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AC-8898E-MC

August 1978

83 pages

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6.2MB

Document:	CZLACE0-LA36-Term-DL11-and-KL11
Order Number:	AC-8898E-MC
Revision:	0
Pages:	83
Original Filename:	http://bitsavers.org/pdf/dec/pdp11/xxdp/diag_listings/LA36/AC-8898E-MC_CZLACE0-LA36-Term-DL11-and-KL11_Aug78.pdf

OCR Text

IDENTIFICATION

Pror'luct Code:
Product Name:
Date crea teil:
Maintainer:
Authors:
)

AC-8fl9RE-MC
CZLACEO LA36 TER~ (OL11 & rLl1)
AU1:mst 19'1R
DIAGNOSTIC GROUP
Robert \II.. flaker
R. Quenneville
Ralph A. Schauber
John v. Chatalian

The information in this document
is sUb1ect to change without notice
and sfiould not be construe1 as a commitm
ent br Digital Equipment Corporat on. Digital Equipment Corporation assumes
no responsibility for
any errors th~t ~~v appear In this ~anual.
The sottwar
e described in this document is furnished to the purchaser
under a license fo
r use on a single computer system and can be copied
(with inclusion of nigital'
s copyright notice) only for use in such
syste~, except as may otherwise be
provided in writing by Diqital.
Dig\tal Equipment Corporation assumes no resp
ons billty for the use or
reliability
its software on equipment that is not
supplied by D 9 tal.
Copyright eCl 1974,19'1'1,l Q '113 I)y Digital Equipment
Corporat ion

PAGE 2
HISTORV
1.0
DECO eZL
AC-E-:)
1.1.0 Closed P~obl~m Repo~t AA3318
1.1.1 It was reported that a
DLII-A operated at 110 baud caused fa ilu~e
in the AREAO routine be
Cause the 200 msec. delay is not
of sufficient ~uration to allow settin
9 of the Receiver Register Status "DONE" bit through the Maintena
nce bit facility,
The time ael~y was increase~ from 200 to fOG msec.

1.2.0 Closed Problem Report AA3643
1.2.1 Tests 56,57,60,61,62,63,64,65,'3n
d 66 do not run properlr when
~un
on an LSI- 1. This problem was r
esolved by changing the
b~anch after the CHAIN command to
qo
back to
test for the
LSI-l1 switch in order to effect the appropriate action
during
each tes t.
1.2.2 Second time-out in Test 64 allows excessive
wait for operator
response. The time delay was reduce1 from "177777"
to "600".
1 12 .. 3 Common routine TVPE does not save the contents of RO resul
t ng
in the loss of this Information and consequent failure.
Instructions we~e included to save the contents of PO on entry
in t
o the routine and to restore them upon exit.
1.2.4 Loss of stack contents fo
r non-LSI-li computers due to incorrect sequence of instructions I
n Test 65 was also reported in
Problem Reoort-AA3803. Refer to 1.3.1.
1.3.0

Closed Problem Report AA3803

1.3.1 Testinq of non-LSI-Ii computer
s results in the program hanging
up because the stack gets popped awa
y in Test 65.
The branch
after the test for the LSI-II switch in Test 6
5 should qo to
the CHAIN command for proper exit from the test for n
on-LSI-1t
machines. This chanqe supersedes the chanqe release~ in
o
MO-II-0ZLAC-O-l.

OEP

PAGE 3
TA8k~

1.0
2 .. 0

OF CONTENTS
ABSTRACT

PEQUIRE"4ENTS
Equipment and Assignments
Storage
Preliminary Proqr~ms
2.4
Arlditional Programs
3.0
kOADING
PROCEDURE ANO INITIALIZATION
4.0
STARTING PROCEDURE
4.1
Startin
<J Addresses
4.2
Switch Register Control With lID Tests
4.1
Switch
Register Control Without 1/0 Tests
4.4
Keyhoard Control With 110 Tests
4
.5
Keyboard Control Without 110 Tests
5.0
OPERATING PPOCEDURE
5.
Switch Register Control
~.2
Keybo:ud Control
6.0
TEST DE
SCRIPTIONS
6.1
Printinq Tests
6.1.1
TestO
- Data Path Test
6.1.
2
Testl
- Printable Character Test
6.1.3
Test2
- Non-printable
Character Test
6.1.4
Test3
- Carriage Return Test
6.1.5
Test4
- Multiple Line Feeri Test
6.1.6
TestS
- Single Line Feed Test
6 .. 1.7
Test6
- B "clc S1) ace T es t
6.1.8
Test7
- OVerprint Test
6.1.9
Te
- PrintinQ rreguency Sweep Test
stlO
6 ... 10
Testll
- Ribbon Feed Test
Test12
- Printer Bell Test
T~st17
- LHe Test

2.1
2 .. 2
2.3

6.2

echo Tests
6.2.1
Test20
- Character Echo Test
6 .. 2.2
Test21
Echo
Tes
t,
Fast
Rate
- Line
6 .. 2.3
Test22
- Line Echo Test, Slow Rate
6.
Test23
2.4
- Character/Code gcho Test
Test24
6.2.5
- Selected Pat
tern. Echo Test
6.2.6
Test25
- Bell Echo Test
6.4
Standard 110 Tes
ts

PAGE 4

1.0 ARSTRACT
This diaqnostic is

1ivi~ed

into three basic sections:

A check of the console terminal interface logic.
2. A check of
the printing characteristics and control logic.
3. An echo portion desi
qned to check the keyboard an~ to aid in
the diagnos s of terminal pr
oblems.
Patterns used bV the printing tests ~ere chosen for ease of visual ve
rification.
The echo tests were designed for maximum fleKibility,
with
Test 24 allowing any desire1 pattern to be used.
1.

2.0

REQUIREMENTS

2 .. 1

EQUIPMENT AND ASSIGNMENTS
The diagnostic is written to run on all models of t
he PDP-II co~puter
with either a KLll or OL11 console terminal interface. The
diagnostic
is preset to test up to 16 additional terminals (on DL11's) assig
ned
between addresses 776500 and 776676. This preset quantity (16) and
pre
set address (776500) can be changed bV depositing the quantity in
OLNR and t
he starting address in DLAOR. For example, to allov for up
to 31 additional te
rminals, the address 775610 could be olaced into
DLADR and the octal equiva
.
lent of 31, i.e., (37) vould be placed into
DLNR. The number of additional DLt
l"s actua
tested will be adjusted autOMat. c~lly ~own~ard base1 upon the
first OL11 address (vithin
the Implied range) found to be unresponsive. Thus
if there is no DL11
present to matcfi the ad1ress in DL~DR only the console te
rminal will
be tested. Therefore, all OL11's in excess of the console term!
nal
must have contiguous address assignments with the lowest address corres

ponding to the value in DLAOR.
The console terminal (assigned standard) can b
e reassigned by placing
the ad~ress of its receiver status register into CO
NADD and its receiver interrupt vector into CONV~C. This reassignment can be
rna de
a term nal within the set of terminals implie~ by DLNR an~ DLADR without adverse effect. Note that a terminal with a slower speed (if any)
will
determine the speed at which all of the terminals are tested.
Such a termina
I should generally be excluded from the test, or
tested
separately.
(Refer
to the symbol definitions in the listing for the
above mentioned locations.)

2.2 STORAGE
The diagnostic program uses all of 4K of memory with exception
of the
area used bV the absolute loa~er.

PAGE 5

2.3

PRELI~INARV

lnr ~p

PROGRAMS

pI cable PDP-Il diagnostics should be run on the processor.
any errors a
ra enc~unterad during the interface check, refer to the
approprIate interface
diagnostJc for further help in locating the
problem If needed.

2.4

ADDITIONAL PROGRAMS
This diagnostic is for verification of basic terminal fu
nctions only.
If the terminals under test have hardware options installed run
dia9nos tIC MAINDEC-ll-OZLAF-A , the LA36 TERMINAL OPTIONS TEST.

3.0
LOADING PROCEDURE AND INITIALIZATION
Load the LA36 diagnostic program tape
following notmal procedures.
Before starting the program, refer to the desc
ription of the routine
HOLY". Time delays used by the program are a function
of the CPU
model and memory typa and should be set-up before running the dt
a9nostIC. The routine is preset for a POP-It/05 with core memory.
Refer
to Section 2.1 for non-standard terminal addresses and for testing
multiple
OL11 interfaces.
If a hardware switch reqister does not exist, the program w
ill use the
contents of location 176 as the value of the switches. Therefore,
be
sure to load location 176 with the switch value hefore starting the
pro
gram when not using hardware switches.
If the CPU is an LSI-1l, 11/03 be sure
to set switch register hit 9 to
a 1. Special tests are run on the OLV11 inter
face.

4.1

STARTIMG PROCEDURE

4.1

STARTING ADDRESSES

200(R) = Run with Switch Peqister Control
- perform Console T
erminal 110 tests.
204(B) = Run with S~itch Register Control
- skip Console Terminal 110 tests.
210(8)
Run with ~eyboar
d control
- perform Console Terminal 110 tests.
214
(8)
Run with Keyboard Control
- skip Console Terminal 110 t
ests.

PA.GE 6

4.2

Slrl! ten.

A..
Set
is an
i f the processor
switch register
9 to a 1
LSI-11,
110
3.. Refer to Section 5.1.5.
c. Set the switch register bits 7-0 equal t
o the paper Indth in
terms of the number of columns (octal). Ref
er to Section
5.1.8.
D. Set the switch register bit 8 equal t
o 1 or 0 and press the
start switch..
A message will be printe
d indicatinq the
number of DL11 s being tested. Refer to Section 5 .. 1.

bIt

If bit B were zero when stitrting, the Printer tests are

exesequentially, after the entire series of I/O tests are

cuted
e
xecuted.
F. If bit 8 was set when the start switch was pressed, the e
ntire series of I/O tests will be executed and the CPU will
halt at location SELHLT. The program will then be waiting
for
control via the switch register.
4.3 Switch Register Control - Without
liD Tests
Same as Section 4.2 except in step A,
to
204(8).

set

the

switch

PAGE 7
4.4

\
"

)

Keyboard Control - With 110 Tests
A.
Set the 5 wi tch
reqister to 210{8) and press the load address
switch.
R.
Se
in
t the switch register bits 1-0 equal to the paper width
terms of
the number of columns (octal). Refer to Section
5.1 .. 8.
C.
Set swItch refister bit 9 to a 1 i f the processor is an
LSI-l
11/03. Ref er h Section 5.1.5.
o. Set switch 8 and press the start sw
itch. A messag~ wIll be
prInted indicatlnq the number of DL11"'s be
lng tested. Refer
to Section 5.1.6.
E:.
If bit 8 was zero .,he
n starting, the printer tests are executed sequentially after th
e entire series Qf lID tests are
executed ..
F. If hit 8 were s
et when the start switch was pressed, the entire series of 110 test
s will be executed followed by the select test message. The program
will then he waiting for a
test selectIon via any terminal keybo
ard. Refer to Section
5.2.
4.5 Kevboard Control - Without 110
Tests
Same as Section 4.4 except in step A,
214 (8).

5.0 OPERATING PROCE:DURE
The program can be controlled in e
tther of t~o methods: hy the con-

set

the

switch

sole switch reqister or from the keybo
ard of the terminal(s) under
test.

PAGE B
5.1 SWITCH REGISTER CONTROL
The variotl
s switches and their functions are listed below.
Switches
may be chanqed
an~
set as ~esired except as note~ in the specific
switch descriptions. Rete
r to the detailed switch 1escriptlons for
further, more complete information

NUMBER
15
T AT END OF TEST

DE SCRIPTION
1(up)
== HAL
O(down) == CONTINUE TEST SEQUENCE

SWITCH

= CONTINUE ON ERROR
O(down) == HALT ON

l(up)

ERROR

1(upl
= DRIVE ONLY CONSOLE TERMINAL
O(down) = DRIVE ALL TERMINALS
1(up)
= LOOP ON
INDIVIDbiL TEST
O(down) == NORMAL TEST SEQUENCE
9

l(up)

ALL OTHER PDP-l1~S

CPU TYPE IS AN LSI-l1, 11/03
O(down)
l(up)

O(down)
5-()
TEST NUMBER SELECTION
7-0

ART-U~

5.1.1

= RUN TEST ONCE AND HALT
= LOOP ON TEST SEQUENCE
NU~BER

OF COLUMNS AT Sf

Switch 15
With s\!Ii tch 15 in the up pos:i.tion, the program
will halt at the end of
the current test. Replaclnq switch 15 to the down pos
ition and press-

lng CONTINUE will continue the normal test operation.
Our
lng the
halt, any of the control switches may be changed or set as desired.

Switch 14
placing switch 14 in the up position will cause the pro
gram to continue on errors during any of the 110 tests only. with switch 1
4 down,
the proqr~m will halt (at ERRRLT) on any errors during the 1-0 tests
with the location of the error In RD. Pressing CONTINUE will cause
the pro
gram to continue if switch 14 is down.
With switch 14 up,
pressing con tin
Ue will cause the program to loop on the error.
5.1.2

PAGE 9
NOTE

Error halts Can occur only during the
110 tests.
The terminal is connected to
a serial line and there is no error
information returned to the program from
t
he terminal.
Therefore the program
cannot report errors
occurring in the
terminal. Errors detected during the
interface tests ~ill result in h~lts as
descrihed abo

5.1.3 Switch 13
Placing switch 13 in the down position will cause
the driving of all
multiple terminals during the Printer tests only.
tch 13 is up,
only the console terminal is driven.

If swi

** Note:

Switch 13 shoul
d only be changed when the program is waiting
for a test selection.

5.1.

4 Switch 11
Placing switch 11 up at any time will cause the program to loop
on the
~urrent
test as long as switch 11 remaios up. Replacing switch 11
do~n WIll cause the program to resu~e normal operatIon at the
completion of
the test.
5.1.5 Switch 9
PlaCing switch 9 up at the start of the test
will cause an automatic
change in the DELAV timing, and the execution of
speCial DLVl1 110
tests. The DLVII has no maintenance mode and will cause

e program
to hang if tested as a OLll.
Switch 8
With switch R
in the down position the proqr~m will continue to
through the present t
est sequence. Placing switch 8 up will cause the
program to ha It (a t SF:L'lL T) a
t tne completion of the current test.
After the halt, set the control swltc
hes as desired and set switches 5
to 0 to the next deslre~ test number, and the
n press CONTINUE to start
the test.
5 .. 1.6

loop

PAGE 10

When starting the diagnostic the operator
can select a specific. test
rather than automatically starting the printinq
test sequence by setting sWitch 8 up before starting the diagnostic. Upon c
ompletion of
the 1/0 test sequence (if being run) the program will either ha
It at
SELHLf waiting for a test selection via the switch register or print
t
he select test message and wait for a test selection from any keyboard. R
efer to Section 4 for further Information.
5.1.1 Switches 5 to 0
Swlt
ches 5 to 0 are used to select specific tests
register con
trol. Test numbers are always in octal.

when

under

switch

5.1.8 Switches 7 to 0 (at start
-up only)
At start-up only, switches 7 to 0 are used to set the desired maxi
mum
number of columns the diagnostic is to test. If the number set is
gre
ater than 132(10) or less than 30(10), the program will default to
132(10). T
he value set must be In octal form. Thus, for normal operation leave s~itche
s 7 to 0 down to test the full 132(10) columns.

PAGE 11
5.2 ~EVBOAQD CONTROL
The p
rogram ~ill be under keyboard control whenever the diagnostic is
started ~t 10
cation 210 or 214. Switches on the console switch register will have no effe
ct when under terminal control except for switch
15
The 110 tests cannot be
selecte~ when under keyboard control.
To stop a test at any time, type the "R
DeOD!" or "DELETE" key Dn any
kerooard.
Any ter~inal may stop the test and
se ect the next test if
switch 13 is down. When a test is stopped by typing
a "RUBOO!" Dr
.
"DELETE", the test will terminate and the following message
will be
typed:
SELECT TEST NUMBER
At this time, type the desire
d test number foIlo~ed by anyone of the
following control characters~

= Run the selected test once and return for
test

selection~

= Loop on the selected

test
typed.
s
- start the
test sequence with the selected test.
continue to 100
p
on the printing test sequence
until a ~RUBOOT" is typed
11

"RUBOUT"

another

unt

The nL~ or US" may he either upper or lower case, but the test number
m
list always he a 2 digit octal number@ The test number and terminator
are achoe
d by the program~ thus each character will be printed twice
it the t~rminal
Is in half duplex.
or all echo tests, the nL" and
US" will only run the es
t

once (the same as i

typing a perion).

~or

all ootlon tests, the "S" ",i I] 0
trping a period), however, typing an fiL."
w 11 cause the program to
loop on the selected test. If an error is detect
ed In the test selection (illegal test number or control character), a
ion mark: is
printed and the message will be repeated.

niv run the test once (the sallie as if

quest

PAGE 12
6.'

TEST DESCRIPTION

6.1 PRINTING TESTS
These tests are designed as a test of the printt
ng mechanism and the
associated control logic.
At the beginning of each
test, the test
number will be printed Indicating which test Is being executed a
nd, If
the test is a function of the number of columns, the number of columns
being testen will be In~icate~. A detailed description ~nd sample
patterns
for each printing test follows:
6~1~1

Test C - Data Path Test

This t
est Is used to test the data lines to and through the interf~ce
and to the
terminal. An alternating bit pattern Is sent which wil)
print alternating *·s
and U's in a checkerboard pattern to the maximum
column width. The starting c
haracter for each line is alternated and
a total of four lines are printed.
With the ~uto Line ~eed Option set to prodUce an automatic line
after e
very received carriage return, there will be a blank line
between each prl
nted line.

feed

EXAMPLE:

·u·u*u·u·u·u*u*u*u·u*u*u*u*u*u
U*U·U*U·U·U·U·U*U*U·U·U*U*U*U*

*u·u·u*n*u*u·u*u*U·U*U*U*U·U*U

U·U*U*U*U*U·U*U*U*U*U·U*U*U*U*
6.1.2

Test 1 - Printable Character Te

This test produces a check of all 94(10)

printable

characters.

The

ch
3racters are printed in qroups of three with three groups per line,
separated
by three spaces betdeen groups. The first column will contain all ASCII
codes from 040 to ~77. Column two will contain all
ASCII codes from 10~ to 13
-primarily the capital letter set.
The
ast column will contain all ASe
II codes from 140 to 176 - primarily
the small letter set.
.
With the Auto Lin
e Feed Option set to produce an automatic line feed
after every receiwed c
arriaqe return( there will be a hlank line
between each prlnte~ line.

PAGE 13

EXAM
PLE:
lUI II

aaa

###

eee

ccc

bbb

eee

&&&

hhh

KKK

kick

fff

III
JJJ

iii

LLL

111
mmm

+++

....

nnn

666
111

QQQ

qi~2

...
...

'rTf
WWW

ZZZ

44
ttt
555
666
7

"'Wid

8E1~
9q

...

ZZI

IF' ,

«<

]

ddd

PH
GGG

IF'"

NNN

"""

«(

AHR

DO 0

---

MMM

000

qqq

jjj

000

ppp

SSS

RRR

rrr
sss

UUU
VVV

V VII

XXX

v.yy

uuu

xxx
'IVY

([[

\\\
]]

»)

111

6.1.3 fest 2 - Non-printable Character T
est
This test checks all non-printable characters that have
f
unction in the LA36 terminal or the LA36 OPtions (such as

no
C~"

control
LF" BS,

•

& BEL).

First the ASCII code will be printed followed by the mnemonic
after a few se
paratinq spaces. rollowinq the mn@monic, the actual
control character will be
sent three times and nothing should happen

atist~:QeKi~3tei~reeT~1:esPg~t:rYinef

until all of ~he non-printing charac~ers
have been tested.
~l'th the Auto Line ~eed option set to proiuce an automatic
ine feed
after every received carriage return, there will be a blank 1
ine
between each printe~ line.

