019_Analyzer_C 019 Analyzer C

J

GENERAL

SYSTEM:

SUBJECT:

SPECIAL

INSTRUCTIONS:

DATE:

November

15,

1965

8530

41165

Printed

in

U.

S.

A.

SERIES

200

ANALYZER

C

Series

200/0perating

SYSTEM-MOD

1

Analyzer

C:

A

Program

for

Producing

a

Printed

Listing

of

the

Cross

References

of

Symbolic

tags

appearing

in

an

Easycoder

symbolic

program.

Section

I

of

this

bulletin

provides

a

general

description

of

the

program's

capabilities.

The

various

operations

of

Analyzer

C

are

described

in

Section

II,

while

Section

III

describes

the

format

for

the

various

directors.

The

format

of

the

Analyzer

C

data

listing

is

described

in

Section

IV.

Finally,

Section

V

presents

the

operating

procedures

for

loading

Analyzer

C

from

magnetic

tape

or

punched

cards.

The

reader

is

assumed

to

be

familiar

with

the

operating

procedures

for

the

control

panel

and

the

various

peripheral

devices

as

presented

in

the

Honeywell

Series

200

Equipment

Operators'

Manual

(Model

200)

(DSI-294).

In

addition,

the

reader

should

be

familiar

with

the

Honeywell

Series

200

Programmers'

Reference

Manual

(Models

200/1200/2200),

File

No.

113.

0005.0000.00.00,

and

(where

applicable)

the

bulletin

Models

209/210

Paper

Tape

Equipment

(DSI-322).

Copyright

1965

Honeywell Inc.

Electronic

Data

Processi ng

Division

Wellesley Hills, Massachusetts 02181

ii

rl

Section

I

Section

II

Section

III

,Section

IV

Section

V

Appendix

A

Appendix

B

TABLE

OF

CONTENTS

Page

General

Description

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

1-1

Introduction.

. . . . . . . . • . . . . . • • • . . . . . . . . . . . . . . • . . . . • . . .

..

1-

1

Equipment

Requirements.

• . . • . • . . . . . . . . . . . . . . . . . . . . . .

..

1-1

Analyzer

C

Operations.

. . . . . . . . . . • . • • . . . . • . • . . • . . . . . . . . .

•.

2-1

Analyzing

a

Symbolic

Program

Tape

(SPT).

. . . . . • • . .

.•

. .

•.

2-1

Analyzing

a

Card-Image

Tape...

. . . . . . . • . .

•.

. • . . . . . . . .

.•

2-2

Analyzing

Programs

Contained

on

Cards.

. . . . .

.•

. . •

..

. .

..

2-

3

The

Input

File

....•..•.•.••••••..••••.•..•.••.•••••.•••...

Equipment

Configuration

Descriptor

...........••....•...

Methods

of

Specifying

the

Configuration

.•..•......•..••

Standard

ECD

Number

Residing

in

Tape

or

Card

Loader-Monitor

...•.••••..•..•.•.•..••.•.••

Standard

ECD

Number

Obtained

from

ECD

Image

...•

Full

Equipment

Configuration

Descriptor

as

ECD

Image

.•..•..••.•....•..•.•..•...••.••••...

The

Director

Deck

.•..•.•..••••.••••.•.••••.••....••...

System

Header

Card

..•.......•.•..•.........•...•

Director

Cards

.....••••••..•••.•.•.••..•.••••.•.••....

System

End

Card

......•...••••••••..•••.•••.•••.•.•..•

3-1

3-2

3-3

3-4

3-7

3-8

Analyzer

C

Listing.

. . . . • . • • • • • • • . • . . . . . . • . . . . . • . • • . • • . •

••

4-1

Header

Lines.

•

.•

••

• . . • . • . • • . • • • .

••

. •

••

. .

.•

.

•.

• . .

.•

. .

•.

4-1

First

Header

Line.

• . . •

••

. . • . • . . . . • . • • .

..

. . . . . .

••

. •

.•

4-1

Second

Header

Line.

• • • . • . • • • • • • • • • • • • • • • . • • • . • • . .

•.

4-

1

Data

Lines.

• • • • .

••

.•

••

•• ••

. •

••

•. •.

. • . .

•.

• .

.•

. •

•.

• •

.•

4-2

Definition

Line.

• . . • • . • • • • • • • • • • • . • • • • • • • • • . • • . • . • .

..

4-

2

Reference

Line.

. • . •

••

•.

••

. • . . • . • .

.•

. . • . • . • • . • • . • .

••

4-4

Analyzer

C

Operating

Procedures.

. . • • • • . . . . . . • . • . . • •

••

. •

••

5-1

Loading

with

Tape

Loader-Monitor

C

or

Floating

Tape

Loader-Monitor

C......

.. ..

. .

..

.. ..

. . . .

..

. . . . . . . .

..

5-1

Console

Call

Card.

. • • . • .

•••

• • •

•••••

••

•

••

• . • • • • • • • •

••

5-2

Loading

with

Card

Loader-Monitor

B . . . . . .

.•

. . . . • .

••

. •

..

5-2

Error

Conditions......................................

5-3

Options

Available

with

Paper

Tape.

• • • • • . • • • • • • • • • • . • • • •

•••

A-I

Parity

Che

ck

• • . • • • • . • . • . • • • • • • • . . • • • . • . . . . . . . . . • • • • •

.•

A-I

Punctuation.

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

..

A-

1

Six-Level

Tape

with

Two

Translation

Tables.

• • • • • . •

••

• •

••

A-I

Seven-Level

Tape

•••.••••••••••••••••.•.••••.••.•.•••••

A-I

Five-Level

Tape

•••••••••••••••.•••..•..•..•...•..•....

A-2

Procedure

for

Changing

Standard

Equipment

Configurations.

.•

B-1

iii

Figure

2-l.

Figure

2-2.

Figure

2-3.

Figure

3-1.

Figure

3-2.

Figure

3-3.

Figure

3-4.

Figure

4-1.

Figure

4-2.

Figure

4-3.

Figure

4-4.

Figure

5-1.

Figure

B-1.

Table

1-1.

Table

3-1.

Table

3-2.

Table

3-3.

Table

3-4.

Table

3-5.

Table

5-1.

LIST

OF

ILLUSTRATIONS

Configuration

for

Analyzing

a

Sym

bolic

Program

Tape

......

.

Configuration

for

Analyzing

a

Card-Image

Tape

........•....

Configuration

for

Analyzing

Programs

Contained

on

Cards

•..

Equipment

Configuration

Descriptor

Card

..•..•.•..••.•.••.

System

Header

Card

..••.•.....•••....•.••.•••••••.•.•...

Director

Card

.•.••••..•.•..••.•....•....•....••••..•.•.•

System

End

Card

.•.....•.••.•.•.••.......•.••.•....••••.

Header

Line

s

.•••••••...••••••••••.••••.••••..•••.••.•..•

Definition

Line

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

.

Reference

Line

.••••..••••••.•••••••••..••••••.•••••••.•.

Sample

Analyze

r C

Listing

.•.••••••••.•.•••••••••••••••••

Console

Call

Card

for

Analyzer

C

.•.•.••...•••••.••..••...

Coding

for

Analyzer

C

Standard

Configurations

5

and

7

...•••

LIST

OF

TABLES

Equipment

Requirements

for

Analyzer

c

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

.

ECD

Field

with

Standard

ECD

Number

Page

2-1

2-2

2-4

3-5

3-7

3-8

4-2

4-3

4-4

4-5

5-2

B-1

1-2

3-2

Standard

Configurations

for

Analyzer

C . • . . . . . •

••

. •

•.

• . . •

••

3-3

ECD

Field

to

Obtain

ECD

Number

from

Input

Device.

. . • • .

••

3-4

Standard

ECD

Image.

• . • • • • • • • • • • • • • • • • • . • . . • • • • . • • . • • • • •

3-4

Format

for

Analyzer

C

File

Media

Fields.

. • . • . • • . • . . • . . • • •

3-6

Analyzer

C

Error

Conditions

••.•.•••••••.•••••.••••••.•••

5-4

iv

•

INTRODUCTION

SECTION

I

GENERAL

DESCRIPTION

Analyzer

C

is

a

powerful

prograInIning

aid

which

the

prograInIner

Inay

use

to

siInplify

the

task

of

analyzing

any

Series

200

prograIn

that

is

coded

in

the

Easycoder

sYInbolic

language.

FroIn

the

input

prograIn(s),

Analyzer

C

extracts

sYInbolic

tags,

references

(to

each

tag,

to

in-

dex

registers,

and

to

absolute

addresses),

and

calls

to

library

routines

and

processes

this

in-

forInation

to

produce

the

Analyzer

C

printed

listing.

The

Analyzer

C

listing

is

arranged

in

alphanuIneric

order

so

that

all

inforInation

about

a

particular

tag,

absolute

location,

or

library

routine

appears

grouped

in

one

place

on

the

printed

listing.

Pro

graIns

to

be

analyzed

Inay

be

taken

froIn

an

Easycoder

C

or

D

sYInbolic

prograIn

tape

(SPT),

froIn

a

card-iInage

Inagnetic

tape,

froIn

punched

cards,

or

froIn

paper

tape.

A

InaxiInuIn

of

30

pro

graIns

Inay

be

analyzed

in

anyone

run

of

Analyzer

C.

The

Analyzer

C

processing

is

accoInplished

in

three

phases

by

two

Analyzer

C

prograIn

segInents

and

the

Tape

Sort

C

prograIn

as

follows:

Phase

1 -

The

first

segInent

of

Analyzer

C

(AAJANAOl)

extracts

the

pertinent

inforInation

froIn

the

pro

graIns

being

analyzed

and

prepares

an

interInediate

file

which

contains

the

extracted

inforInation.

Phase

2 -

The

interInediate

file

which

was

built

during

phase

1

is

sorted

into

the

proper

order

for

printing

during

phase

3.

The

processing

of

this

phase

is

accoInplished

by

the

Tape

Sort

C

pro

graIn,

which

is

described

in

detail

in

the

software

bulletin

Tape

Sort

C

and

Collate

C.

File

No.

122.6005.021

C.

00. 01.

Phase

3 -

The

second

segInent

of

Analyzer

C

(AAJANA02),

reads

the

sorted

inforInation

file

and

produces

the

Analyzer

C

listing.

