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EY-0072E-TP-0001

May 1982

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Document:	RSX-11M/M-PLUS Utilities and Commands A Self-Paced Course Exercises and Solutions
Order Number:	EY-0072E-TP-0001
Revision:	0
Pages:	112
Original Filename:	http://bitsavers.org/pdf/dec/pdp11/rsx11m_plus/RSX-11M_M-PLUS_Utilities_and_Commands_Self-Paced_Course/EY-0072E-TP-0001_RSX-11M_M-PLUS_Utilities_and_Commands_Self-Paced_Course_Exercises_1982.pdf

OCR Text

EY -0072E-TP-OOO 1

RSX-ll M/M-PLUS
Utilities and
Commands
A Self-Paced Course
"

Exercises and Solutions

EY-0072E-TP-OOO 1

RSX-llM/M-PlUS
Utilities and
Commands
A Self-Paced Course
Exercises and Solutions

Prepared by Educational Services
of
Digital Equipment Corporation

Copyright © 1982, Digital Equipment Corporation.
All Rights Reserved.
The reproduction of this material, in part or whole, is
strictly prohibited. For copy information, contact the
Educational Services Department, Digital Equipment
Corporation, Bedford, Massachusetts 01730.

Printed in U.S.A.

The information in this document is subject to change
without notice and should not be construed as a commitment by Digital Equipment Corporation. Digital
Equipment Corporation assumes no responsibility for
any errors that may appear in this document.
The software described in this document is furnished
under a license and may not be used or copied except
in accordance with the terms of such license.
Digital Equipment Corporation assumes no responsibility
for the use or reliability of its software on equipment
that is not supplied by Digital.

The following are trademarks of Digital Equipment Corporation,
Maynard, Massachusetts:
DIGITAL
DEC
PDP
DECUS
UNIBUS

DECsystem-10
DECSYSTEM-20
DIBOL
EDUSYSTEM
VAX
VMS

MASSBUS
OMNIBUS
OS/8
RSTS
RSX
lAS

10/82-15

CONTENTS
1

RSX-11M/M-PLUS SYSTEM OVERVIEW
Laboratory Exercises • •
Solutions • • • • • • • • • • •

1
4

GETTING STARTED ON THE SYSTEM

..
. . . . . . ·· ·· · · ·· ·· .

Laboratory Exercises.
Solutions

5
9

CREATING AND MODIFYING FILES

. . . . . . ·· ·· ·· ·· ·· ··

Laboratory Exercises.
Solutions

FILE AND DIRECTORY MAINTENANCE
Written Exercises • •
Solutions • • • • • •
Laboratory Exercises.
Solutions • • • • • •

· . . . . . . . . . . . . . . . • 33
• 37
• 39

PROGRAM DEVELOPMENT
Written Exercises • • • • •
Solutions • • • • • •
Laboratory Exercises.
Solutions • • • • • • •

• 49

.......

• 51
• 53
• 55

USING THE EDITOR EFFECTIVELY
Laboratory Exercises • • •
Solutions • • • • • • • •

• 23
• 25

• • • • • 63
• • • • • 67

USING INDIRECT COMMAND FILES
Laboratory Exercises • • • • •
Solutions • • • • • • • • •

iii

·.......

73
• 76

CONTROLLING TASK EXECUTION
Written Exercises • •
Solutions • • • • • •
Laboratory Exercises.
Solutions • • • • • •

. . . . . . . . . . . . . . . . •• 79
82
o

•

85
• 86

LIBRARIES

. . . . . . . . . • 89

Written Exercises • • • •
Solutions • • • • • •
Laboratory Exercises.
Solutions • • • • • •

•

• 91
• 93
• 95

ADVANCED MAINTENANCE OPERATIONS
Written Exercises • •
Solutions • • • • • • • •
Laboratory Exercises • • •
Solutions • • • • • •

. . . . . . . . . . . . . . 101
99
103
. . . . . . 104

RSX-11M/M-PLUS System Overview
LABORATORY EXERCISES
1.

A computer system is made up of the

A
is a set of software that
operation more efficient.

List six
system.

system

features

the

and the
makes

computer

RSX-llM/M-PLUS

system

operating

b)
c)

d)
e)

A
is the smallest executable piece of
RSX-llM/M-PLUS operating system.

code

the

RSX-11M/M-PLUS System Overview
LABORATORY EXERCISES
5.

Match the terms in Column A with their meanings in Column B.
Column A
System Task
Directory

Column B
a) An operating system data structure
that is a list of all tasks
competing for system resources.

Active Task List
Round Robin
Scheduler
Task State
Priority
Shuffling
Partition
Checkpointing

b) A segment of memory in which a task
can reside.
c) An optional system routine that simulates
time sharing.
d) A system function that allows a higherpriority task to gain the memory space
held by a lower-priority task.
e) An operating system data structure
that is a list of all tasks known
to the system.

User-Controlled
Partition

f) A number in the range of 1-250
assigned to a task to indicate
its importance in obtaining system
System-Controlled
resources.
Partition
g) A segment of memory whose subdivision
is controlled by the operating system
(dynamic) •
h) An act accomplished by the operating
system to free up a fragmented
memory space within a partition.
i) A segment of memory whose subdivision
is controlled by the user (static).
j) The condition of a task that is taken
into consideration when the operating
system is scheduling resources.
6.

CPU time is allocated to the highest

ready-

task.

RSX-11M/M-PLUS System Overview
SOLUTIONS
);

Solutions to Suggested

L~borator~

Exercises

};

>;
);

>;
>;
>;
);

Hardware and Software.

Operating

Real Time
MIJ 1 tip rog ranlnl i ns
MIJltitJser
Interactivf.'
Disk-Based
I nte r task COnlnllJn i cat i 01'1

Task

>;
);

S~stem

>;
);

>;
:> ;
>;
>;
:> ;

:> ;
};

:>;

:::-;
};

A
C
J

};
:>;

F
H

>;
>;

I
G

:> ;
);

:>;

Hi shest pri 0 ri t~

read~-to- J'un

task

Getting Started on the System
LABORATORY EXERCISES
1.

Note your

Determine which CLI is active at your terminal.
DCL, change the setting by typing the command:

terminal

If it is

not

)SET /DCL=TI:
3.

Using the HELP command,
obtain
information about
command.
(Read information on all command options.)

the

Display all the system
table.

following

Device Name'

devices

and

complete

Physical Device Type

Disks

Line Printers

Magtape Units

DEC tape Units

Floppy Drive Units

the

SHOW

Getting Started on the System
LABORATORY EXERCISES
5.

How many terminals are attached to the system?
With what devices are the following pseudo devices associated?
LB:

co:
CL:

SY:
6.

Which devices are public devices?

Display the day and time.
What are the
characters needed to represent the command?

Display the characteristics of your terminal.
a.

What terminal number are you?

What CLI is active?

What buffer size is your terminal using?

What type of terminal does the

o.s.

least

amount

think you are?

Getting Started on the System
LABORATORY EXERCISES
9.

Determine how many users are on the system.

10.

Show your default device and user file directory.

11.

What is the UIC for the operating system?

12.

Show the tasks that are installed on the system.
a.

What task has the highest priority?
what partition does it execute in?

What is its name

In which partition and at what priority do the
CLI tasks •• MCR and ••• DCL execute?

13.

Display all tasks that are active on the system.

14.

Display the partitions that make up memory.

15.

A computer system has the following devices:
2
2
1
1

RK05
RP05
RX01
TU16

and

dispatcher

cartridge disks
disks
floppy disk
magnetic tape drive

Give the file specification for a Macro source file
PAYROLL on each device.
Use your own UIC for the UFO.

called

Getting Started on the System
LABORATORY EXERCISES
16.

Write the file specification to indicate
your UFD.

all

17.

Give the file specification for all versions of all file types
whose names begin with the first two characters EL.

18.

Set your terminal to MCR.

19.

Using the HELP command, obtain information about the following
commands:
SET, DEVICES, TIME, TASKLIST, ATL, PARTITION

20.

Repeat items 5 through 14 using MCR commands.

21.

Log off the system.

Text

files

Getting Started on the System
SOLUTIONS
1.

)HELLO VANTWUYVER
Password:
RSX-llM BL32
[4,54J S~~tem
QUASAR
l6-DEC-81 10:34 Lossed on Terminal TT56:
Good Mo rr. i nS
l6-DEC-8l

S. Adarr!s

QUASAR will be down
10-DEC-8l

toda~

at lunch for DK: repairs.

SUMMERS

A few ch~n~es have been made to DXDRV ~nd the modified
driver is loaded. PI~ase report an~ problems to Dave
Summers KERMIT::SUMMERS.
Parmenl:.er

2-DEC-8l

Latest and Sreatest HELP now or. QUASAR:: LB ~
~ou have trouble settins help.

Le't· me know if

DCL)SET TERMINAL MCR
:>
MCR)SET IDCL=TI:
' .. 1
0
0 -

);
);
);
);
:> ;

To obtain help on &n~ topic or sub-topic, simple enter HELP
to:'·ic sIJb-tor-ic C ••• J. For e~·{aml"le, to set help on the SHOW
command, t~pe HELP SHOW. To set help on devices t~pe HELP SHOW
DEVICES

>;
>Help Show
SHOW thinS
The SHOW command can be used to show somethinS. The followins thinss
can be shown with ~hi~ command:
ACCOUNTING
CLOCK_QUEUE
DEFAULT
[DAYJTIME

ASSIGNMENTS
SYSTEM
TERMINAL
PROCESSOR

GROUPFLr~GS

COMMON
DEVICES
USERS

Abbreviation: S

QUEUE
LIBRARY
MEMORY TASKS
PARTITIONS

Getting Started on the System
SOLUTIONS
4.

:>;
4. The chart is show below.
>- Sh 0 1-1 II e vic e s
HTO: Offline Loaded
HT1: Offline Loaded
HT2: Offline Loaded
HT3: Offline Loaded
LF'O: Loaded
I1BO: Loaded T~pe=RF'05
I1Bl: Public Mounted Loaded T~pe=RP06
I1B2: Public Mounted Loaded Twpe=RP06
DDO: Offline Loaded
I1I11: Offline Loaded
I1KO: Loaded
I1K1: Loaded
I1K2: Loaded
I1K3: Loaded
I1LO: Loaded Twpe=RLOl
DL1: Loaded Twpe=RLOl
DL2: Loaded Twpe=RL02
I1MO: Loaded Twpe=RK06
DM1: Loaded Type=RK06
I1M2: Loaded T~pe=RK07
DRO: Public Mounted L02ded T~pe=RP07
DR1: Loaded T'.;Ipe·:RM03
DSO: Offline Unloaded T~pe~RS04
I1S1: Offline Unlo~deJ Ts~~~RS04
DTO: Loaded
I1T 1: Loadetl
II X 0: T T 7: - P r i vat e M0 IJ n t Po d L. , , ,:I.k· C';
I1Xl: Loaded
EMO: Offline Unloaded TY?e=ML11
MMO: Loaded
MM1: Loaded
COO: Loaded
NSO: Public Mounted Loaded
TTO: Loaded
TTl: Loaded
TT2: Loaded
TT3: Loaded
TT4: LOuded
TT5: Loaded
TT6: (7,374J
Lossed in Loaded
TT7: [7,202:1
Losged in Loaded
TT10: [7,43J
LoS~ed i.n
Loaded
TTl!: [7,32J
LO£lSed in LO.Jded
TT12: [7,302J - Lossed in Loaded
TT13: Loaded
TT14: Loaded
TT15: [7,113J - Lo~~ed in Loaded
TT16: [7,103J - Lo~~ed in loaderl
TT17: Loaded
TT20: (301,26J - Lo~~ed in Loaded
TT21: Loaded
TT22: Loaded
TT23: [301,333J - LoS~ed in Loaded

Getting Started on the System
SOLUTIONS
5.

TT24:
TT25:
TT26:
TT27:
TT30:
TT31:
TT32:
TT33:
TT34:
TT35:
TT36:
TT37:
TT40:
TT41:
TT42:
TT43:
TT44:
TT45:
TT46:
TT47:
TT50:
TT51:
TT52:
TT53:
TT54:
TT55:
TT56:
TT57:
TT60:
NLO:
TIO:
CLO:
LBO:
SYO:

>;
>;
>;
>;
>;
>;
>;

Loaded
Loaded
[7,42J - Lossed in

Loaded

Lo~ded

Loaded
Loaded
Loaded
Loaded
Loaded
LOdded
Loaded
Loaded
Loaded
Loaded
Loaded
L030ed
Loaded
Loaded
Loaded
Loaded
Loaded
Loaded
Loaded
Loaded
Loaded
Lo~oet.'.1

[305,303J -

Lo~~ed

LQ~deo

Lo~ded

Loaded
LPO:
[lRO:
IIRO:

[lev i ce Nanle

Physical Device Twpe

[I i sit.. s

DB:
D[lt

[lK:
Dl:
DM:
DR:
IIS:

>;
>;

)0;

RP05Cl),RP06C2)
TU58<:I)
TCll(3)
RlOl(2),RL02Cl
RK06(2),RK07(1
RP07(1),RMOJ(1
RS04(2)

)0;
:::. ;

Line Printers

LA11(l)

Masnetic Tape Units

MM: (2)

DECtape Units

DT:
[IT:

(2 )
(2)

Floppw Drive Units

[IX:

(2 )

);

>;
>;
>;

>;
>;
:::. ;
)0;

Getting' Started on the System
SOLUTIONS
)- ;

For this

F-articul~r

:> ;

>;
>;
>;
>;
>;

LIn

DRO:

CL:
SY:

LF'O:
[IRO:

co:

:::- ;

;
>- ;
:::- ;
)- ;

s\:Istem, there are 60 te rlfd n~l s

For this F-articlJlar s,';:Istem, the followinS dE.::vic:es at. the time
of this rlJn ar~ r:'IJbl i c: divices: [lEI 1 : ,[IEl2: ,[IRO:

>SHOW DAYTIME
16:31:11 09-JAN-82
>SH[Ii'1Y
INS .- - F i 1 fi.' not f CI u n d
>SH [lAY
16:31:23 09-JAN-82
)SH [I
SHOW
Ill~~al function
SH [I
16:31:31 09-JAN-82
:>
>SHOW TERllINAL
(305,3033
TT56:
[ICL
CLI
66.
LINES
LOWER
NOF'RIV
ECHO
NOVFILL

(305,3033
ElUF
132.
Lt..120
TERM
NOHOLD NOS LAVE
NUHHT
NOFDX

HFILL.
OWNER
NOESC
WRAP

:::- ;

>;
)SHOW USERS
TT6: (7,3743
TT7: (7,2023
TT10: [7,43]
TT11: (7,32J
TT12: [7,302J
TT15: (7.113]
TT16: (7,103]
TT20: (301,263
TT23: [301,333:1
TT26: [7,423
TT56: [305,303]

>;
>;

10.

>;
)SHOW DEFAULTS
DRO:C305,303J

TT~i6 :

);

10.
)SHOW SYSTEM
SYSUIC=C4,54J

);

11.

at.t~ched.

o
none
NOCRT
NORPA

SPEED=(9600:9600)
BRO
NOtlBI~UD
FORM
NORDIOTE
NOEBC
TYPEAHEAD

Getting Started on the System
SOLUTIONS
12.

>SHOW TASKS IINSTALLEII
LDR ••• 12.19 LIIRF'AR 248. 00002500 LBO;-01330246 FIXED
04.8
TKNf'AR 248. 00010000 LBO;-01334700
TKTN
R~1IIEHO Vl.05
GEN
225. 00027100 LBO:-01363011
MTAACF' 0013
GEN
200. 00014400 SYO;-01350674
F11HSG V0012 GEN
200. 00005600 LBO:-01350440
NETACF' V02.00 GEN
200. 00025600 SYO:-01323421
EVF' ••• V01.00 GEN
199. 00013100 SYO:-01321702 CHECKF'OINTEII
HCR ••• 2.02
SYSPAR 160. 00012000 LBO:-01335065
••• HCR 1.1
GEN
160. 00020400 LBO:-01335446
SHOT56 1.1
GEN
160. 00020400 L.BO:-01335446
GEN
160. 00037100 SYO:-01327224
• •• llCL 00
GEN
150. 00037600 LBO:-01346314
• •• HEL 01.0
••• CA. 4.01
GEN
150. 00005100 LBO;-01350427
NVF' ••• V01.00 GEN
150. 00012400 SYO:-01324406
••• BYE 04.1
GEN
150. 00012400 SYO:-01120306
GEN
150. 00052200 SYO: -01007'774
• •• CVT 4.02
GEN
150. 00052200 SYO:-OI007774
• •• llLG 4.02
FI1ACf' M0401 GEN
149. 00044000 LBO:-01342047
SYOFCF' M0401 GEN
149. 00044000 LBO:-01357463
WKFFCF' M0401 GEN
149. 00044000 LBO:-01362650
lIBlFCF' M0401 GEN
1~9. 00044000 SYO:-01361711
I1B2FCf' M0401 GEN
149. 00024000 SYO:-01362057
PMT ••• 01.52 GEN
148. 00006300 LBO:-01330235
ERR LOG V1.05 GEN
148. 00040000 LBO:-01350571
COT ••• 01.02 GEN
145. 00017100 LBO:-01346146 CHECKF'OINTED
140. 00014600 LBO;--01335712
• •• [IMO 23.26 GEN
140. 00034700 LBO:-01337502
• •• IN I 22.03 GEN
GEN
140. 00037700 LBO:-01336751
• •• MOU 2503
140. 00005700 LBO:-01335120
• •• UFll V0412 GEN
GEN
130. 00017200 LBO:-01342114
PMII ••• 07.2
SHF ••• 5.08
SYSF'AR 105. 00012000 LBO:-01340414
••• INS 06
GEN
100. 00034400 LBO:-01334757
••• SEN 22JUL GEN
100. 00104400 LBO:-00662645
RMHACP V02.00 GEN
100. 00023300 SYO:-01111131
MAL$$$ l1RX
GEN
1 O~), 00132300 SYO: --00663342
MAL.l
l1RX
GEN
100. 00132300 SYO;-00663342
MAL.O l1RX
GEN
100. 00132300 SYO:-00663342
PMR$$$ V01.05 GEN
100. 00034300 S,(0;-00660507
IlMG ••• 1.8
GEN
70. 00032200 LBO:-01353625 CHECKF'OINTED
LPO
1.10
GEN
70. 00014000 LBO;-01354614 CHECKf'OINTED
F'RT ••• 1.2
GEN
70. 00001100 LBO:-01350452
••• BRU 1.04
GEN
70. 00156400 LBO: --01426072
GEN
65. 00177100 SYO:-00074254
• •• TEC V36
65. 00123500 SYO;-01476622
• •• EllI M11.04 GEN
65. 00073100 SYO:-01421320
• •• SOS 07.00 GEN
65. 00130700 LBO;-01416243
• •• Ell! 02.00 GEN
65. 00123700 SYO:-00322226
• •• MAl 02NOV GEN
RHT ••• V02.01 GEN
65. 00027300 SYO:-013215l4
65. 00032500 SYO:-00663556
• •• RVT X02.19 GEN
MAIT10 02NOV GEN
65. 00123700 SYO:-00322226
GEN
64. 00060000 LBO:-01336321
• •• AT. 02
••• BRO V04
GEN
50 • 00030300 LBO:-01343656
Lf'INIT 01.03 GEN
50. 00015500 LBO:-01340626
GEN
50. 00020600 LBO;-01354525
• •• QUE 1.10
••• PRI 1.10
GEN
50 • 00020600 LBO:-01354525
••• PIP M1344 GEN
50 • 00131600 SYO;-015002l1
50. 00107700 SYO;-01446173
• •• MAC M1200 GEN
••• TKB M40.02 GEN
50. 00076600 SYO:-01345333
50. 00154200 SYO:-01476674
• •• LBR 06.00 GEN