P J\ GE 14

EXAMPLE:

O{)6

heR'

025

SUB

034

001

SOH

002

S'l'X

023
NAK

DC3

024

Del

022

DC2

SYN

27
832

ETB

030

CAN

EM
GS
DEL

036

037

020

0J6
o1
035
177

OLE

021

6.1$4 Test 3 - Carriage Return Test
This test checks the carriage return fr
om al~ eVen numbered columns
and the spacing Of the solenoid head from the I
eft marqln$ I t is also
a good check for proper operation of the position decod
er ..
The test prints a full line of alternatinq a·s and spaces, startinq
w
Ith a O@
At the end of the line the print head is returned to the
left marg
in with a carriage return~ The spaces are then filled In by
spacing the pri
.
nt head out from the left margin to the first space,
printing an "X", and exec
uting a carriage return. This pattern is repeated until the line is camp let
ad. Check to see that all X's are In
the middle of the space between the two z
eroes on either side of It.
E UMPLE:
J(OXOX
=~th

OxOXOXo)( \) XO Xi) XO XO XO XO XO xO

the Auto Line ~eed Option set to pro~uce an automatic line fe
after every received carriage return, this test will print a line of
0"5
and spaces, then print a diagonal line of X'5. To correctlv check
the encoder,
the luto Line Feed Option should be disabled.

EXAMPLE:

o 0 000

8x0 0

6.1.5 Test 4 - ~ultiple Line feed Test
This test check
s t~e line feed caQabt~ltv of the printer bv sending
varlOUS groups of
I
ne teeds Interspace1 w th reference lines. The
number printed as the reference
line indicates the number of line
feeds that fOllow. The first and last
lines also contain a string of
dashes as reference points for measurinq the t
otal distance between
.
the two dashed lines, i.e., 63(10) lines.
~ith the A
uto Line Feed Option set to produce an automatic line feea
after every carria
ge return, the number printed will inoicate one less
than the number of line fe
eds (the number of bank lines) that follow.
The total distance between the two
dashed lines will then be 69 lines.

02
04

16
s

15 Blank Line

I
\

31 Blank Lines

OO------~-------------------------------------------

PAGE 16

6.1.6 Test 5 - Slnqle Line Fee~ Test
This test is designed to check the tim
ing of single line feeds and the
capability" of dOing line feeds in ~ll colum
ns. Two reference lines
are used by this test (and Test 6) which also can be
used to easily
check the number of columns the printer is printing.
The ft
rst reference line contains 130(10) zeroes followed by two 2·s
if testinq 13
2(10) columns.
If less than 132 columns, the line will
contain O's for two I
ess than the maximum number of columns followed
by the two 2·s. This referen
ce line is a quick check for 132(10) columns if testing the full 132(10) col
umns. The secon~ reference line
prints a string of numbers ( 1 to 9 & 0 ) rep
eated to the maximu~ column. This line, aqain, can be used as a quick check
of the number of
columns.
The line feed test is accomplished by: printing t
hi first reference
.
I ne of
O's and two 2'5;
then either sending
60
(10) 3·5 if
testing i32(10) columns, or waiting 1.8 seconds for an LeV, if tes
ting
less than 132(10) columns.
If testing
132(10) columns, nothing
5h
ould happen, except for an LeV, at the end of the line.
The
3·s
should be
lost and nevec printed. After the LeV, with the print head
at the extreme rig
ht, a carriage return - line feed will be sent follo.ed by re~eated backs
lashes "\" and linefeeds to print a diagonal
line down the pa~er. When a backs
lash is printed In the maximum column f
a carriage return will he sent imm
ediatelv after tfie line feed
and the second reference line of sequential numher
s ~ill be. printed.
After completing the line, a carriage return - line feed
will be sent
and the program will walt one second for the carriage return func
tioD
to complete.
After the delay, the reference line will be repeated v
th
e last line being gUaranteed to be correct.
Anv timing problems

)

during th
e line feeds will show as misprints or missing characters
durt"ng the first
16( 0) characters of the middle reference line.
llso, any paper feed pro
blems wi! cause misalignment of the slashes
forming the diagonal line.

PAGE 17
EXAMP

LE:

000000000000000000000000000022

\
\
\
\

\
\

\
\
\

\
\

123456789012~4~678901234567890

12345678QJ12345678901234567890

With the Auto Line 'eed Option set to produce an automatic line feed
after every received carriaqe return, there will he a blank line every

plilce a
carriage return is executed.

PAGI!; 18
EUMPLE:

0000(01)022
\.
\.

\
\.
\.
\.

123456789()
1234567B90

6.1.7 Test 6 - Backspac
e Test
This test is designed to test the print timing as in Test 5 as well as
the backward and forward movement of the print solenoid head.
he test cons
sts of the same first reference line as in Test 5 then a
carriage return-line
eed. A full line is then printed using the folowing pattern:

Forward Slash
"I"
Backs(>ace
Back Slash
"\"
This
pattern produces a line of all X·s. The two slashes should cross
exactl y at
the middle, producinq the X character. When the line is
completed a carriage return-line feed lOs sent and the last two reference lines are pr nted as in
Test 5. Anv timing prohlems will show in
thy first 16(10) characters of the mi
dd e reference llneJ again as In
Tes t 5.

With the Auto Line Feed Option set
to produce an autQmatic line feed
after every receIved carriage return,
there will be a bla~k line
between each printert line.
EXAMPLE:
000000000000000000000000000022

XXXXXXXXXXXXXXXXXXXXXXXXXXXXXX

123456789012345678901234567890

12~45678q~12345678901234567890

PAGE 19

6.1.8 Test 7 - Overprint Test
This test is designed to check the spacing
and repeatable printing
characteristics of the printer.
Three rows of ch
aracters are each
overprinted t~o times. The rows consist of the followinq
haracters
alternated across the line:
Row 1
M-SP
SP-~
Row 2
Row 3
The resulting patter
n will be a checkerboard Qattern and the overprinted characters should
be aligned properly with the initial characters.

EX~MPLE:

M
MMMMMM~ MMM M~ MM
~ ~ ~ @ ~ @~ ~ Q @ @ ~ @ m
t t & & & & & & & & && & &&

With the Auto Line Feed Option set to produce
an automatic line feed
after every received carriage return, the lines will
not be overprInted. There will be three lines of each character with a bl
ank line
between each group of characters. The characters in each group shoul
d
be in the same columns.

EXAMPLE:
M MM M MMM M M M

M M MM M M M ~ M ~
M MM ~ MMMMM M
m @@~ ~
@@@@
~ @ @ @~ mm ~ ~
Q ~ ~ m m ~ ~ mm

&&&&&&&&&&
& & & & & && & &&
& && & &&& &&

PAGE 20

Test 10 - Printing Frequency S~eep Test
This test prints the char
acter "H" repeatedly, 30(10) characters per
line for four lines. During t
he first two lines, the time interval
betwe~n characters is increased from 30(1
0) millisecon~s to
l.~
seconds using the followina formula to create a 100a
rithmic increase:
~ew Delay = 011 Delay + Old Delay/16 + Old Delay/l
28
The last two lines do just the reverse.
The time interval between
c
haracters is ~ecrease~ from
1.8 seconds to 30(10) milliseconds
using the
following formula to again create a logarithmic decrease:
New Oelay
Old Delay - Old Oelav/16 - Old Oelay/128
Look for possible misalignment 0
f the characters or spaces between
characters as an indication of timing pc
oblems.
~ith the Auto Line Peed Option set to produce an automatic
line fee
after every received carriage return, there will be a blanK line
betve
en each printed line.
6.1.q

EXAMPLE:
HHHHHHHHHHHHHH~HHHHHHHHHHHHHHH

6.1.10
est

HHHHHHHHHHHHHHHHHHHHHHHHHHHHHH
HHHHHHHHHHHHHHHHHHHHHHHHHHHHH
HHHHHHHHHHHPH~HHHHHHHHHHHHHHHH

Test 11 - Pibbop Feed T

This test checks the ribbon feed mechanism by printinq a single column
o
f
24 lines of x·s down the left hand margin of the page. Visually
check for
proper operation of the ribbon fee~ mechanism during this
test.

With the
Auto Line Feed Option set to produce an automatic line
after every re
ceived carriage return, there will be a blank line
between e~ch prlnte1 lin
e ..
EXAMPLE:
X
X
X
X
X
X
l(

feed

PAGE 21
6.1.11

Test 12 - Printer Bell Test

his test checks the printer bell buffer to insure that eight
are dist
inctly heard, even when sent at the maximum transfer rate.
The prOjram sends
8 bell codes at the maximum rate to the printer
then waits 2.5 seconds to
allow the operator to hear the bells.
6.1.12

Test

11 -

~lfe

bells

Test

I~ test runs continuously and is run as an individual, special test.
It is not
part of the standard printing test sequence.
This test prints 2 lines of each
printable character and then repeats
continuously.
The second line of e
ach character is overprlnte~ 4
times to conserve paper. At the end of each com
plete pass through the
character set, a message is ~rinted indicating the nu
mber of passes
executed. If any character (except "Rubout") is typed on the ke
~board
during this test, the pattern will change and restart with the typed
character. This will only happen if keyboard control is in use.
EXAMP~E:

AA
/

BBBBBS

AAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
AAAAAAAAAAAAAAAAAAAAAAAAAAAA
RBBBABRBBBBRBARBBBBBB88BBBBBBB
RBRBBBBBBBBBBBBBRBBBBRB~

If the Auto Line Feed Option is set to produce an automatic line fe
ed
after every received carriaqe return, the test will print six lines of
each
character with a blank line between the first and second lines as
well as bet~
een each group of characters.
EXA~PLE:

AAAAAAAAAAAAAAA

AAAAHAUAA BAA
AAAAAHAAAAUAA
AAAAHUUUAH

HHAAHUAAAAA.
UHHAAHAHU

BBBBBBRRBRBBBB13
BBBBRBBBBRBBBBB
BBB8BBBBBFlBBBflB
BRBBB8BBBBBBBBB
I3BBBBBBBBBBBBBR
BBBBBBBBBRBBflRR

PAGE 22
6.2 ECHO TESTS
These
tests are ~esiqned as a test of the keyboard and an aict in Iso1ating troub
les within the terminal. At the beginning of each test,
the test number will
be printed indicating which test is being executed.
TXping a "RUBOUT" or
"DELETE at any time, whether in keyboard
control or not, will exit the current
Echo test and print a test termination message.
If in keyboard control
, the sele~t t~st messaqe
~ill be prInted and the proqram will await a test sel
ection as usual.
In switch register control, the program will halt (at SELLHLT
) waiting
for control via the switch reqlster.
A detailed description of eac
h
test follows:
6.2.1 Test 20 - Character Echo Test
This test is de
signed to operate the terminal in a simulatect local
mode. Any character ty
ped on the keyboard (except a "ruhout") will be
echoed to the printer.
If th
e LA36 terminal is in half duplex with the Auto Line Feed
available, t
yping a carriage return may cause a qarbled response on
the terminal during t
his test.
6.2.2 Test 21 - Line Echo Test, Fast Rate
This test contin
ually sends full lines of any character up to the maximum column width. The
test prints a "0" character when started until
a key is typed on the keyboard.
The program will then send the typed
character until another character is t
yped or the test is terminated
by typing a "rubout".
The char~cters are transm
ittea at the maximum
rate with a carriage return-line feed inserted after

Option

every 132(10)
printable characters.
I f the LA36 is in half duplex when runn
log this test~ characters May
be lost or garbled whenever a character is type
d on the Keyboard.
With the Auto Line Peed Option set to produce an automatic
Une feed
after every carriage return, there will be a blank line between
each
prln ted line.
6.2.3 Test 22 - Line Echo Test~ Slow Rate
This te
st is identical to Test 21 except a delay of 1.8 seconds
Insert~d
betve
en eaCh character to ~llov the print head to perform an
LeV between characters.

PAGE 23

6.2.4 Test 23 - Character/C01e Echo Test
This test will print the octal c
ode received by the processor followed
by
the character or the mnemonic of the
character every time a key is
ressed on the keyboard. The parity of the rece
ved code will he inicated as either od~ or even.
Allow sufficient time
between characters for the line to be printed.
with the Auto Line ~eed Op
lion set to produce an automatic line feed
after every recetved carriage
return, there wi I be a bJant line
between each printe1 line.
EXAMPLE:
ODD
A
301
2~3
3
ODD
CR
E
215

YEN

6.2.5
t

240

~YEij

Test 24 - Selected Pattern Echo Tes

ThiS test is ~esiqned to qive maintenance the flexibility to choose
the
ie own patterns for isolating any specific problems which may arise
in the fiel

any characters (except control-C and rubout) and each character
1
be echoed as typed. A maximum of 256(10) ch~racters may be 1nputted. N
o carriage returns or line feeds are inserted by the program, all charac
ters must be inputte~ bv the operator. To terminate
the input string type a co
ntrol-C, the progra~ will then continually
echo the inoutted pattern. To sto
p the printing, type control-C.
The
program will sto~ printing the pattern and
will wait for eIther another pattern input terminated by a control-C, or the
same pattern may be
used again by typing control-C. To exit the test at any t
ime, tyoe a
~IPe

"ruoout~.

When any options are available, be careful what
acters or character sequences are sel~cte~.

char

6.2.6 Test 25 - Bell Echo
Test
This test is designed to test the bell on column 64 if typing has
curred on the line. The test prints a message:
TVPE ANY PRINTABLE CHAR
ACTER AND LISTEN FOR BELL ••••••••••••
After the tesI message is printed r typ
e any print~b e character on the
keyboard. The character will be echoed and th
e bell should ring. The
message will then be typed again. Type the "rubout" Ie
ey to terminate
the test at any time.

oc-

p~GE

6.4 STANDARD 110 T~STS
These tests
are designe~ as a brief check of the console terminal
terface loQlC.
E
ach check is structured as an independent test and
the switch register control
~ may be used.
~ descriptiD~ of each
test
1S given 1n the proqram list n~.
Any errors encountered during the
110 tests will cause a halt at location HER
RHLT" if switch 14 is down.

in-

CZLACEO LA36 TERM (DL11 & KL11) MACRO MillO 25-AUG-7B 10:13
TABLE OF CONTENTS
SWITCH QEGISTER OPTIO~S
~: \~68
SPECIAL OPERATIONAL INFOR~ATION
3- 6700
SVSTE1J EQUATES
4-1350,)
TPAP CATCHER & STARTING ADDRESSES
5-191/);>
SVM~OL DEFINITIONS
PROGRAM INITIALIZATION & CONTROL
7- 100
CO~MON ROUTINES USED 8V LA36 TESTS
13-46300
I/O LOGIC TESTS
26- 180
42- 1 j
Ll36 PRINTER TESTS
LA 36 ECHO TESTS
55- 100
MISC. DIAGNOSTIC MESSAGES
62- 100

CZlACEO LA36

m
600

1000

U~8

8
Hi
~q
2~
0

TER~

(Olll & KLll1 MACRO

25-AUG-78 10:13

~1110

PAGE 1

SEQ 0046

.TITLE CZlACEO Ll36 TER~ (Olll & KLll)
~LA36 DIAGNOSTIC (Olll & Klil INTERrACE)
;

hurMoRs:

;COPVRIGHT 1974,1977,1978
.S8Tft

$SWITCH
; 15
;

DIGITAL EQUIP~ENT CORP., MAYNARD, MASS. 01754

SWITCH REGISTER OPTIONS
POSITION
fUNCTION
UP (1)

DOWN (0)

mtIMEC~M~~~P~Ms~f smm~ TEST

gbw~l ~O)

CONTINUE ON ERROR
HALT ON ERROR

j 13

gbwPlo)

8~f~~ R~tYT~2~igXtsTERMINAL

3200

;
;

UP (1)

UP (1)
DOWN (0)

UP (1)
DaWN (0)

LOOP ON INDIVIDUAL TEST
NOR~AL TEST SEQUENCE
CPU TYPE IS AN LSI-ll~ POP-U/D3
ALL ~THIR PDP-II CPU",
HALT TO SELECT TEST AT END OF CURRENT TEST
LOOP ON TEST SEQUENCE
EST ~ SELECT[ON
~ OF COLU~NS AT START-UP

H~8
25~O

mS
n~~

un
4200
4300

i
~

$
:

DOWN (0)

~ 05-00
;

; 07-00

CZLACEO LA36 TERM (OLI! & KL!!) MACRO MillO
SPECIAL OPERATIONAL INFORMATION
1.--

25-AUG-78 10,13

PAGE 2

.SBTfL SPECIAL OPERATIONAL I~FORuATION
THE STANDARD CONSOLE TER~INAL INTERRUPT VECTOR AND REGISTER

~~R~~~~tSTA~Es~~~gLleoLg~~~ibn~ 1~5N~g8~TIg~ Rto~~~c~O~ij8bED

BE CHANGED BEFORE START UP.
2.-3.-4.--

5.--

BEfORE START UP REFER TO THE DESCRIPTION OF TNE ROUTINE "DLY".
TIHING IS A FUNCTION OF THE POP-I! MODEL AND MEMORY TYPE AN~
SHOULD BE SET UP BEFORE RUNNUG T~E DIAGNOSTIC.
IF CPU IS A PDP-1l/03 , LSI-ll SET SWITCH REGISTER
BIT 09 TO A I. SPECIAL TESTS ARE RUN ON THE DlVII.
SYSTEMS WITHOUT A HARDWARE SWITCH REGISTER SHOULD USE
MEHORY LOCATION 176 AS A SOfTWARE SWITCH REGISTER.
THIS DIAGNOSTIC IS fOR VERIfICATION OF BASIC TER~INAL
FUNCTIONS ONLY. IF THg TKRMINAL UNDER TEST HAS HARDWARE
eEIIO'~Rlr~ltLh~¥Ingl ¥II'~OSTIC ~AINDEC-II-DZLAf-A, THE