EQUIPMENT

REQUIREMENTS

Because

of

Analyzer

C's

adaptability,

there

is

an

extensive

variety

of

equipInent

COIn-

binations

which

Inay

be

used.

However,

once

the

storage

Inedia

of

the

prograIn(s)

to

be

analyzed

has

been

established

in

one

of

the

three

tags

defined

in

the

prograITl,

the

references

to

each

tag,

references

to

absolute

addresses,

and

calls

to

library

routines.

A

cOITlplete

description

of

the

Analyzer

C

listing

ITlay

be

found

in

Section

IV.

OPTION:

The

Analyzer

C

listing

ITlay

be

recorded

on

tape

for

off-line

printing.

4.

Work

tapes:

The

three

work

tapes

ITlust

be

included

in

the

configuration

to

enable

the

three

operational

phases

of

Analyzer

C

(described

on

page

1

-1)

to

be

perforITled.

5.

Director

deck:

The

director

deck

sRecifies

the

prograITls

on

the

SPT

that

are

to

be

analyzed.

The

systeITl

header

card

precedes

and

the

systeITl

end

card

follows

the

directors.

A

director

card

ITlust

be

included

for

each

prograITl

(on

the

SPT)

which

it

is

desired

to

process.

(The

director

cards

ITlust

ap-

pear

in

the

deck

in

the

saITle

order

in

which

the

prograITls

appear

on

the

sYITlbolic

prograITl

tape.)

All

cards

are

described

in

Section

III.

OPTION:

The

contents

of

the

director

deck

ITlay

optionally

appear

on

either

a

card-iITlage

ITlagnetic

tape

or

a

paper

tape.

ANALYZING

A

CARD-IMAGE

TAPE

If

it

is

desired

to

analyze

specific

prograITls

contained

on

a

card-iITlage

tape,

the

con-

figuration

illustrated

in

Figure

2-2

should

be

eITlployed.

/-

......

I

PRINT-

\

I

IMAGE

\

~

__

---,-\

_T...,APE

I

ANALYZER

C

-=:.~

(3)

NOTES:

I.

DEVICES

ILLUSTRATED

BY

DASHED

LINES

ARE

OPTIONAL.

2.

NUMBERS

REFER

TO

THE

PARA-

GRAPHS

BELOW WHICH DESCRIBE

EACH

DEVICE.

Figure

2-2.

Configuration

for

Analyzing

a

Card-IITlage

Tape

2-2

Ef

1.

Card-image

tape:

The

primary

input

in

this

configuration

is

the

card-

image

tape.

Under

the

control

of

the

director

deck,

programs

are

lo-

cated

on

the

card-image

tape

and

placed,

in

their

analyzed

form,

on

the

listing.

Programs

on

the

card-image

tape

which

are

not

to

be

analyzed

are

simply

bypassed.

(Refer

to

the

note

under

"Director

Cards"

on

page

3-13).

2.

Program

tape:

This

tape

(a

machine-language

tape

in

the

standard

BR

T

format)

contains

Tape

Loader

-Monitor

C

or

Floating

Tape

Loader-Monitor

C,

the

two

Analyzer

C

program

segments,

and

Tape

Sort

C.

OPTION:

The

above

information

may

be

contained

in

the

program

card

deck.

3.

Analyzer

C

listing:

The

output

of

Analyzer

C

is

the

listing

which

includes

all

symbolic

tags

defined

in

the

program,

the

references

to

each

tag,

references

to

absolute

addresses,

and

calls

to

library

routines.

Acompletede-

scription

of

the

Analyzer

C

listing

may

be

found

in

Section

IV.

OPTION:

The

Analyzer

C

listing

may

be

placed

on

a

print-image

tape

for

off-line

printing.

4.

Work

tapes:

The

three

work

tapes

must

be

included

in

the

configuration

to

enable

the

three

operational

phases

of

Analyzer

C

(described

on

page

1

-1)

to

be

perfo

rmed.

5.

OPTION:

A

fourth

work

tape

may

also

be

specified.

Director

deck:

The

director

deck

specifies

the

programs

on

the

card-

image

tape

that

are

to

be

analyzed.

The

system

header

card

is

the

first

entry

in

the

director

deck.

It

is

followed

by

the

director

cards,

while

the

system

end

card

forms

the

final

entry.

A

director

card

must

appear

for

each

program

to

be

analyzed,

and

these

cards

must

be

positioned

in

the

deck

in

the

same

order

in

which

the

programs

are

stored

on

the

card-

image

tape.

(The

one

exception

to

this

is

explained

below.)

All

cards

are

described

in

Section

III.

OPTION:

(1)

The

contents

of

the

director

deck

may

optionally

appear

on

either

a

card-image

magnetic

tape

or

on

a

paper

tape.

(2)

If

director

cards

are

omitted,

all

programs

on

the

card-image

tape

are

processed.

ANALYZING

PROGRAMS

CONTAINED

ON

CARDS

If

it

is

desired

to

analyze

programs

contained

on

punched

cards,

the

configuration

il-

lustrated

in

Figure

2-3

should

be

employed.

1.

Input

deck:

A

sample

input

deck

is

illustrated

below.

The

input

deck

is

composed

of

the

system

header

card

followed

by

the

programs

to

be

analyzed,

while

the

system

end

card

forms

the

final

entry.

Note

that

director

cards

are

not

employed

with

this

configuration.

Rather,

only

those

programs

to

be

analyzed

are

1

placed

in

the

deck

-

immediately

following

the,

system

header

card.

All

cards

are

described

in

Section

III.

1

Director

cards

must

never

be

employed

when

the

programs

to

be

analyzed

are

read

from

the

same

device

as

the

system

header

card.

2-3

r-------:J-

I PAPER

TAPP""CAR[)::"

I

T.

:-.

'-

.....

=-j

IMAGE

TAPE

\

~INPUT

L I

DECK/:.!

I

ANALYZER C

NOTES:

I.

DEVICES

ILLUSTRATED

BY

DASHED

LINES

ARE

OPTIONAL.

2.

NUMBERS

REFER

TO

THE

PARA-

GRAPHS

BELOW WHICH DESCRIBE.

EACH

DEVICE.

Figure

2-3.

Configuration

for

Analyzing

Programs

Contained

on

Cards

OPTION:

The

contents

of

the

input

deck

may

optionally

appear

on

a

card-image

magnetic

tape

or

on

paper

tape.

INPUT

DECK

2.

Program

tape:

This

tape

(a

machine

-language

tape

in

the

standard

BR

T

format)

contains

Tape

Loader-Monitor

C

or

Floating

Tape

Loader-Monitor

C,

the

two

Analyzer

C

program

segments,

and

Tape

Sort

C.

OPTION:

The

above

information

may

be

contained

in

the

program

card

deck.

3.

Analyzer

listing:

The

output

of

Analyzer

C

is

the

listing

which

includes

all

symbolic

tags

defined

in

the

program,

the

references

to

each

tag,

references

to

absolute

addresses,

and

calls

to

library

routines.

A

complete

description

of

the

Analyzer

C

listing

may

be

found

in

Section

IV.

OPTION:

The

Analyzer

C

listing

may

be

placed

on

a

print-image

tape

for

off-line

printing.

4.

Work

tapes:

The

three

work

tapes

must

be

included

in

the

configuration

to

enable

the

three

operational

phases

of

Analyzer

C

(described

on

page

1

-1)

to

be

p~rformed.

OPTION:

A

fourth

work

tape

may

also

be

specified.

2-4

SECTION

III

THE

INPUT

FILE

The

Input

File

is

composed

of

the

Equipment

Configuration

Descriptor

(ECD)

and

the

director

deck.

If

an

ECD

card

is

used,

it

should

precede

the

director

deck.

This

section

de-

scribes

the

ECD

and

the

three

types

of

cards

which

may

be

included

in

the

Analyzer

C

director

deck.

Note

that

the

directors

are

described

in

punched-card

format

only.

If

the

director

entries

are

to

appear

on

card-image

tape

or

paper

tape,

the

coding

format

for

the

various

director

entries

remains

the

same

(assuming

normal

use

of

control

frames

with

paper

tape).

EQUIPMENT

CONFIGURATION

DESCRIPTOR

The

Equipment

Configuration

Descriptor

specifies,

among

other

things,

the

input

and

out-

put

devices

and

the

number

of

memory

locations

to

be

used

for

a

system

program.

Analyzer

C,

like

all

system

programs,

contains

10

standard

equipment

configurations

assembled

within

it-

self.

Each

standard

configuration

is

identified

by

a

number

from

0

through

9.

Based

on

the

equipment

he

wishes

to

make

available,

the

user

may

specify

one

of

these

numbers

and

so

obtain

a

smooth

flow

between

system

programs

without

the

necessity

of

constructing

his

own

ECD

card

each

time.

In

cases

of

unusual

run

sequences,

or

where

limited

equipment

is

available,

configuration

numbers

may

be

specified

for

each

program

on

an

individual,

one-at-a-time

basis.

If

the

de-

sired

configuration

has

not

been

included

among

the

standard

equipment

configurations,

a

full

Equipment

Configuration

Descriptor

card

may

be

constructed.

The

standard

configurations

supplied

may

be

changed

at

each

installation

by

reassembling

the

system

program

see

(Appendix

B).

Specification

of

memory

size

is

independent

of

the

standard

configurations

(see

below).

Methods

of

Specifying

the

Configuration

A

four-character

area,

called

the

ECD

field,

has

been

set

aside

within

the

Loader

com-

munication

area

to

contain

information

pertaining

to

the

Equipment

Configuration

Descriptor

for

,

the

run.

This

field,

locations

2278

through

232

8,

contains

either

of

the

following:

1.

A

standard

equipment

configuration

number

which

will

be

used

for

all

system

program

runs

including

Analyzer

C

(method

#1).

3-1

2.

A

device

address.

The

system

program

will

read

one

record

from

that

device.

(There

is

no

anticipatory

read

-

one

and

only

one

record

will

be

read.)

This

record

must

be

an

Equipment

Configuration

Descriptor

image

and

may

specify

either:

a.

A

standard

configuration

number

(method

#2)

or

b.

A

full

ECD

(method

#3).

