2
ZRCFA3

# ZRCFA2

ZRCFA3

# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA2
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1

ZRCFA2
ZRCFA2
ZRCFA2
ZRCFA2
ZRCFA3
ZRCFA3
ZRCFA2
ZRCFA2
ZRCFA2
ZRCFA2
ZRCFA3
ZRCFA2

ZRCFA1

# ZRCFA2

ZRCFA1

# ZRCFA2

ZRCFA1

# ZRCFA2

ZRCFA1

IRCFA2

# ZRCFA1

ZRCFA2

# ZRCFA2

# ZRCFA2
# ZRCFA2
# ZRCFA2
# ZRCFA2
# ZRCFA2
# ZRCFA2
# ZRCFA2

# ZRCFA1
# ZRCFA1

# ZRCFA1

# ZRCFA1
# ZRCFA1

002116-R
002040-R

# ZRCFA1
# ZRCFA1
# ZRCFA1

# ZRCFA1

PAGE 3
CREF

GLOBAL CROSS REFERENCE

ZRCFA3
ZRCFA3
ZRCFA3

IRCFA3
ZRCFA3

ZRCFA3

ZRCFA3
ZRCFA3
ZRCFA3
ZRCFA3
ZRCFA3
ZRCFA3
IRCFA3

ZRCFA3

SEQ 286
V01

CREATED BY

CZRCFA

TkB

ON 8-JUL-83 AT 15:46

SYMBOL

VALUE

REFERENCES...

LSDTYP
L$DU
LSDUT
LSDVTY
LSEF
LSENVI
LSERRT
LSETP
LSEXP1
LSEXP4

002034-R
003236-R

# ZRCFA1

002164-R
002104=R
003130-R
002026-R

MSGADR

ZRCFA1

# IRCFA2

ZRCFA1

# ZRCFA2

ZRCFA1

# IRCFA2

ZRCFA1

# IRCFAS

# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA2
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1

# ZRCFA1
# ZRCFA1
# ZRCFA1
# IRCFA1
# ZRCFA2
# ZRCFA1

# ZRCFA2

002440-R
002366-R

# ZIRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1

ZRCFA1
# ZRCFA2
ZRCFA1
# ZRCFA1

LSTEST
LSTIML
LSUNIT
MANU.S

MECHAN
MEM.SI
MINUTE

# IRCFA2

# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1

LSEXPS5

LSHARD
LSHIME
LSHPCP
LSHPTP
LSHRDL
L $SHW
LSHULE
LSICP
LSINIT
LSLADP
LSLAST
LSLOAD
LSLUN
LSMREV
LSNAME
LSNDHR
LSNDHW
LSNDSF
LSNDSW
LSPRIO
LSPROT
LSPRT
LSREPP
LSREV
LSRPT
LSSFTL
LSSOFT
LSSPC
LSSPCP
LSSPTP
LSSTA
LSSW
LSSWLE

ZRCFA1

# ZRCFA1

PAGE &
CREF

GLOBAL CROSS REFERENCE

041276=-R
041314-R

# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1

# IRCFA2

ZRCFA2
ZRCFA2
IRCFA2
ZRCFA2
ZRCFA2
ZRCFA2

ZRCFA3
ZIRCFA3
ZRCFA3
ZRCFA3

SEQ 287

ZRCFA3

vo1

CZRCFA

CREATED BY

TkB

ON 8-JUL=-83 AT 15:46

SYMSOL

VALUE

051364-R
052146-R
051320-R
051746-R
051432-R
051514-R
051546-R
051134-R
052000-R
047220-R
MSG.RE
051646-R
MSG.SA 051672-R
MSG.SE
051472-R
MSG.ST
051240-R
MSG.SU 051576=-R
MSG.TK 051054-R
MSG.WR 052062-R
MSG.01
046372-R
MSG.1
047254=R
MSG.10 047506=R
MSG.11
047554=R
MSG.13 047612-R
MSG.14 047634-R
*36.17 050210-R
MSG.18 050256=R
MSG.19 050334-R
MSG.2
047304
MSG.20

MSG.AD
MSG.AV
MSG.BU
MSG.CO
MSG.DA
MSG.ER
MSG.HS
MSG.LB
MSG.PT
MSG.PW

MSG.21
MSG.28
MSG.29
MSG.30
MSG.7
MSG.8
MSG.9
NUM.RE
NXMI

ON.LIN
PFE.ER
PFE.ST
PRTSFR
P.BR.L
P.IP.A
P.MASK
P.UNIT
P.VECT

REFERENCES...

# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1

IRCFA3
ZRCFA3
ZRCFA3
ZRCFA3
ZRCFA3
IRCFA3
ZRCFA3
ZRCFA3
IRCFA3
ZRCFA2
IRCFA3
ZRCFA3
IRCFA3
IRCFA2
ZRCFA3
ZRCFA3
ZRCFA3

# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA2
# ZRCFA2
# ZRCFA1
# ZRCFA1

ZRCFA3
ZRCFA3
ZRCFA3
IRCFA3
ZRCFA2
ZRCFA3
ZRCFA3
ZRCFA3
ZRCFA3
ZRCFA3
ZRCFA3
ZRCFA3
ZRCFA3
ZRCFA3
ZRCFA3
ZRCFA3
ZRCFA3
ZRCFA2
ZRCFA3
ZRCFA3
ZRCFA2
IRCFA2

# ZRCFA1
# ZRCFA1

ZRCFA3
IRCFA2

ZRCFA3

# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1

IRCFA3
ZRCFA2
ZRCFA2
ZRCFA2
ZRCFA2
ZRCFA2
IRCFA2

ZRCFA3
ZRCFA3
IRCFA3
ZRCFA3
ZRCFA3
ZRCFA3

# ZRCFA1

# ZRCFA2
# ZRCFA1
# ZRCFA1

PAGE 5
CREF

GLOBAL CROSS REFERENCE

IRCFA3

ZRCFA3

SEQ 288
vo1

CZRCFA

CREATED BY

TkB

ON 8-JUL-83 AT 15:46

GLOBAL CROSS REFERENCE
SYMBOL

VALUE

QsT1
QsT10
QST
QsST12
QST13
QST14
QST15
QsT2
QST3
QST4
QsSTé
QsT?7
QsST8
QsT9
0510.1
0s10.2

043064-R
043346-R
043536-R

RANDOM
RCV.DA
RC.STR

RC258E
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
SwP.CO
SWP.EN
SWP.LI
SWP.MA
SWP.RE

REFERENCES...

# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA2
# ZRCFA1
# ZRCFA1
# ZRCFA2
# ZRCFA1
# ZRCFA1
# ZRCFA2
# ZRCFA2
# ZRCFA1
# ZRCFA2
# ZRCFA1
# ZRCFA2
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA2
# ZRCFA1
011112-R # ZRCFA2
015672-R # ZRCFA2

ZRCFA2
ZRCFA2
ZRCFA2
IRCFA3
IRCFA3
ZRCFA2
IRCFA2
ZRCFA2
ZRCFA2
ZRCFA2
ZRCFA2
ZRCFA2
ZRCFA2
ZRCFA2
ZRCFA2
ZRCFA2
ZRCFA3
ZRCFA2
ZRCFA2
ZRCFA3
ZRCFA2
ZRCFA2
ZRCFA3
ZRCFA3
ZRCFA2
ZRCFA3
ZRCFA2
ZRCFA3
ZRCFA2
ZRCFA2
ZRCFA2
ZRCFA2
ZRCFA3
ZRCFA2
ZRCFA2
ZRCFA2
ZRCFA2
ZRCFA2
ZRCFA3
ZRCFA2
ZRCFA3
ZRCFA3

# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1

ZRCFA2
ZRCFA3
ZRCFA2
ZRCFA2
ZRCFA2
ZRCFA3

# ZRCFA1
# ZRCFA1

ZRCFA3
ZRCFA2

# ZRCFA1

002212-R

ZRCFA3
ZRCFA3

ZRCFA3

ZRCFA3
ZRCFA3
ZRCFA3

IRCFA3
IRCFA3
ZRCFA3
ZRCFA3
ZRCFA3

ZRCFA3
ZRCFA3

ZRCFA3
ZRCFA3
ZRCFA3

ZRCFA3

SEQ 289

CZRCFA

CREATED BY

TkB

ON 8-JUL-83 AT 15:46

$SAVES

VALUE

REFERENCES...

002206=R
002202-R
002220-R
041414-R
041272-R
042660-R
041300-R
061242-R
000000
021122-R

# ZRCFA1

IRCFA3

# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFA1
# ZRCFAS

IRCFA2
IRCFA2
ZRCFA2
IRCFA3
IRCFA2

031230-R
021346-R
022144-R
022760-R
024314-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

# ZRCFA1

ZRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
IZRCFA1
IZRCFA1
ZRCFA1
ZRCFA1
ZRCFA1
ZRCFAT
ZRCFA1

# ZRCFA1
# ZRCFA1
# ZRCFA2
# ZRCFA1
# ZRCFAS

B16MUL

# B16SAV
# B16SAV

B16MUL

PAGE 7
CREF

CROSS REFERENCE

# ZRCFAS
# ZRCFA3
# ZRCFA3
# ZRCFA3
# ZRCFA3
# ZRCFA3
# ZRCFA3
# ZRCFA3
# ZRCFA3
# ZRCFA3
# ZRCFA3
# ZRCFA3
# ZRCFA3

IRCFA3
ZRCFA3
ZRCFA3
IRCFA3

ZRCFA2
ZRCFA2
ZRCFA3
ZRCFA2

IRCFA3
ZRCFA3

¥ B16SAV
IRCFA2
ZRCFA3
# B16SAV

IRCFA2

IRCFA3

IRCFA2

SEQ 290

ZRCFA3

vo1