SEQ 0047

I
~~~~~~OBij~i~E~BR. (DLll ,

nu
nu
n~
85

III
h
B~

I'll
9~

mas
10200

I!!II

tin
Id
un

mi
m&

12300

KLll J

~AC~O

~1110

r
8!

Hh
g
o1 7 ~76

lHd

PAGE 3

SEQ 004B

SYSTEM EQUUES

.SBTTL

R =\2

n~u

R5=t5
SP=l6

~Wl77m
SYSTEM EQUATES

Illi!lL~
II! II
141 0

dm~

n~ni
nl~~
8~

181
m
n
8
5

mit
104n]

mmOE~~l¥dm (OLl! & KLIIJ MACRO MillO

mr
un

25-AUG-7B 10:13

l8~m

m~5

104P

BlTr~
BIT
=
BIT =4

mml

BlT6=t 0

III;;
IU i~t ~
KIT

"'I Ii
<=4
BIT 5=10

m~S~=BIT14
NITRS =BlTll

ISCOPE SWITCH
ITEST LOOP SwtTCH

PRTY =3

IPRIORI Y LEV L DEfINITIONS

LSIll=BIT9
PROGRAM TPAP EQUnES

IYLAG fOR LSI-ll,ll/O]

~m~~ug26

I~B; ntH ~Ui~E

mr:;m

m5fim+Zl

EH~T=EM+"2

np u;~=ta

CHAIN=E"T+i

m~~~im

DEL~Y= MT+1Y
TTY l'~=EMI+ 1
CRLF= 14,1+ 2
SCPLF=E Mr+13

25-AUG-7B 10:13

~~mg~~T+15

PRTHDR=iiM 16
PRNT=EM + 7
m D=
T+~l
CR
2

~6°
RE~D ~i~~r~p
= 'MT+ 5

PAGE 3-1
SEQ 0049

K~U) MACRO MU10
~~i~C~~TE~~~ IE~iA~~~~~ &ADDRESSES

25-AUG-78 10:13
.58TH
• ENA8L
• ASECT

tim mm
fur
r4~~ 8 dBgog Uo~
rq!ill 8g 8LgorU 3311 Ij~
11!13 I I II
JH ~ n~ UhU

~!~T

HALT
• +2
HALT
.+2
mhT
PRTV7
.=42

000342
m~~
m8 000042 000000
000046

.=46
LOGICAL
.=52
010000
.=174

1m3 000046 011522

md
um 888&88
Wi~mm
O~0200
m
g g 8m mm mm
mu
OOM52

000052

010000

000174

DISPREG:
SWREG:
JMP
JMP
JMP
JMP

B¥

000214

000161

000600

000600
000000

IB6

tUn

CZLAC.O LA36 TERM (OLll
SY~BOt DEFINITIONS

lHI
H8S

000552

SPHOT:

KLlll MACRO MillO

• WORD
• WORD
START

STAPTJ

.=600
0

IBOTTOM OF STACK

25-AUG-18 10:13

,SOFTWARE DISPLAV
,SOFTWARE SWITCH REGISTER
I ST ART g~ Wmpl{eLTPbST~mING
ISURT
ISTART UP' TERMINAL COGTROL WITH 1/0 TESTS
I START UP TERMINAL CONTROL WITHOUT 1/0 TESTS

• SBTTt

PAG. 5

SEQ 0051

SYM80L DEFINUIONS

mm Ima8

fONADD: 111560
CONVEC:
DLADR: ~~6500

ADDR OF CONSOLE RECEIVER SUTUS REG
CONSOLE TERMINAL INTERRUPT VECTOR
~~Dgf~r_gFDF~~STTR~Al, D.FAULT TO DLI1-A,B
SET TO H~8~8 ~OR FIRST &6 SOF ~1) OR

00002~

DLNR:
ih56~
TKB:
7156
TPS:
TPB:
TKVTR:
THVL: ~~TV4
TPiTR: 64
TPLVL: PRTV4
FSTDL: OPEN
CNTLSW, OPEN
RTNNO: OPEN
NXTST: OPEN
SCOPTR: OPEN
PRGro: OPEN
CR8UF: OPEN
CTRA:
OPEN
WIDTH: OPEN
LEVEL: OPEN
OPEN
OPEN
REPT:
OPEN
BRCTR: OPEN
COUNT3: OPEN
XCSR:
OPEN
TIMER: 251
SPCNT, OPEN
CURTST: OPEN
TEMPCH: OPEN
OPEN
OPEN
LFCNT: OPEN
I NCHK: OPEN
TE~P:
OPEN
SRI
171510
CNTR:
OPEN

• OF DL11"S TO BE INITIALLY ASSUMED
CONSOLE QECEIVER STATUS REG
CONSOLE RECEIVER BUFFER
CONSOLE TRANSMITTER STATUS REG
CONSOLE TRANSMITTER BUFFER

t9S 0 000602

~~ 8

,UNASSIGNED TRAP
ISP OVERFLOW, BUS ERROR TRAP
IRESERVED INSTRUCTION TRAP
,TRACE TRAP
ITRAP TO CALL lOX
,POWER FAIL TQAP
IEMT TRAP

• +2
HALT
MACHER: .+2

53 0

SEQ 0050

TRAP CATCHER & STARTING ADDRESSES
ARS,AMA

.=0

000000

088800

0 0

PAGE 4

&11560

rtll! Ii!!!ll r

2 41 8 8 6 4
h564
m
0 DooM 111566
156

mas 8~~~}~ mm

20900 0

6 6

mnmm
g~mS
8

h8~8~
8 88
m~80 8
088m
0652
2 0gO °80554
mg 8 ms
~~188 888m 888888
~ ~88 888m
22700 000672
213r 08°636
~14 0
0640
642
2165
644
2~9

~~~~h

sdm
mm
g~gg88

~~8~g mm
3h
g 888m g 8m
23300 000706

000000

88888~
m~~
237 0 000716 mno

T~S,

nma

¥mr

mm:

g~Ts~~ OT~ER D~Q~R~3S~TIRT(AbD~E~S

~:t: ~~E~I~E~ ~~I5~~¥~TL~~~lOR

C. T. TRANSMITTER INTERRUPT VECTOR

i56RE~~AS~M~I~~~ ~~~~~~T~L~rVEL

CONSOLE TERMINAL CONTROL SWITCH
CONTAINS CURRENT TEST NU~BER
CONTAINS ADDRESS OF NEXT TEST

g8~t:IU~ ~gg¥E~~og~AAE¥~org~~aR~NTRV

CURRENT PAPER WIOT~, BIN.RY
kEVEL OF EXECUTION
OF MULTIPLE OLliS
1/0 TEST ITERATION COUNT

eB~~T~~o~~gERbg~I~~sXiR~~aA & Eon
COUNTER FOR POUTINE "PRINTC"
~DORESS OF MULTIPLE DLll STATUS
1 MSEC COUNTER FOR ROUTINE "DELAV"
COUNTER FOR TEST ROUT I NE "PT3"
ADDRESS OF CURRENT TEST
TE~P STaR FOR ECHO TESTS
PARITV FLAG FOR RECEIVED CRAR
CHAP CODE WITH PARITV 81T
COUNTER FOR TEST ROUTINE "PH"

m~M~~ ~~~~ML~~ORAGE

SW REG ADDRESS
COUNTER FOR LSI-l1 TESTS

TI~E

~~~:5EOD~n~In~~S(DLll , KlU) MACRO MIllO

25-AUG-78 10:13

PAGE 6

SEQ 0052

23900

SEQ 0053
.S8TTL
i********

PROGRAM INITIALIZATION , CO'TROL

,COMMON HALT---WH~H IN SWITCH REGISTER CONTROL THE CPU
,
WILL BE AD'ANCED TO 'RIS COMMON HALT WHERE
A MEW TEST IIILL 8E EXPECTED TO RE STARTED

,******'*.

CHLT:

TST

R5V

TST

8um
mm
mm
mm
176736
177632
177574
176664
176662

SELHLT:

START2:

~~Y

START3:

8R
=s¥

STARTll MOV
MOV
MOV
BR

START: MOY
MOY
STARTX: MOY
MIlV
M09
10$1
11$:

ii'

~~E
ROSWR
~¥

MOY
CLR
~el
cu

CLR

~R~

CZLACoO L~36 TERM (nLII & KLll) MACRO MIllO
PROGRAM INITIALIZATIOM & CONTROL

25-AUG-78 10:13

PAGE B

SEQ 0054

CLU~NS
IFRo~ SWITCH REGISTER POSITIONS 0-9. SAvf AN~

;;;:~*;~~*;APER WIDTH, NUMBER OF

47r

;CONVERT TO 3 ASCII CHARACTERS. A WIDTH Gfl3
·OR LT3¥ CO~UMNS (DECIMAL) WILL BE ABORTHD TO
;TH~ SW TCH S MAY FE CHANGED ONCE THE PR GRAM mLE OR THF OLII COUNT
i~~.~~~~.~t STARTED TO PRINT.

m~ 88HM mm 000204
Hm~

uumm
mm
msUlm mm
65~0g g~W6
~~
H Ao~~q
046

UiH l8 ht~tJ I°tH~g
~m

000035

IS:

m~~~

gAm3
4S:
5$:

000000
000240

ig~~OO'RI
1, ~204

MOV
HOV
HOV
HOV
BTOASC
BR
BR

R
#H fill~DTH
R , RO

m
BHI

~gINTc

TYPEM
STARTM
HOV

40 7

8&i2h

HOV
BIC
CMP

177754

il,m

04 Rl

.3,R2

ia,RO

!~YiE(~~lyIUI~sRA-7

;TEST NO. COLUMN GTl32

!E~~g~N~FG3b~2~0~ij~ARLlTT~o132
;NOT LT 30 N R GT 132

i~~~~M=5.L~olaM2~ ¥~ L1~fHDEFAULT
;ADDR TO STORE ASCII COLUMN VALUE

198N~E~TC~A~·c5eH~~~S~8NASCII
n;mS~56EA

;TYPE PROGRAM TITLE FIRST TIME RUN
nNOP,4S

SEQ 0055
NU~BER

[NDH:

END2 :
END4 :

MOV
~ov
MOY
CLR
TST
MOV
MOV
BR
TST
ADD
I Ne
DEC
BEQ
DR
DEC
BEQ
ADO
BR
POPSP2
~OV
HOV
MOV
BTOASC

;INITIALIZE TIME OUT TRAP
;AODRESS OF FIRST DLl1 TO RO
;SET DL CHECK eOU~T
;INITIALIZE OLe NT
;~~SDLRk~~¥E~t~E OUT TRAP
fSTO~E ADDRESS Of fIRST DLl1
mNUWPRESENT

!t2~~~5~N~Ngog~~10~Dg~ri~s

;DECREMENT DL CHECK COUNT, DONE?
;BRANCH IF DONE
;C~EC~ PRESENCE Of NEXT DLll
; DONE DL CHEcn
;YES, EUT
i~gh~m' NEXT DL
.NEll ~~~ SENT
;ADR Of ASCII CHAR STORAGE
;. Of ASCII CHARS
;CONVERT NUMBER
;TYPE MESSAGE

mm
mm

012767

~8m~

177254
177266
003676
005266
177264

177777
177234

CLR
CLR
C~P
BEQ
~OV
FORWD
JHP

RTNNO
LEVEL
ATOX,*177777
Sqp
nATO, NXTST
~CURTST

,SET ROUTINE NO = 0
i§~~ ~~V¥70=I~ TO BE SKIPPED
;ADDRESS OF FIRST lID TEST
;SET UP TEST PARAMETERS
;GO TO lID TEST ROUTINE

SEQ 0056

25-AOG-7B 10:13

PAGE 10-1
SEQ 0057

~OV

MOV
FORIID
CMP
BNE
MOY

177036

177026
177012

177056

SKIP:

176122

mWD
C~P

;CLEAN UP
;SET UP STACK POINTER
; SET UP VALUES FOR NEXT TEST

i~"~Ng~ I~ONb¥Sl~D(=-11

;RESET NXTST TO FIRST 110 TEST
1~5TTBPT~~~UES FOR NEXT TEST
;ENO OF 1/0 TESTS (=-11

BNE
BIT
1;~~¥C~FI~A~~TTEST SELECTION RIGHT AWAY
BNE
;BRANCH IF NOT
BIS
;BYPlSS SCOPING
MOV
;PROD TESTING, GO TO PRINTER TESTS
NEXT:
MOV
;CLEAN UP
MOV
;SET UP STACK POINTER
FORWD
;SET UP NEXT TEST PARA~ETERS
JMP
;GO TO ROUTI NE
NEXTl : I HC
,1t***.*****
·WAIT FOR FURTHER INSTRUCTION~:
~
-LOAD PROGRAM NUMBER ONTO BI~S 0-5 OF THE SR

I,
;
;

:~~f ~~ ~It ll~~ IgoL8~~ g~o ~5E[65~ t~~6UGH

SEQUENCE OF SELECTED TESTS.
-SET SR BIT 11=0 AND BIT ~=1 TO HALT AGAIN AFTER
EXECUTING TEST ONCE

,*****1<tt***

176074

176676

WAlTF:

CHALT
MOY
MaY
MaY
BIC
C~P
BLOS
CLR
BP
BIS
eLC
ROL
MOV
CMP
BEQ
FORWD

J~P

PRINTER

CZLACEO LA36 TER" (Olll & Ntl!) MACRO MillO
PROGRAM INITIALIZATION & CONTROL

004400
004000

176602
176572

IS,

000400

176560

25,

176620

TTYl~

176564

POPSP2
TST8
8Pt
MOV
8IC
CMP
8NE
BIC
8R
BIT
8EQ
RTI
BIT
BEQ
,

000040

IS'

000040

25:

INCAK
TEMPCH, .40

DELAY
PRNT
Move
JSR
BR
ADD

CZLACEO LA36 TERM (OLII & KLll) MACRO MillO
PROGRAM INITIALIZATION & CONTROL

msmm

m g 02~U~~
2232
m 8 0 ~m
28R 0
289 0 0 2234
290 0 2~2236
293 0 0 2260

176456

0000 40

MOY~

176402

000123

176372

000163

176362

000056

000001

176304

000401

176214
175436

mdmm
mumm

3R8~0 0~235g
h8
8 8~m4
311 0 082366
m
g go~m

mm
h~Bg mm
~l~~~

32000 002430
321g8
322
0O~2436
2440
323 0
2442

nm 8oomg

32600 ?n456

m
REQ
MOY

297~
m
8 ~ h6

m
MOY

4S'
55'

000030
000020

000001

002522
176204

176232
176226

176142

.ov

HOV
MOV
CMP
BHIS
CliP
BHIS

CMP
MOV

BR
JSR
8IS
CLC
ROL

_OY
CMP

176210
001700

BEQ
FOPWD

176230
000077

8LO

m
8S'

~t~hmB

8S
RO,R5

TE MPCH, #40

i~O.,RO

;WAIT FOR NEXT CHAR
;CHECK IF A SPACE

~B~t~~HFbk ~~t~EDUPLEX

VtHAR
mA8
;CHECK IF CHAP IS OK

;ERROR IN CHAR
;OK,RS NOW = OCTAL TEST NO.

PAGE 11-1
SEQ 00S9

CMP
BEQ
CMP
BEQ
CMP
BEQ
CMP
BEQ

000154

Mo.,RO

25-AUG-78 10,13

MOY
DELAY
PRNT

176412

m 0 88~m

35,

~00036

m8g mm
29608 ~02272
R23g0

ASL
READ
CMP
BEQ
MaY

176414

Ig~r~ylpg~TH~~~C~b~tEX

m
176516
000036

;CHECK IF LOOP ON TEST
;8RANCH IF NO LOOP ON TEST
;LOOP ON TEST
;TEST IF LOOP OK SEQUENCE
;BRANCH IF NO LOOP ON SEQUENCE
;CHAIN TO NEXT TEST

CMP

READ

DELH
PRtlT
MOVB
JSR
8R
MOY

176462

m~hBIPRUBOUT

;BRANCH IF NOT
;CLHR LOOP BITS

~8S

BEQ
MaY

000036

;POP 2 FROM STACK
;TEST IF ANY INPUT
;BRANCH IF NOT
;GET CHAR

JMP

DELAY
TYPEM
G3

17660 2

PAGE II
SEQ 0058

TTYl :

176606

177452

25-AUG-78 10:13

Bo., RO

TEMPCH, .40

~~4~eKF~~ §~~~~NATION CHARACTER
;BRANCH IF SPACE
;DELAY FOR HALf DUPLEX

f f

;RE ADY?
;ECHO CHAR
;SET BITS 11 & 0

~~ MPCH, *154
55
TEMPCH, n123

;CHECK LOWER CASE

TKS OTPB
400 I.C "ILSIf
EMP~",n 14

f~MPCH'.163
45

~~MPCH, #56

~~,CNTLSW

#401,CNTLSW

1!~~MACHER

R5,m"sp
85

~~,m

R5,.20

~LCNTLSW

~~t~9~HG!D
R5

m~~~mlf~XTST

JMP

~CURTST

~OVB

mrB TPR

PRNT
BR

~=~(N~~

IJ C~S"L" ?

~"21N~~ I~ O~s"sn

;CHECK LOWER CASE

1NO, IS IT A ft." ?

:~~~ ~~~O~NLY BIT 0 IN CONTROL WD
SET BITS 8 & 0
CLEAN UP
I NIT SP
IS THIS AN 1/0 TEST
BRANCH IF YES
IS THIS AN OPTION TEST?
SKIP If YES
IS THIS AN ECHO TEST
BR ANCH IF NOT
FORCE ECHO TEST TO A SINGLE RUN

~~~~~ e3l~ol~R~~"AIN~~ 19~~~~~

BVPASS SCQPING
CLEAR C BIT
ADDP OF TEST TO NXTST
CHECK IF TEST EXISTS
8RANCH IF NOT
SET UP TEST PARA~f.TERS
GO TO TEST
CRECK IF PRINTER IS READV
SEND A"?"

TRY

AGAI~

SEQ 0060

~i~~~i~ ~A~~Iiff~A~P~~l&'cgijf~~LMACRO MillO

11iOI ii~i~i °l~l}~
,j,l. II!!'I I.S\••

~!~~~ Ii li~8i~
i~ll~ ~~~lli ~llj~1

i!lI!
II!III !i!i!!
~~~ ~ 812~~g gl~i1~

iii i ~~%8 ~l~~~:
!!I!1 Ill!!! Ill!!!

mIl
~~~ I ~u~
~l~ ~~I;li
~~ ~
~~Y~80 ~~~~la
372
26 0

~~i~8~
170

jf~~O~ °1~i2i
~ 6iD Dlil~s
~ 5404

316

i °rr r

!lijll ill!!l 11!il1
o

5614

ii~ ~ ~6l~ 006116
~i8~~
~!~~~ ~~~ii~ ~~!i~~
IlilS S III! IS!!!!
~~y 8 iO~~~2 ~~51a
J~~ ~ 8~~~~ ~~62
380
38400 002650

i!i88 g~~;~a 8~I~l~
39700 0 2702

0 170

25-AUC-7810:13

PACE 13

PRCUB: PTO

J~~IAT~~T2"I~~~rER TEST
~NDN-~RtNTIN~
CHARA~TER TEST
,CARR ACE E URN TE r

H}
PT
PT4
PT~
PT
PT

,MULTIPLE LINE FEED TEST
,SINGkE ~INE FEED TEST

smMtNT
un
'kRINTING

~RE~UENCY

fpl¥g~rRF~ErL ¥l~T

WA~TF

t~ 6

~8~~3
EO

S~~~~ACTE~/~~DE'E~~gwT~~TE

~8j~
WA TF

WAIn
WAlTF

vun

WAlTF
WAlTF

mn
WAIU

it}
AT
AT4

AfI
:q
AT1
ATl3

AT16

:~~1
AI 4
AT2S

~mF

WAlTF

SWEEP TEST

;SHRE
,SPARE
, SPARE
'EmETEST
SCHARACTER ECHO TEST
,LINE ~gn0 TEii' FAST RAJE

WAITF
WAITf
WAITY

Nun

SEQ 0061

tSJ~ECTIV~

mm
mm

,SPARE
' SPARE

~ AhEECH
SSPARE

PArJERN ECRO TEST
rES

;SPARE
,SPARE
HID TEST NO.

!US
~m =8: l~
HID TEST NO. 43
HID TEST NO. t4
!US
tin a8: 4~
;TID TEST HO. 4f

ms
im =8: ~
mg tm ~g: ~3

fHB
a8: ~~
HID tm
TEST NO. 56
iUg tm :g: ~6
'm
tm n8:
i~
:x'
D TEST
NO.

,L I TEST NO. 4
;LS I TEST NO. 65
!~~lRlEST NO. 66
I SPARE

25-AIJG-18 10:13

PAGE 13-1

SEQ 0062

WAITf
WAITF

WAIn
WAITF
WAITF

WHTr
WHTf
JlIt*********

SEMTINT ------------EB~nI5NR~8;nE FOR TRAPS T~ROUGH
,"********'"
E~TINT

2S:

H:
EMTTAB'

~OV

SUB
MOV
CMPB
BLOS
HALT
SR
ROL
BIC
ADD
MOV
CLR
MOV
RU
JMP

m
EHLT

STLSRV
STLSPV
CHUNN
CHLT
TYPM
DLY
TTYl
CRLF
SCRLF
LF
PRTC
m¥R
READ
ARUD
CR
BTASC
FORWD
READC
PARET

SPARET
SPARET
SPARE!

MUI0

25-AUG-1B 10:13

PAGE 13-2
SEQ 0063

O~3~12

goij66~

000176

m~H

SPARET: HALT
BR

• SBTTL

SPARET

ISPARE EMT
ISPAR~ EMT
/HALT IF TRAP TO UNDEFINED
IE~T IS ATTEMPTED •

COMMON ROUTINES USED BY LA36 TESTS

?*IIr.*,******

1THIS SECTION CONTAINS MOST ROUTINES CALLED BY

IlaEo:A~tog~B~~BI'N~I~lf~SBlJ~~A~~!~~.JHROUGH LOCATION

; **********
STYPE-- A COMMON ROUTINE USED TO TYPE MESSAGES ON THE

I
I

t2rS2~~sm:I~ih~ML'~RdU~HN~bLES~A~m:R TERmms

t¢~~ING

SEQUENCE
HESG; ADDRESS Of MESSAGE

**********
f~YP:
MOV
A~ODYD
IS:

MaY

MOYS

g~~

MOY
RTI
2S:
3S:

~sm

PRNT
~BV8

SSCRLf' PRNT
MOYS
PRNT
MOYR
RTI

RO -(SP)
2(§P),Rl

t~f~!~P)
R!l+JO
3~

<5P)+,RO
1$

fl,~TP8
#15,~TP8
U2,~TPS

'SAVE RO
,GET POINTER TO AOOR. OF MESG.