METHOD

#1

-

STANDARD

ECD

NUMBER

RESIDING

IN

TAPE

OR

CARD

LOADER-MONITOR

Locations

227

-2328

of

the

Loader

communication

area

contain:

ILIXltitl

Table

3

-1.

ECD

Field

with

Standard

ECD

Number

Character

Location

Number

(Octal)

Contents

1

227

Blank

(L)

2

230

Standard

Configuration

Number

(X)

3-4

231-232

Highest

memory

bank

(octal)

available

to

the

sys-

tern

program

(tt).

If

these

characters

are

blank,

the

memo

ry

size

in

the

standard

configuration

is

used.

NOTE:

If

only

one

configuration

number

can

be

used

for

all

system

programs

including

Analyzer

C,

then

no

ECD

cards

are

required.

The

Tape

Card

Loader-Monitor

can

be

assembled

so

that

locations

2278-2328

contain

LXtt

as

described

in

the

preceding

table.

Table

3-2

shows

which

function

Analyzer

C

will

perform

(analyzing

from

cards,

from

a

card-image

tape,

or

from

a

symbolic

program

tape)

when

the

ECD

field

is

set

up

to

contain

a

standard

equipment

configuration

number.

If

it

is

desired

to

analyze

programs

on

a

different

medium

than

the

one

specified

by

this

number,

then

method

#2

should

be

employed.

NOTE:

If

location

2308

contains

any

number

°

through

4,

Analyzer

C

will

analyze

programs

from

cards.

If

location

2308

contains

the

number

6,

Analyzer

C

will

analyze

programs

from

a

card-image

tape.

If

location

2308

contains

the

number

5,

7,

8

or

9

Analyzer

C

will

analyze

programs

from

a

symbolic

program

tape.

3-2

Table

3-2.

Standard

Configurations

for

Analyzer

C

Configuration

0-4

6

5,7

8,

9

Number

Minimum

4 5 5 6

Number

of

Tapes

Run

Analyze

Analyze Analyze Analyze

Description

from

cards-

from

card-

from

SPT-

from

SPT

3WRK

2

image

tape

3

WRK

SPT

- 4

WRK

3WRK

Logical

PTI

PT PT PT

Tape

0

Logical

Program

Tape

1

Input

(Card-

image

tape)

Logical

WRK WRK

Tape

2

Logical

WRK

SPT

3

SPT

Tape

3

Logical

WRK

WRK WRK WRK

Tape

4

Logical

WRK

Tape

5

Logical

WRK

Tape

6

Logical

Tape

7

Card

Program

Directors Directors Directors

Reader

Input

Card

Punch

Printer

Analyzer Analyzer

Analyzer

Listing Listing

Listing

1.

PT=program

tape

(BRT),

source

of

system

programs.

A

program

card

deck

may

replace

this.

2.

WRK=Work

tape.

3.

SPT=The

symbolic

program

tape

from

which

programs

are

being

analyzed.

METHOD

#2

-

STANDARD

ECD

NUMBER

OBTAINED

FROM

ECD

IMAGE

Locations

227

8

-232

8

of

the

Loader

communication

area

contain:

(Normal)

3-3

Table

3-3.

ECD

Field

to

Obtain

ECD

Number

from

Input

Device

Character

Location

Number

(Octal)

Contents

1

227

Device

Type

(J)

2-3

230-231

Control

Unit

and

Device

(JO)

4

232

Read/Write

Channel

(R)

NOTE:

Under

this

method,

the

standard

code

of

JJOR

assembled

in

locations

227

-2328

means

that

the

ECD

image

will

be

read

from

a

card

reader

having

a

peripheral

address

of

41

via

read/write

channell.

The

con-

tents

of

these

locations

may

be

changed

by

reassembling

the

Loader-

Monitor

or

by

manual

entry

from

the

console.

The

Equipment

Configuration

Descriptor

image

read

in

must

be

constructed

as

shown

in

Table

3-4.

Table

3-4.

Standard

ECD

Image

Character

Contents

Explanation

5

0-9

The

standard

configuration

which

corresponds

to

this

number

will

be

used.

If

this

column

is

blank,

the

image

is

assumed

to

be

a

full

ECD

image

(see

method

#3).

6 E

Identifies

an

Equipment

Configuration

De

s

criptor.

19-20

tt

or

66

tt

is

the

highest

memory

bank

(octal)

available

to

the

system

program.

If

these

characters

are

blank,

the

memory

size

included

in

the

standard

configuration

is

used.

NOTE:

Since

Analyzer

C

processes

input

in

various

forms

(e.

g.,

analyzing

from

a

symbolic

program

tape,

from

a

card-image

tape,

or

from

cards),

method

#2

of

specifying

the

Equipment

Configuration

De-

scriptor

will

probably

be

the

most

used.

METHOD

#3

-

FULL

EQUIPMENT

CONFIGURATION

DESCRIPTOR

AS

ECD

IMAGE

The

format

of

the

Full

Equipment

Configuration

Descriptor

is

described

below.

Note

that

column

5

must

be

blank

to

distinguish

this

from

an

Equipment

Configuration

Descriptor

speci-

fying

a

standard

equipment

configuration.

f

The

ECD

Field

of

the

Loader

communication

area

is

the

same

as

In

Table

3-3.

3-4

-.,

NOTE:

If

it

is

desired

to

specify

an

equipment

configuration

not

included

among

the

standard

configurations,

a

full

ECD

image

is

required.

This

method

is

most

often

used

when

the

Analyzer

C

listing

is

to

be

placed

on

a

tape

for

later

printing.

However,

if

it

becomes

common

practice

to

use

this

configuration,

one

or

more

of

the

standard

configurations

should

be

reas

sembled

to

provide

a

print

tape

(see

Appendix

B).

I 2

;,

..

5 • 7 8 9

10

II

12

13 14

I

E

~/v.

CHAN

AS-

SIGN

Col.

1 -

5:

Col.

6:

Col.

7:

Col.

8-10:

Col.

11-15:

Col.

16

-17:

Col.

19-20:

.617

81920

I

U~

Z4

2!1

ZS272e"

30

31

32

33

S4'5e

38 37

58

39404.

42

43

....

4!14.

4748

4950

~

:l2

53

54"

~

51"

59

60

61

62 63

646!166

6788

691Q

11

72

73

747'576177$

1'9

eo

00

>

02

( FILE MEDIA FIELDS)

Figure

3

-1.

Equipment

Configuration

Descriptor

Card

Not

used.

Contains

the

letter

E

to

identify

the

Equipment

Configuration

Descriptor

card.

Not

used.

Analyzer

C

was

originally

coded

to

use

certain

read/write

channel

assignments

for

its

input/output

operations.

Columns

8

to

10

are

normally

coded

as

follows

to

specify

these

channels:

Col.

8:

R

(control

character

518);

designates

RWCl.

Col.

9:

11,

8,

2

multipunch

(control

character

528);

designates

RWC2.

Col.

10:

11,

8,

3

multipunch

(control

character

538);

designates

RWC3.

Columns

9

and

10,

must

conta.in

the

values

stated;

however,

either

of

the

following

values

may

alternatively

be

punched

into

column

8

if

RWCl

is

reserved

fur

the

use

of

a

foreground

program.

11,

8

and

2

multipunch

(control

character

52

8);

designates

RWC2.

11,

8

and

3

multipunch

(control

character

538);

designates

RWC3.

NOTE:

This

field

must

be

punched,

even

if

the

channels

are

not

to

be

reassigned.

Not

used.

Contain

the

number

(octal)

of

the

lowest

memory

bank

used;

this

number

will

always

be

00

.

•

Contain

the

number

(octal)

of

the

highest

memory

bank

used;

this

number

will

always

be

~

02.

3-5

-

Col.

21-80:

Contain

the

file

media

fields,

which

designate

the

equipment

configurations

to

be

used.

Columns

21

through

80

contain

20

of

thes

e

file

media

fields,

made

up

of

three

columns

each.

These

three

columns,

in

turn,

contain

three

characters

which

completely

specify

the

tape

or

device

to

be

used.

The

contents

of

each

of

the

fields

are

lis

ted

in

Table

3 -

5.

Table

3-5.

Format

for

Analyzer

C

File

Media

Fields

First

Character

Second

Character

Third

Character

Columns

Designate

1 2

Device

Type

Peripheral

Addres

s

21-23

Program

loading

1

(p)

device

J

(p)

24-26

Console

device

2

or

5

(p)

27-29

Director

input

J

(p)

device

1

(p)

L

(p)

6. 6.

30-32

Listing

device

4 -

(p)

1

(p)

36-38

SPT

input

device

5 1

(p)

6. 6.

39-41

Symbolic

card-

1

(p)

image

input

deviCe

5 J

(p)

L6

(p)

6. 6.

48-50

Work

tape

1 1

(p)

51-53

Work

tape

2 1

(p)

54-56

Work

tape

3 1

(p)

57-59

Work

tape

47

1

(p)

6. 6.

60-80

Not

used

with

the

Analyzer

C

NOTES:

1.

The

first

character

specifies

the

device

used;

the

symbol

for

each

device

is

as

follows:

Symbol

Octal

Code

Device

6.

15

File

absent

1

01

Tape

control

40

Printer

J

41

Card

reader

f 2

02

Control

panel

5

05

Console

Typewriter

L

43

Paper

tape

reader

3-6

Tape

Drive

3

(t)

0

(t)

0

6.

0

(t)

6.

(t)

0

6.

(t)

(

t)

6.

2.

The

second

character

specifies

the

peripheral

address.

This

is

control

character

C2

of

the

PDT

instruction.

For

tape

files,

Analyzer

C

sets

bit

1

(I/O

bit).

For

card

and

print

files,

this

bit

must

be

set

correctly

in

the

character

as

it

is

punched

in

the

card.

In

the

case

of

the

control

panel,

this

character

is

O.

For

the

console

typewriter

it

is

7.

3.

The

third

character

specifies

the

number

of

the

tape

drive

to

be

used.

This

is

the

low-order

octal

digit

of

control

character

C3

of

the

PDT

instruction.

If

a

tape

drive

is

not

required

for

a

particular

device,

this

third

character

is

O.

4.

If

a

print-image

tape

is

desired,

work

tape

1,

3,

or

4

may

be

used

for

the

print

file.