Getting Started on the System
SOLUTIONS
CRF ••• VOl
•• • MUN V36
••• CMP· VOi09
• •• RNO M010l
••• SLP 11.03
• •• SRII 4.1F
• •• BCK 0002CM
• •• IIOC 06IIEC
• •• DTR V01.l0
MAL ••• 300CT
NICE •• V02.00
• •• NCP V01.00
FAl ••• V3.01
••• NFT V02.00
.CMTS. V02.00
TCl ••• V02.00
• •• NTD VOL 00
NTD ••• V01.00
•• • RMT V02.00
• •• PRV 01
••• VMR

GEN
GEN
GEN
GEN
GEN'
GEN
GEN
GEN
GEN
GEN
GEN
GEN
GEN
GEN
GEN
GEN
GEN
GEN
GEN
GEN
GEN

50.
50 •
50.
50.
50.
50.
50.
50.
50.
50.
50.
50.
50.
50.
50.
50.
50.
50.
50 •
50.
50 •

00116500
00177100
00151300
00061500
00027200
00034200
00065600
00061600
00175000
00057700
00026600
00037100
00075500
00035300
00002000
00002400
00021200
00011700
00002100
00001600
00037500

SYOt-01477246
SYO: -000742~j4
SYOt-01477276
SYO:-01477620
SYO: '-01476520
SYO:-01476077
SYO: '-00065660
SYO:-OOO63566
SYO: -0006365~~
SYO:-00553461
SYO: ·-0127ti 172
SYO:-·01326011
SYO:-01236514
SYO:-01275315
SYO:-01120301.
SYO:-01120274
SYO:-01272475
SYOt-01321730
SYO:-01120323
SYO:-00230052
DMO:-00022624

13. >

::'SHOW TASKS/ACTIVE/ALL
LDR •••
RMDEMO
NETACF'
EVP •••
MCR •••
SHOT56
Fl1ACP
DB2FCP
PMT •••
COT •••
••• SEN
QMG •••
L.PO

••• BRU
••• AT.

Getting Started on the System
SOLUTIONS
14.

>SHOW PARTITIONS
CEXPAR 114234 00114300
TTPAR 114170 00120000
EXCOMI 114124 00160000
EXCOH2 114060 00174700
SYSPAR 114014 00203000
TKNPAR 113750 00215000
IIRVPAR 113704 00225000
113640 00225000
113~40 00227100
113440 00230300
113340 00233400
1131"\0 00237500
113040 00240600
112740 002<\2200
112640 00244400
1125'40 00247400
112404 00250700
111750 00255200
L.ItRPAR 111704 00255400
BASIC2 111640 00260100
FCSRES 111574 00320100
TSTPAR 070674 00360100
GEN
111464 00460100
045100 00460100
057250 00466400
045620 00~20600
072650 00546400
046200 00577000
045034 00643000
045554 01001100
070010 01120200
047640 01200200
067600 01304600
045360 01552100
NT. F'CL 067534 03671600
NT.NSP 060070 03675300
NT.AUX 044770 03713300
POOL •• 057560 03714400
113240 03776300

00003~00

~lAIN

00040000 MAIN
00014700 MAIN
00006100 MAIN
00012000 MAIN
00010000 MAIN
00030400 MAIN
00002100 SUB
00001200 SUB
00003100 SUB
00003000 SUB
00001100 SUB
00001400 SUB
00002200 SUB
00003000 SUB
00001300 SUB
00004300 SUB
00000200 SUB
00002500 MAIN
00040000 MAIN
00040000 MAIN
00100000 MAIN
03317700 MAIN
00006300 SUB
00024000 SUB
00025600 SUB
00020400 SUB
00044000 SUB
00032200 SUB
00027100 SUB
00060000 SUB
00104400 SUB
00132300 SUB
00156400 SUB
00003500 SUB
00016000 SUB
00001100 SUB
00061700 SUB
00001500 SUB

COM
TASK
COM
COM
TASK
TASK
SYS
DRIVER -DB:
IIRIVER -IlK:
DRIVER -IIM:
IIRIVER -DR:
IIRIVER -·DT:
DRIVER -IIX:
IIRIVER -DL:
IIRIVER -IIII:
DRIVER -LP:
IIRIVER -MM:
DRIVER -CO:
TASK
COM
COM
TASK
SYS
(PMT ••• )
(DB2FCP)
(NETACP)
(SHOT56)
(Fl1ACF' )
(QMG ••• )
(RMDEMO)
( ••• AT.)
( ••• SEN)
(MAL.O )
( ••• BRU)
IIYNAMIC
DYNAMIC
DYNAMIC
DYNAMIC
DRIVER -HT:

Getting Started on the System
SOLUTIONS
15.

:>;

);

};

);

:> ;

)0;

>;
>;

DK:C30S,303JPAYROLL.MAC
DK1:C30S,303JPAYROLL.MAC
DBtC30S,303JPAYROLL.MAC
DB1:C30S,303JPAYROLL.MAC
DXtC30S,303JPAYROLL.MAC
DX01:C30S,303JPAYROLL.HAC
MMtC30S,303JPAYROLL.MAC
MM1:C30S,303JPAYROLLMAC

);

16.
17.

);

18.
19.

DB:C305,303JEL*.*

:>;
17.

)SE1 TERMINAL/MeR
>HELF' SET

The ~eneral form of the SET s!:lstem ilnd/or device characteristics
cOlTlmand ist
SET Ike!:lword
wher~ k~~wurd can be one oft
Ilevic~

Characteristicst
ICNOJABAUDC=TTnn:J
ICLI=TTnn:CcliJ
ICNOJEBCC=TTnrd J
ICNOJFDXC-=TTnn:J
ICNOJHHTC=TTnrd J
ICNOJLOWERC=ddnn:J
I[NOJPUB[=ddnn:J
ICNOJSLAVE[~rTnn:J

I[NOJTYPEAHEADC=TTnn:J
ICNOJWCHK[=ddnntJ

I[NOJBRO[::TTnn: J
ICNO]CRT[=TTnn:J
I[NOJESCSEQ[=TTnn:J
ICNOJFORHFEEDC=TTnn:J
I[NOJHOLD[=TTnn:J
IMCR[=TTnrd J
I[NOJREMOTEC=TTnntCspJJ
ISPEED::T Tnn: [recv: :·:m i t J
IUIC[~CuicJ[tTTnn:JJ

IBUF=ddnnll&izeJ
IDCL[=TTnn:J
I[NOJECHO[=TTnntJ
IHFILL-=TTnntCvalueJ
ILINES=TTnn:[valueJ
I[NOJPRIV[=TTnn:J
I[NOJRPA[=TTnrd J
ITERM=TTnn:CvalueJ
ICNOJVFILLC=TTnn:J

IUIOJWRAF'[::TTnrd J

S!:IstelTl Parameters:
I[NOJLOGON

IMAXPKl [:··:nJ

ISYSUI CC=CIJi c J J

Mel1lur!:l Allocation:
IMAXEXTC=sizeJ

IPOOL=[topJ

ITOP

IPLCTL[~ChidhJ[:[lowJ[:[frzJ[:[basepJ]JJ

IMAIN=pname[:base:size:t!:lpeJ

INOMAIN=pname
INOSUB=mname:sname

ISUB=lTIn3IT1e:snam~[:base:sizeJ

Console LoSSins (COT> commands:
SET ICOLOG/optton
For more information, t!:lpe HELP SET ke!:lword.
:>

Getting Started on the System
SOLUTIONS
20.

>DEVICES
HTO: Offline Loaded
HT1: Offline Loaded
HT2: Offline Loaded
HT3: Offline Loaded
Lf'O: Loaded
DBO: Loaded T~~e=RP05
DB1: Public Mounted Loaded T~~e=RP06
DB2: Public Mounted Loadad T~~e=RP06
DDO: Offline Loaded
DD1: Offline Loaded
II 1'<0 : Loaded
Dl'<l: Loaded
II I'< 2 : Loaded
D1'<3: Louded
DLO: Loaded T~~e=RLOl
DL1: Loaded T~~e=RL01
DL2: Loaded T~~e=RL02
DMO: Loaded T~~e=RI'<06
DM1: Mounted Loaded T~~e=RK06
DM2: Loaded Tv~e=RK07
DRO: Public Mounted Loaded T~pe=RP07
DR1: Loaded T~pe=RM03
DSO: Offline Unloaded T~~e=RS04
DS1: Offline Unloaded T~~e=RS04
liTO: Loaded
DT1: Loaded
DXO: Loaded
IIX 1: LOdded
EMO: Offline Unloaded Tw~e=ML11
MHO: Loaded
>TIME
10:44:33 16-DEC-Sl
>SET ICLI=TI:
CLI=-TT56:MCR
:>
HCR>SET IBUF=TI:
BUF=TIO:132.
>SET IBUF=TI:SO.
>SET IBUF=TI:
BUF=TIO:SO.
>SET /CRT
CRT=TT1:
CRT=TT3:
CRT::-:TT6:
CRT=TT7:
CRT::-:TT10:
CRT=Tf11:
CRT=TT12:
CRT=TTI3t
CRT=TT14:
CRT=TT15:
CRT=TT16:
CRT=TT1?:
CRT=TT20:
CRT=TT21:
CRT=TT22:
CRT=TT23:
CRT=TT24:

Getting Started on the System
SOLUTIONS
CRT=TT25:
CRT=TT26:
CRT=TT2?:
CRT=-lT30:
CRT=TT31:
CRT=TT32:
CRT=TT33:
CRT=TT34:
CRT=TT3S:
CRT""TT36:
CRT=TT37:
CRT::-TT40:
CRT=TT4l:
CRT=TT42:
CRT=TT43:
CRT=-TT44:
CRT=TT47:
CRT=TTS2:
CRT=TTS3:
CRT=TTSS:
CRT=TT57t
CRT::"TT60:
:::-

>I1EV TT:
TTO: Loaded
TTl: Loaded
TT2: Loaded
TT3: LO<Jded
TT4: Loaded
TT5: LO<Jded
TT6: [7,374)
LoSged in Loaded
TT7: Loaded
TT10: [7,43J
Lossed in Loaded
TTll: [7,32)
Lossed in Loaded
TT12: [7,302J
LoSSed in Loaded
TT13: Loaded
TT14: [7,110J
Lo~Sed in
Loaded
TT15: [7,113)
Losjed in Loaded
TT16: [301,303) - Lossed in Loaded
TT17: Lo~ded
TT20: Loaded
TT21: [7,372) - LosSed in Loaded
TT22: Loaded
TT23: Loaded
TT24: LO<Jded
TT25: Loaded
TT26: [7,42J - Lossed in Loaded
TT27: Loaded
TT30: Loaded
TT31: Loaded
TT32: Loaded
TT33: Loaded
TT34: Loaded
TT35: Loaded
TT36: Loaded
TT37: Loaded
TT40: Loaded
TT41: Loaded
TT42: Loaded
TT43: Loaded
TT44: Loaded-

Getting Started on the System
SOLUTIONS
TT45:
TT46:
TT47:
TT50:
TT51:
TT52:
TT53:
TT54:
TT55:
TT56:
TT57:
TT60:

loaded
loaded
[7d10J
lossed in L.oaded
loaded
[320,3J
lossed in loaded
loaded
loaded
lOaded
loaded
[305,303J
lossed in loaded
loaded
loaded

>·SE:T .lUIC
UIC="'[305,303J
>SET /SYSUIC
SYSUIC=[2,54J
>T,~S

LIIR •••
TKTN
RHIIEMO
MTAACP
F11MSG
NETACf'
EVf' •••
MCR •••
• •• MCR
••• DCl
• •• HEl
• •• CA.
NVF' •••
••• BYE
F11ACf'
SYOFCF'
WKFFCF'
IIB1FCf'
I1B2FCF'
PI1T •••
ERRLOG
COT •••
• •• II110
• •• INI
••• MOU
• •• UFII
PHIl •••
SHF •••
• •• INS
• •• SEN
RMHACf'
MAl$$$
F'I1R$$$
QMG •••
IF'O
F'RT •••
• •• BRU
• •• TEC
• •• EIII
• •• SOS
• •• EIIT
• •• I1A I

12.19
04.8
Vl.05
0013
VOO12
V02.00
V01.00
2.02
1.1
00
01.0
4.01
V01.00
04.1
M0401
110401
M0401
110401
110401
01.52
Vl.05
01.02
23.26
22.03
2503
V0412
07.2
5.08
06
22JUl
V02.00
l1RX
V01.05
1.8
1.10
1.2
1.04
V36
1111.04
07.00
02.00
02NOV

lIIRf'AR
fKNf'AR
GEN
GEN
GEN
GEN
DEN
SYSf'AR
GEN
GEN
DEN
GEN
GEN
GEN
GEN
GEN
GEN
GEN
GEN
GEN
GEN
GEN
GEN
GEN
GEN
GEN
GEN
SYSPAR
GEN
GEN
DEN
GEN
DEN
GEN
GEN
GEN
GEN
GEN
GEN
GEN
GEN
GEN

248.
248.
225.
200.
200.
200.
199.
160.
160.
160 •
150.
150.
150.
150 •
149.
149.
149.
149.
149.
148.
148.
145.
140.
140.
140.
140.
130.
105.
100.
100.
100.
100.
100.
70.
70.
70.
70.
65.
65.
65.
65.
65.

00002500 lltO:-01241163 FIXEII
00010000 lBOl-01242225
00027100 lBO:-01260644
00014400 SYO:-01246560
00005600 lBO:-01242420
00025600 SYO:-01416S35
00013100 SYO:-01262477 CHECKF'O I NTEII
00012000 lBOl-01242053
00020400 lBO:-01243440
00037200 SYO:-01245616
00037600 lBO:-01246365
00005100 lBO:-01242474
00012400 SYO:-01416117
00012400 SYO:-01371726
00044000 lB01-01245171
00044000 lBO:-01260256
00044000 lBO:-01260577
00044000 SYO:-01260367
00024000 SYO:-01260460
00006300 LBO:-01123626
00040000 LBO:-012464~5
00017100 lBO:-01245535 CHECKf'OINTED
00014600 lBO:-01242576
00034700 LBO:-01244244
00037700 lBO:-01244335
00005700 LBO:-01242311
00017200 LBO:-01245236
00012000 LBO:-01242627
00034400 lflO:-00216226
00104400 lBO:-00662645
00023300 SYO:-012654S2
00132300 SYO:-00663342
00034300 SYO:-00660507
00032200 LBO:-01247466 CHECKF'O INTEII
00014000 lBO:-01247612 CHECKF'OINTEII
00001100 LBO:-01242245
00156400 lBO:-01254320
00177100 SYO:-00074254
00123500 SYO:-01256107
00073100 SYO:-01252640
00130700 lBO:-01252440
00123700 SYO:-00322226

Getting Started on the System
SOLUTIONS
RMT ••• V02.01 GEN
••• RVT X02.19 GEN
FMTT51 01.08 GEN
EDTT25 02.00 GEN
EDTT7 02.00 GEN
GEN
• •• AT. 02
••• :BRO V04
GEN
LF'INIT 01.03 GEN
GEN
• •• QUE 1.10
••• F'RI 1.10
GEN
• •• F' I F' M1344 GEN
••• MAC t11200 GEN
••• TKB M40.02 GEN
• •• LBR 06.00 GEN
eRF ••• VOl
GEN
GEN
• •• MUN V36
• •• CMF' V0109 GEN
• •• RNO M0101 GEN
• •• SLF' 11.03 GEN
••• SRD 4.1F
GEN
•• • BCK 0002CM GEN
• •• DOC 06[IEC GEN
• •• IITR V01.10 GEN
MAL •• I 300CT GEN
NICE •• V02.00 GEN
• •• NCF' VOl. 00 GEN
FAL ••• V3.01
GEN
• •• NFT V02.00 GEN
.CMTS. V02.00 GEN
TCL ••• V02.00 GEN
• •• NTII V01.00 GEN
NTII ••• V01.00 GEN
••• RMT V02.00 GEN

65.
65.
65.
65.
65.
64.
50 •
50.
50.
50.
50.
50.
50.
50.
50.
50.
50.
50.
50.
50.
50 •
50.
50.
50.
50.
50.
50.
50.
50.
50.
50.
50.
50.

