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DIGITAL-7-92-M

March 1966

106 pages

Original

2.2MB

Document:	PDP-7 EAE Part1
Order Number:	DIGITAL-7-92-M
Revision:
Pages:	106
Original Filename:	http://bitsavers.org/pdf/dec/pdp7/DIGITAL-7-92-M_PDP-7_EAE_Part1_Mar66.pdf

OCR Text

MAY 131966

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IDENTIFICATION

1 .1

Digital-7-92-M, Maindec 722

1,,2

PDP-7 EAE Part 1

1 .3

March 24, 1966

PDP

LIBRARY

Digital-7-92-M
Page 1

ABSTRACT

Part 1 of the PDP-4/7 EAE Diagnostic verifies correct operation of all EAE operations,
except multiplies and divides. Part 1 is written in three logical sections. Part 1 Section 1 is the EAE
Set-Up Test and verifies that all set-up operations except LACS operate correctly. Part 1 Section 2 is
the Shift Counter (LACS is verified) and Basic Shift Test and verification that the AC and MQ will each
shift left 1 and shift right 1 all combinations of 18 bits. Part 1 Section 3 is the Random Data, Normalize,
and Interrupt Test verifying that r~ndom data will shift left and right 0 to 448 places, that normalize will
rrstop shift" on negative and positive data, and that the teleprinter flag wi II cause a break after an EAE
operation. Hardware malfunctions detected by the program result in an error on the teleprinter.

REQUIREMENTS

3.1

Storage
CAL subroutine

00020-00027

AC contents initial

00030

MQ contents initial

00031

Link initial

00032

SC of shift instructions

00033

AC contents as resu It

00034

MQ contents as resu It

00035

Link as result

00036

SC of LACS instruction

00037

Halt and/or Scope Loop subroutine

00040-00057

Halt and/or Repeat Sequence subroutine

00060-00077

Set-Up Test

00100-01000 (approx.)

Error Typeout subroutine

3.2

Error texts and program constants

01035-02100 (approx.)

SC and Basic Shift Test

02200-04600 (approx.)

Random Data and Norma Iize

05000-06400 (approx.)

Subprograms and/or Subroutines
PDP-4/7 Te letype Output PackagE
(ASCII tape 2A of this test)

3.3

Equipm~~t

Minimum configuration PDP-4/7 with EAE option installed.

Digital-7-92-M
Page 2

USAGE

4.1

Loading
Normal binary loading procedures are to be used.

4.2

IfI M L, 1\ PIZ ~

Calling Sequence
Part 1 Section 1 must run in its entirety and at all margins before running Part 1 Section 2.
Part 1 Section 2 must run in its entirety and at all margins before running Part 1 Section 3.

4.3

Switch Settings

4.3.1

AC switches = 0 or down. With all AC Switches down the program results in the following:

(1) All hardware malfunctions detected by the program result in an error typeout
on the teleprinter.
(2) At the completion of an error typeout the processor halts.

(3) The program repeats whichever section of the test it was started in and
sequences from each sub-test of that section to the next without halting.
4.3.2

SW#

AC switches = 1 or up

Operation

Description

De Iete error typeou ts

The program wi II not type out error
messages and will not error halt (see
also SWO and 7, Ring Bellon Error).

Halt after EAE operation
Processor halts at address 0046
(AC) = S.A. to set up last operation

The processor halts after each EAE
operation is initiated and its results"are
verified. (Note: Press CONTINUE to
proceed .)

Repeat EAE operation
(Scope Loop)

The program repeats the last EAE operation. If SW2 is set during an error
typeout or halt, the program repeats the
operation that caused the error (Note: SW1
is tested before SW2.)

Ha It after EAE sequence
Processor halts at address 0066
(AC) = S . A. of last sequence

The processor halts after each sequence of
testing an EAE operation; i .e ., after testing that the MQ will. complement all
patterns, the processor hal ts .

Digital-7-92-M
Page 3

SW #

Description

Operation

The program repeats the last sequence of
testing an EAE operation; i.e. I the program repeats the LEFT SHIFT ALL COMBINA TlONS and does not proceed to
RIGHT SHIFT ALL COMBINATIONS.
(Note: The program tests SW3 before SW4 )
In the Random Data Left and Random Data
Right routines SW4 causes the program to
repeatedly shift a single pair of random
places.
numbers 0 to

Repeat EAE sequence

44s

At the completion of 1 pass through the

Cycle all sections

s. ~-Up Test the program proceeds to the

Type end of section

SC and Basic Shift Test. At the completion
of 1 pass through the SC and Basic Shift
Test the program proceeds to the Random
Data and Normalize Test. At the completion of 1 pass through Random Data and
Normalize Test the program repeats the
Set-Up Test.
At completion of 1 pass through each of the
sections a character is typed on the teleprinter as follows:
Set~p Test
SC and Basic Shift Test
Random Data and Norma I ize

/
,
*

Delete error hair

The processor will not halt after error
typeouts.

0&7

Ring bell on error

SWO and SW7 both up. Error typeouts and
halts are deleted and the "bell" on the
teleprinter is rung (to be used to determine
marginal voltage limits, eliminates waiti,ng
for long typeouts).

4.4

Start Up and/or Entry

4.4.1

Start Up, Set-Up Test
Set AC switches = 000000
Set ADDRESS = 0100
Press START

Digital-7-92-M
Page 4
Processor halts at 0101 with MQ = 7m77
Set ADDRESS = 0102
Press START
Program reads C(MQ) into the AC and tests for a, then proceeds to rest of test.

NOTE: This section of Part 1 must run at all margins before running Section 2.

4.4.2

Start Up, SC and Basic Shift Test
Set AC switches = 000000
Set ADDRESS = 2200
Press START
Processor halts at 2204 AC = 200000
SC = 77
Set ADDRESS = 2205
Press START
Program reads C(SC) into the AC and tests for 0, then proceeds to rest of test.

NOTE: This section must run at all margins before running Section 3.

4.4.3

Start Up Random Data and Normalize Test
Set AC switches = 000000
Set ADDRESS = 5000
Press START

NOTE: This section must run at all margins before running EAE Part 2.

4.5

Errors in Usage

Hardware malfunctions detected by the program will result in an error typeout on the teleprinter and a processor halt (see section 4.3.2, SWO and SW7).
4.5. 1

Error Typeout Format
All error typeouts are in standard formats and include the following information:

(1) An address that may be used to determine which test the program was in at
the orogram was in at the time the error was detected
(2) A mnemonic describing the operation being tested

Digital-7-92-M
Page 5
(3) The initio, I condition of registers pertinent to the failure
(4) The expec~'i~d resu;ts of the operation being tested if they are not easily
determined from the initial conditions and operation
(5) The resultant register contents that are pertinent to the fai lure
A common typeout routine called ERROR generates all error typeouts. The first line of
every error typeout is the contents of memory register ERROR or the address + 1 of the JMS ERROR
instruction.
The second line of every typeout is the mnemonic describing the operation being tested (see
paragraph 4.5.2 for definitions of mnemonics used).
The third line of a typeout may be another address. In this case the second address typed
should be used to determine which test failed. (Operations such as LRS or LLSS each have common error
routines.)
The next information typed is a header to format the typeouts of the contents of pertinent
registers. One of five headers may be used for any typeout.
The abbreviations used by the headers are as follows:
Abbr.

Meaning

The information under th is column is the contents of the I ink.

C(AC)

The information under this column is the contents of the accumu lator.

C(MQ)

The information under this column is the contents of the MQ register.

The information under this column is the contents of the shift counter
or the SC portion of shift instructions.

START

The information in this line is the initial condition of pertinent
registers.

The five headers are as follows:
C(AC)
START
C(AC)

C(MQ)

C(AC)

C(MQ)

START
START
START
L
4.5.2

Error Typeout Mnemonics

C(MQ)

Digital-7-92-M
Page 6
Mnemonic

Description

EAENOP

EAE instruction with no other operation specified.

EAECLA

EAE. C lear the accumu lator .

CLQ

Clear the MQ register.

CMQ

Complement the MQ register.

ORMQAC

Inclusive OR the MQ to the AC and place the results
in the AC.

ACOTOL

Set AC bit 0 into the Iink.

ORACMQ

Inclusive OR the AC to the MQ and place the results
in the MQ (and in test ACORMQ clear the AC).

LACQ

C lear the AC, then MQ lis to the AC.

LLS

Long left sh ift .

LLSS

Long left sh ift signed.

LRS

Long right shift.

LRSS

Long right shift signed.

LMQ

Clear the MQ, then AC lis to the MQ.

ABS

Complement the AC if it is negative.

CLR A SC

C lear the step counter (START).

LACS

Clear the AC and step counter; lis to the AC.

NORM

Normalize the AC and MQ.

NORMS

Normalize signed.

ALS

Accumu lator left sh ift .

PAT

Pattern being tested.

COR

Results expected from the operation being tested.

INCO

Erroneous results of the operation.

Error Typeout Examples
The following are examples of error typeouts. The addresses indicated by thes.e typeouts
shou Id not necessari Iy be taken as true representations:

Digital-7-92-M
Page 7

Example 1: Complement the MQ Fai lure
Explanation

Example
000226

JMS ERROR is at 00225

CMQ

Operation is complement the MQ
C(AC)

C(MQ)

Header

START

000000

In itia I conditions

CMQ

000000

767777

Contents of the AC and MQ after
CMQ was executed.

Note: Examine the MQ indicators to be sure they agree with the typeout. If
the MQ as indicated does not agree with a typeout I an error was present in MQ
lis to the AC. This is true of all error typeouts that include the MQ as an end
condition.

Example 2: EAE NOP AC Fai lure
Explanation

Example
000135

JMS ERROR is at 00134

EAENOP

Operation is NOP 640000
C(AC)

Header

START

777777

Initial condition of the AC

EAENOP

000000

Contents of the AC after the NOP
was execu ted

Example 3: AC Sign to Link Fai lure
Explanation

Example
000455

JMS ERROR is at 00454

ACOTOl

Operation is AC bit 0 to link

C(AC)

START

400000

Initial conditions MQ not pertinent

ACOTOl

400000

State of the LI ~IK and AC after the
operation was executed

C(MQ)

Header

Digital-7-92-M
Page 8
Example 4: AC to MQ to AC Failures
Example

Explanation

000526

JMS ERROR is at 00525

ORACMQ

Operation is AC lIs to MQ
C(AC)

C(AC)

Header

START

000000

Initial register states

ORACMQ

000000

COR

Expected results

LACQ

000000

040000

INCO

The contents of the AC after ORACMQ
and the contents of the MQ as indicated
by a LACQ instruction

C(AC)

C(MQ)

START

005000

000000

ORACMQ

000000

005000

COR

LACQ

000000

004000

INCO

000526
ORACMQ

Note: Again, the contents of the MQ as indicated by the·MQ indicators may not
necessari Iy agree with the MQ contents as typed.

Example 5: Step Counter Error
Example

Explanation

002530

JMS ERROR is at 02527

SC ERROR

One of the SC tests failed

002262

JMS SCERR is at 02261
SC

C(AC)

Header

START

200000

Initial register status

NORM

Instruction used to set the SC

SET SC

NORM 01 should set the SC to 76

SC + 1

COR

LACS

INCO

SC should increment to 77
200000

Contents of the SC as read to the AC
by a LACS instruction and the contents
of the AC after the NORM instruction

Digital-7-92-M
Page 9
Example 6: ALS (Accumulator Left Shift) Failure
Explanation

Example

JMS ERROR is at 03122

003123
ALS

ALS instruction 5 places
JMS ALSERR is at 03075

003076
C(AC)

C(MQ)

Header

777776

PAT

Pattern being tested

777777

RESULT

Results in AC after the shift

LACS

Shift. counter read back to the AC

Example 7: Long Left Sh ift
Example

Explanation

003673
LLS

JMS ERROR is at 03672
01

Long left sh ift 1 place

003507

JMS LLSERR is at 03506
C(AC)

C(MQ)

777777

777737

PAT

Initial register states

777m

777377

RESULT

Registers at completion of shift

LACS

Header

SC as read back to the AC

Example 8: Long Left Shift Signed
Example

Explanation

003716
LLSS

JMS ERROR is at 03715
03

Long left shift signed 3 places

005075

JMS LRSSER is at 05074

C(AC)

C(MQ)

456701

234567

PAT

Pattern being tested

567012

345677

COR

Expected results

567012

347677

INCO

LI AC I and MQ after the sh ift

LACS

Header

SC as read back to the AC

Digital-7-92-M
Page 10
Example 9: Long Right Shift
Example

Explanation

004600
LRS

JMS ERROR is at 004577
01

Long right shift 1 place

004537
L

LACS

JMS LRSER 1 is at 004536
C(AC)

C(MQ)

402101

PA T

Pattern being tested

601200

COR

Expected results

601200

601000

INCO

AC and MQ after completion of the shift

Header

SC as r~ad to the AC after completion of
the shift

Example 10: Random Data Sequenced
Explanation

Example
005501

JMS ERROR is at 005500

RANDOM DATA SEQUENCED 02

Random sequence 2

005301

JMS SEQCOM is at 005300

C(AC)

C(MQ)

o
o

045670

123450

START

Pattern sequenced

045630

123450

RESULT

L, AC, and MQ after shift sequence

LACS

Note: Sequence 2 is: LLSS
LRS
LLSS
LRS

Header

SC after sh ift sequence

03
06
06
03

The AC and MQ results should equal the AC and MQ at START. This is true of all of the
Random Data Sequences.

Digital-7-92-M
Page 11
Example 11: Normalize
Example

Explanation

006217
NORM

JMS ERROR
Norma Iize SC = 1

005766

JMS NORMER is at 05765

C(AC)

C(MQ)

200000

000000

PAT

Pattern being tested

400000

000000

RESULT

L. AC, and MQ after NORM

LACS

COR

SC expected after the NORM

LACS

RESULT

SC read back to the AC

Header

Example 12: Interrupt Fai lure
Example

Explanation

006310

JMS ERROR is at 06307

NO PROGRAM INTERRUPT

Error is no interrupt

EAE NOP

Instruction tested

006305

Address of NOP instruction

4.6

Recovery From Such Errors

4.6.1

General

At the completion of an error typeout the processor halts. One of the following operations
may be necessary if more information about the failure is required to repair the malfunction:
1. Repeat the exact operation that detected the fai lure (possibly for a scope loop).
'1. Continue normally in the test to generate more information about the fai lure.
3. Repeat the sequence of operations or data patterns that detected the error.
AC switch control is bui It into the program to a II ow for any of these operations. Assuming
the processor has ha Ited after an error typeout I the operations may be accompl ished as follows:
1. Repeat same operation
Set AC switch 2 up or to a 1
Press CONTINUE
Note that AC SWO allows deletion of error typeouts for a scope loop.

Digital-7-92-M
Page 12
2. Continue norma lIy
Press CONTINUE
3. RepeatSequence
Set AC switch 4 up or to a 1
Press CONTI NUE
In the Random Data Tests, switch 4 a 1 causes the same pair of random numbers to be repeatedly shifted 0 to
places. This is useful in determining which shift the random data first fails.

44a

4.6.2

To Determine Area in Program that Fai led

4.6.2.1

From Error Typeouts

Each error typeout includes an address typeout that may be used to determine the exact test
routine that detected the error. Some of the typeouts include an address that points at a common error
routine for that type of error and a second address that points at the test routi.,e. (Section 4.5.3, example
3 has only one octal typeout before the header and example 5 has two. The second octal typeout in example 5 (002262) determines which SC test failed.) Determine which address to use, go to the numerically
sorted program labels (section 10.4.1) and find the program labels with addresses lower and higher than the
one typed. The last program label with an address lower than the one typed is in the test routine that
4=ailed.
4.6.2.2

From CAL Routi ne

This test program includes a halt at address 00026 that indicates a CAL instruction was
executed. Pressing CONTINUE at this point causes the processor to CAL at address 00027. At the time
of the first HALT the contents of the AC indicate the contents of address 00020 after the CAL or the address + 1 of the CAL. The approximate area of the test program that was being executed may be determined by examining the following memory addresses.
Contents Indicate

Address
00040

Address +1 or +2 of last JMS SWITCH

00057

Starting address of last SCOPE LOOP

00060

Address + 1 or +2 of last JMS SWITCH

00077

Starting address of last TEST SEQUENCE

By comparing the contents of these memory locations with the numerically sorted symbol list,
the test routine (at the time of a CAL, hang up, or program wipeout) that was being executed may be
determined.