In

this

case,

columns

30-32

should

have

the

same

contents

as

the

columns

which

designate

the

applicable

work

tape

(48-50,

54-56,

or

57-59).

5.

One

(but

not

both)

of

these

fields

must

be

specified.

If

the

programs

to

be

analyzed

are

located

on

an

SPT,

columns

36-38

must

be

punched

while

columns

39-41

must

be

blank.

However,

if

they

are

contained

on

cards,

paper

tape,

or

on

a

card-image

tape,

columns

39-41

must

be

appropriately

punched

and

columns

36-38

must

be

blank.

6.

For

paper

tape

files,

columns

27

-29

must

be

blank.

7.

If

blank,

there

is

no

fourth

work

tape

and

Analyzer

C

uses

three

tape

s.

THE

DIRECTOR

DECK

The

director

deck

is

composed

of

the

system

header

card,

director

cards,

and

the

system

end

card.

These

cards

are

described

in

detail

below.

System

Header

Card

The

system

header

card

specifies

the

date

and

the

name

of

the

system.

The

format

of

this

card

is

illustrated

in

Figure

3-2

and

explained

below.

I 2 I

..

!5

.1

••

1011121114

IHDRdH

(DUE)

Col.

1-5:

Col.

6:

Col.

7-14:

Col.

15-20:

11

..

11.

,e

2Cl

IUP242&2tV2IztlJCl

I SZS3

545531

~"'.404I

42

4344454847414S1IO:5I

SlIS!l 5455!5f1

1151.eo

I'

a:

13

Me,.

87M

._10

71

n

13

14

7S'N

T178

19

80

ANALYZERdd

Figure

3-2.

System

Header

Card

C9ntain

the

symbol

IHDRb.

to

identify

the

beginning

of

the

input.

Contains

the

letter

H

to

identify

the

system

header

card.

Contain

the

date

in

any

desired

format.

Not

used.

3-7

Col.

21-30:

Contain

the

systelTI

nalTIe

which,

in

this

case,

is

ANALYZERllll

Col.

31-80:

Not

used.

.,

DIRECTOR

CARDS

The

director

cards

(see

Figure

3-3)

specify

the

progralTIs

to

be

analyzed.

NOTE:

Analyzer

C

bypasses

cards

containing

DEL

or

POS

in

colulTIns

1-3.

rt

also

bypasses

any

cards

in

the

input

file

which

are

not

part

of

a

progralTI

(a

progralTI

is

defined

by

its

PROG

and

END

cards).

Thus,

any

standard

card-ilTIage

tape

can

be

analyzed,

even

though

it

con-

tains

lTIore

than

one

file.

Analyzer

C

exalTIines

every

card

ilTIage

between

the

card-ilTIage

file

label

(characters

1-5

are

1HDRll,

and

characters

21-30

are

CARDlMAGES)

and

the

end

of

recorded

in-

forlTIation

(characters

1-5

are

1ERIll).

These

records

are

con-

tained

on

any

card-ilTIage

tape

prepared

by

a

systelTI

progralTI

(e.

g.

,

Library

Processor

C).

A

tape

prepared

by

SilTIultaneous

Media

Conversion

A

contains

these

records

if

the

first

record

read

by

SilTIultaneous

Media

Conversion

A

has

the

forlTIat

of

a

card-ilTIage

file

label.

12S415.7

••

tollt2ISI

115.11711

'82

IU23242ezt

2728

29

50

51

5253

'54""

'5751

514041

42

4344415484748

49

50,.

~

53

154

~ ~

5758

59

60

81

UU

648566

6788

.970

71

n

73

7475

7S

7778

19

eo

Col.

1-14:

Col.

15-20:

Col.

21-26:

Col.

27

-80:

SYSTEM

END

CARD

ANAL~~

(PROG.

NAMEl

Figure

3-3.

Director

Card

Not

used.

Contain

the

sYlTIbol

ANALllll

.

Contain

the

six-character

nalTIe

of

the

progralTI

to

be

analyzed.

Not

used.

-

The

last

card

in

the

director

deck

lTIust

be

the

systelTI

end

card.

This

card

is

illustrated

in

Figure

3-4

and

explained

below.

123

..

15.7.

9

IOIl12ISI415~17181'20212223:M25.27212930SI52"M"!l37.S'4041424344"54847'"4e15O"~5354"~157585180.111283M6S8&67"6'70717Z131475'N777819eo

IEOF~

Col.

1-5:

Figure

3

-4.

SystelTI

End

Card

Contain

the

sYlTIbol

1EOFll

which

specifies

the

terlTIination

of

the

deck.

3-8

r.

I

,

I

SECTION

IV

ANALYZER

C

LISTING

The

Analyzer

C

listing,

which

furnishes

the

user

with

a

complete

documentation

of

all

in-

put

programs,

is

arranged

in

alphanumeric

order.

All

information

about

a

particular

tag,

absolute

location,

or

library

routine

may

thus

be

found

grouped

in

one

place

on

the

listing.

Each

printed

page

of

the

listing

contains

two

header

lines

followed

by

the

various

print

lines.

HEADER

LINES

First

Header

Line

The

format

for

the

first

header

line

of

the

Analyzer

C

listing

is

illustrated

in

Figure

4-1.

(Sample

header

lines

appear

in

Figure

4-4.)

This

line

contains

the

following:

Print

Positions

2-7:

17-21:

22-24:

34-41

:

Contain

the

name

of

the

program

analyzed.

Contain

the

characters

PAGEL1.

Contain

the

number

of

the

printed

page.

Indicate

the

date

of

the

program.

If

the

program

was

analyzed

from

an

SPT,

this

line

also

contains:

Print

Positions

43-50:

52-59:

62-68:

70-74:

77-92:

Contain

the

characters

SPTL1

DATE.

Contain

the

date

the

SPT

was

created.

Contain

the

characters

SPTL1

NO.

Contain

the

SPT

revision

number.

Contain

the

characters

PROGRAML1

REV.

L1

NO.

93-95:

Contain

the

program

revision

number.

Second

Header

Line

Figure

4-1

illustrates

the

format

for

the

second

header

line;

sample

header

lines

appear

in

Figure

4-4.

The

following

is

contained

in

this

line:

Print

Positions

2-4:

8-14:

16-21:

23:

25

-31:

Contain

the

letters

TAG.

Coptain

the

characters

LINE~NO.

Contain

the

characters

OPCODE.

Contains

the

letter

F.

Contain

the

title

OPERAND.

4-1

52-58:

60-65:

67:

69-75:

SECOND

HEADER

LINE

Contain

the

characters

LINE

LlNO.

Contain

the

characters

OPCODE.

Contains

the

Ie

tte

r

F.

Contain

the

title

OPERAND.

Figure

4

-1.

Header

Lines

DATA

LINES

For

each

symbolic

tag,

index

register,

absolute

address,

or

macro

routine

referenced

in

the

program,

a

group

of

data

lines

(consisting

of

definition

lines

and

reference

lines)

appears

in

the

Analyzer

C

listing.

These

groups

are

sorted,

using

the

symbolic

tag,

index

designator,

ab-

solute

address,

or

macro

name

as

a

key.

1

All

absolute

references

appear

first

in

the

listing,

since

numerics

are

smaller

than

alphabetics

in

the

Honeywell

Collating

sequence.

2

Index

groups

immediately

follow

the

absolute

references.

Tag

groups

and

macro

name

groups

appear

inter-

spersed

in

the

listing.

If

two

or

more

names

are

identical,

the tag

precedes

the

macro

name.

Definition

Line

The

first

line

of

each

group

(of

data

lines)

is

always

a

definition

line.

A

definition

line

may

represent

a

de

ined,

undefined,

index,

or

macro

entry.

1.

A

defined

entry

is

a

tag

or

an

absolute

address

which

appears

in

the

location

field,

or

it

is

a

tag

which

is

defined

by

an

area

defining

literal.

One

definition

line

is

printed

for

each

occurrence

of

the

same

tag

or

absolute

address

in

the

location

field.

IThe

term

"name"

refers'to

any

member

of

the

set

of

four

expressions;

symbolic

tag,

index

designator,

absolute

address,

and

macro

name.

2

An

operand

of

a

machine

instruction,

assembly

control

instruction,

or

DSA

instruc.tion

which

is

entirely

numeric

and

not

indexed

is

considered

an

absolute

address.

4-2

i.

2.

3.

4.

Undefined

entry:

An

undefined

entry

is

a

tag

or

absolute

address

which

Index

entry:

is

referenced

but

does

not

appear

in

the

location

field.

Only

one

definition

line

is

printed

for

the

tag

or

address,

regardless

of

how

many

times

it

is

referenced.

An

index

entry

is

an

index

designator

which

is

refer-

enced

in

the

program.

Only

one

definition

line

is

printed

for

the

index

designator,

regardless

of

how

many

times

it

is

referenced.

NOTE:

An

expression

of

the

form

Xi

may

represent

either

an

index

designator

or

a

tag,

depending

upon

its

use.

Thus,

such

an

expression

may

appear

in

two

groups

in

the

listing,

once

as

a

defined

or

undefined

tag

entry

and

once

as

an

index

entry.

Macro

entry:

A

macro

entry

is

the

name

of

a

macro

routine

refer-

enced

in

one

or

more

macro

instructions.

Only

one

definition

line

is

printed

for

each

routi1'le,

regardless

of

how

many

times

it

is

called.

The

format

of

a

definition

line

is

explained

below.

In

addition,

Figure

4-2

illustrates

the

definition

line

format

for

a

defined

entry;

the

format

for

the

remaining

three

entries

(undefined,

index

and

macro)

is

also

shown

in

the

same

illustration.

(A

sample

listing

appears

in

Figure

4-4.

)

or

oosolu/.

address)

(line

DEFI N

ED

ENTRY

6'8

(/og,

005.

•

UNOEF,

address,

INDEX,

index

des"

or

macro)

'MACRO

code)

(first

26

characters 0 f

operand

'1.ld)

UNDEFINED,

INDEX,

a.

MACRO ENTRY

Print

Positions

1-6:

8-12:

Figure

4-2.

Definition

Line

Contain

the

"name"

(i.

e.,

the

tag,

absolute

address,

index

drsignator,

or

macro

name)

for

this

group.