00027300 SYO:-01416475
00032500 SYOt-00663556
00070000 LBO:-01253466
00130700 LBOI-01252440
00130700 LBO:-01252440
00060000 LBOt-01243706
00030300 LBO:-01245502
00015500 LBOt-01242634
00020600 LBOI-01247523
00020600 LBO:-01247523
00131600 SYO:-01257162
00107700 SYOt-01254542
00076600 8)'01-01255446
001S4200 SYO:-01256161
00116500 SYO:-01256631
00177100 SYOt-00074254
00151300 SYO:-01256761
00061500 SYO:-01256661
00027200 SYO:-01252240
00034200 SYO:-01256733
00065600 SYO:-00065660
00061600 SYO:-00063S66
00175000 S),0:-00063652
00057700 SYO:-00553461
00026600 S)'O: -01374·201
00037100 SYO:-01417214
00075500 SYO:-01373420
00035300 S,(0:-01373520
00002000 SYO:-01371326
00002400 S'(O t -01262513
00021200 SYO:-01265411
00011700 SYO:-01416464
00002100 SYO:-01371332

Getting Started on the System
SOLUTIONS
>ATl
lDR ••• 111350 lDRPAR 111704 00255400-00260100 Pri - 248.
Dpri - 248.
Statu~!
-CHK FXD STP -PHD PRV NSD
T I -. COO:
I 0 C - O. BID·· O. Ef 1 s - 00000 1 000000 P S .. 1 70000
PC - 120354 Ress 0-6 120212 011457 177777 107146 045620 107114 120166
RHDEHD 051404 GEN
047640 00643000-00672100 Pri - 225.
Dpri - 225.
Status: -CHK WFR -PHD PRV HCR
TI - TTO:
IDC - O.
BID - O. Ef1s - 000021 040000 PS - 170010
PC - 125250 Re~s 0-6 000000 136357 132110 000000 136421 134654 121166
NETACP 056750 GEN
056640 00546400-00574200 Pri - 200. Dpri - 200.
Status: STP ACP -PHD PRV NSD
TI - coo:
IDC - O. BID - O. Ef1S - 000000 000000 PS - 170000
PC - 120452 Ress 0-6 000006 000002 071134 000000 053004 065654 120242
EVP ••• 057064 GEN
057200 01006000-01022200 Pri - 199. Dpri - 199.
Statu~:
OUT CKP STP -PHD PRV
TI - COO!
IDC - O. BID - O. Efls - 000001 000000
MCR ••• 107460 SYSPAR 114014 00203000-00215000 Pri - 160. Dpri - 160.
Status: STP -PHD PRV HCR ClI NSD CAL
TI - TT26:
IDC - o.
BID - 0, E11s - 000001 040000 PS - 170000
PC - 122462 Ress 0-6 000000 120476 120515 000003 010753 044144 120366
••• HCR 107114 G~N
045620 00746700-00767300 Pri - 160. Dpri - 160.
Status!
CKD -PHD PRV MCR NSD
TI - TT56:
IDC - O. BID - O. Efls - 000001 040000 PS - 170000
PC - 121502 Ress 0-6 120424 121324 121734 000000 121330 000000 000742
FIIACP 111050 GEN
046200 00577000-00643000 Pri - 149. Dpri - 149.
Status: STPACP -PMD PRV NSD CAL
TI - COO:
IDC - O. BID - o. Ef1s - 000002 000002 PS - 170000
PC - 135350 Re~~ 0-6 000000 000070 000016 151460 046054 045620 120310
DBIFCP 047360 GEN
045664 00702700-00746700 P~i - 149. Dpri - 149.
Status: -CHK STP ACP -PHD PRV NSD
TI - COO:
IOC - o. BID - O.
Ef1s - 000002 000001 PS - 170000
PC - 135350 Re~s 0-6 034024 000070 000016 150364 047474 056330 120310
PMT ••• 105754 GEN
045100 00460100-00466400 Pri - 148. Dp~i - 148.
Status! STP -PMD PRV CAL
TI - COO:
IDC - O. BID - o. Ef1s - 000200 000000 PS - 170000
PC - 121736 R~~s 0-6 000074 177604 000000 140164 157700 000000 120212
COT ••• 056010 GEN
046704 00515700-00535000 Pri - 145. Dpri - 145.
Status: STP -PMD PRV NSD
Ti - TTO:
IOC - O. BID - O. Ef1s - 001000 140000 PS - 170000
PC - 121564 Re~s 0-6 121150 013400 000002 132622 130631 130631 120576
OMG ••• 050464 GEN
045364 01072600-01125000 Pri - 70. Dpri - 70.
Status: OUT CKP STP -PMD PRV
TI - COO:
IOC - o. BID - o. Ef1s - 000000 000000
lPO
050600 GEN
045034 00466400-00502400 Pri - 70.
Dpri - 70.
Status: OUT CKP STP PRV SlV
TI - C001
IOC - o. BID - O.
Efl~ - 000400 040000
RMT ••• 061450 GEN
045554 00466400-00515700 Pri - 65.
Dpri - 65.
Status: STP -PMD PRV MCR ClI NSD
TI - COO:
IOC - 1. BID - O.
Efl~ - 000003 000000
PS - 170000
PC - 132316 Re~s 0-6 000030 124263 000015 041004 124224 121372 121216
FMTT51 064350 GEN
044770 01125600-01215600 Pri - 65. Dpri - 65.
Status: WFR -PMD REM MCR
TI - TT51:
IOC - 1. BID - O. Efl~ - 000002 040000 PS - 170000
PC - 002242 Re~s 0-6 000003 033304 000060 004044 005462 005456 001172
EDTT25 065760 GEN
067400 01346500-01477400 Pri - 65. Dpri - 65.
Status! WFR -PMD REM MCR
TI - TT25:
IOC - 1. BID - O. EflS - 000001 140000 PS - 170000
PC - 001452 Ress 0-6 010212 036116 000446 000012 140060 000001 000674
EDTT7 066500 GEN
060034 01477400-01630300 Pri - 65. Dpri - 65.
Status: STP WFR -PMD REM MCR
TI - TT7:
IOC - O. BID - 1. Efl~ - 001001 140000 PS - 170000
PC - 022152 Ress 0-6 001124 000011 000000 000000 140060 000000 001122

Getting Started on the System
SOLUTIONS
>PAR
CEXPAR
TTf'AR
EXCOH1
EXCOl12
SYSf'AR
TKNF'AR
I1HVF'AR

LDRF'AR
BASIC2
FCSRES
TSTPAR

GEN

NT.pel
NT.NSF'
NT.AUX
POOL ••

11'1234 00114300 00003500 MAIN
114170 00120000 00040000 MAIN
114124 00160000 00014700 MAIN
114060 00174700 00006100 MAIN
114014 00203000 00012000 MAIN
113750 00215000 00010000 MAIN
113704 00225000 00030400 MAIN
113640 00225000 00002100 SUB
1,13540 00227100 00001200 SUB
113440 00230300 00003100 SUB
113340 00233400 00003000 SUB
113140 00237500 00001100 SUB
113040 00240600 00001400 SUB
112740 00242200 00002200 SUB
112640 00244400 00003000 SUB
112540 00247400 00001300 SUB
112404 00250700 00004300 SUB
111750 00255200 00000200 SUB
111704 00255400 00002500 MAIN
111640 00260100 00040000 MAIN
111574 00320100 00040000 MAIN
111530 00360100 00100000 MAIN
111464 00460100 03317700 MAIN
045100 00460100 00006300 SUB
045554 00466400 00027300 SUB
056640 00546400 00025600 SUB
046200 00577000 00044000 SUB
047640 00643000 00027100 SUB
045664 00702700 00044000 SUB
046704 00746700 00017100 SUB
()56330 00767300 00130700 SUB
014770 01125600 00070000 SUB
045164 01215600 00060000 SUB
067734 01275600 00020400 SUB
067400 01346500 00130700 SUB
060034 01477400 00130700 SUB
066140 01630300 00132300 SUB
066364' 01762600 00034400 SUB
057244 03671600 00003500 SUB
056704 03675300 00016000 SUB
047574 03713300 00001100 SUB
056374 03714400 00061700 SUB
045230 03776300 00001500 SUB

COM
TASK
COM
COM
TASK
TASK
SYS
DRIVER -DB:
IIRIVER -DK:
DRIVER -OM:
IIRIVER -IIR:
DRIVER -DT:
IIRIVER -DX:
IIRIVER -DL:
IIRIVER -DIIf
DRIVER ·-LP:
DRIVER -MM:
DRIVER -CO:
TASK
COM
COM
TASK
SYS
(PMT ••• )
(RMT ••• )
(NETACf')
(F11ACP)
(RMDEMO)
(IIB1FCF' )
(CO r ••• )
( ••• EDT)
(FMTT51)
( ••• AT. )
(MCRT56)
(EDTT:?5)
( EIITT7 )
OIAL.O )
( ••• INS)
IIYNAMIC
DYNAMIC
IIYNAMIC
DYNAMIC
IIRIVER -Hr:

BYE
ave a Good Afternoon
3-DEC-81 14:45 TT56: loSsed off QUASAR

Creating and Modifying Files
LABORATORY EXERCISES

Using Example 3-1 of the Student Workbook, create a file with
EDT containing
the
text as shown in the listing.
Do not be
concerned with typographical errors;
you will soon learn how
to correct them.
Be sure you understand:
a.

How to invoke the editor specifying a new file.

How to enter input mode, and how to terminate it.

How to save the results of your editing session in a file.

Using the file NEW.TXT created in exercise
following:

above,

end

Add the following lines of text to the
using EDT line mode:

Nothing motivates a man more than to see his boss
in an honest days work.

the

file

putting

When all else fails read the instructions.
Everything that goes up must come down.
b.

Display these newly added lines on your terminal.

Using the substi tute command, corre.ct all typos.

Move the last sentence, "Everything that goes up must come
down," to the beginning of the file.

Duplicate the line beginning
man" using the copy command.

Display HELP on the resequence command.

Resequence your file's line numbers to begin
increment by 10.

Save your terminal session in a file called NEWER.TXT.

with

"Nothing

motivates

100

and

Creating and Modifying Files
LABORATORY EXERCISES
3.

Edit the file NEWER.TXT created
in exercise 2.
Using
the
in character mode.
Do the
Change command,
put the Editor
following:
a.

Use the HELP key and obtain help for the following: t ,~,~,
+.
Then type each key several
times to learn its
function.

Use the HELP key and obtain help on the following
keys:
Using
these
keys,
ADVANCE,
BACKUP,
BLINE, EOL and WORD.
move the cursor forwards and backwards
in the
file
to
understand each of their functions.

Position the cursor after the words "when all else fails
read
the
instructions"
and add
the
following
lines of text by
typing them on the standard keyboard:
THE OTHER LINE MOVES FASTER.
ANYTHING CAN BE MADE TO WORK IF YOU FIDDLE
ENOUGH.
IT WORKS BETTER IF YOU PLUG IT IN.
IF YOU CANNOT CONVINCE THEM, CONFUSE THEM.

WITH

LONG

Obtain HELP on the following keys:
DEL L,
DEL W,
DEL C.
Using
these keys,
delete the line "Everything that goes up
must come down."
In the line "Anything can be made to work
"
words "fiddle with" and add the words "keep at" •

delete

the

Save the results of your editing session in a file NEWEST.TXT.

Creating and Modifying Files
SOLUTIONS
1.

a. >EDIT IEDT NEW. TXT
Input file does not exist

[EOB]

b. *1

TELL A MAN THERE ARE 300 BILLION STARS IN THE UNIVERSE
AND HE'LL BELIVE YOU. TELL HIM A BENCH HAS WET PAINT
ON IT AND HE'LL HAVE TO TOUCH IT TO BE SURE.
UNDER THE MOST RIGOROUSLY CONTROLLED CONDITIONS OF PRESSURE
TEMPERATURE, VOLUME, HUMIDITY, AND OTHER VARIABLES THE
ORGANISM WILL DO AS IT DARN WELL PLEASES.
ANY GIVEN PROGRAM, WHEN RUNNING IS OBSOLETE,
THE DEGREE OF TECHNICAL COMPETENCE IS INVERSELY PROPORTIONAL
TO THE LEVEL OF MANAGEMENT

[EOB]
*EXIT
DRO:C305,303JNEW.TXT;1 13 lines

Creating and Modifying Files
SOLUTIONS
2.

>EDIT/EDT NEW. TXT
1
TELL A MAN THERE ARE 300 BILLION STARS IN THE UNIVERSE
*1 E
NOTHING MOTIVATES A MAN MORE THAN TO SEE HIS BOSS IN A
HONEST DAYS WORK.
WHEN ALL ELSE FAILS READ THE INSTRUCTIONS.
EVERYTHING THAT GOES UP MUST COME DOWWN.

,.'z

[EOB]

*;~WH

1
2
3
4

TELL A MAN THERE ARE 300 BILLION STARS IN THE UNIVERSE
AND HE'LL BELIVE YOU. TELL HIM A BENCH HAS WET PAINT
ON IT AND HE'LL HAVE TO TOUCH IT TO BE SURE.

UNDER THE MOST RIGOROUSLY CONTROLLED CONDITIONS OF PRESSURE
TEMPERATURE, VOl.UME, HUMIDITY, AND OTHER VARIABLES THE
ORGANISM WILL DO AS IT DARN WELL PLEASES.

6
7
8
9
10
11
1"..:.
13
14
15
16
17
18
19
[EOB]
*1 14

ANY GIVEN PROGRAM, WHEN RUNNING IS OBSOLETE.
THE DEGREE Of TECHNICAL COMPETENCE IS INVERSELY PROPORTIONAL
TO THE LEVEL OF MANAGEMETN.
NOTHING MOTIVATES A MAN MORE THAN TO SEE HIS BOSS IN A
HONEST DAYS WORK.
WHEN ALL ELSE FAILS READ THE INSTRUCTIONS.
EVERYTHING THAT GOES UP MUST COME DOWWN.

NOTHING MOTIVATES A MAN MORE THAN TO SEE HIS BOSS IN A

*;~WH

1
2
3
4
:5

6
7
8
9
10
11
12
13
13.1
14
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18
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[EOB]

TELL A MAN THERE ARE 300 BILLION STARS IN THE UNIVERSE
AND HE'LL BELIVE YOU. TELL HIM A BENCH HAS WET PAINT
ON IT AND HE'LL HAVE TO TOUCH IT TO BE SURE.
UNDER THE MOST RIGOROUSLY CONTROLLED CONDITIONS OF PRESSURE
TEMPERATURE, VOLUME, HUMIDITY, AND OTHER VARIABLES THE
ORGANISM WILL DO AS IT DARN WELL PLEASES.
ANY GIVEN PROGRAM, WHEN RUNNING IS OBSOLETE.
THE DEGREE OF TECHNICAL COMPETENCE IS INVERSELY PROPORTIONAL
TO THE LEVEL OF HANAGEMETN.
NOTHING MOTIVATES A MAN MORE THAN TO SEE HIS BOSS IN A
HONEST DAYS WORK.
WHEN ALL ELSE FAILS READ THE INSTRUCTIONS.
EVERYTHING THAT GOES UP MUST COME DOWWN.

Creating and Modifying Files
SOLUTIONS
C.

*S/METN/MENT.I 13
13
TO THE LEVEL OF MANAGEMENT.
1 sIJbstitIJ"t.:iorl

*S/BOSS/BOSS PUTTING!14
14
NOTHING MOTIVATES A MAN MORE THAN TO SEE HIS BOSS PUTTING IN A
1 slJbstitlJtion
*S.lI~W/W/19

19
1 s IJ b s t i t IJ t ion
*i.:WH
1
2
3
4

5
6
7
8
9
10
11

1'")
....

13
13.1
14
15
16
17
18
19
[EOBJ
d. *M 19 TO 1
1 line moved
*0:5
0.1
1
2
3

EVERYTHING THAT GOES UP MUST COME DOWN.
TELL A MAN THERE ARE 300 BILLION STARS IN THE UNIVERSE
AND HE'LL BELIVE YOU, TELL HIM A BENCH HAS WET PAINT
ON IT AND HE'LL HAVE TO TOUCH IT TO BE SURE.
UNDER THE MOST RIGOROUSLY CONTROLLED CONDITIONS OF PRESSURE
TEMPERATURE, VOLUME, HUMIDITY, AND OTHER VARIABLES THE
ORGANISM WILL DO AS IT DARN WELL PLEASES.
ANY GIVEN PROGRAM, WHEN RUNNING IS OBSOLETE.
THE DEGREE OF TECHNICAL COMPETENCE IS INVERSELY PROPORTIONAL
TO THE LEVEL OF MANAGEMENT.
NOTHING MOTIVATES A MAN MORE THAN TO SEE HIS BOSS PUTTING IN A
HONEST DAYS WORK.
WHEN ALL ELSE FAILS READ THE INSTRUCTIONS.
EVERYTHING THAT GOES UP MUST COME DOWN.

EVERYTHING THAT GOES UP MUST COME DOWN.
TELL A MAN THERE ARE 300 BILLION STARS IN THE UNIVERSE
AND HE'LL BELIVE YOU. TELL HIM A BENCH HAS WET PAINT
ON IT AND HE'LL HAVE TO TOUCH IT TO BE SURE.

5
*18:E
18
[EOB]
*i.:WH
0.1
1
2
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13.1
14
15
16
17
18
[EOBJ

UNDER THE MOST RIGOROUSLY CONTROLLED CONDITIONS OF PRESSURE

EVERYTHING THAT GOES UP MUST COME DOWN.
TELL A MAN THERE ARE 300 BILLION STARS IN THE UNIVERSE
AND HE'LL BELIVE YOU, TELL HIM A BENCH HAS WET PAINT
ON IT AND HE'LL HAVE TO TOUCH IT TO BE SURE.
UNDER THE MOST RIGOROUSLY CONTROLLED CONDITIONS OF PRESSURE
TEMPERATURE, VOLUME, HUMIDITY, AND OTHER VARIABLES THE
ORGANISM WILL DO AS IT DARN WELL PLEASES.
ANY GIVEN PROGRAM, WHEN RUNNING IS OBSOLETE.
THE DEGREE OF TECHNICAL COMPETENCE IS INVERSELY PROPORTIONAL
TO THE LEVEL OF MANAGEMENT.
NOTHING MOTIVATES A MAN MORE THAN TO SEE HIS BOSS
HONEST DAYS WORK.
WHEN ALL ELSE FAILS READ THE INSTRUCTIONS.