RESTRICTIONS (Not Applicable)

DESCRIPTION

6. 1

Discussion

Digital-7-92-M
Page 13
6.1.1

General

The PDP-4/7 EAE Diagnostic Part 1 verifies correct operation of all EAE operations except
mu ltipl ies and divides. Part 1 itself is written in three logical sections as follows:
Section 1: Set-Up Test
Verifies correct operation of all EAt set-up dperations except LACS.
Section 2: SC and Basic Shift Test
Verifies correct operation of the SC and LACS instruction and verifies that the AC and MQ
will shift left and right 1 place all combinations of 18 bits.
Section 3: Random Data and Normalize Test
This section of Part 1 verifies that the AC and MQ will shift random data left and right 0 to

44a places, that the NORM and NORMS instru'ctions operate correctly, and that the processor interrupts
after an EAE operation.
The above sections are to be used incrementally. That is, Section 1 must operate at all
margins before Section 2 is run. Section 2 must run at all margins before Section 3 is run.
6.1 .2

Test Descriptions

6.1 .2.1

Set-Up Test
The Set-Up Test incrementally verifies correct operation of all of the EAE set-up instructions

except LACS.
The sequence of testing is as follows:
Test Mnemonic

Operation(s) Tested

SETUP

Does CMQ set MQ = O's to lis
Do all MQ indicators light (visual)

EAERMQ

Does START clear the MQ
Does MQ = O's to AC = O's

NOPAC

Does EAE NOP not clear the AC

EAECAC

Do EAE and bit 8 clear the AC

EAECLQ

Does bit 5 clear the MQ

MQITAC

Does bit 16 with MQ = lis set AC to lis

NOPACI

Does EAE NOP with MQ = lis alter the AC

NOPMQ

Does EAE NOP with MQ = lis alter the MQ

NOPMQI

Does EAE NOP with AC = l's a Iter the MQ

NOPLNK

Does EAE NOP alter the link

Digital-7-92-M
Page 14
Operation(s) Tested

Test Mnemonic

6.1 .2.2

QONEAC

Does MQ = lis inclusive OR to AC = 1 \

EAESLK

Do EAE and bit 4 get AC sign to link

NOPLKI

Does EAE NOP alter the MQ with link = 1

ACORMQ

Does AC inclusive OR all patterns to
MQ = OIS and MQ to AC a II patterns

ACLMQ

Does the LMQ instruction operate as specified

COMPMQ

Will the MQ complement all patterns

ACONEQ

Will the AC = lis inclusive OR to MQ = lis

EAEABS

Does the ABS instruction operate as specified

SC and Basic Shift Test

The SC and Basic Shift Test incrementally verifies correct operation of the SC (including
the LACS instruction) and the left and right shifts. The SC Test assumes that a NORM instruction with
the AC = 200000 generates a stop sh ift .
The sequence of testing is as follows:
Operation(s) Tested

Test Mnemonic
SCTSTI

(1) Does NORM "stop shift" with AC =
200000 (visual) SC is set to 77
(2)

Does START clear the SC

(3)

Does LACS get SC = OIS to the AC

NOPSC

Does EAE NOP alter the SC = OIS

SCT076

(1) Will the SC set to 76 and + 1 to 77
(2) Wi II LACS read SC = 77 to the AC

SCT074

Will the SC !;et to 74 and + 1 to 75

SCT070

Will the SC set to 70 and + 1 to 71

SCT060

Will the SC set to 60 and + 1 to 61

SCT040

Will the SC set to 40 and + 1 to 41

SCTOOO

Will the SC set to 00 and + 1 to 01

SCTOOl

Wi II the SC set to 01 and + 1 to 02

SCT003

Will the SC set to 03 and + 1 to 04

SCT007

Wi II the SC set to 07 and + 1 to 10
(Is "high count" generated?)

Digital-7-92-M
Page 15
Operation(s) Tested

Test Mnemonic
SCT017

Wi" the SC set to 17 and + 1 to 20

SCT037

Will the SC set to 37 and + 1 to 40

SCT077

Wi II the SC set to 77 and + 1 to 00

NOPSC1

Does EAE NOP alter SC = 77

ALSZER

Does ALS with SC = 00 "stop shift"

ALS01

Does ALS 1 place shift AC = O's

ALSLNK

Does link get to AC17 on an ALS 1 place

LNKALS

Does bit 0 of the AC not go to the link
on an ALS 1 place

ALSMQT

Does ALS alter the MQ
Does MQO not go to AC17

HSALS

Will ALS shift the AC 1 to 18 places
bit and no-bit

LLSTS 1

WiJl the AC/MQ shift O's place left

LLSTS2

Does link go to MQ17 on an LLS

LLSACT

(1) Does link not go to AC17 on an LLS
(2) Does MQO go to AC 17 on an LLS

LLSTS3

Does each bit of the MQ = 1 sh ift left
1 place (1 bit at a time = 1)

LLSTS4

Does each bit of the MQ = 0 sh ift left
1 place (1 bit at a time = O)

LLSTS5

Will MQ/AC shift a 1 bit 1 to 448 places left

LLSTS6

Will MQ/AC shift a 0 bit 1 to 448 places left

LRSTSl

Will AC/MQ shift right 1 all O's

LRSTS2

Does link go to ACO on an LRS

LRSTS3

Does AC 17 go to MQO on an LRS

LRSTS4

Does AC17 not go to link on an LRS

LRSTS5

Will AC/MQ shift a 1 bit from each position
right 1 place (1 bit at a time)

LRSTS6

Will AC/MQ shift a 0 bit right 1 place (1 bit
at a time)

LRSTS7

Will AC/MQ shift 1 bit (ACO) right 1 to
44a places

LRSTS8

Wi" AC/MQ shift a 0 bit (ACO) right 1 to

44a places

Digital-7-92-M
Page 16
Operation(s) Tested

Test Mnemonic

6.1.2.3

LLSSEQ

Will the AC and MQ each shift left 1 place
every combination of 18 bits

LRSSEQ

Will the AC and MQ each shift right I place
every combination of 18 bits

Random Data and Normalize Test

The Random Data and Normalize Test verifies that the AC/MQ will shift left and right
random data 0 to 44s places, that the NORM and NORMS instructions operate as specified, and that the
processor interrupts after an EAE instruction.
The sequence of testing is as follows:
Test Mnemonic

Operation(s) Tested

RANSHF

Generates 4096 pairs of random numbers, 1 for the
AC and 1 for the MQ. Each pair of random numbers
is shifted left signed (LLSS) 0 to 448 places, and the
results are tested against a table generated by 44
left shift 1 place.

RANRIT

Generates 4096 pairs of random numbers 1 for the
AC and 1 for the MQ. Each pair of random numplaces, and the
bers is sh ifted right (LRS) 0 to
resu Its are tested against a table generated by 44
shift right 1 place.

44s

RANSEQ

Generates 4096 pairs of random numbers 1 for the
AC and 1 for the MQ. Each pa ir of random numbers is used by RANSQO to RANSQ8. After each
sequence the AC and MQ should equal their starti ng pa tterns .

RANSQO

Bit 0 of AC = bit 17 of MQ. Random numbers are
sequenced 1 left signed, 2 right, 2 left signed,
1 right.

RANSQl

Bit 0 and 1 of AC = lbit 16 and 17 of MQ.
Sequence is:
2 right signed
4 left signed
4 right
2 left signed

RANSQ2

Bits 0 to 2 of AC = bits 15 to 17 of MQ.
Sequence is:
3 left signed
6 right
6 left signed
3 right

Digital-7-92-M
Page 17

Test Mnemonic

Operation(s) Tested

RANSQ3

Bits 0 to 3 of AC = bits 14 to 17 of MQ .
Sequence is:
4 right signed
8 left signed
8 right
4 left signed

RANSQ4

Bits 0 to 4 of AC = bits 13 to 17 of MQ .
Sequence is:
Left 5 signed
Right 10
Left 10 signed
Right 5

RANSQ5

Bits 0 to 5 of AC = bits 12 to 17 of MQ.
Sequence is:
Right 6 signed
Left 12 signed
Right 12
Left 6 signed

RANSQ6

Bits 0 to 6 of AC = bits 11 to 17 of MQ.
Sequence is:
Left 7 signed
Right 14
Left 14 signed
Right 7

RANSQ7

Bits 0 to 7 of AC = bits 10 to 17 of MQ.
Sequence is:
Right 8 signed
Left 16 signed
Right 16
Left 8 signed

RANSQ8

Bits 0 to 8 of AC = bits 9 to 17 of MQ .
Sequence is:
Left 9 signed
Right 18
Left 18 signed
Right 9

NRMLZE

Does NORMS get AC sign = 0 to link

NRMLZ1

Does NORMS get AC sign = 1 to link

NRMLZ2

Will NORM "stop shift" with ACO., AC1,
ACO= 1, AC1 =0, orACO=O, AC1 =0

Digital-7-92-M
Page 18
Operation{s) Tested

Test Mnemonic
NRMLZ'3

Does NORM NOT "stop shift" wi'th ACO = AC1 ,
AC1 = 0, or ACO = 0, AC1 = 0 or until SC = 77

NRMLZ4

Will NORMS normalize the alternate pattern of
1 and 0 bits for each bit position of the AC and MQ.

NRMLZ5

Will complement bit patterns normalize

INTEST

(1) Will the teleprinter flag cause an interrupt after
an EAE NOP
(2) Will the teleprinter flag cause an interrupt after
an LLS 438 places
(3)

Does the interrupt not occur unti I the LLS is complete

METHODS (Not Appl icable)

FORMAT (Not Applicable)

EXECUTION TIME (Not Applicable)

10.

PROGRAM

10. 1

Core Map (~~one)

10.2

Dimension List (None)

10.3

Macro, Parameter, and Variable Lists (None)

Digital-7-92-M
Page 19

10.4

Program Listing

10.4.1

Symbol Table

ACCOMK
AerNO
ACLMQ
ACLMQE
ACON[Q
ACORMQ
.CSTRT
ALSERR
ALSLNK
AlSMQT
4LSlER
41.S01
8IT0
BITl
8ITl121
8IT11
81T12
8IT13
8IT14
81T15
8IT16
8IT17
81T2
BIT3
BIT4
81T5
BIT6
BIT7
81T8
BIT9
CHARK
COMBIT
COMMA
COMPMQ
CRCODE
CRLF"
OCPCNT
OCPOIG
OCPNUM
DePTAB
EAEABS
EAECAC
EAECLQ

~?10

3.
617
635
722
544
30
3175
~663

2760
2604
2626

1227
1230
12~1

1242
1243
1244
1245
1246
12~7

1251
12~1

1232
1233
1234
1235
1236
1237
1240
1170
1226
331217
666
1313
1145
6436
6435
6~37

1635
75.

146
164

EAERMQ
[A£SLK
ENOSHF"
ERCONT
£RLOOP
ERROR
EXT
F"IVE6
F"OURl
F'OUR3
F'OUR.
tOURS
HORl
HDR2
HDR3
HDR4
HOR5
HSALS
HSALSE
HSALSL
INDAT
INTEST
INTS1
INTS2
INTS2E
INTS2L
KAL.l7
KAL~12I1

KLLSS
KLLSS1
KLRS
K18
LKI:ND
LKSTRT
LLSACT
LLSERR
LLSSEQ
LLSSER
LLSSEX
LLSSL1
LLSSL2
LLSSX2
LLSTS1

112
436
3267
1010
11'4
11~3

'2121100
1225
1212
1223
1222
1221
1274
1305
1321
1336
1355
3114
3134

3127
141"
6272
6314
6346
641213
6331
1213
2732
5537
3167
5536
1206
36

32
341216
3145
4527
37'0
3617
36"6
3671
3103
3310

L.LSTS2
LLSTS3
lL.STS4
L.lSTS'
llSTS6
lNt<ALS
LRANEX
LRANLP
LRSERR
LRS[R1
LRSS[Q
I.RSTS1
LRSTS2
LRSTS3
LRSTS4
LRSTS5
LRSTS6
LRSTS7
LRSTS8
LRST5L
LRST6L
LRST7E
LRST7L
LRST8E
LRST8L
MIN5
MIN6
MQCOMK
MQ[NO
MQSTRT
MQ1TAC
MTATAB
NBITe
NBITl
NBIT10
NBIT11
NBIT12
N8IT13
N81T14
NBIT15
N8IT16
NelT17
NSIT2

33~2

346'
3526
3"5
36156
2721
5"!J7
!"!J~ 6
~630

4652
4'66
4"16
4flHHJ
4122
4175
4236
4313
4373
44!i1
~2'4

~333

4417
~41215

~476

4463
1166
1167
4701
35

31
213
2061
1251
1252
1263
1264
1265
1266
12'7
1270
12'1
12'2
1253

Digital-7-92-M
Page 20

NBIT3
NBIT4
NBIT5
NBIT6
NBIT7
NBIle
NBIT9
NCT
NDSETU
NIOT
NOPAC
NOPAC1
NOPLK1
NOPLNK
NOPMQ
NOPMQ1
NOPSC
NOPSC1
NORMER
NORMSE
NRML~E

NRML~l
NRML~2
NRMl~3
NRMl~4
NRMl~5

NSNERR
NXTSEQ
OCL
CCS
OCU
ONESEV
CTY
PASSK
QONEAC
RANGEN
RANNO
. RANRIT
RANSEQ
RANSHF
RANSQ0
RANSQl
RANSQ2
RANSQ3
RANSQ4
RANSQ5
RANSQ6
RANSQ7
RANSQ8
RESULT
RLSTAY
RL6

RRANEX

12~4

1,255
1256
1257
1260
1261
1262
2033
1021
204'3
125
241
502
343
266

314
2225
2555
6216
6244
5652
5704
5737
6000
6054
6143
30'17
5417
2046
2047
2045
1215
2007
5535
410

5522
5533
5112
5214
5002
5237
~253

5267
53213
!5317
5333
53'7
15363
5317
3245
5110
2026
!S161

RRANLP
RRSTAy
SALSRP
SAVERR
SCCOMK
SCENO
SCERR
SCSTRT
SCT000
scroa1
5CT003
SCT007
SCT017
SCT037
SCTO'0
SCT060
SCT070
SeTO?
SCT076
SCT077
SCTST1
SEQCOM
SETllS
SETLRS
SETUP
SEVEN
SEVFIV
SEVNTV
SEVN4
SEVONE
SEVSEV
SEVSIX
SGNSHF
SHFBUF
SIMAlS
SIXONE
SIXTY
SPACE3
SPACE4
SVCHAR
SVMASK
SVSIGN
SWITCH
SWTCHS
TAB
T8C
TeALL
TCR
TCRRRR
TCRSSS
TcnoJO
TDIGIT
TDIGT1

5151
5212
3244
1205
.. 702
37
2'20
33
2355
2313
2411
2427

2445
2463
2337
2321
2303
2265
2246
2501
2200
5452
!5025
5131
100
1200
1217
1210
1211
1216
1203
1204
3042
5540
3216
1214
1207
1350
1352
11'72
5450
5446
40
60
10173"
6433
1122
1017"3
1715
1712
1131
1"1755
1771

TEM
TEMY
TEMY1
THREE
THREE4
THREE7
TIN
TSP
TSR
TSRl
TTAB
TWORO
TWORO~

TW040
TW060
TYABS
TYALS
TYALSQ
TYCLA
rYCLQ
rYCMQ
TVCOR
TYCSC
TYOELE
TYINCO
TVINTE
TYLACQ
TYLACS
TYLLS
TYLLSS
TYLMQ
TYLRS
TYLRSS
TYNOP
TYNORM
TVNR'MS
TYPATR
TYPECN
TYPLSl
TYRDSQ
TYRES
TYRMQ
TYSCER
TYSIMR
TYSLK
TYSMQ
TYSSC
TYSTRT
TYT
TY1
TY1A
TY1BBB
TV2
TY3

6432
6434
6431
1220
1224
1213
101746
101720
101773
2003
10
101627
1015'2
1201
1202
1525
1566
1561
1426
1432
1436
1367
1531
1151
13'11
1400
1456
1535
1462
1466
1521
1472
1502
1422
1545
1374
1365
1074
1555
1506
1516
1442
1541
1476
1446
1452
1551
1420
101730
101643
1647
2"50
1671
101613

Digital-7-92-M
Page 21

TTAB
ACSTRT
MQSTRT
LKSTRT
SCSTRT
AC£NO
MQ£NO
LK[ND
SCEND
SWITCH
SWTeHS
SETUP
EAERMQ
NOPAC
['[CAC
EAECLQ
MQ1TAC
NOPACl
NOPMQ
NOPMQ1
NOPLNK
QONEAC
EAESLK
NOPLK1
ACORMQ
'elMQ
ACLMQE
COMPMQ
ACONEQ
[AEABS
NOSETU
ERROR
ERlOOP
EROONT
TYPECN
TeAll
TCTWO
CRLF'
TYOELE
MIN5
MIN6
CHARK
SVCHAR
SEVEN
TW041
TW060
SEVSEV
SEVSIX
SAVERR
K18
SIXTY
SEVNTY
SEVN4
FOUR1
THREE7
SIXONE