Contain

one

of

the

following:

a.

For

defined

entries:

The

line

number

of

the

instruction

whose

location

field

contains

the

name

listed

in

print

positions

1-6.

4-3

-

16-21:

23:

25-50:

Reference

Line

b.

For

undefined

entries:

UNDEF.

c.

For

index

entries:

INDEX

d.

For

ITlacro

entries:

MACRO

Contain

one

of

the

following:

a.

For

defined

entries:

The

op

code

of

the

instruction

whose

line

nUITlber

appears

in

positions

8-12.

b.

For

all

other

entries:

blank.

Contains

one

of

the

following:

a.

For

defined

entries:

The

first

26

characters

of

the

operand

field

of

the

instruction

whose

line

nUITlber

appears

in

positions

8-12.

b.

For

all

other

entries:

blank.

Contain

one

of

the

following:

a.

For

defined

entries:

The

first

26

characters

of

the

operand

field

of

the

instruction

whose

line

nUITlber

appears

in

positions

8-12.

b.

For

all

other

entries:

blank

Following

the

definition

line(s),

any

nUITlber

of

reference

lines

ITlay

appear

in

the

Analyzer

C

listing.

Each

reference

line

describes

one

or

two

references

to

the

"naITle"

listed

on

the

definition

line.

A

line

of

blanks

is

printed

after

the

last

reference

line

to

separate

the

current

group

froITl

the

definition

line

for

the

The

forITlat

of

a

reference

line

is

illustrated

in

Figure

4-3

and

described

below.

(See

also

the

saITlple

listing

in

Figure

4-4.

)

.•

:

•..•.

::.:

••

8

12

16

2l

.'.

(line

no

(op

code)

Print

Positions

8-12:

16-21:

5

50

52

56

60

.,

69

A ·

B B

·

V

(operand)

(line

no)

.

(op

code ·

(operand)

or

M M

Figure

4-3.

Reference

Line

Contain

the

line

nUITlber

of

an

instruction

which

references

this

naITle.

Contain

the

op

code

of

the

referencing

instruction.

4-4

94

"

Ii!

..,:.

,.1

i'

"

::

•

W

BRDECK

PAGE

003

12/21/64

TAG

LINE

NO

opeODE

F

OPERAND

LINE

NO

OPCODE

F

OPERAND

CSR

01440

DSA

I caUF1+X4

01330

MCW

B

CBR+AM

.. 1

01340

SST

B

CBR

01310

EXM

B (CeR)

03450

MCW

B

(CBR)

CSUF1

01120

DA,

I

lX80,R

01430

DSA

A

CBUF1+X3

01440

DSA

A CBUFl+X4

..

CBUF2

01140

2

01460

DSA

A

C8UF2+X3

CSUF3

01160

2

01450

DSA

A

CBUF3+X3

CDER~

00730

PCB

*,

01540 B A

(DERR

02580

BCE

A

CDERR

02610

BCE

A

CDERR

03770

B A

CDERR

CKec

03200

Bee

ANLZ,

BUFF+X1,

04020 B A eKeC

eRD

00560

CEQU

=2C5141

01530

PDT

V

CRD

01830

PDT

V

CRD

W

CRDBY

00510

CEQU

=3(004110

00130

PCB

V

CRIJ6Y

CRDHC

00580

CEQU

=3(004141

00140

PCB

V

CRIJHC

CRDIP

00590

CEQU

=3(004142

00150

PCB

V (RIJIP

DIR

00360

EQU

106

02340

MCW

B

DIR

DIREC

01060

1,3

01810

MCW

A DIREe

DIRlSl

02560

C RELoe, :POS:

DRIVE

00330

EQU

76

01690

SST

B

DRIVE

01700

SST

A

DRIVE

02290

SST

A DRIVE

ENIRNC

00400

EQU

130

02430

B A

ENTRNC

EO

00490

CEQU

=1C42

02010

B V

FQ

FO

00340

EQU

86

02010

B # A

FO

W

Figure

4-4.

Sample

Analyzer

C

Listing

4-5

23:

25-50:

Contains

one

of

the

following:

A:

The

reference

occurred

in

the

A

operand.

B:

The

reference

occurred

in

the

B

operand.

V:

The

reference

ocurred

in

the

variant

field.

M:

The

reference

is

to

a

macro

routine.

If

position

23

contains

the

letter

A,

B,

or

V,

positions

25-50

contain

the

corresponding

operand.

(Only

the

first

26

characters

of

the

operand

are

printed.)

If

position

23

contains

the

letter

M,

the

first

26

characters

of

the

operand

field

of

the

macro

instruction

are

contained

in

positions

25-50.

If

a

second

reference

is

to

be

made

to

the

"name"

defined

in

the

definition

line,

print

positions

52

through

94

contain

the

following:

Print

Positions

52-56:

Contain

the

same

format

as

print

positions

8-12.

60-65:

Contain

the

same

format

as

po

sitions

16

-

2l.

67:

Contain

the

same

format

as

position

23.

69-94:

Contain

the

same

format

as

positions

25-50.

4-6

..

~

SECTION

V

ANAL

Y

ZER

C

OPERATING

PROCEDURES

Analyzer

C,

which

has

the

loading

unit

name

of

AAJANA01,

can

be

loaded

using

Tape

Loader-Monitor

C,

Floating

Tape

Loader-Monitor

C,

or

the

Card

Loader-Monitor

B.

All

methods

of

loading

are

described

below.

LOADING

WITH

TAPE

LOADER-MONITOR

C

OR

FLOATING

TAPE

LOADER-MONITOR

C

If

Tape

Loader-Monitor

C

or

Floating

Tape

Loader-Monitor

C

is

used,

it

is

located

on

a

binary

run

tape

(BRTJ

which

must

also

contain

the

two

Analyzer

C

segments

and

Tape

Sort

C

(AADS2t.).

Although

the

two

Analyzer

C

segments

and

Tape

Sort

C

are

stored

on

the

BRT

(program

tape)

as

separate

loading

units,

instructions

in

the

Analyzer

C

program

provide

auto-

matic

operation

(via

program

calls)

after

the

first

segment

of

Analyzer

C

is

loaded

and

started.

However,

to

have

automatic

operation

and

to

avoid

"not

found"

halts,

Tape

Sort

C

must

precede

the

Analyzer

C

segments

on

the

program

tape.

The

procedures

for

setting

up

the

various

peripheral

devices

are

described

below.

Note

that

in

all

cases

the

devices

must

be

set

up

according

to

the

values

specified

by

the

Equipment

Configuration

Descriptor.

1.

Mount

the

program

tape

on

the

tape

drive

designated

as

logical

O.

Set

the

PERMIT

-PROTECT

switch

to

PROTECT.

2.

Mount

the

work

tapes

insuring

that

the

"write

-enable

rings"

are

inserted

and

that

the

PERMIT-PROTECT

switches

are

set

to

PERMIT.

3.

Initialize

the

printer.

4.

If

cards

are

to

be

read,

they

should

be

placed

in

the

card

reader

at

this

time.

If

the

Console

Call

information

has

been

punched

on

a

card

(as

described

below),

this

card

should

be

placed

into

the

card

reader

im-

mediately

preceding

the

Equipment

Configuration

Descriptor

card.

If

an

ECD

card

is

not

used,

the

Console

Call

card

should

precede

the

system

header

card.

Initialize

the

card

reader.

NOTE:

If

the

card

reader

is

not

to

be

used,

omit

this

step

and

proceed

to

step

5.

If

paper

tape

input

is

employed,

mount

this

tape

on

the

paper

tape

reader.

Initialize

the

paper

tape

reader.

NOTE:

If

the

paper

tape

reader

is

not

to

be

used,

omit

this

step

and

proceed

to

step

6.

If

the

file

td

be

processed

is

located

on

magnetic

tape

(i.

e.,

either

a

symbolic

program

tape

or

a

card-image

tape),

this

tape

should

now

be

mounted.

Insure

that

the

PERMIT-PROTECT

switch

is

in

the

PROTECT

position.

5

-1

7.

Press

the

INITIALIZE

button.

(This

action

causes

the

resetting

and/or

clearing

of

the

central

processor

registers

necessary

for

the

operation.

)

Following

these

initial

setup

procedures,

the

Loader-Monitor

is

bootstrapped

and

used

to

load

Analyzer

C,

as

described

in

the

bulletin

PLUS

-

Tape

Loader

-Monitor,

DSI-327,

or

Floating

Tape

Loader-Monitor

C

and

Interrupt

Control

D,

File

No.

122.5005.

OOIC.

00. 00.

Console

Call

Card

The

Analyzer

C

Console

Call

card

is

described

below

and

illustrated

in

Figure

5-1.

Note

that

the

contents

of

this

card

may

optionally

be

entered

from

the

control

panel

or

console

typewriter.

I 2 I

..

5 • 7

••

10

111211

14

Ie

"'

AAJANA

!Ill

Columns

1-6:

Columns

7

-8:

Column

9:

Columns

10

-1

7:

Column

18:

Columns

19-80:

" •

2021222514

za

2112721293011

5233

545558

5151

n40'N

42

43444'.8.'""

49110:51

:sz

5154

~

56

5751

59

60

6I1tS3

Me66

6788

69

70

11

7213

74157«17778

19

eo

~

Figure

5

-1.

Console

Call

Card

for

Analyzer

C

Contain

the

program

name

-

AAJANA

Contain

the

segment

name

-01

Contains

the

logical

number

of

the

tape

drive

(0)

from

which

Analyzer

C

is

to

be

loaded

May

contain

the

loading

unit

name

(AAJANAOl)

to

cause

a

halt

after

Analyzer

C

is

loaded;

otherwise,

these

columns

are

blank

Contains

an

asterisk

(,~)

to

identify

the

Console

Call

card

Not

used

LOADING

WITH

CARD

LOADER-MONITOR

B

-

If

Card

Loader-Monitor

B

is

employed,

it

is

used

in

conjunction

with

the

two

Analyzer

C

segments

and

Tape

Sort

C

(AADS2~).

The

procedures

for

setting

up

the

various

peripheral

de-

vices

are

described

below.

Note

that

in

all

cases

the

devices

must

be

set

up

according

to

the

values

specified

on

the

Equipment

Configuration

Descriptor.