~~¥RCHR~ MESG TO Rl
BRANCH IF WANT AUTO CR-LF
k~HIiR~H~8 IF NOT ~ULL
EKIT IF NULL CHAR

;S~h~HDC~~iiLF

PRINTER READY?
hgAgE~R~~I'RC~~~FER WITH CHAR
PRINTER READY?
SEND CR
PRINTER READY?
~HBR~FTO CALLER

SEQ 0064

; xxxxxxxxxx
: TYP M---MUL TI TVPE-A COMMON ROUTI HE TO OUTPUT

~w~fE~A~~I~H~~!LI~L~~~EI~ i~isMR5~~I~~SIs USED SY

I~ENb~IRl~~V,ETA~ ~~A~Xg¥E~EeVl~G~OT ~~ ~y~~~~

; XXXXXXXXXX
TYPM:
HOV
ADD
MOV
1S:
MOVS
BMI
SNE
2S:
Hf.F
BR
PRINTC
H:

000002

~CRLF:

000012

LF:

seR:

000015

CR
MOV
PRINTC
RTI
MOV
NTC

!jPh~l
P ,R1

~il+'RO

3S
IS
1$

U2,RO
~15, RO

,GET POINTER TO AODR OF MESG
,ADOR OF MESG TO Pi
;GET CHAR
;~RANCH IF WANT AUTO CR-LF
;CONTINUE IF NOT ~ULL
; REJURN
; VE f SEND CR-LF
;HEX CHAR
;PRINT CHAR
,GO GET NEXT CHAR.
;SEND CR
;SET LF CHAR
,SEND IT
;RETURN TO CALLER
,SET CR CHAR
umRF

1*"'**·*****
;ROUTINE TO PRINT TEST HEADER

~ ***.******
SPRHDR: MOV
PRINTC
TYPEM
HDR~SG
MaY
ASH
ASP
ASR
BIC
ADD
PH I NTC
MOV
BIC
ADD
PRINTC

000000

175362
177770
000060
175336

~O,

; TRANSMIT
;NUL CODE.
,PRINT MESSAGE

~6NNO,RO

i~77770'RO

50, RO
RTNNO RO
#~ O,RO
777~0,RO

E~LF

?~812
563 0

,MASK FIRST DIGIT
,~AKE ASCII

m~NtEnG~3mR AGAlN

,MASK LAST DIGIT

mHiTA~mT

mA~k
LINE
,RETURN

RTI

CZLACEO LA36 TEH~ (DL11 & KL11) ~ACRO MillO
COM"ON ROUTINES USED RY LA36 TESTS

:m m~TNmH

25-AUG-78 10:13

PAGE 15

SEQ 0065

;**********

!ERRA--

S~~~0:D5~~g~ g~T~~UokR~= 36~ i5St3NT~~~~S

~~TS~=~ ~~5~E8gITH~I4~A~TIN~N8Np~~~~R~ONTINUE

~~n

;: ********'llr*

573~8 ~~~345
m
~~~O
576 8 335i

BIT
BEQ
TST
BPL
R'I
BIS
MOV
1ST
HALT
ERRHLT: RTI

m~8
D~~m smn 040000 175366 ERR:
569 0 8~3330 005767 175310
570 0
m&g oomo 011600 100000 175276 EHLT:
15:
2Q333~

57700
57800

mm
mm

5ih~0

56500

m8 2

5~68~ 08 3356 217667

0
m~H~~m
2Um
m
8

000012

62716

000002

594&0

,ADDRESS OF CALL INTO RO
;RETURN TO TEST FOLLOWING CALL

,LOCATION OF NEW INTERRUPT VECTOR

~**********

STLSRV: MOV
ADD
MOV
STPRA: ~OY
~OV
RT I

; **********

mll

,SET RETURN lOR AND VECTOP

~5TLSPV-- THIS ROUTINE SETS UP PRINTER INTERRUPT

597~0~
"98

60880 8°3424

1~~~Ce~GA:~N~i~~ b~P~iR~~R~~koR
1~~~P~R~~~TINDICATOR

VECTOR AND PRIOITY. CALLING SEQUENCE

n~R~Y

595 "0
596

E~M Dm~~

!~k6~O

; CHECK SCOPE SWITCH
,BRANCH IF NO SCOPE

~STLSPV--- TillS ROUTINE SETS UP KEYBOARD INTERRUPT

mn
mumm

P~GID

IS
#BIT15,PRGIO

,********111*

~7.&R8

593 0 0 3404

fSCOPSW,@SR

VECTOR AND PRIORITY CALLING SEQUENCE
STPCHY
AT35E
;LOCATION OF NEW INTERRUPT VECTOR

$**********

000012

STLSPV'
STPPA:

~OV

m
MOV
~OV

RTI

#PU~STPPA'2

,SET RETURN ADR AND VECTOP

TPhR,Rl

'~(H!IRI )+

,RETURN TO CALLER

CZ~ACEO LA36 TERM (Dl11 & XLiI) MACRO MIllO
COMMON ROUTINES USED BY lA36 TESTS

m88
~W8
61780

;
I

$
;,~:

Ilill
tt~

SEQ 0066

M[m mmc~~ MSEC.

MOV
ff5,RO
;R5 CONTAINS THE NUMBER OF MSEC DELAY DESIRED
DELAY
THE DELAY IS EFFECTED BY THE EXECUTION OF THE LOOP;
IS: Rt~

~1~~lNTH~oE~~C~jL~N ;~~E~A~~ET~t ~~k~5L~~Ntog~~~O~ARY FROM

" TIMERf. MUST liE CHiNGED TO THE APPROPRIATE VALUE AS SHOWN BELOW
~~~O~I fl'~~!rf/l~t=~ltl~oSTIC. "TIMER" IS INITIALIZED

;MACHINE
05&10
;
£LOOP: DEC Rl
3°.45
;
BNE LOOP 2

I sll~liMER

35&40

15&20

19.976

2.3
2.6

~BrUSEC ~~J5

~il

LSI&Ol

BIPOLAR
.30

~61

8m8~

005301

836m

175226

MOV
MOY
DEC

CORE
.90
1.13

1~~'USEC'55

2.03USEC

m
BNE

~ov

RTI

SAV~ Rl
~OV 1 MSEC

LOOP CNT TO Rl
DECREMENT COUNT
BRANCH IF NOT ZERO
DEC NO. OF M~EC DELAY
DELAY AGAIN IF NOT ZERO
ALL DONE RESTORE Rl

CZLACEO LA36 TERM (DLI! & KLll) MACRO MIllO 25-AUG-7ij 10:13 PAGE 17
COMMON ROUTI NES USED BY LA36 TESTS
64900
65000
PFAIL--POWER FAIL ROUTINE
SAVE ALL REGISTERS AND SET RESTART ADDRESS
INTO LOCATION 24
6535
RESTART--POWER FAIL RECOVERY

m~~

.60

~r!¥SEC

11/45 & 11/10
MaS
.51
.98

~ XXXHXXXXX

m~~mm ~~m~

m~omm

PAGE 16

~DELAY--A COMMON ROUTINE TO DELAY PROCESSING

nm
mUmm

25-AUG-1B 10:13

, **********

SEQ 0061

SEQ 0068

100

RESTORE ALL RECISTERS AND CD TO START

g~~A810R&fitrNl~RHs~gLi~ tA~klf~s~~CRO ~1110

III IIIIII II II!

PHIL:

=s,
MOY

Iii!!!

174312

~~j~ii

I~~

175236

MOV
MOY

~OV

HALT

171166

I!II I 1111 illill """
27 0
2800

MOV

~OY

! illI!! illill

Ii II illi ilJill

PAGE 19

SEQ 0069

;**********

II 88~:~~ 818~:~

1~8~
g ~§38 ~8~ %3
170 0 35 2 016706

25-AUG-78 10:13

SAVR6: .WORD
RESTRTt
EM
MV
MOY
MOV
MOY
~ov
MOV
MOV
HOV
JMP
• ASCIZ
lS:
.EYEN

"T'l
Rt,- SP

R~:: ~~P

R4,-

i~':
~~
P'S VR

,RhTRT,24

liTil
n

JSAVE STACK POSITION
;STORE RESTART ADDRESS
,RESTORE STACK POINTER
,RESTORE PYAIL ADDRESS

SP +,R4
SP
SP .,Ri
+,R
SP +,R

~,R

(ACRLF>/PONER/(ACRLF>

& KL11) MACRO MIII0
LA36 TESTS

25-AUG-76 10:13

PAGE 20

SEQ 0070

;**********

iVORWARO--THIS ROUTINE TRANSFERS THE 2 OR 4 ARGUMENTS
FROM THE TEST ROUTINE. THEY ARE,

,,
;
,!

,**********

175r2
75 44

mm
mm mm

SFORWD: HOV
MOV
HOV
m B
HOV
FORWDA:
RTI
YORWDS:
~8~
BR

~n~~~~OR5~t1N~~Rtls~gLl~ tA~~IUs~~CRO ~1110

iUs

Uis mug mm 88m~ mm
69
70 ~ 0003654
3 60

m. IllIll mm
rgl~

8378~ 8im
H64

174140
174726
000001
174764

H 8 80H06 88002

~~ ~,NXTST

FORWDB
~RW'ICTR
~
+~SCOPTR
, U
TST
rlfSCDPTR

b~w~IR

1~'13

AD DR OF NEXT TEST TO R5
GET NUMBER OF NEXT TEST
mctD~~ 2~OFm~WING TEST
SKIP THE FETCH OF ITER CNT AND SCOPE

g~T ~~~~:TI~~RiO~RfNT

ENtRV POINf TO TE
IN COR TST
EHT
FORCE NO SCOPE
FORCE INTERATION COUNT OF 1

PAGE 21

SEQ 0071

~~~N~~~N~ij~~~gEA~~T~E~g~P¥~~ ~gy~g~RD

THE LOCATION OF THE ERROR IN RO. PRESS
CONTINUE TO CONTINUE WITH TESTS.

6200

~~~8

NXTST ,R5
R5 r,RTNNO

; **********
!AREAD--A ROUTINE WHICH, THROUGH THE FACILITY OF

HIS
58 0

25-AUG-7B

~I~A¥~ R&~E~slt,T~~EDg~& ~~LrOAAffTWITH

$**********

SAREAD: MOV
15:

2$:

W
TSTB

m
DELAY
DEC
BNE
ERALT
BR
RT!

rOOtBRCTR
~~~ PS
TKS
tRO
BPCTR
IS
SARElD

!~~t ~iI§~~N~~~~ gi~AY

,LOAD PRINTER BUFFER
,CHECK DONE SIT
!mN¥M ~b DONE
'D~LAY 1 MSEC.

;MN~~EYFO~~R

,TRY AGHN
,RETURN TO TEST

;**********

~CONIT--THIS ROUTINE SETS UP THE DEVICE ADDRESSES

B200

,',

88 R
0 083710
Ui
89 0 0 3714 mm mm

Hsg mm A5H

g06 72 Z 174666

T mm

mm 000044
9T
~~ 8 8
000032
96
8
74650
n 8 0 m~ mm tmn 174636
7
30
m~
3744

b~m: mm
lf~i~ mm WUN
767

i ~ 0 8gm~ 888m

AND INTERRUPT VECTORS FOR TRE CONSOLE
TERMINAL.

,**********

CONn, MOV
CONSET: ~OV
TST
MOV
TST
MOY
MOY
TST
MOV
MOV
MOV
HOV
ADD
RTS
TPSS:
.WORD
TPSS:
.WORD

CONADD,RO

fg6T~S

RR6h s
hSfTPSS
RR6)~s
hSfTPBS

~gh~tmTR

CONVECtTPVTR
It,TPV R

,CONSOLE KEYBOARD STATUS lDDR TO RO
;KEYBOARD SUTUS ADDRESS (777560) TO TKS
;l~~«5~~nTD~~ASID6~0(777562) TO T~B
nNCREMENT RO BY TWO
1~~I~Tt~Ss~~Tij~srD6~~~~~~k4) TO TPS
;INCREMENT RO BY TWO
;m~TnBD~;ALt~6RTnm~b TO TPR
,~EYBOARD INTERRUPT VECTOR (60) TO TKVTR
,PRINTER INTERRUPT VECTOR (64) TO TPVTR
;LAST TERM STATUS REG ADR
ILAST TERM SOFFER REG ADR

SEQ 0072
,***11'******

~RINARY TO ASCII CONVERSION (1 TO 5 ASCII CHARACTERS)

lC A~LI NG SEQUENCE
,
MOV
ADDRESS Of LOC. TO STORE FIRST ASCII CHAR. INTO ao
,
MOV
BINARY NUMBER TO BE CONVERTED INTO Rl
~nASC
NUMBER TO BE CONVERTED AS A POWER OF TEN INTO R2

~ **********

LA36 TERM (OLII & K~II) MACRO MIllO
COMMON ROUT! NES USED BY LA], TESTS

CZ~ACEO

25-AUG-78 10'13

PAGE 23
SEQ 0013

; xxxxxxxxxx

~READ-- M~M~e~GR2u~m lHmGCnmAmGKemA~~RITY

mm mm

;Xxxxxxxxxx

g8~m

mm
~~
4767

041~

~l04

o 2767

~~m,

1~0350
105777

mm
1676~

174526
174474
174524
174516
177536
174502
000010
174410
174402
174376

SRHD,
114534
174530

174414

~ tm7
42767 177600

26727
001715

mm
mm
mm

JSR
TST

~~~

MOY
TSTB
BPL
MOY
JSR
BR
3S,
DEC
BEQ
BP
4$,
T5TB
8PL
SREADC, TSTR
RE AOl: ~b~B
MOVB

2S'

ADD

~biB

BIC
CMP
BEQ

174424
174410

1 $,

~~~
DEC
BEQ

B
m
COMB

174401
174372
2$,

BR
RTI

;xxuxxxxxx
SPRINT-- A COMMON ROUTINE TO CHECK THE PRINTER READY FLAG

hxuxxxxxx
174276

SPRNT,

TSTB
BPL
RT I

'CHECK PRINTER READY FLAG
,BRANCH IF NOT SET

,sn, RETURN

& KLll) MACRO M1ll0
g~~8~o R!imNgR~s~2L~~ LA36
TESTS

\!iii
ms

j81U o~m~ ~~6167
~4
dm ~1~g~~

I' ! ""Ud mm mm
46

~r~6

000002

174360
174352

m 0~~h4

174336

026h7

mh~

174206

000020

104011

175236

mumm
mu g~~m img~ mm mm
m g:m mh

m~8 B~ma

mu
~ tm mm
n~ g ~ :m

231 0 0 4526

8~~46~

18 m~ g !H~
~l~ 8 m~ um~
:10 :m 02~~H
mg8 smu mm

174220

000002

174126

000024
000171

174102

000017

~ 4564

174116

174076

174044

244 0 0 4606

174024

01.10022
174056
000021

6S:

75:

as:
9S:

& KL11) MACRO ~1110
mmOR5mNnRds~gL~~ LA36
nSTS

ml~ 88~m~
n~~~~
m
m~ b
A
4

0 80m4

U~U~
465
m~8 88m~ ~~ l~~8

255

000036

1 4 05
000167

005334
173772

262
263 0 004

mu 8~n~~
888m
ummm
mm
nor
266

0 47 0

000022

10 $:

00OO3~

m~i hun
4d~ ~~id~
~ mm
1133

000024

g~~f§~0

012

11$:
12S:

173756

mm mm

1W
177
m
g g!M~ ~~~~r~
62167 000004 173736
273 8 0 4746
26767 173732
173706
m 8 m~ 01420 173700
15$:
004F4

mm
m~mm mm mm

218

g~ma

0 4772

2g~
88~r~
~B4 8
0 0 5 ~4

000002

O~OO02

mfl ~om~

173670
16$:
173650
173636

17$:

173650
18S:
r6~ 173570
~n
~88 ~ ~Ii~~~
5
000020

m
Tn
m
mm
289 0 0 5 50
2900

88 %~

om~~

293 0 005 66

104011

174620

173514

ummm mm mm
mm
PHoo mm
pa 88 8rpo
m88 8
smh
297

05112

84276~

99 0 0 5 ~6

30200 005140

30300 005144

012700
104HO

19$:

73554

173502

000036

TST

8NE
JMP
MOV
MOV
TST
BNE
CMP
BGE
CMP
SNE
TST8
SPL
ADD
MOY
BIC
CMP
BNE
CMP
~MP
MP
BEQ
CMP
SNE

~ov

OOC021

174076

BIT
BNE

SHE

174134
174064

239

5S:

174210

2qm~

MOV
ADD
TSTA
8PL
ADD

MOV

174326

m~g~ o~~m 174256 W
UN~ hm~ 174252 4S:

~n
19 ~ ~ m~
4442 m~u

SPRTC'

174262

l!!!lllml
n
'1'1 u"I

SEQ 0074

l
I

196 0

PAGE 24

hRINTC--SENOS A CHARACTER
A TIME FIRST T01IHE
,
CONS~LE DU1P:N FOT~~LRM~~U~L~ D~RI~TH;
~~AByTBH
NO~ sir, THE eHARAC¥EB WIL NOT BE
;
SENT TO THAT PRINTER. ENTER WITH CHARACTER IN RD.
CALL:
PRINTC
;**"****6

193

2 5U

25-AUG-78 10:13

'**********

000024
20 S:

BR
CMP
BNE
HOY
BR
CMP
SNE
HOY
SR
CMP
SNE
POPSP2

CONADD~TEMP

t4eEM
fT MP

~~'TEMP
•
MP
~shn'@SR

;SET CONSOLE lDR
,WAIT FOR CONSOLE READY
ISET ADR
!~~~gKC~=Sp~E PRINTER BUFFER
$SEND ALL TERMS IF SW13 DOWN

lmH nRMY~mLiFD!rh~;~

~LCNT

1~~

DL NT, C OUNT3
fSTDL,XCSR
NCAK
RHNo,m

IPUT NO. DL11"S INTO COUNT3
IADDR OF FIRST DL INTO XCSR
,CHECK FOR INPUT?

r¥tVCTL,WAITF
3S
R

IS~IP INPUT CHECK IF NOT

frW

~ ~7660

XCSR
K SR
TEMPCH
lJEMPCH
MPCH,

~iNNO, #24

HapCH,un

RTNNO, #17
UMPCH,R3

H~ND,m

IPRINTING TEST?

!~~~~8~R6FC~2fROL?

l~5~tI~tiEA~~ ~~PYipUT
ISET BUFFER ADDRESS

,CHECK IF CONTROL-C

!g~~eINy~ #~S¥0~4

,CONTINUE IF NOT CONTROL-C
,CHECK IF RUBOUT
IYES f CHECK TEST NUMBER

! 6~hcl?iF NOT
$ SUE CHARACTER
,CONTINUE

Im~c~11F NOT

nMPCR,REPT

l m ¥ I m mTER

14S
TEMPCH,REPT

l m t r m IF NOT
,SAVE CHARACTER

~HNo,m

mNo,m
10$

25-AUG-78 10 :13

;g~~t~N¥~ TEST 21

m~uHE~Mr; TEST 22

PAGE 24-1
SEQ 0075

MOY
DELAY
TVPEM
ECOENO
CHAIN
JMP
C~P

BNE
POPSP2
MOV
DELAY
TYPEM
EcoeNO
CHAIN
JMP
CMP
BNE
POPSP2
JMP
MOV
DELAY

#30.,RO

,DELAY FOR HALF DUPLEX

l~~~hTfHMnATION ~ESSAGE

E021A
NO ,#22

#30.,RO

,CHAIN TO NEXT TEST
,REPEAT TEST IF LOOP ON TEST SW SET
·CMECK ~F TEST ~~
$N
CH CK IF T T 24
;AD UST STACK
JOE LAY FOR HALF DUPLEX

,YES, PRINT TERMINATION MESSAGE
E022A
RTNNO, #24
22$
TERM
#30.,RO

'CHAI~

TO NEXT TEST

i~~~¥A~4iEST IF LOOP ON TEST SV SET
IWArT FOR

NE~T

Hmhmc~EST

TEST IF NOT TEST 24

,DELAY FOR HALF DUPLEX

~~V

a~PCH,RO

ie5~Tr~~ECHARACTER

ADD
ADO

r,~CSR
XCSR

,SET STATUS ADDRESS IN XCSR

~OV

ADO
CMP
BEQ
TST8
BPL
ADO
MOV
DEC
BEQ
ADD
JMP
ADD
8R
TST
8NE
CMP
SGE
CMP
BNE
TSTH
BPL
"lOY
ADD
MOya
BIC
CMP
BNE
CNP
BNE
MOV
DELAY

~hDO'TE~P

f4~TEMP
~ P, XCSR

,CHECK IF CONSOLE TERMINAL
lIS THIS OL

1 S

i~CSR

IN HK

TEST PRINTER READY
WAIT FOR READY
SET XCSR TO PRINTER BUFFER
LOAD CHARAETER INTO !~~FER
REER5Aij~,~xy~T OF DL
5
SET XCSR TO NEU OLll PRINTER STATUS
GO TEST NEXT DLll READY FLAG
SET XCSR TO PRINTER BUFFER
00 NOT LOAD RUFFER
WANT INPUT CHECK?

f veTL,WAITF

BRANCH IF NOT
KEYBOARD CONTROL?

i~N~~S~TEMP

BRANCH IF NONE
SET ADR

2~XCSR

RO 60XjSR
fO NT
8S
l2,XCSR