10
~0

31
32
33
34

3'36

37
41
61
100
112
125
146
164
213

241
266
:514
343

410
436
!512
544
611
635
666

'122
7'4
1021
1143
1154
11?0
1174
1122
1131
114'
1151
1166
1167
1170
1112
120"
1201
1202
1203
1204
1205
1206
1207
121"
1211
1212
1213
1211

ONES£V
SEVONE
SEVFIV
THREE
POUR5
FOUR4
F'OUR3
THREE4
rIVE6
COMBIT
BIT0
BITl
BIT2
81T3
81T4
8IT5
BIT6
8IT7
BIT8
81T9
81T10
81Tl1
81T12
81T13
BIT14
8IT15
BIT16
8IT1'1
NBIT0
NBITl
NBIT2
NBIT3
NBIT.
N8IT5
NBIT6
NBIT'1
NelTe
N8IT9
N8IT1"
NBIT11
NBIT12
NBIT13
NEtIT1.
NBIT15
NBIT1.6
NBITi7
KAlL'
HOR1
"'OR2
HOR3
HOR4
SPACE3
SPACE4
HOR5
TYPATR
TYOOR

121'
1216
1217
1220
1,221
1222
1223
1224
1225
1226
1227
1230
1231
1232
1233
1234
1235
12:56
1237
1240
1241
1242
1243
1244
1245
1246
1247
125((J

1251
1252
1253
1254
1255
1256
1257
1260
1261
1262
1263
1264
1265
1266
1267
12'"
1271
12'2
1273
1214
1.305
1321
1336
1.350
1352
1355
1365

1367

TYINOO
CROODE
TYNRMS
TYINTE
INDAT
TYSTRT
TYNOP
TYCLA
TYCLQ
TYCMQ
TYRMQ
TYSLK
TYSMQ
TYLACQ
TYLLS
TYLLSS
TYlRS
TYSIMR
TYLRSS
TYROSQ
TYRES
TVLMQ
TVABS
TyesC
TYLACS
TYSCER
TYNORM
TYSSC
TVPLS1
TYALSQ
TYALS
DOPTAB
TY1A
TY2
TCRSSS
TCRRRR
TOIGTl
TSRl
OTY
Rl6
NCT
NIOT
OCU
OCl
oes
TYiBBB
MTATAB
SCTST1
NOPSC
SCTO?6
SeTO'?4
SCTO'1"
SCT06"
SCTO .. "
SCT001
SCT001

13'1
1373
137.
14'HJ
1410
14~0

1422
14G!6
1432
1436
1442
1446
14'2
14!J6
1462
1466
1472
1476
1502
1516
1!516
1521
1525
1531
15:55
1541
1545
1551
1555
1'61
1566
1635
1647
1671
1712
1715
17'11
2103
2"17
2026
2133
2rtJ43

2045
2146
2047
2150
2061
2200
2225
2246
2265
2313
2321
2337
2355

2373

Digital-7-92-M
Page 22
SCTOI2JJ
SCTOl2J7
SCT017
SCT037
SCTO?7
SCERR
NOPSC1
ALStER
ALS01
~,LSLNK

LNKALS
KALS01
At.SMQT
SGNSHF
NSNERR
HSALS
HSALSL
HSALSE
ALSERR
SIMALS
SALSRP
RESULT
ENOSHF
COMMA
LLSTS1
LLSTS2
LLSACT
LLSTS3
LLSTS4
LLSTS5
LLSSLl
LLSSEX
LLSTS6
LLSSL2
LLSSX2
LLSERR
KLLSSl
LLSSER
LRSTSl
LRSTS2

2411
2427
2445
2463
2501
2520

2555
2604
2626
2663
2721
2732
2760
3042
3017
3114
3127
3134
3175
3216
3244
3245
3267
33r2J7
3310
3342
341216
3465
3526
3575
3606
3617
3656
3671
37"'3
3745
3767
3770
4016
4050

LRSTS3
L.RSTS4
LRSTS5
LRST5L
LRSTS6
LRST6L
LRSTS7
LRST7L
LRST7E
LRSTS8
LRST8L
LRST8E
LLSSEQ
LRSSEQ
LRSERR
LRSERl
ACCOMK
MQCOMK
SCCOMK
RANSHF
SETLLS
LRANLP
LRANEX
RLSTAY
RANRIT
SETLRS
RRANLP
RRANEX
RRSTAY
RANSEQ
RANSQ0
RANSQl
RANSQ2
RANSC3
RANSC4
RANSQ5
RANSQ6
RANSQ7
RANSQ8
NXTSEQ

4122
4115
4236
4254
4313
4333
4313
44215
4417
4450
4463
4416
4527
4566
4630
4652
4700
4701
4702
5002
5025
5046
5057
5110
5112
5131
5151
5161
5212
5214
5237
5253
5267
5303
5317
5333
5347
5363
5377
5417

SYSIGN
SYMASK
SECCOM
RANGEN
RANNO
PASSK
KLRS
~LLSS

SHF"8UF
NRML~E
NRML~l
NRML~2
NRML~3
NRML~4
NRML~5

NORMER
NORMSE
INTEST
INTSl
INTS2L
INTS2
INTS2E
TEMYl
TEM
T8C
TEMY
DCPDIG
DCPCNT
DCPNUM
TWOROi!
TWORD
TY1
TY3
TCR
TSP
TAB
TYT
TIN
TDIGIT
TSR
EXT

5446
5~50

5452
5522
5533
5535
5536
5537
5540
5652
57214
5737
6000
6054
6143
6216
6244
62'2
6314
6330
6346
6403
6431
6432
6433
6434
6435
6436
6437
1015'72
101627
101643
1016'3
101703
101720
101730
1r2J1730
101746
101755
101773
520000

Digital-7-92-M
Page 23
10.4.2

EAE Set-Up Test

lEA!

SET UP DIA~NOSTIO

ISTA~T AT 10~
IPROOESSOR HA~TS AT 101 WITH MQ-.'S
lOR STA,.T AT '02

,SW0 • OELET~ ER~OR TV~£OUTS
ISW1 • ~ALT .FTER EAOH (Ai OPER"ION
ISW2 • ~E~EAT LAST EAE OpERATION
ISW3 • ~ALT A'TE~ ~AOH EAE SEQUENCE
ISW~ • q~~EAT EACH EAE S£QUENCE
ISW~ - 0-REP,AT ~ET uP T[ST OR SeA A~D S~IFT TEITS
ISW~ • '8CVCI E srT UP ANn se AND SHr,T TEST
ICAl SUBROUTTNE'
201

12fJ1 IN CASE OAI.
IG'-T ADDRESS

LAC ~0
DAe ()J
LAC .+4
DAr, ?-0
LAr, ~

IS,VE
IR,STOR£ 20

IHI r DISPLAy
IW,LI. OAL I' CONT,NU£

~lT

lAC,

MO. LINK AND so

301

ACSTRT,
MQST!:fT,
Lr(ST~T'

PI
PI

SCSTRT,

ACE~O,

GIl

MQE~n.

SCENO,

LKE~n,

'iI

Fn~

TVP[OUTS

Digital-7-92~M

Page 24

IROUTINrs THAT T£ST RE~EAT AND STOP
ISTOP A'T[~ MINOR LOOP (~W1) AND RE~'AT MINoR
SWITr!~,

JMP
LAS
ANO
SNA
JMI'
LAC

~OOP

(SW2)

•
BIT'
.+3

I qWITC!H

IMfNOR LOO~ HALT'
IN"

I4LT
LAr, I SWITCH
OAC

.+'

IS1. ~WITOH
LA~

AND RIT2
SZA
.JMP

I .+2
,JMP I !=:W[T~H

IR,PEAT L.OOPt
IV!S
IcnNTINUE IN SEQUENCE

ISTOP ArTER MAJOR Lonp CQW3) AND REP'AT MAJOR
JMP •
LAS
ANn ~IT3

~OOP

(SW4)

SWT~~S.

SNA
,IMP

IMAJOR LOOP HALT'
.+~

INri

tAr T ~WTC~S
I-ILT

LA/"! I SWTCHS
DAr. SwTCI-IS,.1
IS' qWTCI-IS
LA~

ANn RIT4
qNA
IR,PEAT MAJOR LOOp?
,J MP t ~ WTC~ S i C rI NTIN UE
JMP t

~WTCHS-1

IR,PEAT LOOP

Digital-7-92... M
Page 25

IDOES EA~ - nR T~E MQ TO AC ~EAD 0'S
IMQ S~OULO S, 7ERO FROM ~TART KEV
1001
SETU~,

~M~
~LT

EAERMQ.

CLA 4001d
OAr, ~QC;TRT
DAr, AcsTRT

ICt EAR LINK

~AF'

IO~

DAC ACF.'NO
SNA
JMP
1
JMC; ~RROR
TYRMt"l

MQ 1 ' ! TO AC

.+'

I-IOR2

ACSTRT b0000111
MQ~TRT

60000111

TYRM~

ACe:NO 61t1~0"'0
~

JMS SwITC~
I='AI=.:RMQ
LAC ~IBTT16
ISE,. ENn TEST K

nAr.~~ARI(

IDO~S

NOPtd'!,

e:A~

NO~

CLF'AR THe:' AC?
eLI"! 400~
£'lAC ACsTRT
ANn KALL?

ICI EAR LINK

IAf'4. AT START
IMAKE MS81.S eEFORE

F:A~

£'lAC
CMA
SNA

AC~NO

,JM P

• + , fd

\IM~

~RROR

IAr'. AT

END

IAf'4, ALTERED
IN~

TY ~IOP
~O~1

ACSTRT b0~H"01t)

TYNOP
AC~Nn

600000

IT¥PE OONTENTS 0'
ITVPE TEXT
ITyPE OONT!NTS OF

t'I

JMS

SWITC~

r..IOPAC

IR,PEAT S!T
ILnOP TO ""EAt:

Digital-7-92-M
Page 26

IDors EA! ANn OL~ AC 8tT CLR THE ACt
CLO 4100
~Ar 1000
OAC ACEND
SNA

101 EAR L.INK
IS~OUL~ CLEAR AC

JMP •• , ~

JMS ERRO~
TYCLA
~DR'

ACBTRT 600000
TYCLA
AcrND 60009J0

..1M!

sw ITOI-!

EAECAC
IUOfS ole CL,AR THE MQ
EAECLQ,

ClC 4000
OAe MQSTRT
EA, 4
elA
DAC AcsTRT
OlO
OAe ACEND
ClA
rAE 2
OAe MQEND
eNA

Is,T MQ To 1 'I
IOtlAR TM! MQ
10" MQ 1 '8 TO AC

IR,AD QJ'S IAOK'

JMP .+12
JMS ERROR

TYClO
IoID~2
ACST~T

600000
MQSTRT 600000

TYeLO

AC~ND 600000
MQ,Nn 60000V

0
,JMS

sw t TCH

EAI'-CLQ

IR,pEAT SIT
1ST ART OVp!R

Digital-7-92-M
Page 27

IDOlS MQ
IAN~

MQ1TAC,

COM~~rM~NT
1 '9 TO AC

,ROM 0'8 TO "1

ClA 4000
DAr! ACsT~T

OAC MQ~TRT
CLQ 4
DAC ACEND
ClA
!A~

lei EAR Tl-fl MQ AND CoMPLIMrNT
10'- THr MO

OAC MQEND
CMA

TO AC

SNA

JMP .+~2
JMS £RROR
TYCMQ
!ofD~2

ACSTRT 60000~
MQSTRT 60000k1
TYCM~

ACENQ 1)00000
MQF'Nf' 60000'"

JMS sw!TC~
MQ1TAC

100rs tAr.NO~ WITH MD·~'S ALTER THE AC
NOPAe1,

CLA

4",,"'0

OAC ACsTRT
CLC

DAC t-4QSTRT

•

OLO
ANn I(ALL7

F.:AE
DAC ACENO
CMA
SN4
.IMP

.+, 1

.IrIS ~RROR

TYNOP
~DR2

ACST~T

60000fcl

MQSTRT 6000~"
TYNOP
ACENn 600000
0

•.JMS Sw r TCH
~IO PAr. •

IS,T MQ To ON!S
IMAt(! MR TO
IN"P
IO~IES

'ROM MQ To AC,

,.8

Digital-7-92-M
Page 28

NOP"10.

ClA
CL~

421((10
4

19,T MQ To "S

IMA~!

AND KALL?
IN~P

~A£

OAC ACEND
CLA
£A~

DAC MOENO
CMA
SNA
,JMP • + 1 ~
,IMS F:RROR
TY"IOF)

1M" STILL "S,

IoIDR2

ACSTpT b000 It""

MQSTRT
TY"'OP

60eH'IIt)~

ACENn

~000011a

MQENn

~fd~~VH~1t)

',JMS
" SwITC~
fl,IOPMO

CL A 40t"0
nAt:': rv1(JSTRT

CLO

r.le

DAC Ac!=;T~T
AN" KALL?
I=.:A~

IN~P

DAC AC~ND
LACQ
DAC MnENO

IG,T MO To AO

SNA

IA~IY

,IMP
,IM~

.+12
~RROR

T Y~IOP
I-IDR2

ACSTRT

b~0C'101t)

MQST~T

6000101(}

TYt\!OP
ACI;: N n

~ IfHHIlO'l1O

~QF.'Nn

~j,.:H!l001c:J

',JM~
" ~WJTCH
~IO~Mf') 1

, '5 IN MO

Me TO

~~s

BErORE

Digital-7-92-M
Page 29

IDors NOP .LT£~ THE LINK
I~C

0.g MQ 0.S, AC 1'S MQ "8

NOPLNI(,

OLQ

DZM AcsTRT
DZM MQSTRT
DZM LI(STRT
LAC Ll(sTRT
R~~

ACsTRT
AND ~ALL'
£A£
LA~

ISrT LINK 'OR fES'
IMAKE MA TO ONES

~LI<
D~C

LI<!ND
SAO LI<STRT
JMP ...012
JMS £RROR
TYNOP
I-IDR3

LKSTRT 7000fU
ACSTRT

MQSTRT

60000~
600~0~

TY~OP

LKENT) ,0QH?J00

o
.JMS Sw t Tc~
NOPLNI<.+4
LAr, LKSTRT
yS'l lKSTRT
SNA
JM~ NOPLNK+4
lAC ACsTRT

SZA
,JMP E:A£SLK

CLn
r,LC

IC~ECK!D

4
AcsT~T

I.~ START ., '.

nAC
OAC

MQST~T

nZM

LK~T~T

.JMf'

NOPLNK+4

IL,NK

IUOES MQ TO AC ALL 1 -S wtTH 4C-' fS
OON[AC,
OLe
DAC AcsT~T
DAC Mo~TRT
CL~

,OR AO."S

IY-9
IS,T MQ TO "8

STA~T.QJ

ISIT MQ To t '8
IM~1 'S

TO AC1,A

nM~.

DAC ACENO
CMA
~NA

..JMP
,JMc;

IA~

• + 11

F:RqOR
TYRMQ

IoID~2

ACSTRT
1!100000
~00000

MQSTRT

STAY tVS

SE'O~I

Digital-7-92-M
Page 30

TYRMn
ACF.NO
6000(;110

o
JMS 9WrTOi-f
aOr--IEAC

ILINK Si:T TO
I:AESLK.

Digital-7-92-M
Page 31

At\ID Tn ZE:RO?

nz~
M

CLn
LAC
OAC
LAr.

LKSTRT

IITART LINK 0 TO ,

MQ~TRT

1M" 121'9

~IT0

1~~Ql000

AC!=;T~T

LKST~T

19,T ~tNK INITIAL

RA~

L Ar,

AC~TRT

lAC 81T 121 TO LINK

F:Ar ? e\IiHH?)
DAC ACEND
GLK
nAC LKE:Nn
~TR

SAn

AC~TRT

~KP

,IMP

IE~ROR

• +4

1_ A(" ACJ:: N0
~An

ACc;TRT

.JMP

.+13

~JM~

~R~OR

IAe ALTER!D?

TY~LI(

~DR3

LK<;Tqr
Ac~T~r

70~0"''''
6~0~t6'"

MQ~T~T

TY~LK

LKr;'Nn

''''0~!'I({)

AC~Nn

~1tJ0(7!t?!0

i?!
.JM~

~\-;ITCI-I

EA~SLr<+5
TS7 U<~TRT
'AC; I\C~l~T
M Ac~T~T

SIA
.jMP

F:ArSlK+5

IL~OP

SET'

IN,XT PASS LINK 1 TO ZrRO

Digital-7-92-M
Page 32

NOPLK'1.

DZM AC~T~T
nZM MQC;TRT

ISTART AC 0'.
1M" 0'9

CLn
LAC RI"?

OAC

LKST~T

~A~

40"'id

ANI')

'<ALL?