1.

Mount

the

work

tapes,

insuring

that

the

"write-enable

rings"

are

in-

serted

and

that

the

PERMIT-PROTECT

switches

are

set

to

PERMIT.

2.

Initialize

the

printer.

,

3.

Place

the

self-loading

deck

containing

Card

Loader-Monitor

B

in

the

card

reader.

Arrange

the

two

Analyzer

C

segments,

Tape

Sort

C

and

any

input

5-2

...

cards

in

the

following

order,

placing

these

cards

into

the

reader

im-

mediately

after

Card

Loader-Monitor

B.

AAJANAOI

Inpu

t

cards

(if

any)

AADS2tl

AAJANA02

NOTE:

Optionally,

the

Analyzer

C

segments,

input

cards,

and

Tape

Sort

C

may

be

placed

in

the

card

reader

following

the

17002

halt

of

Card

Loader-Monitor

B.

Initialize

the

card

reader.

4.

If

paper

tape

input

is

employed,

mount

this

tape

on

the

paper

tape

reader.

Initialize

the

paper

tape

reader.

NOTE:

If

the

paper

tape

reader

is

not

to

be

used,

omit

this

step

and

proceed

to

step

5.

If

the

file

to

be

processed

is

located

on

magnetic

tape

(i.

e.,

either

a

sym-

bolic

program

tape

or

a

card-image

tape),

this

tape

should

now

be

mounted.

Insure

that

the

PERMIT-PROTECT

switch

is

in

the

PROTECT

position.

6.

Depress

the

INITIALIZE

button.

(This

action

causes

the

resetting

and/or

clearing

of

the

central

processor

registers

necessary

for

the

operation.

)

Following

these

initial

setup

procedures,

the

Loader-Monitor

is

bootstrapped

and

used

to

~

load

Analyzer

C,

as

described

in

the

software

bulletin

Card

Loader-Monitor

B,

File

No.

122.5105.040B.00.00.

ERROR

CONDITIONS

For

all

halts,

the

B-address

register

(which

indicates

the

reason

for

the

halt)

should

be

displayed

first.

In

some

cases,

the

A-address

register

contains

supplementary

information.

The

Analyzer

C

error

conditions

are

listed

in

Table

5-1,

below.

For

the

error

conditions

as-

sociated

with

the

Tape

Sort

C

and

Collate

C,

File

No.

122.6005.

021C.

00.

01.

If

Analyzer

C

is

using

the

control

panel,

the

following

conditions

occur:

1.

Analyzer

C

halts.

2.

Displaying

the

B

address

gives

the

reason

for

the

halt.

3.

If

the

run

is

to

be

continued,

the

RUN

button

is

pressed.

If

Analyzer

C

is

using

the

console

typewriter,

the

following

conditions

occur:

1.

The

console

warning

bell

rings.

2.

The

error

fi1.essage

is

typed.

3.

The

TYPE

light

is

illuminated.

4.

Analyzer

C

stalls.

5.

If

the

run

is

to

be

continued,

the

G

key

is

pressed.

5-3

Contents

of

B-Address

Register

07025

04010

04021

Oculd

OculI

Table

5

-1.

Analyzer

C

Error

Conditions

Console

Typewriter

Message

:

NO

E

CARD

J:l

:

NO

SYSTEM

HEADER

J:l

:

PROG

nnnnnn

NOT

FOUND

J:l

(nnnnnn=

prograITl

naITle)

:

RD

ER

cu

d

J:l

:

RD

ER

c'l

1

t:1

Cause

and

Action

The

card

iITlage

that

has

been

specified

as

the

ECD

does

not

contain

an

E

in

character

6.

1.

If

the

ECD

is

to

be

entered

through

the

input

device

specified

in

the

ECD

field

of

the

Loade

r

cOITlITlunication

area,

ascertain

that

thedesiredECDisinthe

input

device

and

continue

the

run.

2.

If

the

ECD

is

not

to

be

entered

through

the

input

device

specified

in

the

ECD

field

of

the

Loader

cOITlITlunication

area,

the

ECD

field

(locations

227-

2328)

ITla y

be

changed

to:

a.

Accept

the

ECD

froITl

a

different

device

or

b.

Select

one

of

the

ten

standard

equipITlent

configurations.

When

this

has

been

done,

continue

the

run.

The

SysteITl

Header

of

an

input

file

was

not

found.

Mount

correct

input

(card,

card-

iITlage

tape,

paper

tape,

or

SPT),

and

re-

s

tart

the

run.

The

prograITl

naITled

on

the

Analyzer

C

director

card

was

not

found

in

the

input

file.

If

no

console

typewriter

is

present,

the

naITle

of

the

ITlissing

prograITl

can

be

found

by

dis-

playing

the

contents

of

the

A-address

register

The

prograITl

naITle

is

in

six

locations

beginning

with

the

address

displayed.

Continue

the

run

to

cOITlplete

the

analysis

of

the

If

"cu"

is

the

nUITlber

of

a

tape

control

unit,

an

uncorrectable

read

error

has

occurred

on

tape

"d"

of

that

control.

Continue

the

run

to

retry

the

correction

procedure.

If

this

action

is

not

effective,

corrective

ITleasures

such

as

cleaning

the

tape

and

re-

starting

the

run,

recreating

the

tape

which

caused

the

error,

etc.,

should

be

perforITled.

If

"cu"

is

the

control

unit

nUITlber

of

the

card

reader,

a

hole-count

error

has

occurred.

1.

ReITlove

the

cards

froITl

the

input

hopper

of

the

card

reader.

2.

Run

out

the

cards

in

the

reader.

5-4

j

i

Contents

of

B-Address

Register

OcuTl

(cont)

Ocu12

Ocu2d

Ocu3d

Ocul0

Ocu7d

Table

5-1

(cont).

Analyzer

C

Error

Conditions

Console

Typewriter

Message

:

RD

ER

cu

2

r::r

:

WR

ER

cu

d

r::r

:

END

cu

d

r::r

:

RD

ER

cu

0

r::r

:

PRINT

cu

d

1:1

Cause

and

Action

3.

Place

the

cards

from

the

runout

hopper

back

into

the

remaining

input

cards.

Continue

the

run.

If

"cu"

is

the

control

unit

number

of

the

card

reader,

an

illegal

punch

has

been

detected.

The

same

action

is

taken

in

this

case

as

was

taken

for

a

hole

-count

error.

NOTE:

The

first

card

in

the

runout

hopper

must

be

corrected

to

remove

the

illegal

punch.

If

"cu"

is

the

number

of

a

tape

control,

an

un-

correctable

write

error

has

occurred

on

tape

d

of

that

control.

Continue

the

run

to

retry

the

correction

procedure.

If

this

action

is

not

effective,

corrective

measures

such

as

cleaning

the

tape

and

re-

starting,

repeating

the

run

which

created

the

tape,

etc.,

should

be

performed.

If

"cu"

is

the

number

of

a

tape

control

unit,

end

of

tape

has

been

reached

on

output

tape

"d".

The

amount

of

input

must

be

reduced

and

the

run

must

be

restarted

from

the

beginning.

If

"cu"

is

the

number

of

the

paper

tape

control

unit,

a

parity

error

has

been

detected

on

paper

tape.

Continue

the

run

to

ignore

the

error.

(The

operator

may

make

note

of

which

program

is

currently

being

analyzed.

)

If

"cu"

is

the

number

of

a

tape

control,

the

print

routine

has

determined

there

is

no

print-

ing

"stacked"

on

the

print

tape

on

drive

"d".

This

halt

or

message

occurs

only

when

an

off-line

print

tape

has

been

specified

in

the

Equipment

Configuration

Director.

1.

If

the

information

on

the

tape

is

not

to

be

preserved,

continue

the

run.

The

Analyzer

C

listing

will

be

written

on

the

tape.

2.

If

the

tape

is

to

be

saved,

replace

it

with

a

work

tape

and

continue

the

run.

The

Analyzer

C

listing

will

be

written

on

this

tape.

5-5

•

APPENDIX

A

OPTIONS

AVAILABLE

WITH

PAPER

TAPE

Analyzer

C

may

be

reassembled

to

allow

for

various

modifications

of

paper

tape

input.

These

modifications

are

described

below.

PARITY

CHECK

The

Analyzer

C

constant

tagged

CINTY

has

a

standard

value

of

#lC77

(the

77

means

no

parity

checking).

If

even

parity

checking

is

desired,

this

constant

should

be

changed

to

#lCOO;

for

odd

parity,

the

constant

should

be

changed

to

#lC04.

PUNCTUATION

All

internal

codes

are

word

marked

and

the

control

characters

are

record

marked.

SIX

LEVEL

TAPE

To

read

six

data

channels

(not

including

parity)

using

a

single,

non-standard

translation

table,

the

64-character

table

beginning

at

the

location

tagged

CINTT

must

be

changed.

The

re-

vised

translation

table

must

not

include

a

control

frame

indicator

for

"switch

tables"

(35

8

with

an

item

mark),

and

the

data

channels

must

always

be

punched

as

the

low-order

six

channels

on

the

paper

tape.

Parity

may

be

punched

in

either

channel

7

or

channel

8.

(The

tape

may

be

7/8-

inch

or

1

-inch

wide.

)

SIX-LEVEL

TAPE

WITH

TWO

TRANSLATION

TABLES

It

may

at

times

be

desired

to

read

six

data

channels

(not

including

parity)

using

two

translation

tables

(so

that

a

paper

tape

frame

may

have

two

different

meanings

depending

on

which

translation

table

is

being

used).

To

accomplish

this

operation,

the

first

(lower-case)

translation

table

should

be

set

up

as

a

64-character

table

beginning

at

the

location

tagged

CINTT,

while

the

second

(upper-case)

translation

table

should

be

set

up

as

a

64-character

table

be-

ginning

at

the

location

tagged

CINTR.

The

data

channels

must

always

be

punched

as

the

low-order

six

channels

on

the

paper

tape,

-

and

parity

may

be

punched

in

either

the

seventh

channel

or

eighth

channel.

(The

tape

may

be

7/8-inch

or

I-inch

wide.)

SEVEN-LEVEL

TAPE

To

read

seven

data

channels

(not

including

parity)

the

Analyzer

C

constant

tagged

CINMK

should

be

changed

{from

its

standard

value

of

#ICOO)

to

#ICOl.