PUT~ING

IN A

Creating and Modifying Files
SOLUTIONS
e. *COPY 14:15 TO E
2 lines cOF-ied
*18:E
18

NOTHING MOTIVATES A MAN MORE THAN TO SEE HIS BOSS PUTTING IN A
19
HONEST DAYS WORK.
20
CEOB]
f. *HELP RES
The RESEQUENCE (abbreviation: RES) command assigns n~w lin~ numbers
to a ranSe of lines.
Format:

RESEQUENCE [ranse] C/SEQUENCE:init:incrJ

The sF-ecified ranSe of line~ must b~ cOlltiuuous. When YOU do not sF-ecif~
a range, all lines in the current buffer are reseauenced. If the
new nlJmbers assisned WQIJld calJse dlJF-licate or nonseauential line
f'lIJlflbers, EDT will either disallow the command or- Y-enlJlflber lines
beyond the sF-ecified ran~e.
Additional information available:
/SEQUENCE
g. *RES /SEQ: 100: 10
22 lines resealJenced
*r.WH
100
EVERYTHING THAT GOES UP MUST COME DOWN.
110
TELL A MAN THERE ARE 300 BILLION STARS IN THE UNIVERSE
120
AND HE'LL BELIVE YOU. TELL HIM A BENCH HAS WET PAINT
130
ON IT AND HE'LL HHVE TO TOUCH IT TO BE SURE.
140
150
UNDER THE MOST RIGOROUSLY CONTROLLED CONDITIONS OF PRESSURE
160
TEMPERATURE, VOLUME, HUMIDITY, AND OTHER VARIABLES THE
170
ORGANISM WILL DO AS IT DARN WELL PLEASES.
180
190
ANY GIVEN PROGRAM, WHEN RUNNING IS OBSOLETE.
200
210
220
THE DEGREE OF TECHNICAL COMPETENCE IS INVERSELY PROPORTIONAL
230
TO THE LEVEL OF MANAGEMENT.
240
2S0
NOTHING MOTIVATES A MAN MORE THAN TO SEE HIS BOSS PUTTING IN A
260
HONEST DAYS WORK.
270
280
WHEN ALL ELSE FAILS READ THE INSTRUCTIONS.
290
300
NOTHING MOTIVATES A MAN MORE THAN TO SEE HIS BOSS PUTTING IN A
310
HONEST DAYS WORK.
CEOB]
h. *EXIT NEWER.TXT
DRO:C30S,303JNEWER.TXT;1 22 lines
>LO
Have a Good Afternoon
21-DEC-81 13:S8 TT56: loss~d aff QUASAR
:>

File and Directory Maintenance
WRITTEN EXERCISES
which

data
is
on which a

The term "volume" refers to the
on
stored.
The term "device" refers to the
volume is mounted.

Each volume has two levels of directory files, the

The DCL command
is used to change a user's default
device and UFD-.-- The
command will display the
user's current default settlngs.

When deleting files the
of a file specification must be
supplied.
If not supplied, the operating system will query
you on each file that meets the file specification.

Using the directory listing for
DK2: [305,303]
(item 2 in
Example 4-2 of the Student Workbook) write the file names that
would be displayed by issuing the following commands:
>DIR *.MAC

>DIR *.MAC;*

>DIR PROG.*

and the

File and Directory Maintenance
WRITTEN EXERCISES
)DIR PROG.*;*

Next to each file maintenance operation, write the letter that
corresponds to the command best suited to accomplish it.
Specify each command at least once.
Commands:
A.
B.
C.
D.
E.
F.
G.
H.
I.
J.

COpy
DELETE
DIRECTORY
DIRECTORY/PRINTER
PURGE/KEEP:
PRINT
PURGE
RENAME
TYPE
DELETE/QUERY

Operations:
Display the contents of a file at your terminal.
Display the contents of your default directory
at your terminal.
Remove a specified file from your default
directory.
30

File and Directory Maintenance
WRITTEN EXERCISES
Remove all but the most recent version of a
specified file from your default directory.
Create an exact duplicate of a file in your
default directory.
List the contents of the file at the default
system printer.
Add the contents of one file to another.
Change the version number of a file to some
specified value.
Determine the number of blocks remaining for
your use on your default disk.
Display the name of each file in your default
directory and remove or retain it by entering
a "Y" or "N" at your terminal.
Remove from your default directory all but the
two most recent versions of your files of type
LST.
Display the contents of your default directory
at the system printer (M-plus) systems only.

File and Directory Maintenance
WRITTEN EXERCISES
7.

Next to each directory maintenance operation write the letter
of the command best suited to perform the job. You may use
each command more than once.
Commands:
A.
B.

C.
D.
E.
F.

G.
H.
I.

Copy
Delete
Directory
Rename
Set Defaul t
Set Protection
Show Protection
Show Defaul t
Create/Directory
Delete/Directory

Operations:
Display the name of your current default
directory
Display the contents of a directory
Remove a directory from a

volu~~

Add a directory to a volume
Move files from one directory to another
Change your current default directory
Display the name of your current default
devices
Change your current default device
Show the protection code of a file
Change the file type of a file
Delete a file from one directory

File and Directory Maintenance
SOLUTIONS
1.

The term "volume" refers to the magnetic media on which data
is stored. The term "device" refers to the hardware on which
a volume is mounted.

Each volume has two levels of directory files, the MFD and the
UFD.

The DCL command SET DEFAULT is used to change a user's default
device and UFD-.-- The SHOW DEFAULT command will display the
user's current default settings.

When deleting files the version of a file specification must
be supplied.
If not supplied, the operating system will query
you on each file that meets the file specification.

Using the directory listing for
DK2: [305,303]
(item 2 in
Example 4-2 of the Student Workbook) write the file names that
would be displayed by issuing the following commands:

)DIR *.MAC
XYZ.MAC;l
VIP.MAC;5
MACIO.MAC;10

)DIR *.MAC;*
XYZ.MAC;l
VIP.MAC;5
MACIO.MAC;7
MACIO.MAC;6
MACIO.MAC;l0

File and Directory Maintenance
SOLUTIONS

>DIR PROG.*
PROG. LST i 1
PROG. OBJ i 2
PROG. FTN i3
PROG.TSKil

>DIR PROG.*i*
PROG.FTNil
PROG.OBJil
PROG. LST i 1
PROG.OBJi2
PROG. FTN i2
PROG. FTN i3
PROG.TSKil
6.

Next to each file maintenance operation, write the letter that
corresponds to the command best suited to accomplish it.
Specify each command at least once.
Commands:
A.
B.
C.
D.
E.
F.
G.
H.
I.
J.

COpy
DELETE
DIRECTORY
DIRECTORY/PRINTER
PURGE/KEEP:
PRINT
PURGE
RENAME
TYPE
DELETE/QUERY

File and Directory Maintenance
SOLUTIONS
Operations:
I

Display the contents of a file at your terminal.

Display the contents of your default directory
at your terminal.

Remove a specified file from your default
directory.

Remove all but the most recent version of a
specified file from your default directory.

Create an exact duplicate of a file in your
default directory.

List the contents of a file at the default
system printer.

Add the contents of one file to another.

Change the version number of a file to some
specified value.

Determine the number of blocks remaining for
your use on your default disk.

Display the name of each file in your default
directory and remove or retain it by entering
a "Y" or "N" at your terminal.

Remove from your default directory all but the
two most recent versions of files of type LST.

Display the contents of your default directory
at the system printer (M-PLUS Systems only»

File and Directory Maintenance
SOLUTIONS
7.

Next to each directory maintenance operation write the letter
of the command best suited to perform the job. You may use
each command more than once.
Commands:
A.
B.
C.
D.
E.
F.

G.
H.
I.

Copy
Delete
Directory
Rename
Set Defaul t
Set Protection
Show Protection
Show Defaul t
Create/Directory
Delete/Directory

Operations
H

Display the name of your current default
directory.

Remove a directory from a volume

Add a directory to a volume

Move files from one directory to another

Change your current default directory

Change the protection code of a directory
file

Display the name of your current default
device

Change your current default device

Show the protection code of a file

Change the file type of a file

Delete a file from a directory

File and Directory Maintenance
LABORATORY EXERCISES
Exercise 1 involves use of the OIR,
TYPE,
PRINT,
COPY,
RENAME,
PURGE,
DELETE and SET PROTECTION commands.
Obtain Help on each
command before performing the exercise pertaining to the command.
1.

Using the
following:
a)

directory

command

and

its

qualifiers,

the

Display all the files in your user file directory on
terminal.

your

What device are you working on?

How many files do you own?

How many blocks are used for your files?

How many blocks were allocated for your files?

Display all the indirect command files in your UFO.

Display all versions of NEW.TXT in your UFO.

What is the protection on the latest version of NEW.TXT?
Who
is the owner? What is the Header Number and Sequence
Number?

Without listing all
your
blocks used in your UFO.

Obtain the number of free blocks on the volume.

Obtain a directory of the following:

files,

obtain

the

number

File and Directory Maintenance
LABORATORY EXERCISES

0
0

e
0

UFD of someone else in your group.
UFD of someone in the system group.
UFD of someone outside of either
system group.
LB: [I , 2] * . HLP.
device is LB:?

o SY:
o LB:

your

group

the

What are these files?

What

physical

[0,0]
[200, I]

Using the TYPE command, display the
your terminal.

Using the PRINT command, obtain a hardcopy of NEW.TXT.

Using the COpy command, make another
NEW.TXT, and name that Copy LATE.TXT.

Using the RENAME command, rename the latest version of NEW.TXT
to LATEST.TXT. What is the difference between the results of
the COpy command and the results of the RENAME command?

Using the PURGE command, purge your UFD of all but the
copy of each file.

Using the selective DELETE command, delete some but not
(especially not your LOGIN.CMD file) of your .CMD files.

Set the protection on LATEST.TXT so that only
write, extend or delete the file.

contents

copy

you

NEW.TXT

the

can

file,

latest

all

read,

File and Directory Maintenance
SOLUTIONS
);

CHAPTER 4

:::. ;
)- ;

LABORATORY EXERCISE SOLUTIONS

>;
>. ;
};

1. a) >IIIR

Director!:l DRO:r30s,303J
22-DEC-81 12:54
FILES.HACH
MYLIB.HLB;1
IIOCdlROH
LIBRARY. CM[I; 2
MAIN.FOR;1
BUILII. CMII; 1
COMF'ARE.TXT;1
CHF'.TXT;2
DIF.TXT;3
LOGOUT. CMII; 1
INF'UT. CHII; 1
SYMBOLS. CM[I; 1
CONTROL. CMII; 1
SF'EC IAL. CtHI; 1
Of'ERATING.CMD;2
ASSEHBLE.CHD;2
TEST. LST; 2
LOGICAL. CHII; 1
TEST.HAC;2
TEST.OBJ;3
AO.HAC;1
VIP.T5K;1
A1. tIAC; 1
BO.HACH
Itl.HAC;1
CO.HAC;l
A2.HAC;2
B2.HACH
AO.OBJ;1
A1.0BJjl
A2.0BJ;1
BO.OBJ;1
131 .OB,J; 1

2.
9.
1.
1.
4.
1.

3.
2.
1.
2.
2.
2.
2.
3.

1.
2.
2.
1.
1.
1•
7.
1•
1•
1.
1.
1.
1.
1•
1.
1.
1.
1.

B2.0B~IH

co. OB~I; 1
CNTRL. HAC; 1.
CNTRL.OBJ;1
TEST.TSK;7
CNTRL.ODL;1
CNTRL.TSK;2
CONTROL.ODL;6
CONTROL..TSK;5
CONTROL.MAP;2
TEST.HAF';1
EX2D4 T • LSI; 4
SORT .IMC; 1
SORT.HAC;2
TEMF'.TXT;1

1.
1.
1.
7.
1.
36.
1•
36.
15.
3.
8.
2.

2.
2.

C
C
C

03-SEF'-81 14:51
03-SEP-81 14:54
Os-OCT-81 09:45
03-SEF'-81 15:07
07-0CT-81 14:35
07-0CT-81 14:33
14-SEF'-81 11:1~;
14-SEF'-81 11: 17
1s-SEF'-81 15:22
17-SEF'-81 14:37
22-SEF'-81 13:38
22-SEF'-81 13:38
22-SEF'-81 13:38
22-SEF'-81 13:38
22-SEF'-81 14:19
22-SEF'-81 14:24
22-SEF'-81 14:24
23-SEF'-81 10:48
2S-SEF'-81 09:24
2S-SEP-81 09:24
02-0CT-81 14:39
02-0CT-81 14:04
02-0CT-81 14:39
02-0CT-81 14:39
02-0CT-81 14:39
02-OCT-81 14:39
02-0CT-81 14:40
02-0CT-81 14:40
02-0CT-81 14:40
02-0CT-81 14:40
02-0CT-81 14:41
02-0CT-81 14:41
02-0CT-81 14:41
02-0CT-81 14:41
02-0CT-81 14:41
02-0CT-81 14:41
02-0CT-Bl 14:41
03-0CT-81 08:56
02-0CT-81 15:09
02-0CT-81 15:12
02-0CT-81 15:20
02-0CT-81 15:22
02-0CT-81 15:22
03-0CT-81 08:56
lS-0CT-81 16:08
16-0CT-81 09:37
16-0CT-81 09:37
19-0CT-81 08:33

File and Directory Maintenance
SOLUTIONS
SClRT.MAC;3
SORT.MAC;4
SORT.MAC;5
SORT.MAC;6
ODTST.MAC;l
OIHST. OBJ; 1
ODTST.OBJ;2
(JDTST.LST;l
DIF.TXT;4
SOLUTIONS.CMII;1
SAMF'LE.TXT;1
SAMPLE. TXT; 2
SAMF'LE.TXT;3
~;AMF'LE. T:<T; 4
TEMF'.TXT;2
SAMF'LE.TXT;5
SOLUTIONS.CMD;2
CHAf'SOL.CMD;1
NEW. TXT; 1
NEWER.TXT;1

16-0CT-81
16'-OCT-81
16-0CT-81
16-0CT-81
24-NOV-81
24-NOV-81
24-NOV-81
24-NOV-81
I1-DEC-81
IB-DEC-81
lS-DEC-81
IS-DEC-81
1S-[tEC-81
15-DEC-81
1S-IIEC-81
15-DEC-81
21-IIEC-81
22-DEC-81
21-DEC-81
21-DEC-81

2.
2.
~~

1•

1.
1•

3.
1•

5.
1.

1.
1.
1.
2.
2.

5.
2+

1•
2.

Totd of 218./377. blocks i r. 68.
);

e 0

09:37
09:37
09:37
09:38
13:54
13:56
13:59
13:59
09:S8
15:02
10:S8
10:59
11:00
11: 02
11: 15
16:51
12:S8
11:01
13:48
13:57

fil~s

b) >DIR 'II..CMD
Iti r€~ctDr\~ DRO:C305,303J
22'-DEC-81 12:54
L.IBRARY.CMD;2
BUILD.CMD;1
l. ClGOUT • CMD; 1
INF'UT.CMD;1
SYMBOL.S.CMD;1
CONTROL.CMD;1
SPEC I AL. CM[I; 1
OF'ERATING.CMD;2
ASSEMBLE.CMIt;2
LOG I CAL. CM[t; 1
SOLUT IONS. CMII; 2
CHAF'SOL.CMD;l
Tot~l

1.
1.
1.
2+
2.
2.
2.
3.

1•
2.

5.
2.

03-SEf'-81
07-QCT-81
17-SEF'-81
22-SEF'-81
22-SEF'-81
22-SEF'-81
22-SEF'-81
22-SEF'-81
22-SEF'-81
23-SEF'-81
21-DEC-81
22-DEC-81

15:07
14:33
14:37
13:38
13:38
13:38
13:38
14 :19
14:24
10:48
12:58
11: 01

of 24./38. blocks in 12. files

:> ;
C) >;
>DIR NEW.TXT;*

Directory DRO:C305,303J
22'''DEC-81 12~S5
NEW. TXT; 1

1•

21-DEC-81 13:48

Total of 1./S. blocks in 1. flle

File and Directory Maintenance
SOLUTIONS
:> ;

:>;

>
>DIR/FULL NEW.TXT
Director~ DRo:r305,303J
22 - [I E C 8 1 1 3 : 1 2
_0

NEW.TXT;5
(12673,32)
r305,303JrRWED,RWED,RWED,RJ

2./5.

15-[IEC-8116:51

Total of 2./5. blocks in 1. file

0> ;
::. ;
:>DIRISUMMARY
stora~e

used/alloc~ted

for

Director~

DROt[305,303J

22-DEC-81 12:55
Total of 218./377. blocks in 68. files

:::. ;

>;
f)

>DIR/FREE
DRO: has 540600. blocks free, 467400. blocks used out of 1008000.
Lar~est cunti~uous space
229377. blocks
19273. file headers are free, 16727. headers u~ed out of 36000.

>;
>;
>;

File and Directory Maintenance
SOLUTIONS

Director~ DRO:[305,301J
22--I1EC-Bl 13:13

TASI\[I.TSK;1
SPRGDEV.CMD;1
PROGMACS.MLB;1
PROGSUBS.OLB;1
TASKC.OBJ;2
TASKC.I1AC;2
TASKC.LST;2
TASKC.TSK;3
SPAWNT2.MAC;1
SF'AWNT2.TSK;1
PASSIT.MAC;1
PMSPAWN.TSK;1
PASSIT .OBJH
PASSIT .LSr; 1
F'ASSIT.TSK;1
F'ASSIT.OBJ;2
F'ASSIT.MAC;2
PASSIT.LST;2
PASSIT.TSK;2
SF'AWN.TSK;1
SPAWN.MAC;1
SPAWN.TSK;2
SF'AWN.TSK;3
PASSIT.MAC;3
F'ASSIT.OBJ;3
F'ASSIT.LST;3
F'ASSIT.TSK;3
PMSPAWN.TSK;2
F'MSPAWNT • TSK; 1
GSPAWN.TSK;1
RECV1.MAC;1
SEND1.MAC;1
F<ECV1. TSK; 1
SEND1.TSK;1
RECV2.TSK;1
SEND2.TSK;1
RECV2.MAC;1

62.
24.
3.
3.
6.
B.
4.
B.
3.
9.
3.
7.
8.
3.
3.
7.
B.
B.
4.
9.

4.
3.
B.
B.
9.
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9.
3.

C
C
C
C

C
C

B.
B.
B.
B.

03-SEF'-81
03-SEP-B1
03-SEf'-81
03-SEf'-81
03-SEf'-81
OJ-SEP-B1
03-SEP-B1
03-SEP-B1
04-SEP-B1
04-SEF'-B1
OB-SEf'-81
OB-SEP-B1
OB-SEf'-B1
OB-SEF'-B1
OB-SEP-81
OB-SEF'-B1
OB-SEF'-81
OB-SEF'-B1
OB-SEP-81
OB-SEP-B1
08-SEP-81
OB-SEF'-B1
OB-SEF'-81
OB-SEf'-B1
OB-SEf'-B1
OB-SEP-B1
OB-SEF'-81
OB-SEf'-B1
OB-SEf'-B1
OB-SEf'-B1
09-SEf'-B1
09-SEP-B1
09-SEf'-81
09-SEf'-BI
09-SEP-B1
09-SEf'-B1

12:04
12:09
12:13
12:13
12:14
12 :14
12:14
12:14
14:49
11:49
11:38
11:3B
11:39
11: 39
11:39
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11 :41
11: 41
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1.:n07
12:07
12:41
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15:39
11:05
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13:05
13:05
13:08
13:0B

File and Directory Maintenance
SOLUTIONS
>

0 >IIIR [7,5J
[lirector~ [IROH7,5J
22-[IEC '-81 13: 14

SWITCH.INI;l
FRCASM C1UI; 1
ZAF'I1SG.TXT;1
FRCBL[I. CMII; 2
160BF'I.HOW;1
KMCLF'BL[I. CM[I; 3
MAKBIGFIL.FTN;l
KMCLF'.CMO;17
KMCLF'ASM. CMII; 1
CHESS. t1AC; 2
CHESS.HLF';1
CHESS,TSK;l
OIlTF'RVBL[I. CMII; 1
PRINT.TSK;3
SALF'HA. [IAT; 1
PRINT.BAS;l
SCRIF'T.FOR;1
SCRIPT.FTN;1
GETLBN.BAS;3
KTEST.FTN;l
FINII.TECj4
ODTPRE.MAC;4
COF'YRIGHT. CM['; 1
DIRTYJOKE.CM[I; 1
MAKTC.CM[ljl
MEI10. CM[I; 5
PNGBLII. CMII; 1
T.CI1[1;2
T.CMDH
TCBLII. CMII; 1
VTKASM.CMII;1
VTKBLII. CMII; 3
VTKDDTBL[I. CMII; 2
VTKODTBLII. CMII; 2
I

1.
1.
2.