[At
OAC ACE'ND

lei R LINK, SET LINK

JMAKE MR TO nNE~ BEFORE

INfilP

~LK

nAC LKENO
LACQ

DAC

~QF'ND

IM~

~NA

STYLL ZERo's

LAC ACF'NO
~NA

lAO STILI. ZERO'~

CL4"CH;)~

LA(; LKENO
l=;ZA
.JMP

IL'NK STILL t
• + 14

~JM~ ~~~OR
TY~!OP

I-IDR3
LKST~T

70(il00~

ACST~T

6000kH'

MQSTRT

o~0!/!k')1d

TYI\JOP
L.K~Nn

,0~"'fJtld

ACF'I\ln f,!~H1Li101Ill
M Q F' N n f, IcH'HHH:l
?l
~J MS C; wTTC1-1
~IO~LK 1
..JMS C;WTC~S
~IOPA~

IC~ECK

MINOR LOOP SW

IMAJOR LOoII arT?
ISTART NO_ THE AC

Digital-7-92-M
Page 33

/WIli.
IWIT~

54tt

,~C TO ~Q Tn ,I\C ALL PATTERNS
MO INITIALLY = 0 AND LINK = 0

ACORMQ,

DZM AC~TFfT

nZM MQ~TRT
Cll CLA "OP~'
Clr':!
LA(! ,AC!;T~T
~A~

~001t)

ISTART AC ... 0.S
IMn ALWAYS 0'9
IG'-T N!XT 9ET

lAM TO

DAC AGENfJ

LAr.lJ

IM~

TO AC

IM~

TO AC SAME AS START?

14r-.

lyES, TRY AC
SHnULD BE 0

T)AC M(JEN['I

SAn

AC~TJ~T

SK-P

JMP .+4
LAC ACI=:NO
~N,:t\

.IMP

.+,7

JM~

~RRJJ~

TY,SMn
~DR2

ACsTQT 00000'"
MQ~T~T

TY~i"'''

MQ'lH~T
.AC~Tt~T

60001010

61tH"""' '

6()J00k?'"

TYrOq
TYLAr.Q
ACF'Nn

~00eH~i.1

MQI:'Nn

6100000

TYTNrn
".,

JM~

~WTTCH

IC~ECK

FOR REPEAT LoOP

ACI"IRMt'J+2
TS7~r.~T~T

,.JMP ACIjRM(~ ... 2
,I M~ ~ ~J T CHS
ACnRM(J

IT", 77771"

Digital-7-92-M
Page 34

IWILL .0 TO MY TO AC ALL PATTERNS
IWITIooI MO • LAST PATTI!:RN AND LINK •
ACLM""

nZM ACSTRT
nz~ Mt'lSTRT

IS'ART AO OtS
IM~

o,~

(,!L~

LAr. RIrt?
DAC LK~TRT
~Tt

LAr ACSTRT
LMO

OAC ACF:NO
GLI<
DAr. LKEND
LAr.Q
OAC ~OF'NO
SAO AC~TRT
9KP
.JMP ACLMOE
LAr. U<F.'ND
9NA

,JMP ACLM~e:
LAr. ACF.'NO
SAT'! ACSTRT
,IMP
A.CL~rlE,

• +,,2

ILINK
IS,T L.INK
NEXT CONITANT
IMr.I TO QJ' g, Ae 1 t! TO MQ
ISAVE A" RESULT
IG~T

ISAVE LrNK R~SULT

IG'T M(3
IM~

• 40 AT START,

IM~

ERROR

IL'NK., AT EN",
IL,NK ,RRnR
IAf'4. END

• AC START?

JMS ~R~OR
TYLMn
I-IDR3

LKSTRT 700t.'J0fCl
ACSTRT 6"'000fc1
MQSTRT 600~"'tO
TYLMQ
LK~TRT

71tl001d1d

ACSTRT 600ti11C'ltO
oVJ000tO

AC~T~T

TYCOR
TYLAr!t'l
L.Ke:ND

7000(}J~

ACF:NI"I ~1000PlIO
MQENn ~"'00~1O
TYTNr.n
til

LAC
f'Ar
.JM ~

MQF:ND
"'1('JST~T
~wJTr,1ooI

IN,W MO START
IR,PEAT S~T'

ACI.Mn+~

fSl ACSTRT
.IMP

AClMO+1IJ

,IM~

~WTCHS

ACLMO

IT" 77"7,7

Digital-7-92-M
Page 35

IDO!S TH! MQ CaMPLIM[NT ALL PATT!RN9
cOMIDMQ,

OZM ACST"T
LAC AcSTRT
nAO MQgTRT
LMr.! ~0000
CMO
OAC AC£ND
l.ACQ
OAr.: MQ£NO
OMA
SAn AosTRT
LAC AC£NO
SAn AcsTRT
JMj:) .+t2
JMS ERROR
TYCMQ

leU!T N!)(T IIATTtAN

lAO TO MQ,

la,T MO

.. JMS q I~ t T0 ~

COMPMQ+1
T52 6.C~TRT
,-' MPr!O M P /101 Q + 1
~WTCIo4S

COMPMQ

IDOES AC TO

ALL 1 tS wtT~ MQ."S
CLr
OAC MQSTRT
OAr. At:sTRT
CL~ 4
ISET MO •• ,S
r:A, ~HH?J{d
lAC 1 'S TO M~' 'S
DAr, ACE'Nn
LACGl

T1Ar "'1QE'ND
CMA
IMQ STAY "S

gNA
JMP

.+,~

,JM~

r. RRO R

TV~Mn

I-IDR2
~C~TRT
6"'el0~0
~000(i1IlJ

MQ~T~T

TVSMr.l

Acr:Nn
~0~0~0

601.'10"'0
MGlIrNn
QI

JMS ~~;JTCI-I
ACON~Q

ITAIIt"

I."END • AO "ART,

ACSTRT 600QUtlld
MQSTRT 6fl)000~
TYCMO
AC~N" 601210"''''
MQ£Nn ~000C10

ACO~~Q,

IIAV!

IIMQ
/"MQ • AC

~DR2

,JMQ

.ee TO L

I.~Q

RESULT

Digital-7-92-M
Page 36

IOors ABS GET ABSOLUTE AC
IANO NOT OrSTU~8 LTNK-1 OR 0
nZM ,A,CSTRT
LAC RtT1'
DAC LK~T~T
LA~ LKSTRT
RAR
lAC ACSTRT
ASS
nAC ACE:ND

1ST ART AC 0tl
ILINI(
IS,T '-TNK
IQ,T AC START
IAASOLUTE AC
ISAv! RrSul.T

r,U<

DAC LKE:ND
SAD LK~TRT

SKP
JMP .+~
I. Ar. ACST RT
SPA
OMA

SAn

AC~ND

JMP .+12
JMS F:RROR
TVAB9

IL'NK !9AMI'

IY,S

IE_ROR. I.INK e~ANR[D

lAM POSITrVE AT START,
IN~, S~OUlD Sf PO~. ASS
IRESULT Ac 01(7

lABS [RRQR L!NK OR AO

~DR3

LKSTRT 700((100

ACSTRT
TYABS

6fl10!210~

LKENn 7001tH'I0

ACENO

~Ii:HH2I()10

(JJ

JMS

~\tJtTCH

J::AF.A~S ... 3
yS'- AcsT~T

SKIO
.J MP ~I D ~ ETU

LAC LKSTRT
CMA

ANn RrT17

DAC LKSTRT
.J MP

NOS£TU,

e: Ae: A9 S... 3

.JMS SWTC~S
F:A~ARS

LAS
ANn 91T6
~NA

.JMP

.+6

LAW 1157
TY'
tSZ CHARK
,JMP .+4
,JMQ r,RLF
LAC N8yT16
OAC CI·,jA R K

LAS
AND ~IT5
9NA
,JMP ~OPAC

IR,pEAT ALL S~T,
IcVcLE ~ET

T£6T

Dlgital-7-92-M
Page 37

JMP SOT076

ICVe~1

.IT

u, AND

S~l"

DiQital-7-92-M
Page 38

IEAE ERROR TYPEOUT ROUTINE
IGENERAL PURPOSE
ILINKS TYPTEX AND ALL TYPE CONTENTS
IAC-0 IS END OF TYPEOUT
lAC NOT = 0 AND POSITIVE IS TYPETEXT
lAC - AND BIT 1=1 IS CR, LF TYPE CONTENTS
lAC - AND BIT 1=1 IS TYPE CONTENTS
lAC - AND B1T 2=0 IS NO ~ERO UPPRESS
lAC - AND BIT 2=1 IS ~ERO SUPPRESS
lAC - AND BIT 3=0 IS iERO SUPPRESS'
lAC - AND BIT 3*1 IS iERO SUPPRESS4

ERROR,

ERLOOP,

ERCONT,

JHP
LAS
SPA
JHP TYDELE
JHS CRLF
LAC ,+3
OAC SAVERR
leR LF TYPE CONTENTS ERROR
JHP TYPECN
ERROR
IGET N£XT TYPE CONSTANT
LAC I ERROR
IFOR INDIRECTS
OAC SAVERR
lSi! ERROR
lEND OF MESSAGE?
SiA
INO
JHP ERCONT
IGET SWITCHES
LAS
AND BIT7
IDELETE HALT?
SNA
IERROR HALT
HLT
TSF
IWAIT FLAG
JHP .-1
IEXIT ERROR ROUT.
JHP I ERROR
ITYPE TEXT INDICATED?
SPA
INO, TYE CONTENTS
JHP TYPECN
TSR
JMP ERLOOP

Digital-7-92-M
Page 39

ITYPE CONTENTS ROUTINES
T¥PECN,

AND BIT1
SNA
JMS CRLF'
LAC SAVERR
AND 81T2
SNA
JMP TCALl
LAC SAVERR
AND BIT3
SiA
JMP TCTWO
LAC I SAVERR
AND .~11
SlA
JMP TCAll
LAC I SAVERR
eLL RTR .. OPR
RTR
TWORD
1

JMP TCAlL+3

717770

ICARRIAGE RETURN INDICATED
IYES
ISUPPRESS iERO SET?
INO, TYPE, All
ISUPPRESS 41'S SET?
/YES
'UPPER 5 OHAR • I
/NO, TYPE ALL

ISPACE 3

Digital-7-92-M
Page 40

TCAll,

LAC I SAVERR
TWORD

ITYPE 6 OCTAL

LAW SPACE3
TSR
JMP ERlOOP
Tcn~O

777700

lAC I SAVERR
AND .-2
S~A

J·MP TCAll
LAC I SAVERR
Cll RTR-OPR
RTR
RTR
RAR
TWORD
2

JMP TCAll+3

CRLF,

10UTPUT 3 SPACES

JMP
LAW CRCODE
TSR
JMP I CRlF

IFIRST 4 CHARACTERS
INO, TYPE WHOLE WORD

IPOSITION lS 2
ITO UPPER 2

IFOR TYPEOUT ROUT
ITYPE UPPER 2 CHAR
ISPACE 3

Digital-7-92-M
Page 41

TVOELE,

LAC I ERROR
IS~ ERROR

IRE ACHED END OF' MESS.
INO
JMP TVOELE
LAS
AND BIT7
SNA
IRING BELL SET?
INO, EXIT
JMP I ERROR
LAW 51
TY1
TSF"
IWAIT FLAG
JMP .-1
JMP I ERROR
S~A

MIN5,
MIN6,
CHARK,
SVCHAR,

777773
777772

"o'"
o

""
o
fZJ

SEVEN,
TW040,
TW060,
SEVSEV,
SEVSIX,
SAVERR,
K18,
SIXTY'
SEVNTY,
SEVN4,
F"OUR1,
THREE7,
SIXONE,
ONESEV,
SEVONE,
SEVFIV,
THREE,
FOUR5,
F"OUR4,
FOUR3,
THREE4,
FIVE6,
COMBIT,

240
260
77
76
fZJ

777756
60
7fZJ

74
41
37
61

17
71
75
3

45
44
43
34

252525

Digital-7-92-M
Page 42
18tT

AND NO BIT CONSTANTS

BtTI,
BIT1~

81T2,

B113,

BIT4,
BIT5,
9[T6,
BIT7,
BIT8,
81T9,
BIT10,
BITll,
81T12,

81T13,
BIT14,
BIT15,
BIT16,
BIT17,
NBIT0,
NBIT1,
NBIT2,
NBIT3,
NBITo4,
NBIT5,
NBIT6,
NBIT7,
NBITa,
NBIT9.
NBIT10,
NBITll.
NBIT12,
NBIT13,
NBIT104,
NBIT15,
NBIT16,
NBIT17.
KALL7,

400"01
218001
100"00
41000
20000
10000

"0"S
2B00
iBBB
400

2BB
1BB
40

2B
1B
4
2
1

377777
577777
677777
737777
757777
767777
773777
775777
776777
717377
777577
777677
777737
777757
777767
777773
777775
777776
777777

Digital-7-92-M
Page 43

IMESSAGE CONSTANTS
IERROR TYPEOUT HEADERS
lAC CONTENTS
HDR1,
TEXT I
C(AC)
START I
lAC AND MQ

HDR2,
START

CCAC)

TEXT I
C(MQ)

ILINK AC AND MQ
HDR3,
START

L
I

TEXT
C(AC)

C<MQ)

ISC AC

HDR'l,
START

SC
I

TEXT I
C(AC)

13 SPACES
SPACE3,

TEXT I

/~ SPACES
SPACE'l,

TEXT

Digital-7-92-M
Page 44-

HDR5,
L
C(AC)

TEXT I
C(MQ)I

TYPATR,

TEXT IPATI

TYCOR,

TEXT ICORI

TYINCO,

TEXT IINCOI

CRCODE,

TEXT I

TYNRMS,
NORMS I

TEXT I

TYINTE,
TEXT I
NO PROGRAM INTERRUPTI
INDAT,
TEXT I
INTERRUPT DATA ERRORI
TYSTRT,
TEXT ISTARTI

Digital-7-92-M
Page 45

IOPERATION TYPEOUTS
IEAE NO OPERATION
TYNOP,
EA£NOP I

TEXT I

IEAE CLA
TYCLA,
EAECLA I

TEXT I

ICLEAR MQ
TYCLQ,
CLQ
I

TEXT I

ICOMPLIMENT Q
TYCMQ,
TEXT I
CMQ
I
lOR MQ TO AC

TYRMQ,
ORMQAC I

TEXT /

lAC" TO LINK
TYSLK,
ACeTOL I

TEXT I

lOR AC TO MQ

TYSMQ,
ORACMQ I

TEXT I

ILOAO AC WITH MQ
TYLACQ,
TEXT /
LACQ
/
ILLS
TYLLS,
LLS
I

TEXT I

ILLSS
TYLLSS,
LLSS
/

TEXT I

Digital-7-92-M
Page 46

/LRS
TYLRS,
LRS

TEXT I
I

IRESULT
TYSIMR,
RESULT /

TEXT I

TYLRSS,
LRSS
I

TEXT I

TYRDSQ,
TEXT I
RANDOM DATA SEQUENCEDI
TYRES,
TEXT IRESULT/

Digital-7-92-M
Page 47

ILOAD MQ WITH AC
TYLMQ,
TEXT 1
lMQ
1
TYABS,
ABS

TEXT 1
1

IClR SC
TycsC,
CLR SC 1

TEXT 1

IlACS
TYlACS,
LACS
1

TEXT 1

ISC ERROR
TYSCER,
SC ERROR 1

TEXT

INORM
TYNORM.
NORM
I

TEXT

ISET SC
TYSSC,
SET SC I

TEXT I

ISC+1
TYPLS1.
SO+l
1

TEXT

IALS MQ TEST
TYALSQ,
AlS MQ TESTI

TEXT I

IALS
TYALS,
ALS

TEXT

START

Digital-7-92-M
Page 48

10.4.3

Shift Counter and Basic Shift Test

ISHI'T OOUNT,R AND
lAC MQ S~IFT TEST
ITA~~ 3
OF ~O~7 EAE TEST
ISHI'T o~UNT~R TEST
IUTn rz~~ NO~M.ALrZp.: rNSTRUCTION
IWIT~ Nn SHI,r Tn DATA T~ST S.C
IDO£9 START ~Ev r.LF.AR TH~ se
220211

SeTsT"

LAC SEVSEV
nAC scsT~T
LAC RIT1
~jORM

-43

~LT

LACS
OAC QCENO
SNA
JMI=I • +,1
JMS F.:RROR

TYr.SC
~DR4

SCSTRT 7.0000
Tyesr:
TYLACS
SC£Nn 740000
C'!