In

addition,

the

64-character

translation

table

must

be

expanded

to

128

characters.

This

latter

operation

should

be

performed

•

by

(1)

modifying

the

table

beginning

at

location

CINTY

to

contain

the

internal

codes

corresponding

A-I

I

v.

!

to

paper

tape

fraITles

between

0008

and

077

8;

and

(2)

inserting

the

internal

codes

corresponding

'v

to

paper

tape

fraITles

between

1008

and

1778

(starting

at

the

location

tagged

CINTR).

The

re-

sulting

I28-character

translation

table

ITlust

not

include

a

control

fraITle

indicator

for

"switch

tables"

(358

with

an

iteITl

ITlark).

J

The

data

channels

ITlust

always

be

punched

as

the

low-order

seven

channels

on

the

paper

tape,

and

parity

ITlay

be

punched

in

channel

eight.

(The

tape

ITlay

be

7/8-inch

or

I-inch

wide.)

FIVE-LEVEL

TAPE

It

ITlay

occasionally

be

desired

to

read

five

data

channels

(not

including

parity)

using

two

translation

tables

(so

that

a

paper

tape

fraITle

ITlay

have

two

different

ITleanings

depending

on

which

translation

table

is

being

used).

To

accoITlplish

this

operation,

the

first

(lower-case)

translation

table

should

be

set

up

as

a

32-character

table

beginning

at

the

location

tagged

CINTT,

while

the

second

(upper-case)

translation

table

should

be

set

up

as

a

32-character

table

beginning

at

the

location

tagged

CINTR.

Following

this,

the

32-character

table

starting

as

CINTT

should

be

repeated

starting

at

location

CINTT+32,

and

the

32-character

table

starting

at

CINTR

should

be

repeated

starting

at

location

CINTR+32.

The

data

channels

ITlust

always

be

punched

as

the

low-order

five

channels

on

the

paper

tape,

and

parity

ITlay

be

punched

in

the

sixth,

seventh,

or

eighth

channel.

(The

tape

ITlay

be

11

I

16-inch,

7

18-inch

or

1

-inch

wide.

)

A-2

APPENDIX

B

PROCEDURE

FOR

CHANGING

STANDARD

EQUIPMENT

CONFIGURATIONS

Although

the

standard

configurations

have

been

chosen

to

accommodate

the

majority

of

users,

there

will

be

occasions

when

it

becomes

desirable

to

change

them.

For

example

they

must

be

changed

to

allow

Analyzer

C

to

accept

paper

tape

input

or

to

type

messages

on

the

con-

sole.

Each

of

the

ten

standard

configurations

is

represented

in

a

segment

of

Analyzer

C

by

an

80-character

ECD

area.

The

contents

of

this

area

correspond

exactly

to

the

ECD

card-image

described

in

Section

III

as

method

#3

(full

ECD).

The

leftmost

character

of

each

ECD

area

is

tagged

ECDn,

where

n

is

the

number

of

the

standard

configuration

corresponding

to

that

ECD

image.

Figure

B-1

illustrates

the

ECD

areas

for

Analyzer

C

configurations

5

and

7.

10

I

12

"

I.

,7

,.

1.

To

allow

Analyzer

C,

or

any

system

program,

to

use

a

console

typewriter,

change

the

Console

Device

field

of

each

ECD

area

to:

DC

@5uO@

CONSOLE

DEVICE

where

u

is

the

addres

s

of

the

typewriter

control.

2.

To

allow

input

to

read

from

the

paper

tape

reader,

change

the

Card

Input

Device

field

to:

DC

@LuO@

CARD

INPUT

DEVICE

where

u

is

the

address

of

the

paper

tape

reader

control.

EASYCODER

CODING

FORM

PROBLEM

PROGR

AMMER

DATE

CARD

!I~

LOCATION

OPERATION OPERANDS

NUMBER

CODE

I Z 3

..

5 • 7 •

1415

2021

6263

I i if,ECD7

DC

'@1lt:.b.M,

U,@

I I

DC

#3C51

525~

RWC

ASSIGNMENT

I I

DC

'@AAMll0'1;t:.@

I I

DC

KaJ{lI2@

HI

GHE,5T

BAN.K

AVA

I LABLE

I 1

DC

~~

~.f/;@

LOADI,NG

DEVICE

I I

DC

~2ia~

CONSOLE

DEV

I

CE

I.

I

1t>,C

'@JJ~@

CARD

INPUT

DEVICE

i I

Dc

(iJ-2d@ LI STI

NG

I I

Dc

@MA(I)

NOT

USED

I : Itt

~I03@

IFI

LEI:

\

N;PUT

SPT

I I

I~c

~MA~

F I L E

2:

NOT

USED

I i

I~C

~M./Y!i.

IFI L£

,?!:

NOT

USED

I I

I~c

'(e:JMAfil

fl

LE

4:

!-len

USED

1 I

ID,e

~102~

FILE

5-

WORK

1

APE

1 I

DC

k!vl

~4«<l,

F I L E

,t,:

WQ,R

K

TA,PE

I :

DC

~10.6Et?

FI

LE

7:

WO,RK

TAPE

I I

DC

fiJIJ.

6./:/ii~

FI

L t

,8.:

N()1

U~ED

! I L

Dew

II

ca0,

Figure

B-1.

Coding

for

Analyzer

C

Standard

Configurations

5

and

7

B-1

PAGE

OF

80

~-

COMPUTER-GENERATED

I~DEX

ANALYZER

• C

ERROR

CONDITIONS.

5-4

• C LISTING.

4-1

• C

OPERATING

PROCEDURES.

5-1

• C

OPERATIONS.

2-1

CODING

FOR

ANALYZER

C

STANDARD

CONFIGURATIONS

5

AND

7.

B-1

CONSOLE

CALL

CARD

FOR

ANALYZER

C.

5-2

EQUIPMENT

REQUIREMENTS

FOR

ANALYZER

C.

1-2

FORMAT

FOR

ANALYZER

C

FILE

MEDIA

FIELDS.

3-6

SAMPLE

ANALYZER

C LISTING.

4-5

STANDARD

CONFIGURATIONS

FOR

ANALYZER

C.

3-3

ANALYZING

• A

CARD-IMAGE

TAPE.

2-2

• A

SYMBOLIC

PROGRAM

TAPE

(SPT). 2-1

CONFIGURATION

FOR

ANALYZING

A

CARD-IMAGE

TAPE.

2-2

CONFIGURATION

FOR

ANALYZING

A

SYMBOLIC

PROGRAM

TAPE.

2-1

•

PROGRAMS

CONTAINED

ON

CARDS.

2-3

CALL

CARD

CONSOLE

CALL

CARD.

5-2

CONSOLE

CALL

CARD

FOR

ANALYZER

C.

5-2

ANALYZING

PROGRAMS

CONTAINED

ON

CARDS.

2-3

CONSOLE

CALL

CARD.

5-2

CONSOLE

CALL

CARD

FOR

ANALYZER

C.

5-2

DIRECTOR

CARD.

3-8

DIRECTOR

CARDS.

3-8

EQUIPMENT

CONFIGURATION

DESCRIPTOR

CARD.

3-5

•

LOADER-MONITOR.

LOADING

WITH

CARD

LOADER-MONITOR

B.

5-2

STANDARD

ECD

NUMBER

RESIDING

IN

TAPE

OR

CARD

LOADER-MONITOR.

3-2

SYSTEM

END

CARD.

3-8

SYSTEM

HEADER

CARD.

3-7

CARD-IMAGE

TAPE

ANALYZING

A

CARD-IMAGE

TAPE.

2-2

CONFIGURATION

FOR

ANALYZING

A

CARD-IMAGE

TAPE.

2-2

CHANGING

STANDARD

EQUIPMENT

CONFIGURATIONS

PROCEDURE

FOR

CHANGING

STANDARD

EQUIPMENT

CONFIGURATIONS.

B-1

CHECK

PARITY

CHECK.

A-I

CODING

FOR

ANALYZER

C

STANDARD

CONFIGURATIONS

5

AND

7.

B-1

CONDIT

IONS

ANALYZER

C

ERROR

CONDITIONS.

5-4

ERROR

CONDITIONS.

5-3

CONf

IGURATION

CODING

FOR

ANALYZER

C

STANDARD

CONFIGURATIONS

5

AND

7.

6-1

•

DESCRIPTOR.

EQUIPMENT

CONFIGURATION

DESCRIPTOR.

3-1

FULL

EQUIPMENT

CONFIGURATION

DESCRIPTOR

AS

ECD

IMAGE.

3-4

•

DESCRIPTOR

CARD.

EQUIPMENT

CONFIGURATION

DESCRIPTOR

CARD.

3-5

•

FOR

ANALYZING

A

CARD-IMAGE

TAPE.

2-2

•

FOR

ANALYZING

A

SYMBOLIC

PROGRAM

TAPE.

2-1

MfTHODS

OF

SPECIFYING

THE

CONFIGURATION.

3-1

PROCEDURE

FOR

CHANGING

STANDARD

EQUIPMENT

CONFIGURATIONS.

B-1

STANDARD

CONfIGURATIONS

FOR

ANALYZER

C.

3-3

CONSOLE

CALL

CARD.

5-2

•

FOR

ANALYZER

C.

5-2

DATA

LINES.

4-2

DECK

DIRECTOR

DECK.

3-7

DEFINITION

LINE.

4-2.

4-3

DESCRIPTION

GENERAL

DESCRIPTION.

1-1

DESCRIPTOR

•

CARD.

EQUIPMENT

CONFIGURATION

DESCRIPTOR

CARD.

3-5

EQUIPMENT

CONFIGURATION

DESCRIPTOR.

3-1

FULL

EQUIPMENT

CONFIGURATION

DESCRIPTOR

AS

ECD

IMAGE.

3-4

DEViCE

ECD

FIELD

TO

oeTAIN

ECD

NUMBER

FROM

INPUT

DEVICE.

3-4

DIRECTOR

ECD

•

CARD.

3-8

DIRECTOR

CARDS.

3-8

•

DECK.

3-7

•

FIELD

WITH

STANDARD

ECD

NUMBER.