1.
1.
1.
1.
1.
1.
170.
4.
24.
1.
130.
105.
12.
59.
59.
1.
4.
1.
1.
1.
2.

1.
1.
1•

1.
1.
1.
1.
1.
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1.

09-JAN-78 14:04
09-JAN-78 14:04
09-FEB-79 16:33
19-0CT-79 08:38
09-JAN-78 14:05
06-IIEC-78 10:00
21-FEB-78 15:48
06-DEC-7B 09:55
06-[IEC-78 10:01
03-FEB-78 14:18
03-FEB-78 14:18
C 03-FEB-78 14:18
30-0CT-78 08:47
C 14-FEB-78 08:26
L 14-FEB-78 08:26
14-FEB-78 08:26
21-FEB-78 10:58
21-FEB-78 13:03
30-I1AR-78 16:42
19-APR-78 15:17
12-MAY-78 09:56
02-MAR-79 16:25
04-JAN-77 09:18
01-FEB-78 16:49
24-JAN-78 10:09
30-JUN-78 16:13
08-JAN-78 15:09
29-0CT-78 15:58
29-AUG-78 10:51
24-JAN-78 10:10
03-[lEC-78 17:43
03-DEC-78 17:43
07-MAY-78 11: 11
29-AUG-78 10:23

File and Directory Maintenance
SOLUTIONS

>DIF: [200,200]
Directory DRO:[200,200]
22-DEC-81 1:.5: 15

IECLIB.IMG;1
PEAINS.CMD;1
COPYNEW.CM[I;1
COPYNEW.CMD;2
COPYNEW. CMrl; 3
AUTOF'ATCH. CMD; 1
DIR.DIRH
FCSRES.OBJ;1
COPYNEW.CMD;4
CHRIS.LIS;1
CHRIS.COM;1
BAS.CMII;1
FCSRS1. CMII; 1
TECFOO. TMF' i 1
RSOVL1.MAC;1
FCSRS 1. CI1[I; 2
RSOVL1.0BJ;1
RSOVL2 .I1}'C i 1
I~SOVL2. OBJ; 1
FCSRES.MAC;2
11 SGEN2. CMII; 2
11SCOPY.CMIli2
NUM. II"AT; 1
AUTOF'ATCH.DOC;1
SYSSAVED.DAT;6
SYSGEN3. CMII; 1
POOLTEST.DAT;1
POOLTE:ST.DAT;2
MAF~I\. TST i 1
MARK.TSTi2
MARK.TST;3
[lUTEST.CM[I;1
DUTEST.DAT;1

58.
11.
1.
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14-AUG-79 16:32
08-SEF'-80 10:41
07-FEB-80 15:01
21-MAR-80 15:57
24-MAR-eO 11:35
19-MAR-81 13:50
13-FEB-80 13:23
I1-JUN-80 11:33
23-JUN-80 Oe:26
06-AUG-80 10:52
06-AUG-80 10:49
20-AUG-80 14:01
10-0CT-80 Oa:55
20-i1AR-81 13:01
10-0CT-80 Oe:56
10-0CT-80 08:56
10-0CT-SO Oe:56
10-0CT-80 Oe:56
10-0CT-SO 08:56
20-0CT-80 14:31
20-0(;T-SO 14:32
20-0CT-80 14:32
29-0CT-SO 10:53
23-NOV-80 1.3:04
19-FEB-81 OS:45
26-FEB-81 16:32
04-MAR-81 13:24
04-MAR-81 13:55
09-MAR-81 09:12
09-MAR-81 09:13
09-MAR-81 09: 14
13-M,'R-81 14:34
13-MAR-81 14:34

File and Directory Maintenance
SOLUTIONS
0'·

0 >;>DIR LIn[1,2J*.HLF'
IH recto r':l IIROH1,2J

22-IIEC-S1 12:55
HELPTTY.HLP;l
CFE.HLf';5
CFEDEF.HLP;4
CFELIS.HLf';4
[lAC.HLP;3
QUASARHLf'.HLf';6
DCLARCH.HLP;l
HELPSTAT.HLf';233
IIEBUG 16. HLP; 1
£lEMO.HLP;l
HELPDISK.HLF';12
HELPDOC.HLP;3
HELPttAIL.HLF';77777
LCTOP.HLP;l
NCF'.HLP;5
NCPCLE.HLP;5
NCf'LOA.HLP;5
NCPLOO.HLF';5
NCF'SET.HLP;5
NCF'SHO.HLP;5
NCF'TRI.HLF';5
NCF'ZER.HLF';5
NET.HLP;2
NEWWEEK.HLF';5
NEXTWEEK.HLf';7
NFT.HLF';5

5.
21.
37.
5.
7.
1.
33.
1.
2.
2.

6.
3.
lS.
3.
31.
9.
7.
7.
33.
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2.

1.
1.
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02-DEC-S1 14:30
31-JAN-SO 00:43
31-JAN-80 00:43
31-JAN-SO 00:43
13-FEB-79 15:3S
04-IIE:C-S1 11:2S
23-0CT-S1 15:41
22-DEC-S1 OS:02
14-JUL-S1 14:36
01-IIEC-S1 11:54
24-ttAR-S1 16:47
26-NOV-SO 12:40
01-JAN-S1 14:44
29-NOV-79 10:43
31-JAN-SO 00:43
31-JAN-SO 00:44
31-JAN-SO 00:44
31-JAN-SO 00:44
31-JAN-SO 00:44
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04-IIEC-79 16:57
10-NOV-S1 11:32
10-NOV-S1 11:31
31-JAN-SO 00:44

File and Directory Maintenance
SOLUTIONS

0 >IIIR SY:CO,OJ
Dircc"i;.or!:l IIRO:CO,OJ
22-I1EC-·81 12:56

INDEXF.SYS;l
34017.
08-0CT-81 13:25
BITMAP.SYSj1
248.
08-0CT-81 13:25
BAIIBLK.SYS;l
08-0CT-81 13:25
50.
00OOOO.DIRj1
13.
C 08-0CT-81 13:25
CORIMG.SYSj1
C 08-0CT-81 13:25
O.
RSX11.SYSH
Read attriblJtes errol' - Priyilese violation
001001.IHR;1
8.
C 08-0CT-81 13:25
001002.IIIRj1
C 08-0CT-81 13:25
16.
001003.DIRj1
1.
C 08-0CT-81 13:25
001004.DIRj1
2.
C 08-0CT-81 13:25
001006 .[IIRj 1
1.
C 08-0CT-81 13:25
001020.[IIR; 1
1•
C 08-0CT-S1 13:25
00102~.DIRj1
2
C 08-0CT-S1 13:25
001030.DIRH
1•
C 08-0CT-S1 13:25
00 1 03'L DI R j 1
1.
C OS-OCT-81 13:25
001050.DIRj1
1•
C OS-OCT-S1 13:25
001054.DIR;1
6.
C OS-OCT-S1 13:25
001060.IIIR;1
1.
C OS-OCT-S1 13:25
001064.DIRj1
1.
C 08-0CT-81 13:25
002007. DIF;:; 1
1.
C OS-OCT-S1 13:25
002020.DIR;1
1.
C OS-OCT-S1 1.3:25
00205",\.DIRj1
C 08-0Cl-S1 13:25
6.
002200.DIRj1
1.
C 08-0CT-S1 13:25
002310.IIIR;1
1.
C OS-OCT-S1 13:25
002320.DIRj1
1•
C OS-OCT-S1 13:25
002325.DIRj1
1•
C OS-OCT-S1 13:25
002330.DIR;1
1.
C OS-OCT-S1 13:25
003054.IIIR;1
7.
C OS-OCT-S1 13:25
00405~.DIR;1
7.
C OS-OCT-S1 13:25
005054.DIR;1
1.
C OS-OCT-B1 13:25
306016.DIRjl
1.
C OS-OCT-S1 13:25
007004. [I I R; 1
C OS-OCT-S1 13:25
1.
007005.DIRH
3.
C OS-OCT-S1 13:25
100200.DIR;1
1.
C OS-OCT-S1 13:25
t

File and Directory Maintenance
SOLUTIONS
:> ;

:> ;

>[IIR LB:L200,:J.]
DIR ... - C~nnot find di rector\d fi le
LBH200d]

>;
>;

>TYPE NEW.TXT
TELL A MAN THERE ARE 300 BILLION STARS IN THE UNIVERSE
AND H~'LL BELIVE YOU. TELL HIM A BENCH HAS WET PAINT
ON IT AND HE'LL HAVE TO TOUCH IT TO BE SURE.
UNDER THE MOST RIGOROUSLY CONTROLLED CONDITIONS OF PRESSURE
TEMPERATURE, VOLUME, HUMIDITY, AND OTHER VARIABLES THE
ORGANISM WILL DO AS IT DARN WELL PLEASES.
ANY GIVEN PROGRAM, WHEN RUNNING IS OBSOLETE.
THE DEGREE OF TECHNICAL COMPETENCE IS INVERSELY PROPORTIONAL
TO THE LEVEL OF MANAGEMETN.

>PRINT NI::":W.TXT
PRI - Job 646, name "NEW

>;
>;

>COPY NEW.TXT LATE.TXT
:> ;

>RENAME NEW. TXT LATEST.TXT

>;
>;

, submitted to aueue "PRINT "

>F'URGE

":.;

*. *

:> ;

>DEL/OUERY *.CMD
Delete file
DRO:[30S,303JLIBRARY.CHD;2
Delete file
DRO:[30S,303JBUILD.CMD;1
Delete file
DRO:[30S,303JLOGOU1.CMD;1
Delete file
DRO:E305,303JINPUT.CMD;1
Delete file
DRO:E305,303JSYMBOLS.CMD;1
Delete file
DRO:[305,303JCONTROL.CMD;1
Delete file
DRO:[305,303JSPECIAL.CMD;1

: SET PROTECT I ON
File? LATEST.TXT
Code? (SV:,OW:RWED,GR:,WO:>

[Y/N/G/Q]'!' Y
[Y/N/G/G]? Y
[Y/N/G/GJ? Y

[Y/N/G/GJ? N
[Y/N/G/GJ? N
[Y/N/G/GJ? N
[YIN/GIG]? G

Program Development
WRITTEN EXERCISES
1.

The process of entering code into a
linking it is called

All
run on the system
development process.

There are
today.

A programming language where each source
statement
is
translated
into
machine code and then executed before
processing the next source statement is called an
language.

In an
language, each source statement generates
machine instruction.

In a
language, each source statement may generate one
or more machine instructions.

The
command is used to invoke an assembly of a
source file.

Write the command to perform an assembly
VIP.MAC producing a cross-reference list.

Write the command to perform an assembly on a file called
VIP.MAC, and to search a library file called USERMAC.MLB.

10.

Write the command to perform an assembly
VIP.MAC, creating just a listing file.

11.

The

basic types

have
of

file,
been

compiling

through

programming

the

languages

file

and

program
in

use

one

MACRO-II
called

called

command is used to compile a FORTRAN source file.

Program Development
WRITTEN EXERCISES
12.

Write the command that invokes the FORTRAN IV-PLUS compiler to
compile a source file called FUNCTIONS.FTN.

13.

Write the command that invokes the FORTRAN-77 compiler,
producing both a
listing and object files from the source file called
ROUTINES.FTN.

14.

Write the command that invokes the FORTRAN IV compiler to
compile the
following input files: FUNCTIONS.FTN, ROUTINES.FTN,
SUBROUT.FTN.

15.

Output from the FORTRAN compiler consists of:

16.

Object files must be
run on the system.

17.

The

18.

Input to the Task Builder includes:

19.

Output from the Task Builder includes:

20.

To execute, a task must be

21.

The
command will install a task in the STD, run the task
and then remove the task entry from the STD.

to produce a file that can be

command is used to invoke the Task Builder.

in the STD.

Program Development
SOLUTIONS
1.

The process of entering code into a file,
linking it is called program development.

All tasks run on the system
development process.

There are 3 basic types of programming languages in use today.

A programming language where each source
statement
is
translated
into
machine code and then executed before
processing the next source statement is called an Interpreted
language.

In an Assembled language, each source statement generates
machine instruction.

In a Compiled language, each source statement may generate one
or more machine instructions.

The MACRO command is used to invoke an assembly of a
source file.

Write the command to perform an assembly
VIP.MAC producing a cross-reference list.

have

been

compiling

through

the

file

and

program

one

MACRO-II
called

MACRO/CROSSREFERENCE VIP
9.

Write the command to perform an assembly on a file called
VIP .MAC, and to
search a library file called USERMAC.MLB.
MACRO USERMAC.MLB/LIBRARY,VIP

10.

Write the command to perform an assembly on a file called
VIP.MAC, creating
just a listing file.
MACRO/LIST/NOOBJECT VIP

11.

The FORTRAN command is used to compile a FORTRAN source file.

Program Development
SOLUTIONS
12.

Write the command that invokes the FORTRAN IV-PLUS compiler to
compile a
source file called FUNCTIONS.FTN.
FORTRAN/F4P FUNCTIONS

13.

Write the command that invokes the FORTRAN-77 compiler,
producing both a
listing and object files from the source file called
ROUTINES.FTN.
FORTRAN/F77/LIST ROUTINES

14.

Write the command that invokes the FORTRAN IV compiler to
compile the
following input files: FUNCTIONS.FTN, ROUTINES.FTN,
SUBROUT.FTN.
FORTRAN FUNCTIONS,ROUTINES,SUBROUT

15.

Output from the FORTRAN compiler consists of:
a)
b)

an object file
a listing file

16.

Object files must be linked to produce a file that can be
run on the system.

17.

The LINK command is used to invoke the Task Builder.

18.

Input to the Task Builder includes:
object file(s)
object library file(s)

19.

Output from the Task Builder includes:
task image file
map file
symbol table file

20.

To execute, a task must be installed in the STD.

21.

The RUN command will install a task in the STD, run the task,
and then remove the task entry from the STD.
52

Program Development
LABORATORY EXERCISES
Students should perform either exercises 1 and 2 and/or 3
and then proceed to 5 through 7.

and

Assemble PROGRAM.MAC creating a listing
file.

object

Obtain a hardcopy of the listing file generated in exercise
and identify the following:
a.
b.
c.
d.
e.
f.

file

and

Source statement line numbers
Program addresses
Machine code
Source lines
Symbol table
Assembly diagnostics

Compile PROGRAM.FTN creating a
listing
file
and an object
file, using the applicable language command qualifier for your
system.

Obtain a hardcopy of the listing file generated in exercise
and identify the following:
a.
b.
c.

Source statement line numbers
Source statements
Storage map

Using the object module generated in exercise 3,
build
task using the Link command in the following manner:
•

Generate a map file.

•

Generate a task image file using your
name and TSK as the extension.

name

the

your

file

Program Development
LABORATORY EXERCISES
6.

Obtain a hardcopy of the map file generated in exercise 5
identify the following:
a.

The task name

The partition in which the task will be loaded

The Ule under which the task will be
scheduled requests

Task size

run

for

and

time-based

Using the RUN command, run the task generated in exercise 5.

Program Development
SOLUTIONS

>;
>;

);

SOLUTION - EXERCISE 11

)MACRO/lIST/NOWIDE

MACRO M1200

SYNCHG

PROGRAM

30-DEC-Bl 15:05

PAGE 1

• TITLE
• ![lENT
.ENABl

ENABLE lOWER CASE

4
5
6
7
8

9
10
11
12
13
14
15
16
17
18
19
20
21

SYNCHG
101/

FILE SYNCHG. MAC
This task reads a line of text from the termin~l,
converts all ypper case characters to lower cas~, and
prints the converted m~S5aSe back at the terminal. It
IJses s~nchronolJS IlIO directiv~s.

;.MCAll

E:{tElrnal 5!:/stem
macros

b.
000000
000004

IOSB:
BUFF:

• BlKIoJ
.BlKB

lID StatlJS Bloc:k

80.

Te:·:t blJffer

START:

ClR
ClR

R5
R4

C •
000124
000126

005005
005004

23
24 000130
25

26 000136
27 000140
28 000144
29 000146
30
31 000152
32
33 000154
34
35 000162
36 000164
37 000172
38
39 000174
40 000200
41 000204
42 000210
43
44 000212
45
46 000214
47
48 000270
49 000272
50 000276
51 000300
52
53
54
55 000306
56 000310
57 000312

103472
105·767
002461
016700

177634
177630

005001
126127

000004' 000101

002412
126127
003006

000004' 000132

116102
062702
110261
005201

000004'
000040
000004'

077020

103414
105767
002403

005205
005205
116703

177502

177462

Error Count
Erl'or indicator - 0
means directive error
(DSW in R3), neSi
means 1/0 error
;
(1/0 status in R3)
GIOW$C IO.RVB,5,1"IOSB,,(BUFF,BO.) ; I~sue
;
read
8CS
ERRI
Branch orl dil' errol'
TSTB
IOSB
Check fol' 1/0 error
8lT
ERR1A
Branch Oil lID erl'or
MOV
IOSB+2,RO
Get count of characters
t!:lped in
Offset into buffer to
ClR
Rl
chal'acter
BUFF(R!) ,I'A
Check for upper case
lOOP:
CMPB
ASCII chal'acter
Bl'anch if below l'anSe
BlT
NEXT
BUFF(Rl),t'Z
CMPB
; Branch if above l'anSe
BGT
NEXT
Hel'e if upper case, move to l'esister R2 Clnd convert
BUFF(Rl),R2
Move to l'eSistel'
110VB
ADII
t32.,R2
Convert to lower c~se
R2,BUFF(Rl)
R~plac~ in messase
MOVB
Increment offset into
NEXT:
INC
Rl
buffer to next char
RO,lOOP
Decrement count of
SOB
;
characters left to check
GIOW$S IIO.WVB,15,ll"IIOSB,,<IBUFF,IOSB+2,t40)
Wri te tcn:t
Branch o~ dir error
BCS
ERR2
Check
for 1/0 error
TSTB
IOSB
Branch on 1/0 erl'OI'
8lT
ERR2A
EXIT$S
Exit
El'rar code
;
ERR2A:
INC
ERR1A:
INC
HOVB

Up el'ror courlt - 2nd tHO

- 1st IlIO
1/0 errol'. lID status

IOSB,R3

Program Development
SOLUTIONS
SYNCHQ

MACRO M1200

58
59 000316
60
61 000320
62
63 000322
64 000324
65 000326
66
67 000332
68
69

PAGE 1-1
to R3.