\JMS SWITCH

9CTST1.6
LAC ~'8TT16
OAC CHARI<

12~0000

AL~EA~Y

N~RMALIZEn

ISII'T SO To ., f7?S
IPqESS STAAT TO ClR Se
1St"! TO AC
IR,.AD SC.~tS TO Ae?
ly,S, OONTINUr

Digital-7-92-M
Page 49

IDO!! EAE NO~

ALTE~

THE ~C

nZM scsTRT
ANn I(ALL.?
£Ar
lAOS
OAt'! SCENO
SNA
JMP .... ,1

IN"P"
IG,T SO T~ ,C

ISr-l STILl. ZER~'S

JM~ ~RROR

TYNOl'
~D~4

SC~TRT

7400100

TYNO"
TYLACS
SCJ;:Nn 7400?10
(:11

JM~

SWITCH
t\!Ol'Sr.

IDOES SO SET Tn 76 AND ... 1 TO 77
LAr. qCENO

9CTO'6,

OAC !=IC~TRT
LAC RtT1?
DAC MQ9TRT
LAC RIT1
DAr, "ceTRT
NORM ... 43
nA~

"CEND

LArS
DAr. ~CEND
SAn SEVSEV
JMI' • +~
.JM~
JM~

~CERR

'hi ITCH

!=ICTO?6
I DOE B S 0 Se: T T0 7 4 A ~t D ... 1 T 0 75

9CT074,

LA~

qC~Nn

nAC qcc:;T~T
LAC THREE
nAr. MQSTRT
LAC RIT1
~IORM

... 41

DAe ~C~ND
LACS
nAe CSCEND
SAP SE\lFIV
~JMP

,lMe:;

• +~
~CERR

.IMt:;

c:;wrTCH

QCTO?4

IS~

TO 74 ... , Tn 7'

IS AVE FnR ERROR TYP!

Digital-7-92;..M
Page 50

10011 So SET TO 70 AND +1 TO 71

SCT070;

LAO SCEND
nAC SCSTRT
LAC SEVEN
OAe MQsT~T
LAC ~IT1

NORM -35

OAr! ACE:NO
LACS
DAC SCEND
SAD SEVONE
JMj) ,+2
..JMS SC£RR
JMS SWITOH
SCT070

SO TO 'I AND .1 TO 71
ISAv! rnR ERROR TYPE

IWILL SO SET To 60 AND ., TO 61
SCTO~0,

LAC ~CENO
DAC qCSTRT
LAr. nN~5Ev
nAC MQSTRT
LAC ~IT1
NORM -25
OAr. ACE:ND
LACS
DAC SCENO
SAO 9IXO",£
.JMP ,+,
JM~ SCF:RR
.JMS sw I Tr.H

IN~RM

IS,T SO TO 60 AND ., TO 6.
IS AvE rnR ERROR TYP[
IR,A

9CT060

IWILL So SET Tn

40 A~ID +1

LAC!

9CF:ND

nAC

C;C!;T~T

LAr THREE7
DAC MQ~TRT
LAr ~IT1
t\IORM ~ .. ~
nAr. ACEND
LACS
nAC ~CENn
~An rOIIR,
,J MP • +?
.JMS SCF:H~
\JM~

~w J TC~

~CT04f1l

TO 41

INnRM 37
12~000

.0 ANDNORMALIZED
., TO 4.

AL~EADv

19,T S~ TO

I",T So T~ AC

ISAvE PnR ERROR TY~[
IREAD 4t FROM So TO AC

IWILL So SET Tn
80T000,

AND +1 TO

LAC SC£ND
OAC SCSTRT
LAC SEVSEV
'OAr- MQSTRT
LAC RITt
NORM +33
OAe ACe:ND
LACS
DAC SC£ND
~An 8IT'"
JMP .+2
,JM~

Digital-7-92-M
Page 51

~CE:RR

IN~RM "

IIF! To II

TO 0 •

ISC REAl! 01'
IV'S

JMS SWITCH
9CTO"'0
IWILL Se SET To Pl1
SOTOO\1 ,

A~ID

+ 1 TO "2

LAr. SCENO
OAe SC~TRT
LAr. SE:vSI)(
nAr. MOSTRT
LAC BIT1
NORM 32
nAr. ACENO
LACS
OAc SCEND
SAn RIT16
,JMP .+2
JM~
~JMS

IN~RM

18,T So To t

•• Tn 2

~cr.RR

sw I TOIoI

SCTO~1

I WILL

So SET To t'!3

SOTO~3,

A~ID

+ 1 TO 04

LAC SC!rNO
OAr. 9csT~T
LAC Se:vN4
OAr. MQST~T
LAC RrT1
~IO~M +30
OAe ACe:NO
LACS
nAr! SCENO
SAn 91Tt1.5
,JMP .+2
,JMS sce:RR

JM9 SWITCH
9CTO"'3

INORr18,T So To

:s .~ To 4

IS,., TO AC -4'
ly.S

Dlgital- 7 -92-M

Page 52

JW 1LI 10 IrT To fJ7 AND .t TO 'I
LAC SCEND
SCTO"7,
CAO scsTRT
LAO 9EVNTV
CAe HQSTRT
LAO BITt
NORM +,4
!lAC AC!ND
LACS
OAC SCEND
SAD BIT1.
JMP • +2
JMS SCERFt
JMS swrTcw
SC1007

IWILL 9C SET To 17 AND +1 TO 20
LAO SCEND
SCTO",
!lAC ScSTRT
LA~ SIxTY
nAC MQsTRT
LAC RIT1
NORM +14
nAC SCEND
LACS
nAC SCENO
SAD RITt3
JMP .+2
,JM! SC~RR
JMS swrTCw
9CTO,7

INeRM 71
IS,-" -SO To 7 .t To t I

lie TO ,C •• 17
IV,S

INQIltM 61
IS" TO t1.' To 20

lIe TO ,C • 20'1
IV.S

IWILL se SET To 37 A~ID +' TO 40
SC"O~7'

LAC SC~ND
LAC ScsTRT
LAC 9IT12
OAC MQsTRT
LAC elT1
NORM -4
DAC ACF-NO
LAOS
nAC SCF.:NO
SAn RIT12

,JMP .+2
JMS qCF.:RR

JM~ 9W.ITc~

9CT037

INOIltM 40
IS'T SO TO 37 +, ,.0 40

Ise To ,C • • 0'1
IV.S

Digital-7-92-M
Page 53

/WILL SO S£T To '7 AND +1 TO 00

SCTO'"

LAC ~C£NO
nAC SCSTRT
LAC A£VSEV
OAC MQSTRT
LAC RIT1
NORM "'44

OAC ACF.'NO
LACS
nAC 9CENO

IN~RM

IS,T se TO "

.JMP

• +2

JM~

SC~R~

~JMS SW ITCH

SCTO??
.JMP NOPSC 1

AND

IGr;T SO TO AC
IS~

SN~

IV,S

TO AC • 0o,

+, TO 0

Digital-7-92-M
Page 54
,.IMP

•

IAr:

MQ~lRT

IG'T St'j OF NORM

~EvStV

IS~OULO

r.MA

ANn

S!T So TO

DAr. MOEND

TAn QYT1?
ANn ~EVSEV

IS~

+' TO

SHoULn

DAr. I. Kf:\1\J11
.JMS F'RRUR
~Cr::'H!:)

ITYpE OuT
ERROR
IEI1ROR ADDRESS
IS~

TY~CF'R
"iO~0(~12)

I.!DP4
SCST~T

74~9If()0

lSI"! AT START

6Gi1('HllfljVj

I AI"! AT START

74(~(~k1kj

lSI"! PO~TION 0,:- NORM

~PACF=::3
t\CST~T

TY ~!ORM
~QSn~T

TY~SI"!

MQJ!"N'i

SET So TO

'40"'~\Q

IS~OUL"

74ttHH~0

lSI"! SHOULO ., TO

74000l.1

IS~ TO AC

~00000

114M AFTER NORf\o1

TYPL~1

I K~Nn

TYrOQ
TYLACS
9C~j\n.,

EoUALED

TYTNCn

SPACF'3
ACF"Nn
~

"JMP

IDO~S

EA~

NOPS~1,

NO~

Y C::C~RR

ALTER c::C

q E:' VS e: V
"lAC ~CST~T
I Af'J ~ T T 1
~IORM .. 43

I. Ar

IS,T Sr. To 71
IMAKE M9 TO ONES BEFORE

ANn KALL1
r:'Ar::' 7?

IN~P

S~OULD

lACS

IS'T SO T" AC

NnT AI lER SC

t1AC ro;cr:ND

SAO

gCqT~T

,IMP

.+12

.JM~

F.R~OR

TY~IO~

~D~4

SCSTRT 740",00
TY~!OP

SCST~T

7400!1fJ0

TYLACS
SC~ND

,400~f£)

.JMS swrTOIol
NOPSC1
,JMS SWTCHS
9CT016

IS'" TO AC • 7"

Digftal-7-92-M
Page 55

ISI"Q,T lESTS
IALB • lOCUMIIL.4TCR l£:FT ~HIFT
IDO[S Ale AC • ~'S ALTER T~E AC'

DZM AcsT~T
nZM MQSTRT
nZM LKST~T
nZM scSTRT
C!LO 1000
CLL
AL9

ICI EA~ AC • MO ANn Ll Nt(

OAC ACENO
~LK

nAC u<e:NO
LACS
OAC SCENO
I.AC ACENO
~NA
~KI!)

.JMS

AL~E~R

,JM S ~w I Tolol

ALSZF.R.4

AL.S01.

IALa 01

lAC RTT1?

OAr.

ScsTRT

DZM AC~TRT
OZM MnsTAT
OZM LKSTRT

IA~

0'8 To START

IM~

QJts

ILtNK 18 fEAO

OLf'
EAr 1000

aLL
AL~ ('11
OAC ACENO

GLK

OAa LI(E'ND
LACS
OAe SCEND
LAC! ACENO
SNA
SKI'
JM~ ALSERR
LAr, MQsTAT

LMQ
JM~

S\lltTC~

ALS01+6

LAC MQeTRT
SZA
JMP

.+!5

OL'"

OAr. MQgTRT
~Ar

JMI'

ALS01.6

ISwlF"T AC LE'T 1
ILIN~ '~A

TV'EouTS

lIe ,0A TyPEOUT!

Digital-7-92-M

Page 56

ILIN\( TO AC ,7

18tT a ~ 1...=0. RIT =0 La,. BIT
A L SL I\IK.

OZM

.AC~TRT

nZM ~~(,J~T~T
nZM , K~T~T

= 1 L • 0, 8IT • , L • 1
ISTART AC 0'9
IL'NI< 9TA~T

r:lQ
I_AC U(~TRT

RAR
LAC

AC~TRT

AlS

'I\CENO
"

nA~

IL,NK • 0 OR

"
,

(,;LK

DAr. LKENO
, ACS
OAfj ~CE'NO
I Ar.

ACST~T

RAt
TAn LK<;TRT
SAn ACEND
~KP

LIMe:;

fl.lC::£I='olR

.JM~ ~wITCH
AL ~L~IK ... 3
LAr. lK~TRT

TS1 LKc::TRT
qNA
.J MPAL ~ L r\i K ... 3

nZM LK.~TRT
I.Ar. AcsTRT
TS' Ac~TRT
c; ", ".

LNKALS,

,IMP

Al~l,..~q< ... 3

nZM

t-1QSTRT

OZt-AAC~TRT

nZ M LKI:;TRT

I<ALSri' 1,

LAC
nAC
r,LQ
LAC
RAR
LAC
AlS
DAr.

IM~ ALWAYS • OJ
ISTART AC.0
IL,NK START"

RTi'?

!=;csTRT
lK~l"RT

AcsTRT

lSI"! • 011

IL,NK •

40~000

(711

ACENO

ISAVE An RESUI,..T

~CF.:Na

ISAvE Sr'l RESULT

1_ ACS

T.'lAt:'
GlK

1 0 R 01

lAM. 01 OR

OAC lKENIJ
~An LKstRT

IL,NK SAM! AS ST~T?

~KP

IY'S

,JM~

AL~ERR
,.1M S 9~ TCH

LNKALS+5
LAC lKSTRT

Digital-7-92-M
Page 57

rS' LI<.9T~T

C; N A.

JMP LNKALS·t.!;

Digital-1-92-M
Page 58

lAC

AC~TRT

I.AC

~ITIfj

"csl~T
,)MP .+4
DZM L!<~T~T

lAC IfI AI READY

SAn

flAC ACC;T~T
,j MP L~jI< AL S ... 5

ALSMI'.lT,

nZr·1
nZM

Mo~T~T

nZM

lKSr~T

LAr.
DAr.

~IT1?
SC~T~T
LI(~T~T

LAr

IJRo ANn 4TH pASS
IAM·40!'l000

11~T

IAI S 01
O~

ILa,
MQ~TRT

LMf'l

IM~

I.Ar Acc;T~T

IA~

4L~

", 1

nAr.

~CENO

r,LK
nAC lI<F:ND

lArS

nAr. ~r-ENn
LArQ

DAr.

PA8S~S

• ""5

AC~T~T

RAR
LAr.

~HJ~ND

qA.n MQST~T
JM!' .+14
JyES
JMS r.RRO R

TYALSQ
L-IDR3
u<~TRT
AC~TRT

7~171()!01G1

6Vlr.:H'!01r:?

to4QSTRT
TYALS

1_ K r:' Nn ,0 0 PI 0 0
AC~l\Jn

f,i£1eJ~(i11r:?

MQ'Nl"I

~f{l~0~0

!'l
JM~ ~\!JlTOI-I
AL~MnT+5

PLACE
0

= OJ.S OR 1'8
:I

~'S

OR "S

Digital-7-92-M
Page 59
LAr
IS7

U<~T~T
LK~TRT

OT~ER

IEvERY

pASS L •

~NA

.J MPAL ~ MQ T ... ~

n2M

LI<~T~T

I AC
r, 1'-1,\

AcsTRT

nAC

AC~TRT

'?ZA
LIMFl

hl..~MQT+5

LAC M(Jc:;TRT

IM~

~'S

•

4 PASSE~ "5 4 PASSES

CMl\

DAr"!

MnqT~T

~ZA

IM~STRT

._IMP !lt~MnT ... 5
.JMS ~hJTCH~

INf'I,

BAOK TO

T~ST M1

• "

~,S?

AL8ZF.'R

IWILl

AC0 GO

IIM~~ntATElY

To LINK PRnpEHLY
FOLLOWING AN ALS LEF'T

S~IFT

110-21:0-1.''''0.1-1
SGNS\..!F',

ILK TO 0 FIRST
ITO OOMpARE LINK ONLY

nZM l.KSl ~'r

DZM

~~(j~TRT

It.r. nrT0

OAC

IF'IR~T

AC~TRT

AeeJ., GOES TO 0

1_ AC PIT 11
n~c

IS~rF'T.'

~CSTRT

0PLACE

LAC': LKCiTRT
RAR
LAC
ALe:;
r:'AF'

Acc;T~T

IA~0='

r:l1
~0(11~0

nAr ~Ct.Nn
r:lU<

I1A,C LKrNO
I:lAn M(J~T~T
,JMP

~JSt\IERR

\JM~

F'RPO~

GOES TO 0 ~R • ~ G~[S TO t
IGET SIGN OF' AC
ISAV~ rnR TYPEOUTS
ISAVE rnR TYPEOUTS
IL.~ORR~CT RESULT
IYES

TYALC:;
C:;CRTRT

74r}I0110

TY~LK

H--D ~ 3
L.K~TRT

ACSTRT

7~hH'!Ic11O
6(~00VJ'"

TYAL~

TYSLK
LKF'N1'") 7eJv.l0!?lk1
~CE:Nn

~0~el01O

TYREe:;
(II

,J MC; S wIT CH
C;G ~I SI..!F'" 6

LA,.,
T8'

lENt:) SCnPE LOOP

LKC;T~T

LK~TRT

~I\IA

...JMP SGNSHF ... 6

nZM '--K~T~T
LAC RITt
SAn AC5TRT

ITEsTED SIGN.'

Digital-7-92-M
Page 60
JMp \.4SALS

nAr,

rS1
,JMp

AC~TRT
MQST~T
~G~'S~I='+6

IYES

Digital-7-92-M
Page 61

IWILL ALS SHTrT t TO 18 ~~ACES?
115T pAS~ BIT '-NO ~A9S N~ 81T
~SALq.

nZM

MQ~T~T

LA~

BIT1?

DAr

ACgT~T

,JM~

~tMALS

LAr.

I<'~
10

nZM LK~T~T

nA~

LAr. I<ALS0,
nAC ~SA~Se:
LAr- qIT1?
DAr. RC~TRT
~SALqL.

LA~

LK~T~T

RAR
I.Ar- MQsTFfT
LMrl

HSALSE.

LAr.

Ar.~TRT

AL~

DAr. ACI=::NO
ALI(
nAr. U(~NO
LAr.5
nA~ QCENO
SZA
.JMJ.)