~~~NO, #20

19¥

~~ONADD
6S

rfMp6TEMPCH
1776 0iTEMPCH
EMPCH, 3
21 ~
NO,#24

#33.,RO

~~h¥mC~EST?

i~~t l~p7&yc~~~~TrF NOT

MASK UNWANTED BITS
CHARACTER
CONTROL-C?
CONTI NUE IF NOT

mtlm

IF NOT
DELAY FOR HALF DUPLE~

gli~moR~WNnR~s~gL~~ M~1Hs~~CRO M11l0

lH~F
!I!IISS!lll
3~~

OO~

U5i56

~ 88

005650

ihl! mlil ~m~q
mlmm mm
OlD 2

173416

l~!n
UsW ~~g~~~ 173434
3 l
Ooh48

o~! 6; 173364

Bi~63
H
g~ n~~~~
324~
5 56 o 6 67

005264

m~p2

o8h8~ 000001 113436 225:
114660
23S:
~YPi
1 ~oS 000036
173516

o 0002

173416

000171

21$:

000021

mm
173316

JMP
CMP
BNE
BR
MOV
JMP

MaY
MaY

DELAY

MOV

000017

CMP
BNE

24$:
25$:

26$:

~~~~WR5~fMFtisgL~~ MPHs~~CRO MillO
32800

25-AUG-1P 10,13

m
BHE
MOV
CMP
BHE
MOV
RTI

PAGE 24-2

SEQ 0076

~~mTC~Tkh

E0248
~EMPCH' U 77

IRE TURN TO TEST
ICHECK IF RUB OUT
IBRANCH IF NO

,i:aTLSW
Rg 6-<S&)
It ., R

,CLEAR LOOP AND SEQUENCE PITS
l~~V~AA6 FOR NEXT TEST
,DELAY FOR HALF DUPLEX

m~~:lh

l~~~~~RiFR~EST 17

245

m~8Hi~r

25S

m&8~,~~PT
US

TEMPCH,RgPT

25-AUG-7B 10:13

PAGE 25

IBRANCH IF NOT TEST 17

!EA~~~ }~P¥1~¥D2iHARACTER

IBRANCH IF NOT TEST 21
I STORE INPUTTED CfURAC TER

~ijUi~~HI~FT~51 i~ST 22

ISTORE INPUTTED CHARACTER
IRETURN TO TEST

SEQ 0077

CZLACEO

LA36 TERM (DLII & KLII) MlCRO MillO

110 LOGIC TESTS

25-AUG-78 10:13
.SRITL

PACE 26

SEQ 0078

110 LOGIC TESTS

; **********
(ONLY THE CONSOLE TERMINAL IS TESTED.
iUPDN COMPLETION, THE CPU WILL EITHER HlLT IF
tR~6BE~~CUTk ~~~ ~~t~tEkU+~E¥51~5~~V~6ij~~~ OR CONTINUE
'IF AN 110 TEST rllLS THE CPU WILL HILT AT ERRILT
;~ITH THF. ADDRESS OF fHE ERROR IN RO ~Lac 777700). PRESSING

;~~~Ti~Hll~¥¥HS~A~C~E~~L~E~+?S~OQ~~E~ ~rT~~rTt~ 14

;WERE SET, OR IS SET REPORE THE CONTINUE SWITCH IS
!~~i'~il~?'F6U¥IlHIHrT§EST WILl LOOP ON ITSELF

~~;~:~~*;~;T
ti40--TESTS THE AgILITY 10 REFERENCE THE
I
RECEIVER STATUS WORD (rKS) WITHOUT TRAPPING.
; ~*********
ATO:
HOX:

m~H

172500

Hl
3$:

An:

~~~3~~

172446

;~;
3S:

;TEST NUMBER

i6~

; nEXT TEST
;ITERATION COUNT
; SCOPE ENTRY

miN
BR

;CHAIN TO NEXT TEST

is
MOY

;SET UP MACHINE ERROR TRAP
;REPERENCE RECEIVER STATUS WORD
;REPEAT TEST

ERROR

1~~~~h~~A~~iMH~ME,(H~~CING

13:

~ ~mAm~ COUNT

; TEST NUMBER

;SCOPE ENTRY

Mv
TST

#~hMACHER

imEg~N~~c~mIi~~O~u~m

SR
ERROR

;REPEAT TEST

;RECEIVER BUFFER (T~R)

CHAIN
BS

,CHAIN TO NEXT TEST
;TRAPPED WHEN REFERENCING

SEQ 0079

l~;;:~;~;;'#42--TESTS THE ABILITV TO REFERENCE THE

Il !8!I"" mha

; ••••• *.!~~NSMITTER STATUS WORD (TPS> WITHOUT TRAPPING.

ooooH

A12:

5f4

~ g8

58 0 005362

012767

i~~Zq~
~6~8 u~m
5376 o 01 4

005400
173222

172414

62U 885400
U
5402 a86m

nu
nnmm
74~8 88 3 g8U~?
H
mamm mm
~4 ~ ~

; TEST NU~RER

; NEXT TEST

mii~F~2MOUNT

MOV

:¥hMACHER

SA
ERROR
88

TST
CHAIN

;SET UP MACHINE ERROR TRAP

;REPERENCE TRANSMITTER STATUS
,CHIIN TO NEXT TEST
;REPEAT TEST
;TRAPPED WHEN REFERENCING
;TRANSMITTER STATUS WORD

~:;;::**;~~T #43--TESTS THE ABILITV TO REFERENCE THE

l.**** •• I~~NS~ITT~R BUFFER (TPS) WITHGUT
AT3,

8~ijm

l~'
3$:

000043

54 4

42
AT3

TEST NUMBER

to~

005432

173172

172362

Hi
3$:

MOV

n~~MACHEH

BR
ERROR

mIN
BR

TRAPpr~G.

mMiilli
COUNT
SCOPE ENTRY

SET UP ERROR TRAP

~~~i~E¥8ENt~~Nf~!rTER BUfFER
REPEAT TEST

+~tC~~~T~~~NBfi~~~~~NCING

CZLACEO LA36 TERM (OLll • KLl1) MACRO ~1110
110 LOGIC TESTS

25-AUG-78 10:13

PAGE 28

l .......

i~III
7 US436
544i
~g
m

TEST 344--1£515 THE ABILITV TO SET AND CLEAR THE
~~~EI ER INTERRUPT ENABLE BIT.

l~·
~nv~
IW!tsplSPl
g2 mS
m
i
,;TKS
II!!!!
888m mm
mOR
88f
II liil wh
04ri &88188 mm
Jm ~jim 8m
m
tUm

,hor"

U4:

12 46

000340

AT5

005460

MOV

2S:

91 0 0 55

3$:

I!ijl! lili

BIT6

BIT

BR
BIC
BIT
BEQ
ERROR
CHUN
SR

~IT6,

TKS

IBITg'~+KS
~IT ,~ KS

IrEST NUMBER
;NEXT TEST
m5Wi~MOUNT
;SET PRIORITY 7
;SET INTERRUPT ENABLE BIT
;CHECK IF BIT IS SET

~ 2§~ N~~T IF EnOR
;CHAIN T6 NEXT TEST

i~h~~~ l~fijr'Ut! ~~~!~~OBIT

,BRUCH IF CLEARED
/NOT CL'AREO~ ERROR

t5~A~bOA~~r~ TEST

i:;;::";~;T 145--CHECKS THAT THE RECEIVER INTERRUPT
;~******~~~8L

li!n illm sum

irs:

mm
ll~! hlili ~nH~
IiI0U8 Tm ~~~n7 mm
m un ~nm
m8S
~ 5564

SEQ OORO

;. ********I'f*

;U4--

000100

n~
~6v

MOY

113D34

15:
3S:

173016

go~m a8m~

1$:

RT!
BIS
TS18
SEQ
RESET
BIT
BEQ
ERROR

CHUN
SR

BrT CAN BE CLEARED WIT" RESET INSTRUCTIOlfo

.a;!l§ppP)

BIT6
TPS ,@TKS
S

~~IT6,@T~S

¥~H¥ER
; ITERATI~H COUNT
l~~~P~R'~~~ty TO 7
;SET INTERRUPT ENABLE BIT
;BE SURE PRINTER IS OgNE WITH D~l1S1 MESSAGE
,BEFORE ALLOWING FOLL WING RESE •
; AE SET
;TEST INTERRUPT ENABLE BIT
~~mEHsl~ mACEO
;CHAIN TO ~EXT ROUTINE
;RIlPEAT TEST

SEQ 0081

ml~

,**********

i~T6-- ~~~~!~~TTl~SI~Tl~~u~¥I~~I~LlOR~~~ AND CLEAR
)****"*****
lT6:
46
;TEST HUM8ER

130 0

m8
fUI~ 8°~gOS Wg~i
H 81~~b 3~:~
mm
002
38 0 0r624
888m
005604

0000 46

T #a;!l§ppP)

H v
MOV
RTI
BIS
BIT
BNE

;N~XT

nSf

mliWmRi OUNT
;SET PRIORITY TO 1

mm IS'
1~~~c~Nt~~¥U&ITE~~8~~TBIT
U3U~ ~m mm
Ig~II~EI5 ~i~~RTEST
Btn 8~UU
i~IT6'ITPS
888m
IHr
148 US~64
Ms
1~~IlijL¥~Rij~~TE~~~~
t~6 ~ sm ol~lm
' ********'**
I~flRB~~T-~~ffitETMfTASI~~T~E~~TC~~~~R3g~~5~~TTER
m
Ii!
An,
mg °85614
145

0 5656

172740

172732

2$:

3$:

0155

#8ITg'~TP~
nIT , TP

ERROR
OR

BIC
BIT
BEQ
ERROR

CHAIN
BR

;BRANCH IF SET

BIT6, TPS
3S

; LEAR NTE RUPT ENABLE BIT
;CHECK IF BIT IS CLEARED
;BRANCH IF CLEARED

;00 AGAIN

#PRTY7,-(SP)

TEST NUMRER
NEXT TEST
ITERATION COUNT
SCOPE ENTRY
SET PRIORITY TO 7

\AT7-J**********

000347

mnmm mm
tHi~ gOiH~
8~5~}4 um!
m
nUh
tU88mm
157 0 0 5676

OOH3~

16900 005742

47
ATlO

005744

l~·V

000340

005716

OOOl?O
000100

MOY

172672

lSI

172662

2 \:

RTI
BIS
RESET
BIT
REQ

em~

U$,-CSP)

~~IT6'@TPS

SET INTERRUPT BIT
RESET
CHECK IF BIT IS CLEARED
BRANCH IF CLEARED

REPEAT TEST

#BIT6,@TPS

~~~~§'T§EN~iTD~Bu¥~9ECLEAR BIT

SEQ 0082

mw mm

m!~ !i~\l
mm Iml

001000

112732

172624

Ilulll
qlj
I '1'1 .,\, mm

000226

H4 I HI

BUm mu

SEQ 0083

;**********

JAT12-- TEST ,52--CHECKS THAT THE TRANSMIT READY 81T CAN
i**.***.~tVSE AN INTERRUPT
lT12:

lTEST NOM8ER
,rmAlm COUNT

liPCRY

lS:

172532

006074
000100

m
,,~y

172514

2S:
lS:
4$:

UI~

~Kb~
8R

&~PSP2

!m)
'2$,-(SP)

1~~~P6pE¥lllsMITTER INTERRUPT VECTOR
!IRE4~H1INY COMMENT
JOIS18LE TRANSMIT INTERRUPT
,SET PRIORITY TO ZERO

,8IT6,@TPS

IENA8LE TRANSMIT INTERRUPT

itfttrRMJ~ =I~¥YT~I¥ NOT CAUSE INTERRUPT
IREPElT TEST
J~"rf§R¥GTN~itU'~§¥, CLEAN STACK

._*********
JAT13-- TFST'53--TESTS THAT THE TRANS~IT READY DOES NOT CAUSE AN
J
INTERRUPT WREN THE PROCESSOR IS AT THE SAME LEVEL

;***"*******

AT13:

!ftl!AJf3!E~oUNT

ii!4
lipCHV

172472
006144

mm
172432

lSI
172440

2S:

a~y

MOV

TPLYL (SP)
#2$,-fsp)

=~~
CLR
IiUUN

tlTPS
1$

RTI
CLR

POPSP2
ERROR
SR

;~i~P6pE'J~lsMIT INTERRUPT
J,.~~~T~~o~Rs~~R TO SAME LEVEL AS XMITTER

l'ml~ 8~n88

SEQ 00 B4

; *_)lr1r*****.

;AT14--

~
Rg~m

AT14:

gPiu
IIII!
ill!!!
Fg 18 i3h ~~~ 4~ g8gm
6 ~O

1$:

hm~ 000100 172354 2S:
0 6r2

2HI8 sum H~rH
A

b8mm

THE TRlNSMIT READY ODES CAUSE AN

~=lEL§~~~ ~~f= t~~ ~~~~~~~~RI~~EA~u~TP~~gHI~t ~~~~t

; TE ST NUMBER
;~EU TEST
HTERATION COUNT
,SCOPE ENTRY
,SET lIP iRANSMIT INTERRUPT

IA6 15
.

~lPCHV

1~2m

HmUiU mu~
7l

TEST~54--TESTS THAT

;**********

C R
MOV
SUB
MOV
RTI

3~~

ERROR
BR

172340

o4fo5
54

SP2
!;el:
CHAIN
OR

,TPS
PLVL§-r p )
m~~C~ )

m~Ig~E ~RUSMIT INTERRUPTS

;SET PROCESSOR PRIORITV ONE
;LEVEL LOWER THAN TRANS~ITTER

#BIT6,@TPS

;ENABLE TRANSMITTER INTERRUPTS

~~AI:T¥~R~~if ~~~~R
brtl~~~p;R~i~Uf'¥~RO~'T~&~&~T~TACK

nps
IS

CHAIR 0 NEXT TEST
REPEAT TEST

SEQ 00B5 •
NOT
HAS

IS:

~j~~l

172314
006312
000100

#h,-CSPI

112276

172266
006354
006350

172264

2$:

#BIT6,@TPS

3$:

@TPS

4S:

~~S,@TPYTR

;ENABLE

TRANS~ITTER

INTERRUPTS

~~$,@SP

55:

6$:

,CHAIN TO NEXT TEST
;ERROR2 L TRANS~ITTER REINTERRUPTEO
;APTER RTI ~ITH REAOY BIT LEFT ON.
;CLHN SUCK, CHATN to NEXT TEST.

$:;:~::;~;;.56--CHECKS THAT RESET CLEARS THE RECEIYER DONE BIT
; **********

AT16:
001000

172314

1$:

00'126

56
ATl7
lQ.
UT
BNE

MOY

2$:
172172
3$:

m:~

RESET
TSTB
BPL
ERROR
CHAIN
SR

!LSI11,@SR

TEST NOMeER
HEn TEST
ItERATION COUNT
SCOPE ENTRY
SKIP TEST IF LSI-11

~~KS

RESET
TEST DONE BIT
qUNCH IF DONE IS CLEARED

~h6,RO

~~mEl~MmR

~~II5L'AR~~iTE~~g~
REPEAT TEST

•
CZ~ACEO

LA36

~OGIC

ItO

TER~

TE STS

m
In ~

(OLII & K~11) MACRO M1110
~

000057

il~
g ~1~450
46
6~~~

ATl7:

mm mm

000226

25:

pun
III !8'I!!!! O~O760
ms

SEQ 0006

*******1r1r* .. '

06432 006500
6 ao 806430
OOO~lq
&
~~gm
n~
m~ 001000 172246 IS:
343 o 0 ~446

5
5

PAGE 34

THAT REfERENCING THE RECEIVER BUffER
AT17 -- et~It~7THfH5g~~ HIT.
i;"11:*"********

25-AUG-1R 10:13

0 647
6474
6476

i i!

363 0 0 65yg
364 0 006512

&~n~i
~ 40L

006564

Hmmm him
°F7

ml~wm
m
mg g~6~~~
80~240

005~ 46

mun~m

379
6566
38000 006570

B T

8NE
MOV

m~~

TST8
T5TB
8PL
ERROR
CHHN
8R

I
CAUS
i If**** ..... *

mumm smH

376 0 006560

Ii·

;TEST NUMBER
;NEXT TEST
;ITERATION COUNT
fLSIll,~SR

#~26,RO

!f.fi~t* ~~~RlsI_ll

;SKIP TEST If SET

lm~lEl~M~~~R

QHS
3$

~TK8

IREFERENCE RF.CEtvER BUFFER
;TEST DONE RIT
IBRANCH IV NOT SET

I REPEAT TEST

19~~iN8J6 ~~x~Etfs~RROR

~~;i~::*;~;T~60--CHECK THAT THE RECEIVER DONE HIT IS ABLE TO

35500

~r
w~o~
J6~ 8
0
~~g4

57
AT20

AT20:

AN INTERRUPT.

;TEST NUHBER
,NHT TEST
I ITERATIO" COUNT

60
AT21

i~·

S~~~P&pE~l~lIVER INTERRUPT

STRDRY

001000

172172

IS,

000226
172052

25:

006550
000100

172034

35:

104001

000751

ill

~~SI11'~SR
~

HOV
DELAY
AREAD
CLR
CLR
MOY
RTI

@TKS
-(SP)

j/RIT6,@TKS

;ENABLE RECEIVER INTERRUPT

ERROR
BR
POPSP2

l8~AI~Ll~NN~~lc;EST
ICHiIH TO NEXT TEST

~~~

CHAIN
BR

26, RO

;VECTOR TO 4~
I~HgC~ ~OR L 1-11
; KIP T ST IF SET

~35,-(SP)

;SET PROCESS STATUS TO ZERO

IERROR,RECEIVER FAILED TO INTERRUPT
I REPEA T TEST

25-AUG-7R 10:13

; OELAY 150 MSEC

H;m~teR~mmR INTERRUPTS

PAGE 35
SEQ 0087

A721 :

61
tE2

,TEST NOMBER

HmAm~ COONT

,SCOPE ENTRY
ISET RECEIVER VECTOR TO 5$

!hDRV
001000

172100

IS:

000226

MOY
DELAY

171760
171766
006644
000100
171732

kit
BNE

2$:

~~~AD

MOV

~OV

171740

35:
4$ :

5S:

RTI
BIS
HOP
CLR
CHAIN

j/LSJll,~SR

U26,HO
~TKS

KLVLCISP)
~3$,- SP)

WkAYEl~~c~Si~R

;D~SAhE PEC~IYER INTERRUPTS
,SET PROCESSOR PRIORITY TO SAME LEVEL AS RECEIVER

#BIT6,@TKS

;ENABLE RECEIVER INTERRUPTS

~TKS

;OK, NO INTERRUPT OCCURRED
l~M~TTMPT TEST
IERROR, RECEIVER INTERRUPTED, CLEAN STACK
,ORANCH 45

POPSP2
ERROR

;CHECK FOR LSI-II
;SKIP TEST IF SET

SEQ 0088

}l!i~
tt~ 3
!~i~~ ~~i~~! ~~~~~g
in 88 ~iim
mm
~~06 g3r~

:r RI'l!1 '!
0

::;;;::*;;;r.62--T£STS THAT rHE RECEIVER DONE DOES CAUSE AN
;
INTERRUPT WH~N THE PROCESSOR IS AT A PRIORITY ONE
kr-~ij~s~o~EUEL HAN THE RECEIVER"S INTERRUPT
;******111***

~IRDRV

001000

172000

1!3 ..,,"
ill4~ !IligHl l 11!.l
8 ~ mm

1 S:

2S:

744

fLSIll,BSR
h6,RO

AHEAD
CLR
MoV
MOY
RTI

,TKS
~LVLr~SP)
S )

3S:

NOP
ERROR

~~PSP2

171616

CZLACEO LA36 TERM (OLll & KLll) "ACRO M1110
110 LOGIC TESTS

;CHEC~

8 T
SNE
MOV

DELAY

in 8B~m A~~~ 888m mm

j!lI! Illll!
1!1I11
It
6}i~ ~&~7~j

¥n¥ER
;ITERATloN COUNT
,SCOPE ENTRY
ii~~T~~C'~V~R INTERRUPT
FOR
lS~IP TEST
F S T

10.

•I

~h3

H22:

etR
CHAIN
BR

imAlEl~MmR

.3$,-

,DISAQLE RElDER INTERRUPTS
;SET PROCESSOR PRIORITY ONE LEVEL

!k~~~rET~A¥EH~ft~~~

Uh~~~m

,FAILED TO INTERRIIPT
,CHAIN TO NEXT TEST
• OK CLEAN STlC~
;DI~A8LE RECEIV¥R INTERRUPTS
'CHAIN TO NEXT EST
;REPEAT TEST

5$
8TKS
1S

25-AUG-7B 10:13

~~I11!

PAGE 37
SEQ 00R9

. * .. ********

T~ST¥~3--CHECKS ~HAT THE RECEIVER DONE ODES NOT

AT23:

1S:

1S
BIT
BNE
MaY

~I~MISRE~~t ~~t~
,**11:*******

l!!1!

iii~53 ~ u~n~g 3ST
mH
g t 13 m~i
mumm m!H
um ~~~~U Sr00~240~~ mm
m 88
mm
0 0ji 02

m~8

001000

456 0 0 702

463~8 0 1 46

464

/&T23--

01'050

461 0 0 7060

.mnmm

171676

25:

000226

104001

oglr~
H6

171534

171544
3S:

mlSa 171530 4S:
000002
5S:
6S:
o&~8m
26~6
UHS
nn~~
m 8 gm18 A 3~6A

to~4

m16
STRORV
UR
815
NOP
ERROR
eLR
RESET
CHAIN
~R

MOV
MOV
RTI

=gP

POPSP2
ERROR
SR

!LSIll,~SR

#h6,RO

mkms
@TKS

1~~'3TKVTR
!l , SP

RTI INSTRUC'ION WHEN 0010/£
;TEST NUMBER
;NEXT TEST
;ITERATTON COUNT
, SCOPE E NTRV

I~Ui~KT~~¥ ~~IS~~

mHlE l~~C~WR
;SET RECEIVER YNTERRUPT
;VECTOR TO 4~
;DTSABLE RE~ IVER INTERRUPTS
;ENABLE REC IVER INTERRUPT

;

INO INTERRUPT

ERROR

IRlg~;LiF~!~ElI~¥ IUi~~~H~JS

;CHAIN TO NEXT TEST
; REPEAT TEST

mlmUtlf ~~6RC~AN~~ VECTOR TO 6S
;RETURN

l~~~o=~ ~gg~~~g=~t INTERRUPT
INTERRUPT

/CHAIN TO NEXT TEST

•

CZLACEO LA36 TER~ (OL1! & KLl1)
110 LOGIC TESTS

M~CRO

4nl~
tlL

AT24:

48~gg °87116 oooDA~

li!~~ g8ti~~ g~li~6

mimm mm

m
mm
h 56 014401
497 0
il7142

71~~

012100

001000
171454
08°608
0 003

171564

171542

mn ~~~m mm ~;~:~~
50500 007204

1$:

2$:

3$:

t04001

4$:
5$ :

CZLACEO LA36 TER~ (OL11 , KL11) MACRO M1110
ItO LOGIC TESTS

SEQ 0090

; TE Sf NUMBER
;NEn TEST

HTERATTON COllNT

m
ERROR

MOV
MOV
TYPE
OPMSG
DELAY
R
DEC

DR
ERROR
CHAIN
BR

g~SI11, ~SR
~TKS

m~~~~R
~~KS

a~OO,RO

~ l~

Tm\m

1007262

~mI8
Ii'!
Ilml mm
m8mm
8
529 0 0 7268
007266

AT25:

°r~70

A 5777

UT6

S**********

000065

104001

000755

111464

1 s:
2S:
3S'

000100

171336

6$,

HAS RUN OUT •••

PAGE 39

WHEN

THAT RECEIVER DONE CAUSES AM INTERRUPT
BIT 6 (INTERRUPT ENABLE) IS SET.

65
AT26

001000
171354

'TI~E

s~~~mftEl'MEC

SEQ 0091

;AT25--TEST~65--CHECK

007212

,SHOULD BE CLEAR
;RECEIVER STATUS NOT =0
;~,~ ij~CFB~Lt~ SEC WAIT
;MESSAGE TO TYPE A CHARACTER
1lf2 SECOND

;NO RECETVER DONE, OR
;OPERATnR DID NOT RF.SPOND
;r.HliN TO NEXT TEST

25-AQG-78 10:13

S~~~~ET~~iRtF NOT AN LSI-1t

mfC~ ~m ~Mp

CNTR

;**"'*******

Ws
~1~ 8 8~HU 8 ~2g~
it~ 8 hHU
shU
m

tiT
~EQ

Qa~

~~t~~ g8~~~8 b8a~~~

64
AT25

i33 8 88~tl~ IBS1~~ 171424

S ~

PAGE 38

,*'*****'****

388 88ill~ 88~~6~

494

25-AUG-78 10:13

, **********
;AT24--TESU64--HAVE OPERUOR TYPE A
;
KRYBOARD, THEN CHf,CK ~M~R~~~~VV~~ 6M~E.
S
ALLOW 12 SECONDS FOR OPERATOR RESPONSE.

483 0

M1110

~iT
BQ
TSTR
RNE
ERROR
STRORV
5$

R~~

NOP
ERROR
POPSP2
CHAIN
BR

lLSlll,~SR

~tKS

;TEST NU~RER
;NEXT TEST
I fTERATION COUNT
,SCOPF. ENTRY
;SKIP TgST IF NOT AN LSI-ll
;OONE SHOULD BE SET

S~~tE~~~~I~~~EIU~~R~~~T
tRIT6,@TKS

/VECTOR TO 5$
;ENABLE INTERRUPT

;RECEIVER DID NOT INTERRUPT
;CLEAN QP THE STACK
ICHAIN TO NEXT TEST
1$

SEQ 0092

m8S
SnOG

I' *******'It**
AT26--TEST#66--CHECK THAT READING TKB CLEARS DONE BIT
;
AND THAT DON~ CLEARED DOES NOT CAUSE AN INTERRUPT

um 272 mm

,**********
Ar26:

007270

mS mm

54~rg°r
~t
~

001000

ml! Till mill mm
mi!8! Jill
m
U 1 d'j1

T
m

171406

171276

15'
2S:

171370

3S:

0
553 0 8073H

t j~h
m~ ~~ m'IJ1~
~ o4~O~
nf~~3 8apm
g ms ~~2~

m 88t
0

171232

4S:
171242
5$:
65:

000 71

i7bAt5gI~Af~st~P~ (OL11

56500

000100

& KL11) MACRO MIllO

ITEST NUM8ER
lLAST TEST

-1

8NE
ERROR
MOV
TSTB
RPL
ERROR
STRnRV

a~s

CLR
CHAIN

~~ROR

POPSP2
RR

m5W~2MOUNT
~LSIll,~SR

ISKIP TEST IF NOT AN LSI-ll

d~s

I ~AKE SURE DONE I S STILL SET

fKB,CNTR
TKS

,CHECK THE DONE 8IT

mHImAD~fiM~T

SET

SR~ADING DATA BUFFER DID NOT CLEAR DONE

ISET RECEIVER INTERRUPT

.8IT6,@TKS

~~~ilr~ I~T~&RUPT

~TKS

10K- CLEAN UP
IEHT TESTS

IDLV INTERRUPTED WITH DONE CLEAR
ICLEAN UP THE STACK

lun TESTS

25-AUG-7~ 10:13

PAGE

SEQ 0093

25-AUG-7B 10.13

PAGE 42

SEQ 0094

.SBTTL LA36 PRINTER TESTS
!THE LA36 PRINTER TESTS WILL BE EXECUTED IN A
lCONTINOUS LOOP OUTPUTTING TO ALL MULTIPLE DLl1"S

;'iTS~ r~T5~TI¥OsfTAtnsfi~~ ~~ ¥~~~T~~~ iIM~iEcb~ED

; mI~~DmL~I~~~EOPRT~~NmmL~ELg~m' O~RPRINTER
;TES~S. REFERENCE INTRUCTIONS IN ~HE INTRODUCTION
;FOR PROPER HOOE OF OPERATION.

~XXXXXXXXXx

!~PTO

DATA PATH TEST---FOUR LINES OF ALTERNATING

~i~T~~D ;g~ ~~~T~~~N~~r( ~~~EIg I~EFgl~tl~S~APER

*U*U*U*U*U*O

;

U*U*U*U*U*U*

;

2~~~~~~~~~V~

SXXXXXXXXXx
hOI

mm
171230

25:
3$:

CZLACEO L 436 TERM (OLll & KLll) MACRO MUI0
LA36 PRINTER TESTS

:~18
~d

5~OO sr446

~OODOg

55 0 0 7454

012101

8lH

012702

888ug

0p7&4
1 0300

388m

lUI
000140
~~
~ 0g8i46~
58
71~o
004 &7 000042
~r472 m~ q
58
0
~m
63

001510

%~~3
g~m~
66 0 0 7516

U~8
69
8T~~o
h l

m%86

001375

~2H~~
n~8
t!40
~m
~~ g ~ H:4
ma Rams 88m~
o g 7534

13 0

753S

PTl
PRTHDR
TYPEM
HDRO
MOY
MOV
MOY
MOV
PRINTC
SWAB
DEC
RNE
SWAB
CRLF
DEC
BNE
CHAIN
BR

f'U'~P3

il3' ~G

III6TH,Rl

35
R3
R2
2S

S~~~DL'i~iiLtoUMT
;"lNISH TEST

mh~~N~fs~XIT

25-AUG-78 10:13

;TEST NUMBER
IURxT TEST
SPRINT COLUMN # MESG
ISET FIRST CHAR PAIR
I SET LJ NE coun
;SET CHAR PAIR
;SET COLUMN COUNT
;PRINT CHAR
ISET NEXT CHAR
;OEC COLUI!N COUNT
l;~~I~~x~IflNE START CHAR

PAGE 43

SEQ 0095

; xxx xxx xx xx

:~ 0

5
4015

ms 8~m8 mm

1800 001552

012700

o 0 7564
A200 001566

000207

000200
000003
000040
000040

;PTl -- PRINTER CHARACTER TEST --- PRINTS ALL PRINTABLE CHARACTERS
l xxxxxxxxxx
PTl:
1
ITEST NUMBER
INErt TEST
mHDR
1$:
MOV
SHCE TO Rl
Rl
MOV
MOV
~
~~
MOV8
25:
CHAR TO RO
JSR
SEND TWO SPACES
&~~~~SP
MOVB
NElT CUR TO RO
JSP
PC~ SPSP
SEND TWO SPACES
MOV
#3, R4
PRINT COUNT TO R4
~OVB
R3,RO
TijIRO CHAR TO RO
3$.
NTC R4
~~m mE~H~R
RHE
3$
PH AHCH IF NOT
CARRIAGE RET"RN LINE FEED
~~H
NEXT CHARACTERS
ml!,(R21.
TSTH
CMP
CHEC~ If ALL DONE
200
BLO
BRANCH IF NOT
CHAIN
EXIT TO NE~T TEST
BR
REPEAT TEST
SPSP:
HOV
H,R4
PRINT COUNT TO R4
PRINTC
1$:
PRINT CHAR

roP~6~~

SP2:
SPC,

m
MOY

PRINTC
MoV
PRINTC
RTS

#40, RO
#40, RO
PC

m~t;RTW~~T

SPACE TO RO
~mEAT~p~8E
SEND ANOTHER
RE TURN

SEQ 0096

,uxxxxxxxx

hT2 -- PRINTS
NON-PRINTtNG CHARACTER TEST. TfllS TEST
THE OCTAL CODE FOLLOWED 8Y THE

:
I

~NEMONIC

2tE~~bl~06NTk~I~~I:¥E~Ht~A6~ie~N 8~O~ij~W~~~_~Ai~TING

CODE (00 THROUGH 037 PLUS 177!
AL~ CONTROL CHARA~T~RS ~1~chu06~g TH2¥E FOR OPT~yN5
E Eq aTE
UME
FOR A LI
, THOSE

'ls~ES~ S~IPPED,

;

; xxxxxxxxxx
h2:
1 S:

2
PT3
PRTHDR
MOV
MOV

C~PB
~EQ

Move

PRIHTC
DEC
SHE

MOV8

5$ :

MOV
PRINTC

m
DEC
8ED

mUTC

6S:

1$:

060

m
m

IDEZ:

066

Et~tC~2Iij~~~ f~~~S(DL11
13000

mm m m
mm m m
m
US
mm ~n m n
mm
mm m
mm8 H m m m
007772

13100

010011

062

103

g~
~64

040

010102

13400

"IT'
mn m
mm
r
8t

88 %g
13300 010 66

060
040
040

66o
22

g1H

8 °iH
01&132

13500 o
O}O0r5
37
18 :~
13600
14 7

ogl&

8 om

13100 010157
13800 010162

g~8

~ 40
~i

114

mh
BR

• ASCIl

1000

NULOO 1

SOHOO 2

STX I

.ASCII

1006

ACK020

DLE021

DC11

;CHAIN TO NEXT TEST

25-AUG-7B 10:13

PAGE 44-1
SEQ 0097

• Asell

1022

OC2023

OC3024

OC41

• ASCII

1025

HAK026

SVN027

ETRI

• ! scn

1030

nN031

E ~ 032

SUBI

• ASCII

1034

FS 035

GS 036

RS I

• Ascn

1037

us 177

DEL I

131

Tr m
~n r m
o
&
47
oi8 52

;GO DO NEXT LINE

g03

123

13200

IBRANCH TO CONTINUE LINE

114

& KLUl MACRO M1110

R~~
10

PC,SP2

mm
mm
104

BR
CRLF

i~6$

063
040
6

060

06i

063

06~
04

064
106

107
06&
H3

g~8
04

H
8~

~~J
40

67
AD404

~ 40
15

~a~

m
123

~67

8~&

105

mm m
mm m
m
037

177

NPCOOE: • BVTE

0,2,6,20,21,22,23,24

• UVTE

25,25,27,30,31,32,34,35

.BYTE

36.37,177,55

• EYEN

CZUCEO LA36 TEP" (OLll & KLll' MACRO MIllO
LA36 PRINTER TESTS

W88

,$
,,
!,

tins

0102Q2

010260

3
PT4
PRTHDR
CLR
HOY
MOV
PRIUTC
DEC
SEQ
JSN
DEC
BNE
CR
MOV

!S:

000117

2S:

104022
01f67

171340

3rT
l~' 8 H 3 a~ m mm
t~ °lo2~a
t7~~5 88 88l8~50
8 ~2 nm~
nmmm mm
0

IS PRINTED AND THEN RnURNED TO THE MARGIN. THIS
~~~FmNu~mEA~L SPACES oETWmI

'oO

ummm mm

16T

~~hg~~G~II~ ~p~t~5ET8E~A~A~I~~TEaE2NK §~i~E;H~N X

mcmoH

PT3:

mm mm
imumm
1fO~8 018
8lT~
1 °r
~ un
000001

170440

0053°1

3S:

062767

000002
170402

110406
110356

RI
3S
n'sPC
~l~SPCNT

pU~~RI

MOV
PRINTC
CR
ADD

U30,RO

LF
CRAIN
BR

13m

mi~~~'

CZLACEO LA36 TERM (OLll & KLll, MACRO MillO
LA36 PRINTER TESTS

,TEST NUMBER
,NUT TEST
ITYPE HEADER

SPCNT

DEC

~NE

000130

ummm mm

~2,SPCNT

S~5~t~I5tAg~u*~~~T~~ N1
;"0" TO RO

l&~e~~M~U~ ~8;ITION COUNTER

,BRANCH IF 0
ISEND SPACE
IDEiReMENT POSIT~ON COUNTER
IBR N H IF NOT Z RO
,SEND A CR
ISPACE f COUNTER SET TO 1
~~~NDOSP~t~CES TO Rl
;DECREMENT SPACE COUNTER
I~RANCH IF NOT ZERO
I"X" INTO RO

;~~fnt ~~n

IINCREMENT SPACE COUNT BY 2

~~CNT,WIDTR

sGR~t~CEI;OEb~J.~N COUNTER WITR CaLM. COUNT

,SEND LF
;CHAIN TO NEXT TEST
;REPEAT TEST

25-AUG-?8 10:13

PAGE 46

SEQ 0099

; XXXXXXXXXX

~PT4 -- MULTIPLE LINE FEED TEST -- 63 LINE FiEDS ARE
~E~b~=~~HI~ ~~ri~~~C~R~~~EI~blt~iE~TTij~ A~~R~~DOF LINE

mr
13d

88 0

tU~i mm
i94 0 010310

PH:

104016

mm mm

UMUm JUU
T30~
~P18 8tm~ pu
mm
2 4 0 0 035
2 500 &l0360
~8680
0362
7 0 010364
1 8166
010

2167
001406

mm
Wrg8 8 H IBm

~ti~~ mm ~~UU
~t~~g g
18~ll
m88 8 ii1~~5
00757

110366

!S:

w
170326

4S:

REF:

1 40 5

mnmm
PU 3g
m~8mm mh

000137

m&mm
A86m
mgg
8g~
mm W
mm fi~ m
010444

g~g

PT5
PRTROR
MOV

MOY

~ov

o 07~6

04
08b

FEEDS TRAT WILL BE ISSUED BEFORE THE NEXT
NIIMBER OR REFERENCE LINE IS PRINTED.

hxuxxxxxx

8~m~

m~8mm
197 0 010324 812102

2 8

SEQ 0098

1
/xxxxxxxxxx

mU8t8H: mm

14 0

PACE 45

CARRIAGE RETURN TEST
THE LINE CONSISTS OF A STRING OF 0'5 AND
X·S. FIRST, THE 0'5 ARE PRINTED OUT TO THE LAST

PT3

lm~

25-AUG-78 10:13

1 XXX XXX XX XX

IS:

1b,+,RO

Move

H2,+,RO

PRINTC
MOVR
PRINTC
TST
MOV
PRINTC
DEC
BHf,

CR
RTS
060
064
061
062

L INE3:

Chl:l;CH

~LINd,R2

JSR
HOV
LF
DEC
SHE
ASL
CMP
SEQ
MOVB
PRINTC
MOVo
PRINTC
CP
OR
MOV
JSR
LF
CHAIN

• ASCII

LftC¥~R1

LFeNT
"8IT6,LFCNT
(P2'+,RO
2S

~l:~EMfRl

(R2'+,RO
im!RO

n
PC
/01020408163200/

TEST NUMBER
NEXT TEST
TYPE HEADER

~b~~MtE~Bu~~U~6 ~~ 1

ADDR OP NUMBER FIELD TO R2

r~~~TF~~~E~~n~¥ ¥~N~l

SEND LV
OECREMENT COUNTER
BRANCH IF NOT VET 0

¥~~¥L~FL~~~N~El~ j~UNT

BRANCH IF =32, END
NU~RER TO RO
PRINT IT
NUMBER TO RO
PRINT IT
PRINT eR
DRIVE THE LINEFEEDS
COLUMN COUNT TO Rl
SEND END REFERENCE LI HE
lDVANCE PAPER

mmw~o

PRINT IT
NUM8ER TO RO
PRINT IT
DEr.REASE COUNTER BY 2
mnT(i~ TO RO
DECREMENT COLU~N COUNTER
RRANr.H IF NO ZERO
PR TNT CR
RETURN