005304

DEC

000004

lOT

value in R4
lIeans 1/0 error
Trap and displa':l

R5
R5
$DSW,R3

Up error count - 2nd aIO
- 1st IHO
Directive error. DSW
to R3, leave R4=0.
Tr.p and displa':l

Ne~ative

re~isters

005205
005205
016703

ERR2t
ERR1:
OOOOOOG

INC
INC
MOV

000004

lOT

000124'

.END START

re~isters

e.
SYNCHIl
SYMBOL TABLE
IeUFF
ERR1
ERR1A
ERR2
ERR2A

30-DEC-81 15:05

MACRO 111200

000004R
000324R
000310R
000322R
000306R

ABS. 000000
000334
$DPBU 000030
ERRORS DETECTED:

30-IIEC-81

IOSIe
OOOOOOR
10.RVB=
GX
IO.WVB=
LOOP
000154R GX
NEXT
000210R

******
******

000
001
002

1~d05

PAGE 1-2

G.IOAE= 000012
Q.IOEF'"" 000006
G.IOFN= 000002
Il.IOLU= 000004

f •

VIRTUAL MEMORY USED: 9396 WORDS (37 PAGES)
DYNAMIC MEMORY: 10042 WORDS (38 PAGES)
ELAPSED TIME: 00:00:23
PROGRAM,PROGRAM/SP=PROGRAM

G.IOPL'"
Q.IOPR=
G.IOSIe=
START

000014
000007
000010
000124R

******

$DSW
OX
U$
OOOOOOR
.. tARG= 000002
$UOST= 000014

002

Program Development
SOLUTIONS
3.

FORTRAN/LIST PF:OGRM
YNCHIJ

FORTR.N IV

V02.2-t

SUN 10-JAN-82

1114415~

PROGRA~,PROGRAM/SP/LII3·PROGRAM

PROGRAM

0001

P.GE 001

SYNCHQ

C FILE SYNCHQ.FTN

C Thi. p~og~,m r.,dl , lin. of t •• t f~om the t.~min,l,
C co~v.~t. ,nv uPP.~ C'I' c~'r.ct'rl to low.~ c •••• "d
C print. the conv.~t.d m•••• g. b,ck .t the t.~mfn,'.
C It u.e •• vnchronou. QIO dir.ctiv •••

b.
0002
0003
0004
ClJCIJ05
ClJ00f)
ClJCIJ07
0008
0009
0010
0011
0012
0013
0015
0017
0018
0020
0022
11111123

0024
0025
002f)
ClJ028
0030
ClJ031
02132
0033

0034
0035
003f)
0037
0038
01i!13CJ

0040
0041
0042
0043

BYTE IOSB(4),I8UFC80)
DIMENSION IPARCb)
EQUIVALENCE CNUM,IOSB(1»
DATA IOWVB/"t10001
DATA IORVB/"t04001
OUA IVFC/"401

C S.t uP v,lu •• fo~ the QIO
IUNIT_5
IPAR(2)a80
IPAR (3) -IVFC
C G.t the .dd~." of the 1/0 buff.~
CALL GETAORCIPAR(1),I8UFC1»
C
I •• u. the QIO
CALL WTQIOCIORV8,IUNIT,1"IOSB,IPAR,IOS)
C Ch.Ck the dir.ctiv • • nd 1/0 .t.tu •••
IF (IDS .LT. 0) GO TO 800
IF (IOSB(l) .LT. 0) GO TO 810
C C~.ck fOr upp'rc ••• ch.~.et'~. ,nd conv.~t them to low'rc,.,
DO 100 hl,NUM
IF (IBUF(I) ,LT, '.') GO TO 100
IF (IBUFCI) .GT, ~0) GO TO 100
IZ i' ~0(10)
IBUF(I).I8UF(I)+12
100
CONTINUE
C Pl'C' the "umb.~ Of Ch.~.ct.r. to writ. in the 1/0 P'~'m't'~ li.t
IPAR (2hNUM
C writ. the conv.rt'd lin' to the t'rmi~.'
CALL WTQIOCIOWVB,IUNIT,1"IOS8,IP.R,IOS)
C Ch.ck di~,ctive .nd 1/0 .t,tu.
IF (IDS ,LT, 0) GO TO 820
IF (1058(1) .LT, 0) GO TO 830
GO TO 850
WRITEC5,~00)IOS
800
GO TO 850
81~
WRITEC5,910)IOS8Cl)
GO TO 850
820
WRITEC5,920)IOS
GO TO 850
830
WRITECS,930)IOS8Cl)
81)0
CALL EX IT
~00
FORMATC' DIRECTIVE ERROR ON READ, CODE - ',14)
910
FORMATe' 1/0 ERROR ON READ, CODE _ ',14)
920
FORMATe' DIRECTIVE ERROR ON WRITE, CODE. ;,14)
930
FORM.TC' 1/0 ERROR ON WRITE, CODE. ',14)
[NO

Program Development
SOLUTIONS
c. ~ORTRAN IV STORAGE MAP ~OR PROGRAM UNIT SYNCHQ
LOCAL VARIABLES, .PSECT SDATA, SIZE • 0001b0

5b. WORDS)

NAME
I
IOWVB
NUM

NAM!
IORVB
IV'C

TyPE

OFFSET

NAME

TyPE

OFFSET

h2
1*2
1*2

IDS
00015b
IUNlT
000142
00011104 Ee1V

1*2
1*2

00111154
000152

TYPE

O~"'ET

1*2
1*2

000144
0111014b

LOCAL AND COMMON ARRAYSI
NAME
IeUF
IOS8
IPAR

TYPE

SECTION OFFSET
SDATA
0"""01>
SDATA
fUJIIJ002
SDATA
00012b

L*t
L*1
1*2

•• ····SIZE •••• • DIMENSIONS
000120 (
1Il1lJ011J04 (
000014 (

411J.l ( 80)
2.) (4)
b.) (b)

SUBROUTINES, FUNCTIONS, aTA TEMENT AND PROCESSOR.DE'INED FUNCTIONS I
NAME
E)CIT

TYPE
R*4

NAME
TYPE
GETADR R*4

NAME
wTQIO

TYPE

NAME

TYPE

NAME

R*4

:>
>LINK/MAP/CODE:FPP/EXECUTABLE:STUDENT PROGRAM,Cl,IJFOROTS/LIB
>I1IR STUDENT.*
Director~

DRO:E305,303J

10-JAN-82 12:10

STUDENT.TSK;2

35.

10-JAN-82 12:10

Total of 35./35. blocks in 1. file

TYPE

Program Development
SOLUTIONS
6.

STUDENT.TSI<

~emo~y

Illocltio~

111l-JAN-S2

mlP TKB M40.0i
lil10

Plge 1

b. P.~titio" ~Im. I GEN
I FORVIIl2
I [305,303]
StlC k
I hit .. 000201/1 001257 001000 00512.
PRG .fr Iddr ••• 1 020]7&
TI.k Itt~ibute'l FP
ToUl Idd~e •• window.1 1.
Tuk 1mlg, .he • 8410. wo~dl
TI.k Idd~ell limit •• 000000 040&23
R-W di.k blk 'im~tl' 000002 000042 000041 00033.
Ide~tffic.tfo~

C • rl.k

UIC

a. *** Root "Q"..~tl PROGRA
R/W me'" 1 fmf til 000000 040023 040b24 lb788.
Dhk blk limit .. ~"0002 000042 000041 0OO33.
Memory

."ocltfo~

IY"OI)'ill

Sectfo"
.......

• BLK,I(RW,I,LCL,REL,CON)
CVSSF I(RW,I,GBL,REL,OVR)
CVSSI I(Rw,I,GBL,REL,OVR)
CVSSL I(RW,I,GBL,REL,OVR)
OT85F I(RW,I,GBL,REL,CON)
OTSS! I(RW,I,LCL,REL,CON)

Tit' •
001200 000442 002Q0,
001722 00175& 01000.
001722 00175b 01000.
003700 000400 021202.
11103700 000400 002b2.
00430b 000100 00070.
00430b 000100 00070.
00441 'I 00172b 00Q82.
004414 001720 021 QS2.
006342 01 Ul1Ib 04870,
006342 "210044 00030.
00b40b 000eS4 00044.
000402 00011136 11.1011130.
00652O 000152 00106.
00b072 000024 00~20,
006710 0001b4 00110.
007102 000004 0001214.
00110b 01210034 00028.
001142 ~00126 1210Q186.
01211270 1210012114 00[1112.
00731214 000102 00Vlbo.
001406 0001 11 0 1210~78,
007524 000050 00~40.
001514 ~00026 1210~22.
001622 000032 0002b.
007654 0121011124 1210020,
001700 000172 00122.
010012 01210246 001bb.
010340 0001/10121 1210000.
01~340 000252 00170.
01111612 0011l1b0 00112,
010712 00121036 00030.
011030 12100550 00300,

Id.~t

File

SCONVF F40004 FOROTS,OLB'2
SCONVI F400P14 FOROTS,OLB,2
SCONVL F40004 FOROTS,OLB'2
SFIO

F40010 FOROTS, OLB, 2

F40002 FOROTS,OLB,2
SBRAS F40002 FOROTS. OLB, 2
SCALL F40002 FOROTS.OL.B'2
SCONV2 F40002 FOROTS.OL.B,2
SL.PC~P FU002 FOROTS,0L.B'2
SEOL
F 411'005 FOROTS.OL.B'2
SEXIT F40001 FOROTS.OL.B'2
SINCR F412101112 FOROTS.OL.B'2
SIFW
F4012102 FOROTS.OLB'2
SISNLS F40001 FOROTS.OL.B'2
SlMOVS F40002 FOROTS.OL.B'2
SLMOVS F40002 FOROTS.OLB'2
SRETS F4~002 FOROTS.OLB'2
SLVE-( F4012102 FOROTS.OLB'2
$lESTS F1.I001212 FOROTS,OLB'2
SL. TEST F400f212 FOROTS,OL.8,2
SVTIUN F40002 FOROTS.OL.B,2
SOTI
F 40003 FOROTS.OL.B,2
SOT V F40001 FOROTS,OL.8'2
SSTPP. F4121001 FOROTS. OL.B, 2
SSAVRE F40002 FOROTS.OL8'2
SFCt-INL F4001211 FOROTS, OLB, Z
SOPEN F400f214 FOROTS.OL.8,z
$IADDS

Program Development
SOLUTIONS
STUDENT. TSK
PRoGRA

Me",ol"v ., , oc.t foi'l
10-JAN-e2

OTSSP .(RW,D,GBL,R!l.,OVR)

PICH I(RO,I,l.CL,REl.,CON)
.CODE I(RW,I,L.Cl.,REl.,CON)
SDATA I(RW,D,LCl.,REL.,CON)
'DATAPI(RW,O,LCL,REL.,CON)
"AOTSI(RW,O,LCl.,REl.,CON)
•• OEVTI(RW,O,LCL,REL.,OVR)
.SFSR11(RW,D,GBL.,REl.,OVR)
S.FSR21(RW,O,GBl.,REL,CON)
SSF8R]I(RW,D,GBl.,REL,OVR)
S,FSR4.(RW,O,GBl.,REL,OVR)
.SIOB1 1(RW,D,LCL.,REl.,OVR)
.SIOB2.(RW,O,L.CL,REL,OVR)
SSOB'll(RW,D,LCL,REL,CON)
S,OB~21(RW,I,LCL,REL.,CON)

'SRESl.I(RO,I,l.CL,REl.,CON)
SSTSKP.(RW,I,l.CL.,REL,CON)

TI<B M40.1Z12
"'.P
12110

P.oe 2

01160" 000066 "121054. SINITI 1"40002 !'OROTa.Ol.B,2
0116 .. 0"0032 ",,026. SPUTRE 1"40001 !'OROTa.Ol.B,Z
011120 "211750 010"". SERRPT 1"40""3 FOROTS.Ol.B,2
013ft70 000116 "0078. SYINn 1"4"005 FOROTa.Ol.B,2
fIl14"06 000274 0rUU. SERQIO , 40014 'OROTS.Dl.B,2
014302 011HH24 0121084. SCl.OSE 11'4001'1 FOROTS.Ol.BU
014426 003206 01'70. URTXT 1"40004 !'OROlS.Ol.B,2
017634 000114 000U. SR50
1"4001111 FOROTa.Ol.B,2
017750 00003. 00030.
017750 0000]. 00030. SCONVI 1"40004 FOROTS.0l.B,2
017750 00003' 00030. SFIO
11'40010 FOROTS.Ol.B,2
ru7750 0"0rn' 00030. SCONYF 1"40004 FOROTS.OLB,2
017750 000036 00030. SCONVl. 1"40004 FOROTS.0L.B,2
020006 000]7111 00248.
020376 000.0' 003'0.
02037. 011106111. 00390. SYNCHQ FORV02 PROGRAM.OBJ,2
021204 0001ft0 01U 12.
021204 000160 00112. SYNCHQ FORV02 PROGRAM. OBJ, 2
021364 000234 G!l1ZI156.
021364 000234 00156. SYNCHQ FORV02 PROGRAM.OBJ,2
021ft20 000764 00500.
021620 000764 001500. SOTV
1"40001 FOROTS.OL.B'2
022604 "01210 00648.
022604 000000 00000. SOTV
11'40001 IfOROTS.OL.B,2
024014 004100 02112.
024014 0f1l01el 0121000. SOTV
11'40001 'OROTS.Ol.B,2
030114 Ql00114 00076.
11130230 000000 00000.
030230 000000 00000.
030230 000204 00132.
030230 000204 0121132. SOTV
11'40001 FOROTS.OLB,2
030434 000000 00000,
030434 000000 00000, SOTV
1"40001 IfOROTS.0l.B'2
03111434 00011111 ",,072.
11130434 000110 0121072. SOTV
F40001 FOROTS.OLB,2
030544 000000 00000,
030544 000000 00000, SOTV
F40001 FOROTS,OLB,2
030544 010044 04132.
040610 000012 012101111 •
040610 000000 1IJ1ZI000 , son
F40001 FOROTS.Ot:.B,2

G'ob'1 IYmbo 111
AOISU 006362.R
AOIS 1M 00636b-R
AOISIS 0"635b-R
ADISMA 006376- R
ADISMM 0,,6402- R
AOISMS 01/J6372- R
ADUa. 0S6346-R
ADUSM 006352- R
AOUSS 006342- R
BAHS
019442-R

8LES
BL Ts
BNEs
BRAS
CAU
CALS
CICS

B06432_R
1IJ0b442-R
0"6440-R
006430-R
0064S2-R
006450-R
IIIB6444-R
B0b462-R
00647B-R
006S4b-R

006546_R
CIDS
0065S6-R
CIFS
CIl.s
00"64.R
Cl.CS
0B6S46-R
CLDs
006S46-R
CLF.
006SS6-R
CL.IS
006670-R
CMLSPI 00b700-R
CMLSPM 00b710-R
CMLSPS 00b672-R

FOOS
010514-R
F.BFHO 000"20
F.FOB 0B01S4
GCOS
0B2736-R
ICIS
1IJ03706-R
ICllA 007120-R
ICUM 0e7112-R
ICISP 00711b-R
ICISS 007106-R
ICOS
004110- R

IIfWS
007142_R
IFWSS 00720.-R
ISNS
0072711J-R
l.CIS
004306-R
LCOS
004354-R
l.SN,
007276-R
MOIS IA e0733e-R
MOUIM e07324-R
MOIl IS e07320-R
MOISMA 007344-R

MOISMM 007340-R
MOUMS 0073]4-R
MOISSA 0B7314-R
MOISSM 0013U-R
MOISSS 0073134-R
MOISeA 007160-R
MOU0M 007354-R
MoueS 00735B-R
MOII1A 00740e-R
MOIS1 M 007372-R

BEQS

BGES
8GTs

OCISA
DCISM
OCIsP
OCIsS
DCOS
ECOS
EOl.S
EXIT
EXITs
FCOS

007136-R
00713I1J-R
011J7134-R
007124-R
002756-R
0027511J-R
00b774-R
007102·R
010524-R
002744-R

Program Development
SOLUTIONS
STUDENT.T8K
PROGRA

Me",o,.v e11oc:ation ",ap TK8 M40.02
10-JAN-8Z
12'10

HOUts 0073t14-R
MOLSIA 00750f>-R
MOLSIM 0e7500- R
MOLSIP 0,,7514-R
MOLSIS 007320 e R
MOLIMA 097432 eR
MOLIMM 0sH2b eR
MOLIMp 0s7450- R
MOLIMS 0s7416- R
MOLSPA 007472- R
MOLIPM IZIf/l7460- R
MOLSPP 0~7444-R
MOL IPS 1Z107466- R
MOLISA 007412- R
MOLSS'" 011J7l.106- R
MOLSSP 00743b- R
MOLISS 0,,7304- R
NMIS t I 0c.64Z0- R
NMlS 1M- e064~b-R

OCIS
003711J0-R
acos
00410Z-R
PSES
eU40b-R
RCU
PIIlt72Z-R
RELS
007120-R
RETs
007540-R
RETsF 007530-R
RET 51 007536-R
RETsL 007524-R
SAL51M 007574-R
SALSMM 00761Z-R
SAI.SSM 007576-R
SAVRGS 010b12-R
STPS
010510-R
SVLsIM 0076r1Z-R
SVLSMM 007616- R
SVLSSM 007604-R
THRDS 010170-R
TSOSI 007b42-R