IM~ AL.TERNATEA
IF'QOM " S TO 0' S

TO 18 PlLAC[S

ISr-! GO TO Z[RrI'

.+6

LA", LK£NO
SAn LK~T~T
LAr 4CENO
SAn I SALSs:lP

IWAS

~'NK

IR,SU~T

A~TrR£D

0, 8MI'T OK,

,JMP .+?
,JMS AL~ERR
,JMQ sw!TOH
~5ALSL

LAC'! MQSTRT
OMA
nAr! MQqTRT
IS' IofSAL9E
t51 SAL5RP
IS~

~r.STRT
10

~JMP

HSA~SL

15'

IS! LI<STRT
LAO AcsTRT
~MA

nAO
SPA

Ac~TRT

JMP

~SAL.S.4

,JM~

BWTC~8

IofSAL.!It
.JM~ LLSTS1

IEvEN ~ASI!S MO • 777"7
IINOA[MrNT COUN'
IAnVANOE RESULT PnINTE~
I'~R TVPEOUT' SO.,
ISIofIFT ,8 TIMrS'
IN~

12~D

BIT PAS8 L ••

PASS AC 8'RT.7717,6

IMADE 2 P,1811'
IN~, SMIF, NO lIT

Digital-7-92-M
Page 62

IALS INSTr:tIJCTlnN
ICO~MON

~RRO~

TypEnUT
,JMP •
,JM ~ F'RRO ~
TYAL~

9C~TRT
AL~ERR

740"'ro(O
4000100

~D~5

LKSTRT
ACSTRT

51il0~1i1~

MQST~T

6000k:1~

6~Pl()t00

TYPATJ:t
I KE:NI"l ~0~00(()
ACF.'Nn A000010
TY~E~

TYLAr.~
SC~NT'I '4"'00~
()t

" MPTA L 9 F." Q R

/SIMULAT[ 4L~ np~RATtON
ISTQQES SHIFTS 1 Tn 18 ~LACES
JMP

1_ AW QF'~ULT.1
nAC 17
OAr. 15
TAn R I T 1 ?

nAr. QALSRP
LAC 1<1~

nAC

LAC U(C:~ TRT
RAR
LAC Acc:;TRT

RAt
OAC r 17

IS'

,JMP
.IMP

I SIMALS

LAC LKSTRT
RAR
LAr- T 15
RAL
OAr. T t 7
,-6

SALSRP,
RESULT.

RESULT+221

IR~SE:RVE

(;II

17 SHrFT LOCAnAENS

Digital-7-92-M
Page 63

ENDSHF,

LAS
AND 81T6
SNA
JMP •• 6

ICMMMA AT END,
IN~

LAW 1 !5
TV1

IS1 OHARI<
,JMP
~
JMB CRLF
LAC NBtT16

DAC CHARK
LA~

ANn 81T'
RNA
JMP 8CT016
.jMI'

COMMA,
START

~5~

RANS~'

leveLE BO'~ TrSTS

IN,." STAY IN I~JF'T TEST
IR,PEAT FROM I!TU' TEST

Digital-7-92-M
Page 64

ILLS

A~n

LR~

IrA~' 4

ILO~G L~F'T

ILLS 01

~ASIn

TEST~

OF EAE POP?

T£~T

s""IF'T

ALL

ZF:'Rn'S

nzt-1 AC~TRT
nZt-A

M(~c:;TRT

nZM U<9T~T
I Ar qlT17

DAC ScqTRT
CLr.I

ISTARr SCOPE lOOP

CLA elL-OPR
LL~ "',

ICI R AO AND LINK

DAC AC~NO

ALI(

I)AC LKENO

LACS
DAC SC~ND
I_ACQ

OAC MOE:NO
IM~

SNA

LAC ACEND
~NA

LAC LKENO
SNA
lAC SCENO
SNA
,JMP •
,JM~

+,
LLSERR

sw t TO~
I..L~T~,+5

,JMS

STILL 0'9,

IA", STTLL 0'S,
IL,NK STILL 0.97
IS~

GO TO ZERn'

Digital-7-92-M
Page 65

IDO[S

LTN~

Gn TO MO'? ON AN LLS

1~"0:

1~C'I,

0-',

'-1

DZM t.10STRT
nZM ACST~T
nZM LKSTRT
lAC 8IT1?

nAr: ~CSTRT
LAC MOF;T~T
IMO

LAC

ILLS

12 pASSES • 0 START SCOPE LOOP
12 PASSES. , fMQt?)

LK~TFfT

RA~

IL.' EVERV 2ND PAIS

LAC ACSTRT
LLS t'l1
DAC ACEND

IAn ALwAYS • '"
ISAVE RrSULT!

r,U<

DAC Lt<ENO
LACS
OAC SCENO
LACQ
nAC MaENO
LA~ LKSTRT
RA~

LAC MQSTRT
RAt..
SAD MCEND
SKP

JM9 LLSE~R
JMS

SWITCH

lEND SCnPE LOOP

LLST~2.5

LAC Lt<STRT
157 Lt<STRT
SNA
,J M"

I~ L S T S2 . ,

nZM LKSTRT
LAC MCSTRT
rS' MQSTRT
aNA
JMFt

LLSTS2+!5

12~D O~ 4T~ ~ASS'

IN.)(T __ ASI L. • 0

Digital-7-92-M
Page 66 '

IDOES LINK NOT GO TO AC" ON AN LLS
100[9 MQ0 GO Tn AC" ON AN LLS
LLSA~T,

DZM ACSTRT
DZM MosT~T

nZM LKSTRT

LAC RIT1?
DAe ~csTRT
LAC MOqTRT

1ST ART sCoPE LOOP

IMQ

LAr. LKSTRT
RAR
I At! AcsTRT
LlS
OAC ACENO
Gll(
DAr! LKENO
LACS
DAC SCENO
LAr.Q
DAC MQENO
SAO LKSTRT

"',

IL.e,

',0. ,

IA,.,.0, 0, 1, ,

ISAVE Sa FOR TypEOUT
IMQ FOR TyPEOUT

SKI'

IL,NK TO Ma",
IV,S, OK

JMP .+'

IM~

ERROR

LAC MQSTRT
RAL
LAC AcsT~T
RAt
RAD ACENO
SKP

llSERR
SWITCH
LlSAr.T ... 5
LAC LK~T~T
TS, LI<sTRT
SNA
.JMP LLSACT ... 5
DZM LKSTRT
JM~

JM~

lAC

AcsTRT

rS, AcsTRT

SNA
.JMP

LLSACT+5

DZM AcsT~T

LAr. RtTIO
SAn

MQ~TRT

.)MP

,+~

DAr. MQsTRT
,IMP LLQACT+5
,JMS qWTC~S

LlSTs1

IT,Si[O Mae. "

IV'S

IM~0

la;,

• 0, • PASSE!
4 PASSEs

Digital-7-92-M
Page 67

IWILi EAOH eTT OF THE MO SHIFT TO THr NE~T
11"0~

A~D

0"'. I_Er:T
LAC 9TT1?
DAC ~QST~T
DAC 9CST~T
DZM LKSTRT
OZM ACSTRT
LAC MQSTRT
LMO
ClA ClL"'OPR
LlS 0t
DAC ACENO

L~STS3,

GLI<

DAC lKEND
LAeS
OAC SCENO
LAOQ
OAC MQEND
LAC MosTRT
RAL
SAO MOE:ND

ISTART MQ l' TO MQ ,.

1ST ART BCOPE LOO~
IA~

AND L '~WAYS 0'S

IFOR TypEOUT!
IFOR TYIIEOUTI

SKI'

JMP • +15
LAC AcsTRT
RAL
SAO ACEND
~1'V,J M~ • +2
.:-.1 \, JMS llSERR

L,\, ~ LlSTS3+5
~\r

,JMS SW! TOH

LAC MQST~T
elL RAL-OPR
nAC ~osTRT
SNL
JMP LLST83+5

IENfJ SCoPE

IS,T UP N!XT MO BIT
ITIST£n Ma0 • 1

Digital-7-92-M
Page 68

IWILL EACH BtT 0' THE: MQ SHIFT TO TH, N[)(T

11"1~

0.1 ,

lL.STS4,

1.. 0 L'-FT

LAC NSTT1?
OAC ~QSTRT
CMA
DAC SCST~T
DAr,! LKSTRT
Clf'!
DAC ACSTRT
LAC MOSTRT
'-Met

IST4RT 77"76
ILlS 01
IL,NK AL.WAYS • 1
IA'! • 1 t S AL.L.

1ST ART RCOPE L.OO~

eTl CU'!"'OPR
Llg 011
OAe ACEND
AlK
OAC lK£NO
LACS
DAO SCENO
LACQ
DAC MOE:NO
LAC MQSTRT
STL
RAL
SAD MQ~NO
SKI'

II., FOR TyP[nUT

ISC P'OR TyPEOUT
ISIMULATE LL!
IT", GET
IC",MPARE oONSTANT
IMQ SHIFT OK'
IY,S

JM" .+"
LAe ACsT~T
RAL
SAn ACe:NO
,JM I'

lAC SHIFT OK'

.+~

JMS LLSERR
JMS SWITOH
LLSTQ4.7

liNn SCOPE

STL

LAC MQSTRT
RAL
DAC MQSTRT
SZL
,jMP LLSTS4+7
,JM9 SWTCHS
LL9TSJ

IT~STEn

MQ0 •

Digital-7-92-M
Page 69

IWILL MQ AC
'~'!I LLI.

LI.SSL1,

~HrFT

A 1 BIT t TO 4. PLACES

N'-D

DZM ACSTRl
lAC BIT1?
OAC eCsTRT
DAC MQSTRT
DAC LKSTRT
DAe! MQOOMI<
nZM ACCOMI<
LAC I<LLSSt
DAr. LLSSE)(
LAC MQOOMI<
eLL RAL-OPR
OAC MQCOMK
lAC ACcOMK
RAL
CAC ACCOMK
lAC MQSTRT

lAO START ZEROS
IS~
IM~

INCREM!NTrD Tn 44

START BIT 11 • ,

ISTART SCOPE LOOP

I.MQ

STL. eLA-OPR
lLSS 01
DAe AC£:ND
lACS
DAC SCEND
I1LK
CAe LKENQ
LACQ
nAC MQF.:NO
~AO

IS~

• , TO ~4

MQCOMK

SK~

JMI='

• +4

lAC ACCOMI(
SAn ACF.:ND
~KP

-.IMP

• +6

LAC

LK~Nn

1L.INt< SO TO

~NA

II)

LAC qCF.:NO
SNA
,JMP

ISr! ENt) •
• +2

,JM~ LL~S£R
~JMg ~w J TeHo!
LL9S~x ... 3
IS~ LLSSE:)(

IS7 scsT~T

lAC scsTRT
)tOR

f:"OUR~

SZA

LLSSL 1
JMS SWTCI-IS
lLSTS!5
,JMP

IENO scnP[ LOOP

Digital-7-92-M
Page 70

IWIlL MQ AC
I.LSTStu

~MIF'T

NO BrT , TO 44 PI ACEA

nZM LKSTRT
tAr.! BIT"
OAr.! ~esT~T

eMA
nAe MOSTRT
DAr. MQCOMK

Clr.
OAC ACSTRT
OAC ACCOMt<
LAC KlLSS1
OAr, LLSS)(2
LAC MQr.OMt<
STL
RAL

lAND MQ

OAt"! MQr.OMK

IC~MPAAE

LAr AcrOMI(
RAl
OAr. 4CCOMK
lAr Mo~TRT

I'~RM

AC
eON8TANTI

18ET UP SHIFT

START SOOPE LOO'

LMr3

ell CLO-OPR
lLSS 01
OAr. ACF.:NO
LACS

OAr.! qCF:ND

IGIT Se FoR TEST 4

C;l!<
nAt"! LKF.:ND
lAt"!Q
DAr. MOENn
sAn MQr.OMt<

ILINK

S~OULD

BE t

1M" SHIFT OK'

SKI'
..1MI' .+4

LAr. ACr,OMK
SAn ACEND

lAC SHlpT OK,

~KP

,JMI=I

.+4

LAr. LKE:Nn
SAO 91T1?

ILIMI( arT TO ,7

SKI'
JMP

• +4

tAr. 9C£.:NO
~NA

IS,., GO TO 07

SKP
,JM~ Ll SSr;:R
.JMS SW I TCH~
LLSSX2-3

rS,- LlSS)(,

tS'
LAr.

SCqT~T
SC!=lT~T

xOR J"OtJR~
SZA

.JMp LLSSL2
SWTCI-IS
LLSTS6
JMI' LRsTSt

.IMS

IAnVANCE TO Nr)(T ~HIFT

Digital-7-92-M
Page 71
ICOMMON

~RROA

TYPEOUT LLS
JMP •
~'MS

ER~OR

TYLLS
SCaTRT 740000

LLSERR

40000~

!oIDR5

LKSTRT 500000
ACSTAT 600000
MQSTRT 6000k"0

TYPATR
LKE:Nn 1500000

AC£Nn 6(021011)
MQ!Nn 600000

TYRES
TYLACS
SC!Nn 740000

JMP I LL..SERR

I(L..LSS1.
ICOMMON

LL.SS 01
~RROR

TYPEOUT

11.LS SIGNED
JMP •
~JMS

[RROR

TYLLSS
SCST~T
LLSS~R

7400rd0

400001t:J

!oIDR5

LKSTRT 500000
ACST~T

600000

MQSTRT 600000

TYPATR
SPACF.:4
ACCOMK 600000
MQOOMK 600(?J00
iYCO~

LKr:.Nn 1IIS00000
ACe:NO 600000
MQ'Nn 600000

TY!Nr,O
TYLACS

SC[Nn 740000

'JMP
" I LLSSF.:R

Digital-7-92-M
Page 72
ILON~ ~IGHT qMIFT
ILRS 01 AC, MQ AND L • 0.5

nZM ACSTRT
nZM MOST~T
nZM LKSTRT
LAC BIT1?
DAC 9CsTRT

ola
CLA

LRS

IS~T

INITIAL oONDtTrON8

ISTART SCoPE LOOP
CLL-np~

"I'

DAn AC£NO
~LI<

DAC LKr;:ND

LACS
DAC ~C~NO
LACQ

DAC MQe.ND
SNA
LAC ACF.:ND
SNA
LAC ~C~NO

IAt'!a0t
ItA,., GO TO "'I

SNA

LAC
SNA

IM~ SHOULD BE "

LK~ND

IL,NK STILL 0'

SKP

JMS LR~ERR
JM9 SWITCH
LR~Ts'+5

I[N~

SCOPE

Digital-7-92-M
Page 73

/OOrs L t ~H( Gn TO AC
10·0~

ON AN LRS

1,,0, 0 ... ' • 1 ... 1

LASTS2,

nZM MQSTRT
nZM ACST~T
nZM LKST~T
LA'" RIT"
DAC SCST~T

LAC

LK~TRT

IST.~T

SCoPE LOOP

~A~

CLO

LAC ACc;TRT
LRS 011
DAC ACENO
LACQ
OAC MQEND
LACS
OAr.! SCIrND

ISET UP COMPLETE
ISAvE R~SULTS

~Lt<

OAC LKF.:NO
SAn LKSTRT
SKI'
,JMP

ILINK

S~OULD

.+12

LAC MQF.:NO
SZA
,JMP

.+?

LAC LKsTRT
RAR
LAC AcsTRT
RAR
SAD ACENO
SKP
.JMS
.IMS

lRSERR
SWITCH
LRST92.5
LAC LKSTRT
YSl LKSTRT
SNA
,JMP LRSTS2+5
nZM LKsTRT
LAC PIT0

SAn AcsTRT
,JMP

....

nAC AcsTRT

.JMP LRSTS~.5

IENO SCnPe:

NOT CHANG!

Digital-7-92-M
Page 74

IDO[S AO,7 Gn TO MQ0 ON AN ~RS
10·0~

1,,(21,0.1.

lRSTS3,

ANI')

DZM

,-,

LKqT~T

IL,NK ALWAVS 0

J)ZM ~QSTRT

nZM AC~T~T
LAC ~IT'?
DAC RcsTRT

IS~rFT

nF' 1

ell

LAC MQSTRT
LMO
I.AO AcsTRT
LRS 1!'11

DAC ACEND
r.ll(

OAC lI<END

LACS
DAC

qC~NO

I ACQ

DAC MQEND
LAC AC9T~T

RAR
'- AC MlJ S TRT

IG,NERATE MQ
ICtlllJMPARE
IOt'\NSTANT

RAR

IACt? To MQ0 OK,

SAn MQEND
9KP
~J.MP

• +~

LAC ACr::NO
IA~

SZA
,.JMP

• +4

lAC LKENn
SNA
SKP

JMS LRSERR
JMS SWTTc~
I R~TS3 ... 5

,Ar. AcsTRT

IS' AcsTRT
9NA

JMP lRSTS, ... 5
L.AC ~I"ro

nZM AcsTRT
gAT)

MQ~TRT

.JMP

• +~

nA~

~-10~TRT
lRSTS~+5

JMP

GO TO 0'

Digital-7-92-M
Page 75

IOOES AC11 NoT GO TO LINK ON AN LRS
LRSTS.,

nZM uo;TRT
DZM AcsTRT
OZ~ MosTRT
lAC FHr'?
OAC !;CSTRT

IM~

ALWAYS ZERO

ISt-IIF'T OF'

r.Lt~

LAC LK9TRT
RAR
LAC AcsT~T
I R~

IS,T LTNK INITIAL 0 OR 1
IAn-' OR 0

01 ,

DAr, ACf:NO
LACS
DAC SCENO
LAca
nAC MQE'NO
~LI(

nAC li<F:ND
SAn U<STRT

IWAS LINK ALTERED

SKI'
JM~
,JM~

LRqERR
qwrTCI-I

I RsTR4.5

LAr. LKST~T
TS' LK9TRT
~NA

IT,8T£0 L.t,

JMP LRSTS4.'