CZUCEO U36 TERM (Dll! & Klll J MACRO

LA36 PRINTER TESTS

23100

m~~8
m

010462

240 0 010414

0 0 51
0 010514

PT5:

000005

005741

Wig
mm w~~g
~ 8 8t~~g~
4~

7 ~~o~

olm
3138 mm Bmal
250 0 010530

110156
000060

mHDR
MaY
TST
MOV
PR INrc

15:

m
MOV

000062
17" 126
003410

PR INTC
PRINTC
~MP
EQ
MOY
DELAV
BR
MOV
MOV
PR INTC
DEC
BNE
CRLF
MOY

000204

3$:

4S:
5~:

5~0

~OV

6$:

PPINTC
LF
DEC
8NE
CR
JSR

000022
001750

000006

13
214 o 010630

mu~

o 010650

280
281

o 010654

2A4

010~~4

0167r

02°~F

Uhd
m smm
o

170016
000061

PT5AL:

IS:

mn
mn
~~~~& 8i8 8
66
61

296 0

000060

000207

25:

OOOOO~

011054

010740

161116

012100

13 5
104J12

mm
811m °mog

~r 0 011010

~05~~1
8Hr~
3 ~8 0 011
~O £81
65

F9 0 011 22 104040 ~ 24

m °W
8 ~2~
o
lrSu 8 l~ mm
24
.3T
g
333 0 Dll 54
4O
0U8

BLOS
MaY
BR
RTS

~l
#62,RO
~IDTH'#l32.
# 410,RO

i~6
1 6,ROPI
~\
m:~~gl

n
PC,PT5AL
u 750,RO
PC,PT5AL

~ioTH6R1
361,R
R1

iij~~C~nEItO~gMr3~oUNT
IDELAV 1.B SEC
,3'S TO RO
,64 TO COUNTER

sll~~M~WgFr~T

IBRANCH IF NOT ZERO
1~~~DcAL~~,~FTO R1
,RACKSLASH TO RO
;SEND IT
'PRINT LF
,OECREMENT COUNTER
s~~A~r.~RIF NOT ZERO.
,SEND REF LINE ¥1

m~RvA1 C~f&F

ISEND A SECOND REF. LINE
,SEND A CR LF
S~~~~:TT~E~'XT TEST
'C~LUMN COUNT TO Rl
';R"N TO R8°
lOE~RIMENT COUNTER

mmUEW~HARACTER
)COMP CHAR TO "9"

RO,#11

r~o, RO

,RRANCH IF LOWER OR SAME
,RESET CHAR TO "0"
;CONTINUE
;FINISHED, RETURN TO CALLER

25-AUG-7B 10:13

,SEND A SECOND TWO

PAGE 48

¥~t~HL~~rRIMAt~~a ~&lLO~E6H~yGt~ Nsi~~U~CoW~E~~RENCE

PT6:

6
Pr1
PRTHDR

m8g mm mm

IS:
25:

000204

003410

jiii88 gUH~76~ UH~t 888m
HMmm
~m8mm mm 68zm

IT8

PRINTC
DEC
REQ
INC

;~H!ao

ITEST NUHRER
!NEXl m~ER
S~~rUMN COUNT TO HI
,DECREASE 8V 2
,'0' TO RO
I SE NO 0
lOECREMENT COLUMN COUNTER
lORANCH IF NOT ZERO
ISENO A 2

Sxxxxxxx~I~ES AS PRINTED IN TEST PTS.

18:m

~ov

WIDTH,RI

SEQ 0101

ni dm
mm
itb'i~8 mm mm
3 7

SEa 0100

Ix,uxnxxx
;P 6-- BACKSPA~E !EST -- A REFERENCE LINE SUCH AS ~N
I
TEST PT I PRINTE. THE SECOND LINE CONSI TS
;
OF PRINTING A RACKSLASH, 9ACKSPliE UO FORWARD

m~gmm
30000 010100 016701 167746
000060
04
lma~
053h
~~4 88
8 t
3g~ig 81 0 m
000062
387 0 018124 ~Bm
8lm~

OELAY
JSR
CRLF
CHAIN
BP
MOV

C~P

000011

Ef~~c~gIb~~~ f~~~S(DL11 , KLl1 J MACRO Mll10

PAGE 47

1 S:

m8g H~m~44 Illili mm
Ug 8tim ~ tnt
""~~g !II8 ~~6~'" nun mm
m8mm mm
msmm
mm
mm
ma
88i
jn 888m mm
m
Am ~
m8g nm~ m18Z
r4

2S-AUG-7B 10:13

;XXXXXXXXXX
THE LINE FEED
lPT5-- ~1~rkrL~~~EF~5~OAltStOLUMN§~STS
I XXXXXXXXXX

mlSmm mm

~11l0

000010
000051

171576
001150
171562

35:
4S:
5S:

6S:

;TEST NUM9ER
;HEU TEST
,PRINT HEADER
,PRINT COLU~N • MESG

A6&~M
~OV

TST
~OY
PRINTC
DEC
BNE
MOV
PRINTe
PRINTC
CMP
BEQ
MOV
DELAV
OR
MOV
MOV
PRINTC
DEC
9NE
CRLF
MOV
HOY
PRINTC
HOV
PRINTC
MOV
PRINTC
DEC
BNE
LF
CR

MOV
DELAY
JSR
CRLF
CHAIN
AR

WIDTH,R1

ii~8!~0

'CO~UMN

COUNT TO Rl

fR~~R~ME~6 RV 2

.~2,R0

I SE NO 0
;DECREMENT COLUMN COUNTER
IRRANCH IF NOT ZERO
;"2" TO RO

~IDTH'#l32.

;SEND A SECOND "2"
ICOMPARE COLUMN COUNT

# 410, RO
55

m6~gl

~m~~81
#lO,RO
#51, RO
R1
65
PC, PT5AL
#1150,RO
PC, PT5AL
1$

;SEND A "2"

;OE~AV

1.6 SEC

:~4ST60c~~R COUNT
;SEND CRAR
;DECREMENT CHAR COUNT
;CONTINUE IF NOT DONE
,SEND A CR LF
R1
,SEND IT
,9AC~SPACE TO RO
; SEND IT
IFORWORD SUSH TO RO
ISEND IT
lEND OF PAPER
;8RANCH IF NO
;SEND LF
,SEND CP

~ij~&~~~A~~6~o ~g

m~B ~EhLl~E ~1
'DELAY 1 s~C

l~~U8 iE~2NeFREF LI~E
;CHAIN TO ~EXT TEST

,REPEAT TEST

CZLACEO LA36 TERM (OLII & KLll)
LA36 PRINTER TESTS

~ACRO

MillO

25-AUG-76 10:13

PAGE 49

SEQ 0102

; xxxxuxxxx

~PT7--

OVERPRINT TES1-- 1 ROW OF ALTERNATING M"S AND
SPACES ARE PRINTED( OUT TO THE LAST COLUMN AND OVERPRINTED TWICE.

~y A THIRO ANn FINAL LINE OF ALTERNATING "&"
AND SPACES.

;
;
;

~E~~C~N~I~~~EA~FTAETJ~n~JI~~N~:ACi~I~N~s":~E~o~~DTHEN

hxxnxxxxx
PT7:
000002

7
PTIO
PRTHDR
HOV

=8~

A8Zm
176450
000002
5 $:

6S:

167506
176410

PRINTC
DEC
REQ
JSR
DEC
RNE
CHP
ONE
CR
G~C
TST
BNE
CRLF
1ST
MOV

di~

BEO
MOV

000100

NTC

000002

9$:
lOS:

11$:

ONF.

C~P

~UE
DEC
BR

m
m

#2 R3

n~~~~HI

R3
5S
(R3)+
WID1H L RI
~r'SPC
9S
nOO,RO

r?~R3

CRLF

CZLACEO LA36 TERM (OLII & KLII) MACRO MillO
LA36 PRInTER TESTS
001367
000002
14S:
15S:
000757

mnmm iT~~
O~5~03

ummm mm
4R5~g

0 ~1260

I~ap~

all~oo 8tlm ~00676

#46, Ru

BEQ

14$
PC, SPC
RI

JSR
DEC

176324

15$:

LnHi,RI
RI

HOV
PRINTC
DEC

2~-AUG-7e

10:13

BNE

CMP
SNE
CR
DEC
BR
TST
SNE
CRLF
CHAIN
BR

;BRANCH IF END
ISE~D SPACE
JDECREASE COLU~N COUNT

PAGE 49-1

SEQ 0103

CZLACEO LA36 TER~ (OLl! & KLlll MACRO ~1110 25-AUG-78 10.13 PAGE 50
LA36 PRINTER TESTS
IXXXXXXXXXX
$PTI0-- PRINTING FREQUENCY TE5T-- 120 H"S ARE PRINTED ON 4 LINES
•
~O PER &INE. THE TEST IS SUCH THAT R~TWEEN THE FIRSI AND SECOND

mas

nts

415r

Tr
mig gtW~

0 f1266

000010

mm
~~~m
mumm mm
m 8 8 8~

r mm

mUl8 um ahm
81m~

m~
l~r
r~
~q ~ 8 BH ~ UU
32

ITiHsmm
mm

000110
000036

177760

0 1346

m28~
060~O

011

l!il
:~3 !Ir!' b81U
"1 O~O74 i
80M
454 0
414

000010

mNTC

m
m

000074
mR Ha 022702
oOfg~ 177724
m ~ BnH§ 8bS68~4~
177716
56
000036

mg88
m io~m
45700 011422
80724

m~8

46l 0

PAGE 51
SEQ 0105

464 0

U~~8
46 0

468 0 011424

000011

°H45g
m~g
471 0 0glm~
143
472 0 0 1436 Al~~gl
01 7 0

H*8
mm 181m
475 0 011446 005301

put:

888m

mumm mm

U3~~
4ij~ 0

4n~8g
~B5
486

11
PTl2
PRTHDR
MOV
HOV
PRINTC
CRLF
DEC
RNE
~~AlN

;TEST NUMBER
INEXT TEST

m6~~0
Rl
2$

~§WR~mml'
LINE COUNT
,SET CHAR = X
f~mTc~-LF

IOECREMEtlt LINE COUNT
ICONTINUii IF NOT DONE TEST
1~~~~rTTTE~¥XT TEST

I xnxxxxxxx
~PTI2-- PRINTER BELL TE51-- THE L~ST TEST IN THE
I
PRINTER TEST SEQUENCE. THIS TEST Ol/TPUTS
;
EIGHT BELL SIGNALS TO THE PRINTER
I
I XXXXXXXXXX
~T12' 12
ITHIS TEST
PTO
PRTHDR
l;mER
PTIH. HOV
,COUNTER TO Rl
n~~gl
~ov
RO
IS.
PRINTC
DEC
PI
I DECREMENT COUNT
BNE
IS
IQRANCH IF NOT ZERO
LF
MOV
~3720,RO
,DELAV 2 SEC REFORE RESTARTING
DEU,
~OV
~~42, RO
;CHECK IF UNDER ACTl! OR XXOP
REO
ERE
Nap
:~O~ll~¥Ewr~S~o~~~~[~CRERE
LOGICAL.JSR
PC,(RO)
Nap
Nap
Nap
CHAIN
HERE'
;CHAIN TO NEXT n;ST
PR
PT12A
IREPEAT TEST

487 0
4B800

m88

081WO
"Iron",
m88

gD~W

A~mg
o~pot 888m
8 slIm g 5m
h9~O 011502 10lor 003720
m
g 8H~~~ 0137
m3 ~ 000042
50200 0 51
8~l4~5
g
5 5 08 08W~~
52
o 4~!~
°8°~
~ ~~8 Rlim 004
M 8 8ltm ~8~m
510 0 011534 000753
49

25-AUG-78 10.13

I XXXXXHXXX
!PTl1-- RIBBON FEED TEST-- THIS TEST PRINTS A SINGLE COLU~N OF X'S
~f~u~lr~S~H~~~NTA~ER~~&6N~~~~bN~~tHI~iseA~5R PROPER OPERATION.
hxxxxxxxxx

:q8

£2

CZLACED LA36 TERM (DLII & KLl11 MACRO MIllO
LA36 PRINTER TESTS

l~4

~r;W~Ea c~i~lc¥~~~Yo3¥ I~T~8DgRfRlct ~~ ?ijLt~ ~~poU ~TI:EREASED

MANNER. THE DELAY IS THEN DECREASED IN THE SAME MANNER OUT TO THE
120TH CHARACTER. THIS DELAY IS CALCULATED AS FOLLnWS,
NEW DELAY = OLD DELAY (+ OR -1 (OLD DELAY/16 • OLD DELAY/128
~
hxxxxxxxxX
PTI0.
10
ITEST NUM8ER
INEXT TpT
~mDR
,TYPE ~ SijAGE
MOV
lS.
ISET R =3
MOV
~U6~lR2
,SET CHAR COUNT = 120
MOV
liEt ~P D~LAY VALUE
#0110,R
.'~~.2
2$.
SSMND ?TR
3 $:
MOV
~30.,RO
DELAY
JDELAV
DEC. COyNT OF CHARS PER LINE
Ql~
~l
IORANCH F 0 EN OF LINE
4$.
'D~CREMENT C~AR COUNTER
~2
IR ANCH IF END
HOV
3~+2,q4
IGET OLD DELAV
ICAL 1/16 Of OLD DELAY
~:
ASP
R4
U,R5
ElW3 ~: g~D DELAY
ASR
R4
ASH
R4
R4
ASR
ADD
S~~~¥ ~~{~a8HIrFRgF THE 120 CHARS.
CNP
~:6~~R2
OLE
'BRANiH ~k C&TEA ~RE 0 ~A6e 8Y 34 MEC.
H,3$+2
IG~ 5 f
~~8
,G PR NT AGAlN
5S.
ADD
ILT HALF WAY, ADD DELAY OF J4 HEC.
~~,3$.2
OP
!~MR~UFAG IN
6S.
CRLF
MOV
,SET Rl=30
li6,
Rl
OR
7$.
CRLF
~~~:¥NC~bL~EXT TEST
CHAIN
RR
IS
IREPEAT TEST
I

i~S

SEQ 0104

0 4U
glUH

Hm
lmli H

CZLACEO LA36 TERM (OLll L KLll) MACRO "1110
LA36 PPINTER TESTS

25-AUG-78 lOl13

PAGE 52

SEQ 0106

,XXXXUXXXX

'PT 1-- LIF
1
TflI~ ~~~i PRINTi 'iLt LJNES OF E~Cfl PIINTABLI
~Ut~Atl~R AND 8 E P N S HE SEC8N LIN 4 TIM S.
T IS C NUNU U RUNNING NCE N TlAT D,
,
~OopnG l~TOMATICALLY ON ITSELF.
r
ND OF PA S COUNT IS CLEARED WHENEVER TEST IS RESTARTED
, XXXXXXXlXX

8mu nm

1!lll0~7 ••••
,.
l~5
8~~6~
bO~8~6
l~i~
8 i 000322

11"ii

mm llm

'111!! Ilil!l 111111

PTl7Bl

n~78
CL

PTl7D:
000031

nl7B

JMP

PTlH

MOV
MOV
;RJIBR
H~R
MOV
INC
CMP
BNE
MOV
C81
HOV
BTOlSC
MOV

PASCN!

u~u~~a

mm,t3l

88Uog~~
Itt! oi~~il 3000J01 000270 20$l
!'lll! Ill' .il I!
m
II III I1IIII ::::::

~RI

000144

JSR

n,AOJR4

=8v
HOY

Ci6¥tRl

mm lim
!11m m!I' mm

mm
Uni
SP14
o

Bom~

I~U 0(4767

000056

B~~

i~~PASCJfT
pi~M'S~rO

.tRJ '

~!DII'R1
PC:C POS

~E~~~pos
mm
m n

PC,ADJR4

~:~

000104

JSR
LF

8og8W
0 5l

BNE
JSR
JSP
JSP

CZLACEO LA36 TERM (DL11 , KLll) MACRO MlllO
LA36 PRINTER TESTS

I!fll
Iltffi tiilli
51300

CR~F

UN~ ! ~m 000177

alibi mm

PRINTC

h7 ,R3
ptlDJR4

~~~tBm

25-1UG-78 lOU3

mn
fnn n~9ER
rA~S

m¥ER
'CONTINUE

PT11D

,CLiAR

COUNT

:1~nT&tRl~'I§3 OF PRECESS

,PRINT COLUMN • MESG
,SET START CHAR
,DO 31 TIMES
'8'AN~fl
,S
AR a ER NOT DONE

: SEfo"mvftR¥R
,~ OIGITS
, ONVERT PASCNT TO ASCII
,SET COLO_N COONT
l¥t~EC~ARt&~IIT PASS, 7
,SEND CRAR

:Bfiil~nEIJ ~8¥N~ONE
,ADJ ST

4 POINTER

l~~t g~fH~=I~6u~¥UNT

,GET CHARACTER
TO INSERT PASS t 7
S ND CRAR

I'~"E

sR~i=~nE'J ~8¥N60NE

,SEND CR
'28~Ec81"~G~NTS 1
lADJUST R4 POINTER

m~DNHT cm

~DONE CHAR SET 7
;3~;S~¥N~~'U~ER 3 PLACES
,TO RETAIN vrSUAL ALrGN~ENT
,TRROUGfl END OF PASS

PAGE 52-1
SEQ 0101

nms
li~AIN

PTl?D

,TYPE END OF PASS MESG
,REPEAT TEST

CZLACEO LA36

TER~

LA36 PRIHTER TESTS

~i~88 011764

(OLll • KLl1) MACRO Hlll0

25-AUG-78 10:13

SEQ 0108

020401

m83 8um mm
un
~ll~g~t Inm ~:~~:~
~84 M8 281~ A2~~a

CKPOS:

~!i ! ~l}i!8 ~~i~~l 000054

lSI

000040

il~ ~ ~ ~i~~ 8~~!1 888g8~
593~0 0t~142

0~0467

g~ ~8 IYAm
~g~~8 gl~ ~a 05~~~
m~g

166504
166576
000001

1918~8 81~1~8 I~t~~
i ~g8
480 gt38~8 gO~l8\
g~5067 8888°052
000004

0 2104
012110
6~nB 012112
t8~88 012114
6

§R~20

000207
000000
000000

R4,R1
UO,RO
PA SHE S, RO
PASMES+1,RO
1140,RO

;PR INT MSG OF HSS COUNT

J~~~h)

m~m nTMOWm~ PRINTC

TST
BNE
INC
CMP

~~RTN

!A~SI,OI~J¥TION OF PRECESS

nb~s
DEC

000026

IS:

lIS IT TIME fO INSERT PASS n ?

CMP
BNE
MOV
PRINTC
HOVS
PRINTC
MOYB
mNTC
PRINTe
SUR
ADD

Rrs

AOJR4:

MOV
DEt'
CMP
BLT

2$:
~~v
CLR
3S:
Rrs
DIRTN: .WORD
PASCNT: • WORD

CZLACEO LA36 TERM (OL11 & KLI1J MACRO MIllO
LA36 PRINTER TESTS
61100

PAGE S3

R4,WIOTH
iioTH,R4
R4
ft,OIRTN
2~

~~LR4

OtRTN
PC

o
o

25-AUG-78 10:13

IPRINT

SPACE

IIKCR!A~E POSITION CNTR

~4,n4

mm\I~p:gE

;l~

R4 ) WIDTH?

!~HAI~EugiR~@'to~R

;

UVT.

ILESS rHlg~~R~AsE POSITION CNTR
InR.IF YES
nJ.f"R~XlX POS 5
len.NGE ~RECTION TO RIGHT
IEXIT
IDIRECTION OF PRECESS (O=LEFTJ

PAGE 54

SEQ 0109

*'
25-AUG-78 10: 13
• SBTTL

\i~

~ XXXXXXXXXX

4 0

PAGE 55

SEQ 0110

U36 ECHO TESTS

h020-- CHARACTER ECHO TE5T-- ALL PRINTABLE A~DYB R
;
NON-PRINTING CHARACTERS TYPEn O~ T~E E OA D

11 0

$XXXXXXXXXXX
~020 :
~B21
PRTHDR
IS:
READ
MOV
DELAY
CliP

Js
T

mm
Ill~ ! mm
~um mm
0

~8 8 ~

134

3m Bum ol~~m
2300 012154

0763

OOQ~ 36

000177

166536

166442

166444

1R~I~~~D IOn~~~~ijT1.H~lr~I~Iij~~ ~n~ f~~~A~6E~EAT

TER~INATEn.