TSDSM
TSDIP
TSDSS
TSFSI
T8FSM
TSFIP
TSFSS
TSUI
T8U'"
TSISP
TSUS
TSLSI
TSLIM
TSLSP
TSLSS
TVDS
TVFs
TVIS
TVLS

SfRRWT 01417b-R
SERRl! 01311b-R
SERTXT 0144Zb-R
SERXIT 0UH2-R
SEXIT 010524-R
SEXITs 1IJ12024-R
SFCMNL 0U712-R
SFILL 01323l.1-R
SFIO
1110517I11-R
SFLDEF 01 15111b-R
SIFw
1IJ1ZI714f»-R
SINITI 011f»00-R
SIOEXI 1IJ0b11b-R
SNAMC 1IJ21f»72-R
SOPEN 01111J30-R
SOTI
010072-R
SOTSVA 021b711J-R
SPSE
010412-R
SPSES 010452-R

IPUTRE 011b66-R
SRI
00b556-R
SR50
011b34-R
SSEQC 02l,70-R
SSST
0225f»4-R
SSSTIIJ 011720-R
ISSTl 1IJ1172b-R
nSl2 011740-R
SSST3 01174f»-R
SSST4 011754-R
SSSTS 11111762-R
SSSTb 0120U-R
sssn 011172-R
SSTP
010510-R
SSTPS 010502-R
SSVTKS 013472-R
STSKP 11140b10-R
STVD
007714-R
nVF
IZIIIJ770b-R

ITVI
0071U-R
ITVL
007100-R
STVP
007110-R
STVQ
007122-R
SVIRIN 0uua-R
SVRINT 013b70-R
SlFIO 005174-R
SSIFW 007152-R
SlOTI III 10074-R
SlVIR 01l67e-R
.MOLUN 021'76-R
.NLUNS 021b74-R
.VIR
"III 00 IIIZ

0070lb-R
00764b-R
007b2b-R
1Il1i!17642-R
007b3b-R
007b4b-R
f/l07b32-R
00764Z-R
007b3b-R
007f»46-R
0070Z2-R
00Tf)6"-R
00Tf>60-R
007672-R
007654-R
~01714-R

0017Q1b-R
007736-R
007700-R

•• * T.lk builder Itetiiticil
Totel WO,.k fi1e ref.rancel, 3511q.
Wo,.k file ,..adll 0.
work file writ.l. 0.
size of co,.. pool' 8220. wordl (32. pag.l)
Size of work fi1e. 4b08. wordl (18. c.g.s)
E1apsed timet00100,22

>RUN STUDENT
ANOTHER UNQUALIFIED SUCCESS
another unQualified success

Pag. 3

TVPS
TVQS
V007A

011J7730-R
11J07122-R
000000
un 01 4f1106-R
sBINU 0131b0-R
SCLOSE 014302-R
SCVTCB 11106534-R
SCVTCI 006534-R
SCVTDB 00b534-R
SCVTDI 00b534-R
SCVTF8 00b520-R
SCVTFI 006520-R
SDET
IHl.I112-R
SDI
01116S46-R
SECI
A0]T2z-R
SEOL
00617Z-R
SERRU 01212l.1-R
SERRTS 013500-R
SfRRn: 013670-R

Using the Editor Effectively
LABORATORY EXERCISES
Perform the following exercises using command mode of EDT.
1.

Edit the file PROSE.TXT located in your UFD.

Create a buffer called MORE.

Using the include command, read in the
(located in your UFD) into the buffer.

Display the contents of the buffer.

file

MORE.TXT

Create another buffer called SOME and move lines 1 through
of MORE (buffer) into it.

Save the contents of SOME in a file called SOME.TXT.

Perform a character search for all occurrences
character string "anything" in the main buffer.

Change every
"everything".

occurrence

the

string

Define a macro called EDIT that:
a.

Searches for the next occurrence of a 'i'

Inserts a line of asterisks at that point

Substitutes a

1 • I.

for nothing

the

"anything"

Using the Editor Effectively
LABORATORY EXERCISES
7.

Invoke that macro on the main buffer two or three times.

Use the set command to set EDT terminal parameter to
VT100.
(If your terminal is a VT100, set it to a VT52.)

Verify that it happened with the SHOW
display your
terminal
screen width.

Locate the first occurrence of the string "everything".

Substitute the word "anything" for the word "everything".

Use the SUBSTITUTE NEXT command
occurrences of that string.

command.

Also

10.

change

all

other

Create a startup command file with the name EDTINI.EDT to:
a.

Automatically put you in character mode upon entering EDT.

Automatically create a
MORE.TXT in that buffer.

Set EDT to search for exact matches when string searches.

Exit the editor and reenter
file.

buffer

using

and

include

PROSE.TXT

the

your

file

input

Using the Editor Effectively
LABORATORY EXERCISES
Perform the following exercises using character mode of EDT.
11.

12.

Move the cursor to the next section using the SECTION key.

Move the cursor to the top of the
key.

buffer

Move the cursor to the bottom
BOTTOM key.

the

Backup two sections and insert a form feed.
more sections and insert another form feed.

the

TOP

using

the

Backup

two

Move the cursor to the top of the buffer and using
PAGE key move through the main buffer to the end.

the

using

buffer

Using the CHNGCASE and SELECT keys change all
the word "LAW" to lowercase.

occurrences

13.
a.

Ensure that the caps lock key is up.

Beginning at the top of the
occurrences of the word LAW.

Press the caps lock key and repeat the exercise.
the difference?

file,

for

all

What was

Using the Editor Effectively
LABORATORY EXERCISES
14.

Move the lines beginning with the string "Boling's Postulate"
and ending with "you'll get over it" to the end of the file
using the CUT and PASTE keys.

15.

Position the cursor at the beginning of a line and delete
first five words in that line in one command.

16.

Using the COMMAND key, enter the line mode command to exit the
editor.

the

Using the Editor Effectively
SOLUTIONS
1.

)EDIT/EDT PROSE.TXT
1
;LAWS OF COMPUTER PROGRAMMING:
*:::tiORE
2.a. CEOB]
b. I NCLUDE MORE. TXT::MORE
*:=MORE
C •
1
RULE OF THE GREAT:

3
4

When somebod~ ~ou sreatlw ~dmire and respect
appears to b~ thinkin~ de~p thoushts, the~
probabl~ are thinkin~ about lunch.

CLARKE'S LAW OF REVOLUTIONARY IDEAS;

9
10
11
12

revoluti~n~r~ idea - in Science, Politics,
Art or Whatever - evok~s three stases of reaction.
The~ ma~ be summed UP b~ the three phrases:

Ever~

14
15
16
17
18
19

2.
3.

·It is ilflPossible .. ci~n't waste Ifl~ tillle.·
·It is possible, but it is not worth doinS.·
·1 said it was a Sood idea all alons.·

NEWTON'S LITTLE-KNOWN SEVENTH LAW:
A bird in the hand is safer than one overhead.

20
21
22

23
24
CEOB]

WHITE'S CHAPPAGGUIDICK THEOREM:
The sooner and in ruore detail
bad n~wu, the bett~r.

~ou

announce the

*::::SOME
[EOB]
*M :::MORE lt13 TO
13 lines moved
*:::SO~1E

RULE OF THE GREAT:

When

ar-'p~a.'s

5
6
7
8

9
10
11

12
13
CEOB]

~ou ~reatl~ admire and respect
to be thinkinS dt1ep thoIJsht.,;, the~
probabl~ are thinkins about lunch.
somebod~

CLARKE'S LAW OF REVOLUTIONARY IDEAS;
Ever~

The~

idea - i~ S~ience, Politics,
- ~vokes three stases of reaction.
be summed UP b~ the three phr~ses:

revolutionar~

Art or

What~v~r

ma~

·It is impossible - don't waste

time.·

Using the Editor Effectively
SOLUTIONS
4.
5. a.

6.
a•
b.

*WRITE SOME.TXT =SOME
DRO:[305,303JSOME.TXT;2 13 lines
*:::r!t~IN 1
1
;LAWS OF COMPUTER PROGRAMMING:
*%ALL 'ANYTHING'
16
If iDm:thinS c:an !:.iO wrons, it will.
21
2. ANYTHING takes lonser than ~o~ Lhink.
33
8. It is impossible to ruake an~thins foolproof
63
0 n c e <J J (J b i 0':; f 0 IJ led IJ p, a n ~ t h ins don e to imp r 0 v e
90% of ANYTHING is cr~d.
68
85
An~Lhins can be made to work if ~o~ fiddle with it
*S/ANYTHING/EVERYTHING/WH
16
I f EVE RYTHI NG c: am ~ 0 W l' 0 rIsir i t will.
21
2. EVERYTHING takes lonser than ~o~ think.
33
8. It is impoLuible to ruake EVERYTHING foolp~oof
63
Once a Jab i~ fa~led ~P' EVERYTHING done to improve
68
90% of EVERYTHING is cr~d.
85
EVERYTHING can be made to work if ~u~ fiddle with it
6 SIJbstit.IJt.ions
*DEFINE MACRO EDIT
*::::ED I T
[EOB]

1,**********
S/;I.I

[EOB]
l!<%WH
1
2
3

;

1;**********

5/;11

[EOBJ
*::.:MAIN
1

7•

;LAWS OF COMPUTER PROGRAMMING:

*EDIT
1
1

;LAWS OF COMPUTER PROGRAMMING:
LAWS OF COMPUTER PROGRAMMING:

*EDIT
14
14

*EDIT
38
38

; MUF:PHY' SLAW
MURPHY'S LAW
;BOLING'S POSTULATE:
BOLING'S POSTULATE:

Using the Editor Effectively
SOLUTIONS
*0:39
0.1
1
2
3

4
5
6

**********
LAWS OF COMPUTER PROGRAMMING:

1,
2.
3.
4.

An!:l siven proSrall' when Y'IJnriinSi i~ obsolete.
An!:l ~iv~n pro~ra~ costs more and take~ lonser.
If a proSram is u.eful, it will have to be chanSed.
If a proSram is useless, it will have to be document

edt

8. a.

7
5•
11I'I!::!:i i v f:t n pro S r a III will e :,~ F' a r Icl to fill a 11 a va i 1 a b 1 e
mt:'m01'!:I.
8
9
6. The value of a prOSram is proporitional tu the
weisht of its OIJtf'IJt.
10
7. ProSram complexit!:l Srows until it exceeds the
11
capabilit!:l of tht:' proSranlRler who RllJSt maintain it.
12
13
13.1
**********
MURPHY'S LAW
14
15
16
If EVERYTHING can Sio wronS, it will.
17
18
Corollaires:
19
20
1•
Not h ins i ~ is sea s ~ ~ !.:. i t 1 001-:, s •
2. EVERYTHING takas lanser than !:IOU think.
21
3.
If there i~ a possibilit!:l of several thinSs soins
22
wron~, tht:' ona th~t will cause the most damase will
23
be the one to So wronS.
24
4. If ~ou perceive that th~re are four p09sible wa!:ls
25
in which e procedure can So wronS, end circumvent
26
these, th~n a fifth wa!:l will proruptl!:l dev~lop.
27
5. Left to themselve~, thinS. tend to So from bed
28
to worse.
29
6.
Whenever wou set out to do somethins, .omethins
30
~lse must be done first.
31
7.
Ever!:l solution breeds new problems.
32
a. It is impos9ible ta make EVERYTHING foolproof
33
34
because fools are ~o in~enious.
9. Nutura alwa!:ls sides with the hidden flaw.
35
10.
Mother nature is a bitch.
36
37
37.1
**********
BOLING'S POSTULATE:
38
39
*SET TERMINAL. VT52
*SHOW TEF:M I NAL.
VT52
*SET TERMINAL HCPY
*SHOW TERMINAL

Using the Editor Effectively
SOLUTIONS
*SET SCREEN 40
*1:20
1

LAWS OF COMPUTER PROGRAM

MING:
2

3
1, An~ Siven pr
oSram, when runnin~ is obsol~te.
4
2. An~ ~iven pr
oSram costs more and takes lon~~r.
5
3. If a prodram
is useful, it will have to be chan~ed.
6
4.
If a ~ro~ram
is useless, it will have to be d~cument
edt

7
5. An~ siven pr
oSranl will e~·:P3I'1d to fill all available
8
memor~.
9
6.
The vallJe of
a proSram is proporitional to the
10
wei~ht ~f it
s output.
11
7.
ProSram comp
lexit~ Srows until it exceedG the
12
capabilit~ 0
f the pr~drammer who must maintain it.
13

13.1
14

**********
MURPHY'S LAW

15
16

If EVERYTHING ca

n So wrond, it will.
17

18
19
20

Corollaires:
1.

Nothins is a

as it looks.
*SHOW SCREEN
40
*SET SCREEN 80
5eas~

If EVERYTHING can So wronS, it will.

If ANYTHING

9. a. *S/EVEF:YTHING/ANYTHINGI
b. 1 slJbstitlJtion

c~n

So wronS, it will.

*SN
Unrecosnized command

c. *S N

21
2. ANYTHING takes l~ntier th~n ~ou think.
*SN\N\ N
33
8. It is im~o~sible to make ANYTHING foolpro~f
*S N
63
Once a Job is fouled UP, ANYTHING done to improve
*S N
68
90~ of ANYTHING is crud.
*S N
85
ANYTHING can be made to work if ~ou fiddle wjth it
*S N
*EDIT/EDT \ TDE/TIDE\EXIT
DRO:C305,303JPROSE.TXT;3 138 lines

Using the Editor Effectively
SOLUTIONS
>

10.

>EDIT/EDT EDTINI.E[IT
In~ut file does not exist
[EOEIl
*1
a. INCLUDE MORE. TXT =MORE
b. SET SEARCH EXACT
c. SET MODE C
~z

[EOEIl
*7.WH
1
2
3

INCLUDE MORE.TXT =MORE
SET SEARCH E:<ACT
SET MODE C

[EOElJ
*EX
DRO:l305,303lEDTINI.EDT;1 3 lines
>EDIT/EDT PROSE.TXT

11-16.

No Solution Provided

Using Indirect Command Files
LABORATORY EXERCISES
1.

Write an indirect command file that prompts for
a
file
type
and
then displays on your terminal all files under your UlC
that are of that particular file type.

Write an indirect command file that will set your terminal
the following characteristics:

VT52 or VT100
HOLD SCREEN
DCL
Give the file the name LOGIN.CMD, then logout and log back in.
3.

To your LOGlN.CMD file created in exercise 2
following features:
if

wants

read

above,

Ask
the
user
(MESSAGE.TXT)

If the user answers yes, display the file contents on the
terminal.
If
the
user answers no,
exit the indirect
command file.

message

the

Create a file MESSAGE.TXT with a note in it.
back in to test the indirect command file.

add

Logoff

and

file

log

Using Indirect Command Files
LABORATORY EXERCISES
4.

Write an indirect command file to get
information and put it into a file:

the

the time and date

the user's UIC

the command language interpreter
using

what physical device the user is on

whether the system is mapped or not

which operating system is running

the

following

user

system

currently

Write a LOGIN.CMD file to ask the user for another password.
If
it
is not the correct password, ask the question again
twice.
If the answer is still not correct, automatically log
the user off.
If the password is correct, ask the user for
his name and group and save it in a file along with the time
and date.

Write an indirect command file that asks the user if he
to assemble/compile or task-build a task.

wants

If he wants to assemble, invoke another command file that asks
the file name to be assembled.
7.

Write an indirect command file that will purge your
of every version but the latest two.

directory

Modify this to ask for a particular file type to be purged.
Modify it to ask for the
saved.

number

latest

versions

Using Indirect Command Files
LABORATORY EXERCISES
8.

Obtain a listing of LB:[1,2]STARTUP.CMO
read for understanding.

and

SHUTUP.CMO

and

What function do these two indirect command files perform?
9.

Write an indirect command file to broadcast a message to a
particular terminal
every X seconds.
Ask the user to supply
the terminal number, number of seconds, and the message.
Also
make it flexible enough to process messages from a file.

10.

Create an indirect
actions:

command

file

perform

Prompt for a file name

Prompt for a UFO

Copy the file with the indicated
specified UFO, to your UFO

Ask if there are any more files to be
repeat the above steps;
if no, exit.

name

the

following

belonging

the

copied.

yes,

Using Indirect Command Files
SOLUTIONS
SOLUTION • EXERCISE .1
.ENABLE SUBSTITUTION
.ASKS[1:3J TYPE FILE TYPE FOR DIRECTORY
OIR *.·TYPE·

SOLtlTION .. EXERCISE #2

.IF <CLI> EO "MCR" SET /DCL=T!:
SET TER~1~AL/VT52
SET TERMINAL/nOLO

SOLUTION - EXERCISE #3

.IF <eLI> EO "~CR" SET /DCL=TI:
SET TgR~INAL/VT52
SET Tg~MINAL/~OLD
.ASK ~ESS DO YOO WANT TO READ YOUR MESSAGE FILE
.F:NABLE QUIET
.IFT MESS TVP€ MESSAG~.TXT

SOLUTION -

EX~RCISE

.OPEN INFO
.ENABLE SUBSTITUTION
.["IATA ·<DATE>·
.DATA ·<TI~E>·
.DATA ·<S~DISK>· ·<BYUNIT>'
.DATA ·<CLI>·
.IFT <M~PPEO> .DATA MAPPED SYSTEM
.IFF <MAPPED> .DATA U~MAPPED SYSTEM
.IF <srSTEM> EO & .DATA RSX-l1~·PLUS SYSTEM
.IF <SYSTEM> EO 1 .DATA RSX-I1M SYSTE~
.CLOSE 1JI4rO

Using Indirect Command Files
SOLUTIONS
SOLUTION • EXF.RCISE #5

.SETN COUNT 1
.LOOPI
.ASKS PSS~RD ENTER PASSWORD PLEASE
.IF PSS~RD EQ "FUN" .GOTO 10
.IF COlJHt EQ 3 .GOTO 20
.INC COUNT
.G01'O LOOP
.10:

.20:

.ASKS GROUP ENTER YOUR GROUP NUMBER PLEASE
.ASKS MEMBER ENTER YOUR MgMBER NUMBER PLEASE
.ENABLE SUBSTITUTION
.OPEN USERS
.DATA 'GROUP' ·M~~bER' '<TIME)' 'COATE)'
.CLOSF USE:RS
.EXIT
.IF <eLI> EO "DCL" LO
.IF <CLI> EO "~CR" elF

.,J

,,,

SOLUTION • EXERCISE #6

.ASKS OPER DO Y00 WANT TO COMPILE, ASSEMBLE OR TASKBUILD(C,A,T)
.1F OPER EQ "e" ~COMPILE.CMD
.IF OPE~ EO "A" ~ASSEMBLE.CMU
.ASK CONT DO YOU ~ISH TO TASKBUILD NOW
.IFT CO NT .SETS O~~R "T"
.IF OPER EQ "T" @rASKRUILD.CMD

COMP I LE. C ~"D

.ASKS FILE ~HAT FILE DO ynu WANT TO COMPILE
.ASKS LANG ~HAT LANGUAG~ DO yOU WANT TO USE (FOR, f4P,F77)
.ENABLE SUBSTITUTION
.IF LANG EO "FOR" FORTRAN/FOR/LIST 'FILE'
.IF LANG EO "F4P" FORTRAH/F4P/LIST 'FILE'
.IF LANG EO "F77" FORrRAN/F77/LIST 'FILE'
.EXIT

,
,,
J
J

ASSEMBLE.CMu
WHAT FIL~ TO ASSEMqLE
SUBSTITUTION
MACRO/LIST 'FILE'
.EXIT
.~SK5

FIL~

.~NABLE

TASKBUILD.CMO
.ASKS FILE wH~T FILE TO TASKB.UILD
.ENABLE SUBSTITUTION
LINK/MAP 'FILE"

Using Indirect Command Files
SOLUTIONS
SOLUTION - EXERCISE .7

.ASKS TYPE WHAT FILg TYPE TO BE PURGED
.ASKS NUM HO~ MANY VERSIONS TO KE~P
.~NA8LE SUBSTITUTION
PURGE *.'TYPE'/KEEP:'NUM'/LOG

SOLUTION - EXERCISE t8

,.,

,,,

No Solution Provided
SOLUTIO~

.AS~S

- EXERCISE #9

TTY TO ~riAT TER~lNAL

.ASKS TIM HOW OFT~N (SECONDS)
.ASKS MES wHAf ~ESSAG~
.SETN COUNT 1

,,
,,

.LOOP:
.ENABLE SUBSTITUTION
TT·"t'Ik": 'MES'
.INC COUNT
.IF COUNT EO 6 .EXIT
.Dt:LAY 'TIM'S
.GOTO LOiJP

B~O

,,
,
,,,
,

,,
,,
,

;

SOLUTION • EXERCISE _10

.LOOP:
.ASKS FILg FILE NAME TO ~~ COPIED
.ASKS UFO FRO~ ~HAT UFD
.ENABLE SUBSTITUTION
copy 'UfO' 'YILE' *.*
.ASK RPT DO YOU WANT TO REPEAT THIS OPERATI
.1FT RPT .GOTO LOOP

,,,
,

Controlling Task Execution
WRITTEN EXERCISES
1.