IN~

nZM LKsTRT

LAC'! Ac~TRT
TS' ACsTRT
SNA
.JMP LRSTS4.5
JM~

SWTC~S

LRSTS1

IT~ST[D

Ae 1'.'

Digital-7-92";M
Page 76
I Wr t_ I

~ r:l

~ HT F T ~

~ T TEA CH

P 0 SIT ,ON RIG 101 T

nZ M I K'~n~T
r'2'~

MO~rRT

nZ ~ ~'Hli r; 0 ,-1 ~
LAC

H1T17

DAr. c:cqTRT
I Ar, ~TT~
DAC ACSlRT

DAr. tdj~(J¥1<
I Ar. ACr.UrvlK
I":U_ RAR-r)PR

IG,NERATE COMpARE
ICnNSTANT!

DAC ACCUMK
LAG MQr,UMK
RAR
nA C M(J r. 0 M K
I A~

~Qc:T~T

I M~

r:lL
LAC

AcqT~T

LR~

OJ,

DAC ACE'Nll

GlK
DAr; LKF'ND
LACS
nAt; qC~Nn
tACO
OAt:': MQENO
~AO

M(JCOMK

1M" SHIFT OK'

SKP
•.JMP

• +4
L.Ar. ACCO~t<
~An ACE:ND
~KP

,IM~

LR~E~R

~lfdTc~
LR~TII5L
I AC AC~TRT

,JMS

elL RAR-npR
AC!;TRT

DAC

LAr.

MQ~TPT

RAR
DAC

MQ~TRT

SNL

JMP

LR~T'5LI!IJ6

,JM~

SWTCIoiS

, RSTQ5

lAC !HI,T OK'

Digital-7-92-M
Page 77
I WILL A0 • ~ a qHTF T 1\
IRIG~T

FRO~

~ACH

t\IO R I T 1 PO S r Tr 0 .. ,

8fT

LAC 9IT1?
OAr, ~C~T~T

nA.r.

LKsT~T

I AC ~.18rTr~
DAt'" Acs'f~T
DAr ACCOMK

137"71

r.LC

nAr. "1QC;T~T
nAr. MQr;OMK
LAC ACr,Or-iK
~TL

IG~NERATE

~AR

IS,T OF'

OAr 4cnOMK

IA"., MQ COMPARr

LAr.

~QCOMI<

IC~NSTANT!

RAP
nAt"! MQCOMK
L.A~

MQ~TRT

LMI1

STI.
LA/"! AC~TRT
LR~

"',
DAr. AC~NI)
LAI"!S
DAI"! ~Cr;:ND

IFOR TY~EOUTS

r;LK

DAr. LKr;.'NI1

IFOR TypEOUT!

LA~a

OAr.

M(J~ND

~An

MlJCOMK

1M" SHIFT OK'

~KP

JMP

• +4

LAr ACCOMK
SAn ACe:NO
SKI='
,JM~
JM~

LRqERR
~wITCH

LRST6L
LAC AOqT~T
STI.
~AR

DAC AcsTRT

LAC

MQ~TRT

RAR
OAC

MQSTRT

SZL
.J MP L R9 T~ L • 7
.JMS qWTCHS
LRSTS6

lAC 8Mt,T OK'

Digital-7-92-M
Page 78

,WILL AC MO qMIFT A 1 9IT
'RIG~T Tn 44 PLArEq
nv~ Mnc::TRT
DZM LK~TRT
LAC PIT"
OAr. SCqTRT

I_Af' RITid
DAC AC~T~T

DAr. ACCOMI<
DZM MQ~OMI<
LAr. LRgT6L+4
T"Ar. LRqT'~
LAI"! ACr.OMK
r.LL RAR-OPR
OAr. ACCOMK
LA~

ILQS 0'
IF'",R E)(ECUTE
IGII'NERATE Ae/MO
ICOMPAR£ CON!TANTS

MOCOMK

RAR
nAC

MQ~OMK

LA~

MQST~T

LMQ
r.LL

LAC .Ac~T~T
LRS (}J1
['lAC ACEND.

I' TO 4~ PLACrS

GLI(

nAC LKE'Nn
LArs
DAC ~CF.:Nn
LAr.Q
OAC MQEND
~AO MQCOMI<

IMrl SHIFT OK'

SKP
,JM I')

• +4

LAC ACCOMK
SAD ACEND

lAC END OK?

SKI')
JM~

LRSER1

,JM 9 SW ITCH

LRST?E"",4
rSl LR9T'~
TS7. 9r.STRT
LAr. FOUR!

SAD BeSTRT
SKP
\JM~

LRST1L
SWTCHg
LRSTS7
JM~

II~CREMENT SM,'T
IF~R TVPE~UTS
IS~IFT!O

IV,S

eOUNT

4~ ~LACE87

Digital-7-92-M
Page 79

/WILL. A~ M~ ~HTFT A NO BTT RIGHT
/1 Tn 44 PLAr!ES
CLC

IMQ STAAT. ,'S

OAf"! MO~TRT

nAr. MQcOMK
LAC I\18yT0
nAC Ac~TRT
nAr. ACH'!OMK
LAC RIT17
nAC ~CSr~T
nAC LK~TRT
LAt"! LRc;T6L"'~
OAr, LRST~E

LAr ACcOMK
~TL
RA~

OAC ACCOMI<
LAt"! MQr,UMK

lAC 8TA~T BIT 0.~

ILRI 1£"
IF"R E~ECUT[
IGENERATE
IN,XT
ICnMPARE CONSTANTS

RA~

OAr, MQr,OMK

I..Ar.

MQ~TRT

IS,T UP LR!

LMQ

L.Ar. ACqT~T
STL
LRS 1711
nAr. ACe:NO
ALI<
DAC LKF:NI'J
LAr.S
nAc qCENn
LAr,Q
DAC MQ~NO
~An

MCH'!OMI(

I' TO 44 'LACrS

1M" SHIFT OK'

SKI'

.IMP • +4

LAC ACCOMK
SAn ACENO

lAC st-ItrT 01(9

SKP
JMS LRsEFH
JM~

~WITOH

LRSTAE .. 4
IS' LRSTs!

'S1 BesTRT
LAC ,ouR,
SAn SCSTRT
SKI'

JMP LRsT8L
..JM~ SWTCt-otS

LRSTS8

IAnVANC[ It-I"T
'e~UNT

Digital-7-92-M
Page 80
/WIlI

S~lI!"T

LF"FT

/ EVe: q y c tj '1 ~ I ~I AT ION 0 r:

LLSSF'Q,

~ ITS

nZM MCJ<::TRT

nZM

4C~T~T

I AI":

RITt7

IAr! ANn MO WILL
IAI WAYS Br •

nAr c;CSTQT
nZM

U<~l~T

LAr.

MO~T~T

r:A~

?0CJ1100

~AI ..

DAr. ACCOflolK
nAr. MQr-OMK
tAr. MQ~TRT
LMO
LLSS

nAr. ACF'ND
IAC-S
nAC ~C~Nn
~LI<

nAC LKF'Nr)
I A.cQ
OAr. MQF"Nf)
~An ACF'NO
~KP

\JM~
,JM~

LLSSF:R
~wtTCH

LLSSr:'CJ+5
TS1 ACST~T
t-.!OP
TS'MtJSTRT
..IMP LLSSe:Q+;
,IM~

9WTCIo4S

LLSS~Q

IM~
/A~

ANn
SHIFT OK

Digital-7-92-M
Page 81

IWILL MQ

S~I~T RtGWT
ICO~~INATION O~ RITS

1 EVERV

DZM ACqT~T

IAn AND MO

nZM MQSTRT
l.AC RITt?

IAI WAve •

DAC scsTRT
LAC AcqT~T
ANO ~IT1'
DAC LKSTRT

IAi'WAVS SwIFT OF" •

RAR
LA~

IL,NK • Ae 11

ISO THAT AC wILL •

MClSTRT

RAR

DAC MQCOMK
DAC

ACCOM~

IA~

AND MQ

IS~OULD

Br •

RAL
LMO

LRS Q!1
OAC AC£NO
LACS
OAr! ~C~ND
GLI(

DAC LKEND
LACQ
nAC MQ~NO
SAn ACENO

IA~

AND MQ R • OK

SKP

JMS LR~ER1
JMS ~wrTCIoi
LRSSJ;:Q+4
TS7 AcsTQT
NOP
,S2 MosTRT
..1M!' LRSSEQ.4
JM! SWTCIoiS
,-RSS~Q

\.JMP

ENOSMF'

IAI L. COMBINATIONS

Digital-7-92-M
Page 82
I~RS nO~MON ~RROR
ISHI~T OF' 1
L RS[ IH~ ,
,J MP

,JM S

TVPEOUT
•
!:'RPO~

TVI R~
SCST~T

140Q1ll)k)

I.RSE~R

40~H'HHI)

~D~5

LKSTRT

500~0'"

ACSTRT

6Vl00id~

MQSTRT 600"'0'"
TVPATR
'- K~ Nn " 10 (1J v'pJl 10
ACFNn ~icH10{'I~
MQFr.Nn ~0~0~1i1

TYQEQ
TVI. ACS

SCENn

'40~~0

C'I

,JMP

T LR~e:RH

Digital-7-92-M
Page 83
CO~MON rH~Op TypEOUT
~~ MnH~ THAN 1
LRSE:P,.
,jMP •
I~RS

IS~JrTS

. IMe:;

rR~OR

TY I RCi
SC~T~T

7A~·H~01O

I RC:;E~1

4000'IcH'J

\.IDPS
I K~T~T

5~)0~1U~

AC~TQT

bvH1?J101O
6i1.i0(}\01t:l

MQc::T~T

TYPAT~

~Pll.CF'4

ACCO~I'I.

6~'0V'lOra

MQCOMI(

6;-'l0("101a

TYtO~
I K~Nn
bC~l\tn

M GI F' N f)

r;0v' 0 f71 0
~()~0OJIO

~ 0 CI\ ~ :~ ~

TYTNr.O
TYI Ar.S

SCENn 140000
O!

,.I MP
ACCQ~K.

M(.ICQMK.
SCCQMI(.

SIA~T

T I. R ~ E: ~ 1

Digital-7-92-M
Page 84
10.4.4
ITA~~

Random Data, Norma Iize, and Interrupt Test

I~A~nOM nATA S~l~T~
INO~~A'-t1E Tc:'ST
IINT~RRU"'T T,:.-ST

15(()001
l. Aco t\1j1 T T, 6

DAC
ISTA~T

~A~nOM

I~EFT

0 TO 44

RANS~F',

CHAR~

DATA

S~l~T~

PLAC~S

LAC ~·IR T15
DAr. ~ASSI(
.J M~ ~ A t\I C:i e: ~t

OAt:"

,j M!;

OAC
LAW

MQST~T
~ A},I G N
~HF'8LJF'
q HF' t:hJ F'

nAC 10

TAn ArT'?
nAC 11
LAC MQ~T~T
LMO
nAC T 1~
LAC qHF't:HJF'
OAC AC!=:T~T

LLS5

(,q

DAr, T

LACQ
OA.C T 1kj
LAC I 1 1
T 51 11
,_ L SOl'
nAC T ,Ic?
tACQ

DAC T 110

LAW

~HF'I3UI=' ... 111

SAn

SK~

JMP

~ET~LS

GLI<

DAt"! U(~T~T
DZM ~c~T~T

LAr. ~LLSS
nAC L~ANE)(
LAW SHF'tlUI='.1
nAC

IS!T PAgS K TO .3

Digital-7-92-M
Page 85

LRANLP,

LAr:

1(()

DAr"! ACCOMt<
I,AC I 1 ill
DJ\,C M(JCOMK
LAC M()~TpT
I MQ

LA!'; lKc:.TRT
RAP
I..AC ACST~T
L.L SS
rJArl1.CENn

10 TO 44

PLAC~S

GLK
DAr. LKENO
1_ Ar. S
DJl,r. ~CE"f\lD
LJ\,CQ
DAr, MOEND
qAt! M(H'~UMK
"IMP

1M"

= PRED!CTED?

• +4

tAr ACr.O~K
SAn ACEND

lAC END

= PREDICTED,

~KP

"M~

LLSSER

,JM~

Sw J T CH

LRANLP ... 4

IS? LRANEX
TS' qcsTPT
tAr.

~OllR5

SAn

SC~TQT

~Kf!)

,JMP lR t. NLP
,. IM~ ~wTC~S
PA ~1 SI-IF +b

T5'

PASS~

.JMP

RANSHji:".2

ISHrFTEn 44 PLAcES?

Digital-7-92-M
Page 86
IRA~noM
RAN~tT,

nATA

AtG~T

L. A. r.

t.t 8

Tn 44 PLACE"

r T!5

nAr, PASSK
.JMc:: RA~.IGEt\i
nA~

.JM C;

M(J~TRT
RA~IGr.N

IG,NERATE MQ START
IG,NERATE ACST~T

nAC ACqTP.T
LAW ~Hr:'BUF'.1
OAr:! 10
OAr 11
LAC ACc::T~T
OAr T H"
LAt"! Moc;TRT
nAt"! T

LMQ
~LL

sETLI~S,

LAC

TS1.

, t
"11
LR~

IG,NERATE AC MO

OAr. y 1 ~

IC"MPAr.lE

LAr,Q
DAC

T 10

LAW
qAn

SHr:'~UF'+111

~ONSTANTtIJ

1 eI

SK~

,J M"

SETLRs

LAr
OAr:!
nZM

IC'l~S

RRAN~)(

LK~TRT

OZM qr~"RT

RRA ~I. p,

LAW qHF'~UF' ... 1
OAr. , 0
LAC ! 10
nAr. AC('!OMI(
LAr. T 1 f()
OAr, M~rOMK
LAC" MQc::TRT
LMrl

RRA~!:'X,

LAC Ac~TRT
(,!LL
LRS (.II
nAC ACENO
GLI<
nAC U<END
LAr,S
OAr: SC£ND
LACQ
nAC MQ~ND
QAO MQr,OMK
SKI'

JMP .+4
LAC ACCOMK
SAO ACe:NO
SKI'

JMS
..JMS

LR~ER1

SWyTOH

10 TO •• FlLAOp:S

Digital-7-92-M
Page 87
RRAN~)(1!'t4

JSZ RRANe:X
IS' qCqT~T
L Ar. f:'OIJR~

SAn

SC~TRT

ql<p
,JMP RRANLP
JM~

~WTC~S

RANRJT+6

TSl PASSI<
JMP RAr-.If( I T.~

Digital-7-92-M
Page 88
IRA~nOM

nATA S~QUENr.E'D
I.At":

~HIT'5

nAC PAC:;S!(
.J M~ R At<-.I G£ N

OAr. Ar,sTRT
~AF'

IGET AC SIGN CLR AC

2117J1d0

GLK

OAr.

~VSIGN

RTR

nAr.

qV~lGN

JM~

~ANGEN

... ,

ANn ~18TT"

TAn 9VSIGN
OAr, MQsTRT
N8TT"
OAr. SVMASK

LAr'

LAC ~'BtTY'

DAr SVMASK+1

nZM qC~TRT
nZM LKSTRT
LAC MQSTRT
LMCl

ell
LAr: AC9T~T

LlSS 1
LR~

LlSS 2
L.RS

.JM~

se:nCOM

JM9 SwITolol
RA~ISr:l~

,JMS NXTSF.:a

Digital-7-92... M
Page 99
ISEClUEN~£
IRIG~T 2.

L~J

~4.

lAr, MOqTRT
CLl . .

IS,QUENCE , Rt.
II,T U,.

L.MO
l~C

ACQTRT
LRSS 2

Ll'9S 4
L.RS.