REQ

iO 4007

2S:

U~8 gmH64 000blij~§57

27 0 0

BR
TVPEM
ECOENO
CHAIN
BR

;TEST NUMBER

~30., RO

#177,TEMPCH

Hm
~mER
IGO WAIT FOR KEYBOARD INPUT
;OELAY FOR HALF DUPLEX
;CRECK IF RUBOUT
IRRANCH IF VB

rTKB,~TPB

~ ~21D~~E~~HhR~~mcmDY

IPRINT TERMINATION MESSAGE
;CHAIN TO NEXT TEST
;REPEAT TEST

l xxxxxxxxxx

'msT

~o 0

'E021-- LINE ECHO TEST FAST RATE-- THIS ~EST WILL
;
CAUSE THE CONTiNUAL PRINTING OF " " AT THE MAXIMU~
;
RATE UNTIL EITHER ANOTHER CHARACTER IS SELECTED
I
BY PRESSING A KEY ON THE KEVBOARD OR TERMINATION BY THE
I
RUBOUT.

31 0

BS
34 0

iT4i i aU~12r nUh
~~

~ xxxxxxxxxx
b21:

00002l

H 01226~

:in ~mn mm
HBgmm b8am

000060
166444

166460

166450

~O~IA:

2~;

003373

21
E022
PRTHDR
MOV
MOY
MOV
PRINTC
DEC
BGT
CRLF
BR

ITEST NUMBER

e~~fHE~~

REP~, fio
R2

2S
g

!~m ~mER

$CHIRACTER TO BE REPEATED (0 )
ISET COLU~N COUNT
;GET CHAR
$&~~NtoEU~~ COUNT
;FINISH LINE
ISEND A CR AND LF

SEQ 0111
I XXXXXXXXXX

h022-- LINE ECHO TEST, SLOW RATE-- SAME AS E021 EXCEPT
;
THAT A DELAY IS INTRODUCED BETWEEN CHARACTERS
I
TO PRODUCE A LCV ACTION

hxxxxxxxxx
~022:
~a23
166422

E022 A:

PPTHOR
MOV
MOV
MOV
PR INTC
DEC

m
DELAY

3S:

SR
CRLF
BR

mfHEH
REPT,fi~

R2
H410, RO

; HPE HE AOER
;LOAD Q AS fNITIAL CHARACTER
ISET COLUMN COUNT
IGET CHAR
IPRINT CHAR
IDEC COLUMN COUNT
IRRANCH IF DONE LINE
;DELAY 1.B SEC.
;~UTPUT NEW CHAR.
;SEND A CR AND LF

CZLACEO LA36 TER~ (OUI

LA36 ECHO TESTS

& KU! I MACRO MUI0

H88

61~O

A 2~O

B300
B40n

A500

8600
8100
8800
8900

9200
9300
9400
9500

9630

~l~m

~8~
~l ~w
d m
~mh

mm m
Qi~m
~ 336

tad

81m

~t~40

mm r
°r
ohm
m
mm
mm
356
~ ~m

g1p65

~o
48
103

~~~
40
AO~

40
104
&40

9700
9800
9900
10000
o
10100

2426

m
b~3
m
m
105

10500 012436

105

~tW~
~4t~

10200
10300
10400

SEQ 0112

THIS FOLLOWING TAALE r S USED BY TEST E023
;**********

9000 o ~341

noD

PAGE 57

I
I

H~O

76 &

25-lUG-7R 10113

;1Ir***lI!'*****

wm ro
mm

~i!

125
117

114

• ASCII

'NUL

110

• ASC Il

ISOH

124
124

130

• ASCI!

ISTX

130

.ASCII

• Asell

lEn
IEOT

~ONrC:

117

124

116

121

• ASCII

lEND

103

113
114
040

• ASCII

lACK

• ASCII
.ASCII

IRS

040

• ASCII

IHT

040
040

• ASCI!

/!.F

• ASCII

106
122

040

• ASCII

040

• ASC I!

117

040
040

• ASCII

IVT
Iff
ICR
ISO

• ASCII

151

105

• ASCII

IDLE

061

• ASCII

362

• ASCI!
.ASCII
• ASCII
.ASCII

lOCI
IDe2
IDC3
IOC4
INH

105
123
124
106

124

111
114
103
103
103

063

1~3

064

101

113

131

116

124

102

• ASCII
• ASCII

ISYN
lETA

In!

116

• ASCII

ICAN

115

040

• Ase II

IEM

CZLACEO LA36 TER~ (GLlI & nil) MACRO Mll10
LA36 ECHO TESTS

012441

040

m
mm m
m

10600
10700 12446
012451
10800
10900 812456
11000
11100 012466
11200

~Bm

OHm

040

A~S

107

nm mm W

IREt

25-AIlG-7B 10: 13

SEQ 0113

125

102

123

103

• ASCII

IE SC

123

040
040
040

• ASCI!

IfS

123
123
123
120

PAGE 57-1

.ASCII

ISUB

• ASC I!

IGS

• Asell

IQS

040

• ASCI!

IUS

040

• ASCII

ISP

.EVEN

*
CZLACEO LA16 TERM (GLlI • KLlll MACRO MillO 25-AUG-78 10:13 PAGE 58
LA16 F.C~O TESTS
I XXXXXXXXH
\E023-- CHARACTER CODE TE~T-- ANY CHARACTER SELECTED
lI~ijEnMEHejCLA~ENMmolns~mLo~O¥h CHARACTER
12100
I
IF IT IS A NON-PRINTING CHARACTER.
I~5It~~16VA~FEi~ijE~E~61~E8Rcgg5. WILL ALSO BE

mn
mn
Bm

+
ummm
012476

WOg gn~g~

;XXXXXXXXXX

to23:

000)23
013020

586 ~i1m 000036
P33 00 8°F512
0 2514 A2~m 166160 000041

A8l~§1

E:024
PRTHDR
READ
MOV
DELAY
CMP
s

1 S:

m
m
ADD

1167 0

mumm
mm
ruo
Il g m mh!
f4r
n 8 &l oUm

000130
166144

004787

012272
000166

&26727

166116

012700

oR~mq
476

013010
000110
000024

45 :

°rmm

000003

STRLN:

012544
0 m550
012556

H~m
572

~OVB

25:
000177

3S:

p~&~g

ogo
mm 883m
o
F38
ms oum
mm Mm;
47

ummm

15600 012634

721

7OO
I~J~8 gHU~ ~ ~i86

1~8 g g~S
t61r 012652

~~ g ~Bm

164 0 12660
165 0 012664

40
0040

8mB

U6~

014271

012702
012701

8
msmm
mm mm
mm
F888° 8t~m

IS:

0 2710

EZLACEO LA36 TERM (DLll
A36 ECHO TESTS

mIg SWH °8

g8~m

L36

g g gDp~42
27~6
r2 0 01h5~
U~R g i27~4
85 0 0 f~6~
01 766
87
0 ~ ~a
190 0 0 3802

~ACRO

m~8mm

in g 013010
1958° 013013

mg8 mm

~1l10

040

~O4

105

114

HG25:

165752

014327
000004

8 ~OH
Ihs
000402

165722
014371

1m
005302

196 0

m8R

#30.,RO
TEMPCH, #41
~~ STRLN
TE~PCH, RO

6~~~~~'fi~
IS
nMPCH, #177

.EVEN
• ASCI!
.EVEN

fro+

'HG24~Rl

EHPC

i:8~F
!
~o§ He +

;TEST NUMBER
INnT TEST
ITYPE HEAnER
IGO WAIT FOR CHARACTER
IDELAY FOR HALF DUPLEX
ITEST IF CHAR IS PRINTABLE
S~~A~~HCbbEliNJB MESSAGE
IGET CODE AGAIN

!~gH

IADD ADDR OF MNEMONIC TABLE
I~OV "NEMONIC fO lIESSAGE
ITfPE cnOE AND MNElIONIC
I ~DDRESS OF HESSAr.E
IGO WAIT FOR NEXT CHARACTER
If EST IF CHAR IS A RunOUT
;~RANCH IF RUAOUT

PC,STRLN

ISTORE CODE INTO ~ESSAGE
;ADDR OF CHAR INTO RO
;~~~~ ~~~~ ~MTn "ES~AGE
IRUAOUT C~NVERT AND STOR CODE
IIDOR. F DEL INTO RO
f~~~~ ~~~sl~~O lIESSAGE
IIOOR OF MESSAGE

i~iNE5,Rl
R2

l~~~I:TT~E~¥XT TEST
ICOUNT OF 3 TO R2
I~OOR OF MESG TO Rl

#M624 RO

~~,MO~NUM

~~;~3~~gM

~c~n RO

«17776°, RO

ilg~~ ~Rl)

R2
25

25-AIJG-7A 10:13

040
HO

6,67

012' 1
°f702

f6rggr70 mm
BIro o mm
n

m
BIC

ASR
ASR
ASR
AH
RTS
~~~NUM: HOV
HOV
~OVA
IS:
DEC
SNE
TSTB
BNE
MOV
BR
MOV
3 :
HOV
4 :
MOVB
DEC
SNE
RTS
~G24:
• ASCII

3 q~
IHs Tm
~
78 0

& KLlt)

JSR
TYPE
E02311
BR
C~P
PEg
MOV
MOVB
MOVB
MOVA
Moya
JSR
~OV
JSP
AR
JSR
MOV
JSR
TVPE
E023M
TVPEM
ECOENO
CHAIN
BR
MOV
MOV
ADO
MOVA
DEC
BEQ

lH88 mh~ mm
70

SEQ 0114

,LlNE5A,Rl
4 R2
Rfi)+,(Rt)+
R2
IS
PARITY
2S
nVEN,RO
#~Dg~RO
g61.,(RO+

fDEL

ie8~~Tot~At~~60~P~8ER&N MESG

ISAVE LS OCTAL CHAR
; ~AKE ASCII
;II0VE INTO MESG
;DECREMENT CHAR COUNTER
IARANCH IF 3 MOVED

PAGE 5B-l

PCHAR
PCHAR
PCHAR

SEQ 0115

1~~IRI~¥~~'TgHi~l ~~~ATOCTAL

~CONVERT AND ~TORE NE.' CHAR
;RETURN TO CA LER
IADDR OF LINES IN Rl
ICOUNT OF 4 TO R2
I~OV 4 CHARS TO MESG AREA
;DECRE~ENT COUNTER
IBRANCH IF NOT ALL DONE
ITEST PARITY FLAG
;ARANCH IF ODD PARITY
;SET ADDRESS FOR EVEN PARITY MESG
;CONTINUE
ISET ADDRESS FOR ODD PARITV HESG
;COUNT OF 4 TO R2
;~OVE 4 CHARS TO MESG AREA
IDECREMENT COUNTER
;RRANCH IF NOT DONE
;RETURN
ISAVE CHARACTER CODE
I~NEMONIC

FOR RUB OUT

(OLl! , KLll)

M~CnO

MIllO

25-AUG-18 10:13

PAGE 59

~EQ

0116

orH ER filA N A

E024:
E024A,

013154

1$:

000036
000177

165626

00000 3

165616

000400

MOV

~EQ
MP
BEQ

'30.,RO
#1 77, TEMPen

T~R.
g
tTEMPCH
U PUT

DELAY
CMP

ma
INC

165510

013164
165554
013164

000003

ITEST

CLR

eMP

1656~2

165572

~b
PRTHDR

PRNT
MOVA

tBUfR,R2

R~,n256.

~ .MPC~,(R2}.

NUM~ER

,NEXT TEST
ITVPE TEST HEADER
;CLF-AR CHARACTER COUNT
IAOORESS 0, BOVFER TO R2
/WAIT FOR INPUT
,DELAY FOR HALF DUPLEX
lTEST IF RURonT
;RRANCH IF RUBOUT
;TEST IF CNTL-C
I SR ANCH IF CNTL-C
;YES, CHECK IF CHAR CNT IS EQ, GT 256

!~~AR~HC~~RYI~foIgn~~~RCHAR

1~~igIM'~TpiV~'~iT~~AgVUNT

IECHO CHAR
SR
;GO WAIT 'OR NEIT CHAR
ISECTION TO OUTPUT CONTINUUS STRING
burpuT, CMP
R2,.aUFR
;CHECK IF POINTER !SA! START OF TABLE
REQ
HE 5, BRANCH
MOYB
t~MPC!!'(R2)'
!~~~DSro~~ ~~ IN TABLF.
SeRt.
MOY
#BUFR,R2
;RUPFER ADDRESS TO H2
1$:
CMF
g~l§ij3
1~~~;KLOb~Ffg~TI~~6~ I~Ai~
REQ
2$,
MOVS
IGET CHARACTER
~R , ",PO
eMP
;DONE STRING?
1 ~,#3
REQ
1~II~rR~~l~RT STRING
~~INTC
;CONTINUE
2S
TYPEM
;QUIP'" TERMI~ATION MESSAGE
TER~'
~~21~D
;CHAIN TO NEXT TEST
SR
;REPEAT TEST
E0248
BUFR,
3
m~T~~kHM~R~M~~R AS cm-c I N TABLE
• eLKS
256.
r~MPCH, ~TPB

SEQ 0117

16')052

000101

15,

000036

FOP CHAR
;TYPE TEST HESG ON TERM CHAR RCVD ON
lWAIT FOR OPERATOR RESPONSE
;DELAY FOR HALF DUPLE.
;HST IF PRINTABLE
IRRANCH I. NON-PRINTABLE
;CHECK IF CHIR IS RnSOU!
,qRANCH IF YES
,CHECK IF PRINTER IS READV
1~~~lrAc~=Ef (RELL SHOULD SOUND)
;REPEU
,TYPE ERROR MESSAGE
;PRINT TER~INATION
;EXTT TO NEXT TEST
; REPEAT TEST
1 WI IT

25:
35:

165046

000040

nMPCH, #40

OM! 77

165034

~p7,rEMPCH

H5024

164742
45:
5S,

CZLACEO LA36 TERM (OLII & KLIII
LA36 ECHO TE STS
29500

~ACRO

Milia

25-AUG-7B 10:13

PAGE 61

~i~~?EEli~~8s~i~~H~g~laEt KLIIJ ~ACRO ~1110

25-AUG-7B 10: 13

PAGE 62

m
mm
mm

013676
013712
013726

gim~
373

400

o
mw

600

700

800
900

13772

8o4~01
gU 8~

200

114

101

063

114
13
51

in m m
4~
W
m
in
m
ro &14 m
w m m
063
124

r
200

w
113

8U
114

°rO
orr
g n~
014050

000
200

• ASCII

ILA35 TERMINAL DIAGNOSrIC/<ACRLF>

.ASCIZ

lOLl I & KLII INTERFACEI<ACRLF><12>

040
124

200

g l~H
45

80
103

ENOPAS: • ASCII

<ACRLF)<12>IENO OF PASS

PAS~ES:

• ASCIZ

IOOOOl<ACRLF><12>

117

.ASCII

<ACRLF>ICONSOLE & I

014 62

m
046

~~~
40

OLll S:

o 4~75

~~l

W
125

~40

OLllSI : .ASCIZ

116

~A~

000

8W~3

ogo

050

mm m m m
h9

060
040

SEQ 0119

MISC. DIAGNOSTIC ~ESSAGES
<7><2><ACRLF><17>ICZLACEO LA36 TERM (OLII & KLII)I<ACRLF)

n m
mm
m m m
mmH mBO m
au
~~~
n

gPlll
o 4U6
1100 hL~
014132

1000

002

mm m
sum
m m tn
lH.]g
~nm

500

007

• SRTTL
§rARTM: .ASCII

SEQ 0118

mm
060
103

100 OL11"S UNDER TESTI<ACRLF><12>

200

HDRMSG: .ASCIZ

(7)<2>(ACRLF>(17><12>ITEST II

060
117

HORO:

1000 COLUHNSI<ACRLF)(12)

.ASCIZ

Sr~~:E8Ix~~~stigMM~g~1~E~ KLll)

gTug
lhg
o 4 43

014r6
°U
814 ~\
67

1300

MACRO

M1110

m m m

25-AUG-7B 10:13

w mm
m m mTL&

E025MA: .ASCII

PAGE 62-1

SEQ 0120

ITYPE ANY PRINTABLE C~ARACTER I

122

i~~

• A5CIZ

Hun Ii II!~~ lUn
mhl w
m
mm m m m
PJ

lAND LISTEN FOR BELL ••••••••••••••• I

5g
056

1400 ~r~a
H53

~Jm

1500

mm
014275
14 1°0

glUl

°f3ll

1680
17
014323
1800

~ltm
4335

m
m P9

ll7

E025MB: • ASCIZ

lU in
m m ~8~
mmm
~~1 ~~6 m
illl8 :~
125
110

040

ECOENO: • ASCIZ

(ACRLF)/ECHO TEST TERMINATEO/(ACRLF)

E023M: • ASCII
LINES: • ASCII
LI MESA: .ASCIZ

I
I
I

MESG3.

• ASCIZ

(ACRLF)(17)(12)/SELECT TEST NUMRER

EVEN.

• Asell

IEVENI

mm
mg m m
mm
rm m
m
m m
8mi~

o 4rO
1900 8U 1\

(ACRLF)/NOT ENOUGH COLUMNS/(ACRLF)

000

014341

IMESG FOR TEST E024
I(ACRLF)
I

103

2000 0143 1
014314

126

105

il~~~EBIkAlgs~I~MMlg~I~EI KLll) MACRO MillO
2100

2200

wm HZ
&lm\
m
laY
gum m
p~
m lh
m
m
hlm
104

104

25-AUG-7B 10.13

PAGE 62-2

DOD.
OPMSG.

• ASCII
.ASCIl

1000 I
ITYPE ANY CHARACTERI

NOSW~.

• Asell

IUSE SOFTWARE SWITCH REG AT ME~ORV A90R 176/(7)

~40

~llm

2300

oltm
wm
sum

105

14451
4462

123

105

131
A0404
D66

m m
m m m
m m
m
IF

Sum

mm
8
2400

125

4n
1
ISf

19~

m
OOO~~l

8aJ

• END

SEQ 0121

CZ~ACEO ~A36
SYMBO~ TABLE

TERM (DLII

KLlll MACRO MillO

CHAlNN
CHAINY

CHA~T

CHLT
C,POS
C~TLSW

8~14~2
~ 4

= 10 0

6
0

0t1764
0 86~4

CNTR
CNVCTR
CONloO

CONVEC

0i063i

CR8UF

& 064

70 62

~g6n

mUT 003~ 4
~glJm= 9

m
9R8~7g

m~ = A8 4

mn b~t~~4

CURTST

OIRTN

012112

PAGE 62-3

SEQ 0122
RR~77~

mm m~g6
mu mlu
STARTJ

STPCHV= 104004

0114
2 03
60
0 0116

STRDRV=
STRLN
SVREG
TEMP
TEMPCR
WR
TESTC

R 0712
0 07~2
01YS4

TUVL

000624

TP8
TP8S

004004

VL
TPSS

4 O~

TTY18

00~D62

TYPEM
TYPM

1
0 3164

0R2460

mER 808m
mTR gRRg\~
OOil6~0

m 81 8m

gm~E 08~RU~
OLCNT
0656
81: NR
R m~
OLIl S
Ot 4051

mHL=
TTY! Y001~gl1
h6

mU = ~~m~
~3346

mE == 7148~8
4007

DL11S1

014064

ERLT
EMTINT
EMTTAB
ENoPAS

2722

2776

0i42~3

wun

WIDTH

8 h~~
2 126~

E021

~8~;~

~~HOR

E024

0 4321
0 3820
813 26

READ
DC
SCRLF

EN03

E02~
E023M
E0248
[025

H m~

012166

0i2476
13566

001700
000651

mAO 88mu

m~A

ma
88~
o

25-AOG-78 10.13

RTASC

8R4006

FORWD

R1356~

HLF

oij~m

31 2
mt 80 141h
REA
004204
003142