3-2

ECD

FIELD

TO

OBTAIN

ECD

NUMBER

FROM

INPUT

DEVICE.

3-4

(CONT.

)

ECD

(CONT.)

•

IMAGE.

FULL

EQUIPMENT

CONFIGURATION

DESCRIPTOR

AS

ECD

IMA

E.

3-4

STANDARD

ECD

IMAGE.

3-4

STANDARD

ECD

NUMBER

OBTAINED

FROM

ECD

IMAGE.

3-3

•

NUMBER.

ECD

FIELD

TO

OBTAIN

ECD

NUMBER

FROM

INPUT

DEVICE.

3-4

ECD

FIELD

WITH

STANDARD

ECD

NUMBER.

3-2

STANDARD

ECD

NUMBER

OBTAINED

FROM

ECD

IMAGE.

3-3

•

NUMBER

RESIDING.

STANDARD

ECD

NUMBER

RESIDING

IN

TAPE

OR

CARD

LOADER-MONITOR.

3-2

END

CARD

SYSTEM

END

CARD.

3-8

EQUIPMENT

•

CONFIGURATIONS.

PROCEDURE

FOR

CHANGING

STANDARD

EQUIPMENT

CONFIGURATIONS.

B-1

•

REQUIREMENTS.

1-1

EQUIPMENT

REQUIREMENTS

FOR

ANALYZER

C.

1-2

EQUIPMENT

CONFIGURATION

DESCRIPTOR.

3-1

•

CARD.

3-5

FULL

EQUIPMENT

CONFIGURATION

DESCRIPTOR

AS

ECD

IMAGE.

3-4

ERROR

CONDITIONS.

5-3

ANALYZER

C

ERROR

CONDITIONS.

5-4

FIELD

FILE

ECD

FIELD

TO

OBTAIN

ECD

NUMBER

FROM

INPUT

DEVICE.

3-4

ECD

FIELD

WITH

STANDARD

ECD

NUMBER.

3-2

FORMAT

FOR

ANALYZER

C FILE

MEDIA

FIELDS.

3-6

INPUT

FILE. 3-1

•

MEDIA

FIELDS.

FORMAT

FOR

ANALYZER

C FILE

MEDIA

FIELDS.

3-6

FIVE-LEVEL

TAPE.

A-2

FLOATING

TAPE

LOADER-MONITOR

LOADING

WITH

TAPE

LOADER-MONITOR

C

OR

FLOATING

TAPE

LOADER-MONITOR

C.

5-1

FORMAT

FOR

ANALYZER

C

FILE

MEDIA

FIELDS.

3-6

GENERAL

DESCRIPTION.

1-1

HEADER

•

CARD.

SYSTEM

HEADER

CARD.

3-7

• LINE.

IMAGE

INPUT

FIRST

HEADER

LINE.

4·1

HEADER

LINES.

4-1.

4-2

SECOND

HEADER

LINE.

4-1

FULL

EQUIPMENT

CONFIGURATION

DESCRIPTOR

AS

ECD

IMAGEt

3-4

STANDARD

ECD

IMAGE.

3-4

STANDARD

ECD

NUMBER

OBTAINED

FROM

ECD

IMAGE.

3-3

•

DEVICE.

ECD

FIELD

TO

OBTAIN

ECD

NUMBER

FROM

INPUT

DEVICE.

3-4

• FILE.

3-1

INTRODUCTION.

1-1

LINE

DATA

LINES.

4-2

DEFINITION

LINE.

4·2.

4-3

FIRST

HEADER

LINE.

4-1

HEADER

LINES.

4-1.

4-2

REFERENCE

LINE.

4-4

SECOND

HEADER

LINE.

4-1

LISTING

ANALYZER

C LISTING.

4-1

SAMPLE

ANALYZER

C LISTING.

4-5

LOADER-"10NITOR

LOADING

WITH

CARD

LOADER-MONITOR

B.

5-2

LOADING

WITH

TAPE

LOADER-MONITOR

C

OR

FLOATING

TAPE

LOADER-MONITOR

C.

5-1

STANDARD

ECD

NUMBER

RESIDING

IN

TAPE

OR

CARD

LOADER-MONITOR.

3-2

LOADING

•

WITH

CARD

LOADER-MONITOR

B.

5-2

•

WITH

TAPE

LOADER-MONITOR

C

OR

FLOATING

TAPE

LOADER-MONITOR

C. 5-1

MEDIA

FIELDS

FORMAT

FOR

ANALYZER

C

FILE

MEDIA

FIELDS.

3-6

METHODS

OF

SPECIFYING

THE

CONFIGURATION.

3-1

NUMBER

ECD

FIELD

TO

OBTAIN

ECD

NUMBER

FROM

INPUT

DEVICE.

3-4

(CONT.)

CO~PUTER-GENERATED

INDEX

NUMBER

(CCNT.)

ECD"

FIELD

WITH

STANDARD

ECD

NUMBER.

3-2

"

RESIDING.

STANDARD

ECD

NUMBER

RESIDING

IN

TAPE

OR

CARD

LOADER-MONITOR.

3-2

STANDARD

ECD

NUMBER

OBTAINED

FROM

ECD

IMAGl.

3-3

OPERATING

PROCEDURES

ANALYZER

C

OPERATING

PROCEDURES.

5-1

OPERATIONS

ANALYZER

C

OPERATIONS.

2-1

OPTIONS

AVAILABLE

WITH

PAPER

TAPE.

A-I

PAPER

TAPE

OPTIONS

AVAILABLE

WITH

PAPER

TAPE.

A-I

PARITY

CHECK.

A-I

PROCEDURE

ANALYZER

C

OPERATING

PROCEDURES.

5-1

•

FOR

CHANGING

STANDARD

EQUIPMENT

CONFIGURATIONS.

B-1

PROGRAM

TAPE

ANALYZING

A

SYMBOLIC

PROGRAM

TAPE

(SPT).

2-1

CONFIGURATION

FOR

ANALYZING

A

SYMBOLIC

PROGRAM

TAPE.

2-1

PROGRAMS

ANALYZING

PROGRAMS

CONTAINED

ON

CARDS.

2-3

PUNCTUATION.

A-I

REFERENCE

LINE.

4-4

REQUIRE~ENTS

EQUIPMENT

REQUIREMENTS.

1-1

EQUIPMENT

REQUIREMENTS

FOR

ANALYZER

C.

1-2

RESIDING

STANDARD

ECD

NUMBER

RESIDING

IN

TAPE

OR

CARD

LOADER-MONITOR.

3-2

SAMPLE

ANALYZER

C LISTING.

4-5

SEVEN-LEVEL

TAPE.

A-I

SIX-LEVEL

TAPE

WITH

TWO

TRANSLATION

TABLES.

A-I

SPT

ANALYZING

A

SYMBOLIC

PROGRAM

TAPE

(SPT).

2-1

STANDARD

"

CONFIGURATIONS.

CODING

FOR

ANALYZER

C

STANDARD

CONFIGURATIONS

5

AND

7.

B-1

STANDARD

CONFIGURATIONS

FOR

ANALYZER

C.

3-3

"

ECD

IMAGE.

3-4

"

ECD

NUMBER.

ECD

FIELD

WITH

STANDARD

ECD

NUMBER.

3-2

STANDARD

ECD

NUMBER

OBTAINED

FROM

ECD

IMAGE.

3-3

"

[CD

NUMBER

RESIDING

IN

TAPE

OR

CARD

LOADER-MONITOR.

3-2

•

EQUIPMENT

CONFIGURATIONS.

PROCEDURE

FOR

CHANGING

STANDARD

EQUIPMENT

CONFIGURATIONS.

B-1

SYMBOLIC

PROGRAM

TAPE

ANALYZING

A

SYMBOLIC

PROGRAM

TAPE

(SPT).

2-1

CONFIGURATION

FOR

ANALYZING

A

SYMBOLIC

PROGRAM

TAPE.

2-1

SYSTEM

•

END

CARD.

3-8

•

HEADER

CARD.

3-7

TABLES

TAPE

SIX-LEVEL

TAPE

wITH

TWO

TRANSLATION

TABLES.

A-I

ANALYZING

A

CARD-IMAGE

TAPE.

2-2

ANALYZING

A

SYMBOLIC

PROGRAM

TAPE

(SPT).

2-1

CONFIGURATION

FOR

ANALYZING

A

CARD-IMAGE

TAPE.

2-2

CONFIGURATION

FOR

ANALYZING

A

SYMBOLIC

PROGRAM

TAPE.

2-1

FIVE-LEVEL

TAPE.

A-2

•

LOADER-MONITOR.

LOADING

WITH

TAPE

LOADER-MONITOR

C

OR

FLOATING

TAPE

LOADER-MONITOR

C.

5-1

OPTIONS

AVAILABLE

WITH

PAPER

TAPE.

A-I

SEVEN-LEVEL

TAPE.

A-I

SIX-LEVEL

TAPE

WITH

TWO

TRANSLATION

TABLES.

A-I

STANDARD

ECD

NUMBER

RESIDING

IN

TAPE

OR

CARD

LOADER-MONITOR.

3-2

TRANSLATION

TABLES

SIX-LEVEL

TAPE

WITH

TWO

TRANSLATION

TABLES.

A-I

l

~-

1

I

CIl

c:

:J

bO

c:

o

C(

HONEYWELL

EDP

TECHNICAL

PUBLICATIONS

USERS'

REMARKS

FORM

TITLE:

SERIES

200

ANALYZER

C

DATED:

November

15,

1965

FILE

NO:

122.2305.

001C.

0-019

ERRORS

NOTED:

Fold

~

SUGGESTIONS

FOR

IMPROVEMENT:

(.)

Fold

FROM:

NAME

__________________

_

DATE

______

_

COMPANY

__________________

__

TITLE

__________________

_

ADDRESS

__________________

___

ATT'N: PUBLICATIONS AND WRITING

SERVICES

DEPARTMENT

,

Honey1tVell

ELECTRONIC

DATA

PROCESSING

FIRST CLASS

PERMIT NO,

39531

WELLESLEY HILLS

MASS,

(')

c:

....

>

"

,

~

g Wi'

(JQ

r

:;'

ID

.'

019_Analyzer_C 019 Analyzer C

019_Analyzer_C 019_Analyzer_C

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