LlS'S 2
.JMB'iSEOCOM
.JMS SWTTOH

RAMSC'31
~JM~

I~E'T 3. RIG~T 6.
ISEClUENO' 2

RANB02,

~tXTS£O

L~'T

6, RIGHT 3

LAr. MQSTRT

LMO
Oll
LAC AcsTRT

L.LSS 3
L.RS 6

lLSS 6
LRS ,
.JMB SF.t'lCOM

JMS SwITCH
RANSa2
JMS NXTS[O

ICr'tMPAAE IItEIULTS

L.- R.~ L2

Digital-7-92-M
~age 90

ISEQUENOI!' 3
IRIG~T
RAN9~3,

4. LE,T 8. Rlr,HT A, LEFT.
LAC ~QSTRT
elL
LMQ
LAC AC~T~T
LRSS 4
LlSS 1(}1
LRS

LlSS 4
,JMS

~EnCOM

JMS

~WITOI-I

RANSr)3
,JMS NXTSe:a

RANS~4,

LAC MQqT~T
ClL
LMQ
LAC Ac~TRT
L l SS 5 .
LR~ '2
LLSS "
LRS IIJ
JMS SE'nCOM
,JMS SW T TOI-I
RANSn4
,JMS NXTSEQ

Digital-7-92-M
Page 91
ISEoUENe~ ~

RTG~T

LAC

RANS~~,

L~~T

12,

RIG~T

12, LE,T 6

MQ~TRT

LMel

ell
LAC ACqT~T
L.RSS 6
LL!!S 1 ~

lRS 14
Ll9S 6
.JM9 ~EQCO~
.JMS ~\lJtTC~
RANSr.l5·
,JM~

ISEOIJENO~
RANS~6,

~IXTS[O

I.r:FT' RI~~T 14, LE,T

LAC MQqTRT
LMQ

ell

I AC

AcsT~T

lLSS 7
LRS 16

llSS 16
LRS ,
,JMS SF-OaOM
,JMS qwtTC~
RA~ISQ6

JM9 ~I)(TS~O

'A, RIGHT'

Digital-7-92-M
Page 92

ISEQU!NO!'

RIGHT 8, LE~T 1&, Rr&MT 16, LE,T •

RANSQ?,

LAC MQSTRT
LMQ
LAC ACSTRT
ClL
LRSS ''''
LLSS 20
LRS 20
LLSS 10

JMS SEOCOM
,JM~

9WtTCH

RANSO?
JMS "'XTSEQ

ISEQU!NCr e
RAN9QS,

~EFT 9,

RIGHT 18, LI'T fe,

LAC MQsTRT
LMQ

LAO ACsTRT
elL
LLSS "
LRg 22
LLSS 22
L Rs , 1
,JM! SEaCOM

JMS SWITCH
RANs~a

TS, PASSt(
JMP RANSEQ.2
JM9 SWTCIoIS

RANSEQ
JMP

NRML!~

_IG~T

Digital-7-92-M
Page 93

ISET AC SIGN INTO NEXT AO
IANO MQ BITS
NXTS~Q,

SVStGN,
SVMASK,

•.JMP

•
LAC SVSIGN
OLL RAL-OPR

OAC SVSIGN
LAC ~VSIGN+1
alL RAR"OPR
OAC SVSIGN+1
LAC SVMASK
STL
RAL
DAC SVMASK
ANn MQST~T
TAO SVsIGN
OAC MosTRT
LAO SVMASI(+l
eTl
RAR
OAO SVMASI(+1
AND AC~TRT
TAO SVSIGt-.I+1
DAC AcsTRT
IS' gcST~T
JMP t NXTSEQ
III
0
Q1
OJ

IT" FILL MQ

leI R MQ

etT

IMAKE MQ • AC QJ

IOi R AO BtT
IMAKE AOX • AO 0

II ~I DIe ATE NE)( T S!aUENC!

Digital-7-92-M
Page 94
IRANOOM DATA
ICO~MON

S£QUENC~D

COMPARE ANn ~RROR TYPE
JMP •
OAC ACENO
~U(

DAC LK£NO
LACS
l'lAC ~CEND

LAce

DAC MQEND
~Al'l

MCI~T~T

IM~

• +3

IE_ROR MQ

SAME AS START

~KP

,JMP

LAO SCEND
SZA

JMP • +4
LAC AC~T~T
SAD ACE:ND
SKP
JMP .+'3
F:A£ 21000
ALI(

SAr:! LKENO
JMP r ~EQcnM
JMS P:RRO~
TYRDBCI
SPAC&:3
BCSTRT 740000
SEOCOM 400PJ00

IE,.ROR se

IGET AC SIGN CLR AC
ILrN~

IALL OK • EXIT

IoIDR5

LKSTRT 50121000
ACSTRT 600000
MQSTRT 60121,,00
TYSTRT
L K'£ Nn 15 0 0 " PJ 0
AC£Nn 60121000
MQ£Nn ,,00"00
TYRES
TYLACS
SCENO ,4012100

'JMP
" r sEQCOM

IE,.ROR EXrT

END • AC SIGN,

Digital -7-92-M
Page 95
IRAN~OM
118 erT

NUM8!R G!N£RATOR

RANCH'N,

JMf)
LAC
elL
SZL
)(OR
)(OR
ADn

•
RANNO
RAR"OPR
~IT0

RANNO.'
RANNO.t
DAt'! RANNO
JMf) I RANG£N
'·3~425

33,6, t

PASSK,

C'J

KL.R9~

L.R'I!

KL.LSS,

LLSS

SHF'euP'.,121
INO~MALI7.E

IDO!S NORMS

T,5r
~ET

AC 0 • 0 TO L

nZM Ma~TRT
DZM scsTRT
LAn BIT1
DAr, AcsTRT
DZM LK~TRT
LAr: LKST~T

1ST ART SCOPE lOOP

RAR
OLO
LAO AcsTRT
NORM~

,JM~

ISC • 121

",44

DAt':! ~ce:NO
LAt!Q
DAr! MQE:NO
LAr,S
OAO !ltC!ND
ALK
DZM SOCOMK
nAr! U<!NO
SZA
JM~ NORMae:
SW! TOI-!

NRML.,e:.'
LAO LKSTRT
IS7. LKsTRT
9NA
JMI' NRMLZ£.'

ISAvr Ar8uLTI

IA(4. SIAN
IE~ID

,I I

SOOP! LOoP

Digital-7-92-M
Page 96
100rs NORMS

NRML'"

~ET

AC~=1

TO ~

r.L~

DAC

MQ~T~T

nZM
nZM

SCST~T
U<~T~T

CLC
OAC ACSTRT

LAt"!

LK~T~T

RAR
l.Ar! ACSTRT
r.LO 4
NORM~

OJ''44

DAr. ACENO
LACe
OAC

~ae:NO

LAr.S

DAC SCe:ND
GLK
nZM SCCOMI(
nAC LKENO
SNA
.JMS NORMS!!:

JMS ~wrTc~
NRML11 ... 6

LA/,! LKSTRT
IS7 LKSTRT
SNA

JMP

NRM~Z1.6

ISTART SCOPE l.OOP

Digital-7-92-M
Page 97

IWILL NORM STOP SHTFT WITH
lAC ~ AND AC , UNEQUAL' 0', 121
nZM

MQ~TRT

DZM LK~TRT

LAC SEVS!V
OAC SCcOMK
LAO RIT1
OAC AC9T~T
LAC 8IT1,
DAO SCSTRT
LAO MQ~TRT
LMQ
~LL

LA" ACeTRT
NOAH .43
DAO ACEND
LAOQ
nAO MQEND

ISII'T UP COMPLETE
1St'! •

JSAV! RrSULTI

(;LK
DAO LKE:N"

LACS
OAO SCEND
SAn SEVS&:V
SKP

JMS NORM!R
JMS SWITCH
NRMLl2+10

LAC AC!IITRT
OMA
OAO ACSTRT
LAO ~QSTRT
OMA
OAO MQ9TRT
SZA

JMP NRMLZ2.10

IS", • .. "
lEND SOOPE L.OOP

Digital-7-92-M
Page 98

IDO!8 NORM NnT STOP SHIFT
ION AC 0 • Anl 00, ",

nZM MQSTRT
OZM LKSTRT
LAC elr16
OAC SCSTRT
LAr 9EvSEV
OAe SCCOMK
LAe 91T2
OAC ACeTRT
LAc: MQSTRT
L.MQ
elL
LAt'! AcsTRT
NO~MS ... 42
OAO ACEND
LACS

NORMA,) zE Ie • 2

"TART SCOPE LOOP
ICt'tMPL.!TE IrT UP
ISO • 2

OAC: SCF.:ND

IIAv! FU'SUI. TS

ALI(

OAt'.! LKI!ND
LACQ
nAC ~Qr:-:ND
SPA
IM~

CMA
~ZA

• ALL 0'. OR ALL 1'8

JMI' • +6

Ir-.ROR IN MQ

SPA

IAn NE&ATIVEf
IMAKE POSrTrvt
IA~ NORMALIZE CORRECT'

LAC AC£NO

OMA
SAD erT1
SKI'

IN ERROR

.JMP .+4

IA~

LAC Sc£ND
SAD SEvSe:V
SKI'

IS,., • -17

JMS NORM9£
.JMg

SW ITCH

NRMLl[+6

LAC AcsTRT
OMA

OAC AcsTRT
LAC MQSTRT
OMA
DAO MQSTRT
SZA

JMP NRML.%3+10

I!~D

SeOP! 1.00P

Digital-7-92-M
Page 99

IWILL NORMA~,Zr NORMALI!~ A POSI,lYE
INU~SER WITH A 1 FROM AC BIT , TO M, 17 WITt.4 8a.~~ AT START
lAND A ~!QAT'Yr NUMBER wITH AI IN A~ ItT ,
ITO MQ .,
NRML~4.

nZM MQSTRT
DZM lKSTRT
LAO 'OUR.
OAO SCSTRT
LAO 91T1
DAC ACSTRT
LAC THRE!.
DA~ SeCOMt(
LAC MQSTRT
LMC
ell
LAC ACsTAT
NORMS
DAC ACEND
LACQ
OAC MQEND
talK
DAC LKEND
LACS
DAC SCEND
SAD SCOOMt(
SKP
JMP ,.6
LAC ACENt)
SPA
OMA
SAD 91T1
SKP
JMP ,.!I
LAC HQEND
SPA
OMA
SZA
JMS NORMER
.JMS sw r TOIol
NRMLZ4.,0
LAC MQSTRT
LMO
Oll
LAO AcsTAT
ISf SCCOMt(
LRSS 1
OAC lcsTRT
LACQ
OAO MosTAT
SAD AceTRT
SKI'
JMP NRMLz ••
SZA
JMP NRMLZ5

ITO OOMPA"I 10
IleOPE LOOII 'T'RT

II,T u,. COHilL'"
11f'! • ••

IIAyE "EIulT'

11th E"ROR

IAe AND Me • 1'8 oR 1 'I
, PA.,

IE~'D

IDnNE ALL .,1 VET.
IV,S

Digital-7-92-M
Page 100

LAC NBtT,
ACSTRT

OAC

r,LC
OAC!

MQSTRT

JMP NRML.Z ... 6

IN~GAT'VE

12ND SERIES
NUMI!RS

Digital-7-92-M
Page 101

IW I LL A ~OMPj EMENT Bt T PATTERN NORMAl I ZE
IMQ • 2~2525 A~D 525~52 AC • 0'S OR i'S
DZM ACeTRl'

lAC COM8YT
OAC MOSTRT
LAC F'OUR4
DAC SCSTRT
DZM

U(~T~T

I Ae MQSTRT

IS~OPE LOO~

START

I MQ

r.LL
LAC ACSTRT
NORMS
DAe ACF.:NO
LACS
DAC eCF.:ND
~LI(

DAC U<F.:ND
LACQ
DAC MCF:NO
SPA

Ct-1A
SZA
JMP .+4

LAC ACENO
SAO MQSTRT
SK"

MQSTRT

JMP • +4

IA~

ERROR

LAC 'IVE6
DAC ~CCOMI<
SAO SCENO
SKP
JM9 NORMSE:
JMS SWITCH

IE~D

SnOPI LOO"

t\IRML1~+6

CLC
DAC AcsTRT
LAC Mc~TRT
OMA
DAC MQSTRT
SPA
JMP NRMLZ!J+6
JMS SWTCIolS
NRML1.E
JMP INTEST

IT,8T REPI'T IEQU[NCE
IG" TO INTERRUPT TEST

Digital-7-92-M
Page 102
INO~MALtlE E~HnR

TVP£OUTS

JMP •
JMS F.:RROR
TYNORM
qCST~T

74000"

~'ORMFr.R 4"'0~""

IooIDR5

LKSTRT 500000
ACSTRT 600000
MQST~T

600000

TY~ATR

LKI=.:Nt)
AC£NT'I

~0"'0f..110
~000A'"

MQ~Nn 600000
TYRE~
TYLAC~

SCCOMK 740000
TYCOR
TYLACS
SCENn ?40ClH'I0
TyqE~

C'J

JMP

NORM~R

INORMALI!E STGNEn F.:RROR TYPEOUTS
JMP •
,JMS ERROR

TYNRMS
SCSTRT 740000
~'ORMSF' 400000
IoIDR5

LKSTRT 50"-1000
ACST~T

6000"0

MQSTRT 600000
TY~ATR

LK~Nn
AC~NO

-.00000
~00000

MQII:'NO 600000
TYRES
TYLACS
SCCOMK 740000
TYCOR
TYLAeS
serNO ,412101210
TYRES

JMP I NORM~£

IE~ROR

ADnRES!

PJ.&ttot~~iatM
pa~e:~~os

ITE8T
IAFT~R

PROGRA~ INTE~RUPT
EAE O~ERATlnNS

INT~"T,

I P.. I NT '- Ff' "L!A~i'

TS'-

IN,.,

SKJ'
JMP

.+4

LAW

QI,

TS,
.-1

LAC

(JMP

::J~.

i~~\l

~f\~

I TVp E 'NV_\.:'-t, j A !
IWi IT pt'tl~lt'~'LAa

TL~

JMP

"; iii :1 ;,':

tNTS1

nAC,: ,

ION

~I~~~

IL"AD 1~:~1~M:~,\ i

~AP.'~
Ie;)'
- ...(M~ "R~OR

TYINT£

TYNOl'
( • ,,5) 4000rJJ0
PJ

INTS1,

TS'
JMP

• -,

,JM~

SWITC~

tNTE~T+11

(Ar. 91T11
DAC MOSTRT

nZM At"l9TRT
DZM LKSTRT

LAr.! J:'OUR3
'1- ~

Ala iS~ s;r PT"r :r ,<i \.j

L~l(!!e :~rJM'P ;~()I1~,i'·,

OAt"! 1

LA-C MQ~TRT
LMO
CLA CLL"OPR
rON
LL$

JMS

r.RROR

~ or 11" P'u ~1! "I" c\ ~J ~h! '"7 \.

",/ TY I NTE

{YJ f/ TYLLS
,

9C9TqT 74012100
t •• 6' 40001210
121

JMI'

INTS2E

~"<nw~

?,:"!i.,.

"~3r0 !

I EV[CUT,i:'r r ,\:4 f'n!: ""

IS~OULn NOT '"

M!AE

Digital-7-92-M
Page 104

INTS2.

OAC AC£ND
LACS
nAC ~CEND
LACe
OAC MQrND
AZA

JMP .+~
LAC AC[NO
!ilAD RIT0
SKP
~JMP

1M" SHtFT OK'

IA;, SHr~T 01('

.+~

LAC SC£ND
SNA
JMP TNTS2£
JM~

IIAvE flU:SULT!

lie rio ,TO 0t

~RROR

INnAT
TVLlS
SCST..RT 740001
~D~5

LKSTRT 500000
ACSTDT 60'U,00
MOSTQT 611001
TVPATR
LK9TI:fT 510000
AC[NO 600001
MQrN" 6"130.00
TVLACS
SC~ND 141100
0
INTS~E,

T8'
,JMP •• t
JMS SWITe""
tNTS'-L
,JM!; 9WTC~S
INTEST
LAS
AN" 91T6
SNA
,IMP
~
LAW 13
TV.
IS' OHARI(
JMP .+4
JHS ORLF
LAl"! NaIT.,
CAC CHARI(
LAS
AND BIT'
SNA
JMP I:fANSt-t,
JMP NOPAO

ITART

IW,lT IN eAI' 0'
IE_RDR TY'!DU,

• •

IT¥PE AT rND IITt

IC¥CLE ALL TlaTI

I.',
IN'" STAY IN IItAND~M8
"T,AT lET U, T!IT

•

• • •

k1\ny other HIlfS {lreil1~~~1~,1 a~ld
'~/ided,

sbould !b~ CO~'U£l'~,11t~,a

the program listi~~ P~o.-,_

"''',,-

"/,

3\ft.r~"final HLT ~,et }~JCSO
'gram to' run t~nt;1nll~lfj ly ~

1.,

~rhi:1i will allow tile pro-