Using Figure 8-1, complete the following chart.
(Fill
many of the states as apply to each of the tasks.)

TASK
TASKA
TASKB
TASKC
TASKD
TASKE
TASKF
TASKG
TASKH
TASK!
TASKJ
TASKK
2.

List at least four conditions that are significant events.

a.
b.

c.
d.
e.
f.

g.
3.

Using Figure 8-1, suppose TASKE completes and TASK!
unblocked. What task would become the active task?

becomes

Controlling Task Execution
WRITTEN EXERCISES
4.

A real-time task will be built with a priority in the range of

Most programs in use on the system run at a priority
range of 1 ,and in the partition called

A real-time task generally will/will not (circle one) be built
to run in the GEN partition.

Building a task to be checkpointable allows the operating
system to
the task's memory image out to a system
checkpoint file.

The DCL command LINK/CHECKPOINT:TASK
space for the task in the

You achieve
when you delay assigning a
logical unit to a physical device until just before running a
program.

10.

A logical unit represents an

11.

The priority of an installed task
privileged user by issuing the MCR

12.

The task name of an installed task can/cannot (circle one)
changed at run time.

13.

List the Task
attributes:

Builder

defaults

Priority
Parti tion
Checkpointability
Task Name

Task Units

will

for

create

the

checkpoint

may be changed
command.

the

following

a
be

task

Controlling Task Execution
WRITTEN EXERCISES
user may permanently install

task

the

state

changes

14.

Only a
STD.

15.

When a task is installed in the STD, its
from
to

16.

The privileged command
the STD.

17.

Uninstalled tasks are invoked by issuing the

18.

Installed tasks which are not MCR
issuing the

19.

An MCR spawnable installed task is invoked by issuing the last

20.

The
is used with the RUN command to indicate that the
task--rffiage file
is located in the System UFD (System and
Library UFD for M-PLUS systems).

21.

To RUN a task at a specific time, the
the RUN command is used.

qualifier

22.

To RUN a task at repeated intervals, the
the RUN command is used.

qualifier of

task

is used to remove

spawnable

task

from

command.
are

invoked

Controlling Task Execution
SOLUTIONS
1.

Using Figure 8-1, complete the following chart.
(Fill
many of the states as apply to each of the tasks.)
TASK
TASKA
TASKB
TASKC
TASKD
TASKE
TASKF
TASKG
TASKH
TASKI
TASKJ
TASKK

BLOCKED
BLOCKED
READY-TO-RUN, CURRENT
BLOCKED
BLOCKED
READY-TO-RUN

List at least four conditions that are significant events.
a.
b.
c.
d.
e.
f.
g.

TASK STATE(S)
KNOWN, DORMANT
KNOWN, ACTIVE,
KNOWN, DORMANT
KNOWN, ACTIVE,
KNOWN, ACTIVE,
KNOWN, DORMANT
KNOWN, ACTIVE,
KNOWN, DORM~NT
KNOWN, ACTIVE,
KNOWN, ACTIVE,
UNKNOWN

TASK COMPLETION
I/O COMPLETION
RUN COMMAND IS ISSUED
~ASK DECLARES A SIGNIFCANT EVENT
TASK ENTERS WAIT-STATE
MARK TIME EXPIRATION
'P'R'OGRAMISSUES A SEND DATA DIRECTIVE

Using Figure 8-1, suppose TASKE completes and TASKI
unblocked. What task would become the active task?
TASKI

becomes

Controlling Task Execution
SOLUTIONS
4.

A real-time task will be built with a priority in the range of
150-250.

Most programs in use on the system run at a priority
range of l
150 and in the partition called GEN.

A real-time task generally will/will not (circle one) be built
to run in the GEN partition.
---- ---

Building a task to be checkpointable allows the operating
system to SWAP the task's memory image out to a system
checkpoint file.

The DCL command LINK/CHECKPOINT:TASK will
space for the task in the task image file.

You achieve DEVICE INDEPENDENCE when you delay assigning a
logical unit to a physical device until just before running a
program.

10.

A logical unit represents an I/O device.

11.

The priority of an installed task may be changed
privileged user by issuing the MCR ACT command.

12.

The task name of an installed task can/cannot (circle one)
changed at run time.

13.

List the Task
attributes:

Builder

defaults

for

the

create

the

checkpoint

following

Priority

Parti tion

GEN

Checkpointability

Not checkpointable

Task Name

First six characters of the
fIrSt input file--

Task Units

.§. J2 in the case of FORTRAN)

a
be

Task

Controlling Task Execution
SOLUTIONS
14.

Only a privileged user may permanently install a task
STD.

15.

When a task is installed in the STD, its
from UNKNOWN to KNOWN AND DORMANT.

changes

16.

The privileged command REMOVE is used to remove
the STD.

17.

Uninstalled tasks are invoked by issuing the RUN command.

18.

Installed tasks which are not MCR
issuing the RUN Command.

19.

An MCR spawnable installed task is invoked by issuing the last
three characters of the task name.

20.

The ~ is used with the RUN command to indicate that the task
image file
is located in the System UFD (System and Library
UFD for M-PLUS systems).

21.

To RUN a task at a specific time, the /SCHEDULE
the RUN command is used.

22.

To RUN a task at repeated intervals, the
of the RUN command is used.

task

spawnable

state
a

are

task

invoked

qualifier

/INTERVAL

the

from

qualifier

Controlling Task Execution
LABORATORY EXERCISES
1.

Using the object modules created in the
Program Development
module,
build your task using the /OPTIONS switch of the LINK
command with: a priority of 75, a task name of XXABC,
and a
partition of SYSPAR.
Make this task checkpointable to a
system checkpoint file.
List a directory on the task
image
file and note the number of file blocks.

Rebuild your task making it checkpointable to the task
image
file.
Do a directory on the task image file.
Note how many
blocks the file contains.
Did the task image file decrease or
increase? Why?
To perform the following
account.

exercises,

log

into

privileged

Locate the LABONE.TSK in your UFD.
Install this task into the
system task directory using your name as the task name, at a
priority of 45 (10).
Using the
SHOW command, display your
task characteristics.

Determine the task logical unit assignments.
is logical unit 5 assigned?

Run the task.
Display all active tasks
initiated
terminal.
What name is your task running under?
task.

Remove your task from the System Task Directory.
Run your
task using the install-run-remove option of the RUN command.
Determine the task name by showing the active tasks at your
terminal. Abort the task.

Install your task so that it is MCR spawnable. Run it under
MeR without using
the
RUN command. What is its task name?
Abort it.

Remove your task.
Reinstall it specifying the partition in
which
it will
run as XYZZY. After answering the following
questions, remove the task.
a.
b.
c.

To which

Was there an error message?
Was a STD entry created?
What is the partition name in the STD entry?

device

from your
Abort your

Controlling Task Execution
SOLUTIONS
1.

>LINK/OPTIONS/CHECKPOINT:SYSTEM PROGRAM
Option? TASK=XXXABC
Option? PAR=DRVPAR
Option? PRI=75
Option?
>DIR F'ROGRAM. TSK
Director~ DRO:E305,303J
22-JAN-82 14:25

PROGRAM.TSK;l

22-JAN-82 14:24

Total of 4./4. blocks in 1. file

>LINK/OPTIONS/CHECKPOINT:TASK PROGRAM
Option? TASK=XXXABC
Option? PAR=DRVPAR
Option? PRI=75
Option?
::..
>DIR PROGRAM.TSK;*
Director~ DRO:r305,303J
22-JAN-82 14:26

PROGRAM.TSK;l
PROGRAM.TSK;2

C
C

22-JAN-82 14:24
22-JAN-82 14:26

Total of 10./10. blocks in 2. files

>
3.

::=-

>INSTALL/TASK_NAME:JIM/PRIORITY:75 LABONE.TSK
>SHOW TASKS:JIM/INSTALLED
0356
GEN
75. 00053400 SYO:-01115075
JIM
)SHOW TASKS:JIM/LOGICAL_UNITS
SYO: 1.
SYO: 2.
SYO: 3.
SYO: 4.
TIO: 5.
CLO: 6.
:>
>RUN JIM
ENTER UPPER LIMIT

DCL>SHOW TASKS ACTIVE
PRIME 11 IS 2
MCR •••
SHOT54
JIM
PRIME 12 IS 3

Controlling Task Execution
SOLUTIONS
IICl>ABO JIM
14:43:38

Task ·JIM
• terminated
Aborted via directive or ClI
And with pendins I/O re~uests

6•

~~·REMOVE JIM
>r<UH LABONE.TSK
ENTER UPPER lIMIT

DCl>SHOW TASKS/ACTIVE
PRIME .1 IS 2
MCR •••
SHOT54
TT54
PRIME .2 IS 3
)-

>RUN lABONE.TSK
ENTER UPPER lIMIT
DCl)ABO
14:44:53

Task ·TT54 • terminated
Aborted via directive or ClI
And with pendinS lID reouests

>INSTAll/TASK_NAME: ••• JIM lABONE.TSK
)JIM
ENTER UPPER lIMIT
DCl>SHOW TASK ACTIVE
PRIME .1 IS 2
PRIME .2 IS 3
SHOT54
••• JIM
>SHOW TASKS/ACTIVE
MCR •••
SHOT54
)JIM
ENTER UPPER lIMIT
DCl>ABO JIM
PRIME .1
14:51:59 Task • ••• JIM· terminated
Aborted via directive or ClI
And with pendins 1/0 re~uests
REM JIM

>INSTAll/PARTITIONtXYZZY lABONE.TSK
INS -- Partition XYZZY not in s~stem, defaultinS to GEN
>SHOW TASKS:lABONE IINSTAllED
lABONE 0356
GEN
50. 00053400 SYO:-01115075
>REfi lABONE

Libraries

WRITTEN EXERCISES
1.

List the three types of libraries.

The
Table in a library is used to locate a
label ln a library module •

global

The
Table in a library is used to locate a
contalned wrtJiTn a library.

module

The DCL
command is
maintains a llbrary file.

Write the file
library.

task

that

default

System

Macro

default

System

Object

used

invoke

specification

the

Write the file specification
library.

the

The modules READ, WRITE, SINE, and COSINE are contained in a
file MYRTNS.OBJ.
Write the DCL command to create a User
Object library called MYOBJECT. Take the system defaults on
the size of the file, the number of module entries and global
entries.

Write the command to extract the WRITE module from the library
created above. Give the output file the name WRITE.OBJ.

the

Libraries

WRITTEN EXERCISES
9.

Write the command to replace the SINE module in MYOBJECT.
input file containing the module is ROUTINES.OBJ.

10.

List the two system tasks that automatically search a
file.

library

11.

Write the command to list the
System Object library.

default

entry

points

the

The

Libraries
SOLUTIONS
1.

List the three types of libraries.
Macro Source Libraries
Object Libraries
Universal Libraries

The
Entry Point
Table in a library is used to
global label in a library module.

locate

The
Module Name
Table in a library is used to
module contained within a library.

locate

The DCL
LIBRARY
command is used to invoke the task
maintains a library file.

that

Write the file
library.

specification

the

default

System

Macro

the

default

System

Object

LB:[l,l]RSXMAC.SML
6.

Write the file specification
library.
LB:[l,l]SYSLIB.OLB

Write the command to extract the WRITE module from the library
created above. Give the output file the name WRITE.OBJ.
LIBRARY/EXTRACT/OUTPUT:WRITE.OBJ MYOBJECT WRITE

Write the command to replace the SINE module in MYOBJECT.
input file containing the module is ROUTINES.OBJ.
LIBRARY/REPLACE MYOBJECT ROUTINES

The

Libraries
SOLUTIONS
10.

List the two system tasks that automatically search a
file.

library

MACRO-II Assembler
Task Builder
11.

Write the command to list the
System Object library.

entry

points

LIBRARY/LIST/NAMES LB: [l,l]SYSLIB

the

default

Libraries
LABORATORY EXERCISES
1.

Read the information provided by the HELP command on LIBRARY.

Using the DCL LIBRARY command, obtain a directory
System Macro library on LB:[l,l] RSXMAC.SML.

Obtain a full directory including global symbols of the same
library and put it in a file rather than having it come to
your terminal.
Print that file on the line printer.
What
additional
information does this type of listing give you?
When would this information be most beneficial?

Extract the following modules from the library putting each
module in a separate file (in your UFD) on your disk area:
ALUN$S
CALL
EXIT$C

the

DIR$
OFF$
CRAWS

You may want to inspect the contents of a file to
macro source file looks.

see

how

Now, create a Macro library on your own UFD called MYMAC that
contains the modules extracted in exercise 3.
Do a brief
directory on MYMAC to ensure that all modules are there~
Module names in a
Source library equate to the first six
characters in the last .TITLE statement for a macro source
file.

Obtain information on available file space and recoverable
deleted space on the library.
Then delete DIR$ and CRAWS from
the library and compare the new figures on available file
space and recoverable deleted space with the old figures.

Replace ALUN$S, CALL, and EXIT$C with the same macro source
files and again look at the new figures on available free
space and recoverable deleted space.

Libraries
LABORATORY EXERCISES
8.

Compress the library to recover the free deleted space.

You can repeat the exercises above for
the library LB:[l,l]SYSLIB.OLB.

10.

You can repeat the exercises above using MCR commands.

object

modules

using

Libraries
SOLUTIONS
1.

>HELF' LIBRARY
The LIBRARY command perform • • aintenance operations orl a librar~
file. A librar~ file is ~ direct access file containin~ one or m~re
modules.
There are three t~pes of libraries. ObJ~ct libraries hold obJ~ct
modules and can be used as input t~ the Task Builder. H~cro
libraries hold source macros and can be called in b~ the macro
assembler. Univers~l libraries can have an~ contents. See the
RSX-llM/H-PLUS Co.mand Lan~ua~e Manual and the discussion of the LBR
utilit~ in the RSXllM/M-PLUS Utilities M~nual for more informati~n.
The LIBRARY com.land p~rforms the
DELETE
REMOVE

CREATE
REPLACE

followin~

EXTRACT
COMPRESS

eisht operatiorls!
INSERT

LIST

For more informati~n on a particular LIBRARY operatiun, see HELP
LIBRARY operation.

>LIBRARY/LIST LB:Cl,lJRSXHAC.SML
of file RSXMAC.SML;133
Macro librar~ created b~: LBR V06.00
Last insert occurr~d 18-DEC-81 at 18:32:33
MNT entries allocated: 512; ~vailable: 85
EPT entries allocated: 0; Avail~ble: 0
File space available: 00938 words

Director~

ABRT$
ABRT$C
ABRT$S
AFF$
ALTP$
AL TF'$C
ALTP$S
ALUN$
ALUN$C
ALUN$S
ASTX$
ASTX$C
ASTX$S
ATRO$
ATRG$C
ATRG$S
BDOFF$
CALL
CALLR
CBYTE$
CCML$
COET$B
CGET$W
CINT$
CINT$C
CINT$S
CLEF$
CLEF$C
CLEF$S
CLOSE$

Libraries
SOLUTIONS
CMKl$
CMKT$C
CMKT$S
CMOV$9
CMOV$W
CMOV$2
CNClt
ENCP$
ENCPtC
ENCP$S
ERR$
EXIF$
EXIFtC
EXIFtS
EXITt
EXIT$C
EXIT$S
EXST$
EXSTtC
EXST$S
EXTK$
EXTK$C
EXTK$S
FCS9T$
FCSMC$
FDAT$A
FrIAT$R
FD9DF$
FDBF$A
FD9F.R
FDBK$A
FDBK$R
FIIBSZ$
FDOFF$
FDOFtL
FDO

>;
>;

>LIBRARY/LIST:C305,303JLIBDIR.LST/FULL LS:Cl,lJRSXMAC.SML
>PRINT LIBDIR.LST
", s.ublTdtted to GIJeue "PRINT"
PRI .. Job 765, naJlle "LIBDIR
);

>;
>;

)LI9RARY/EXTRACT/OUTPUT:r305,303JALUNS.MAC LB:Cl,lJRSXMAC.SML ALUN$S
>LIBRARY/EXTRACT/OUTPUT:r305,303JCALL.MAC LB:rl,lJRSXMAC.SML CALL
>LIBRARY/EXTRACT/OUTPUT:r305,303JEXITC.MAC LB:rl,lJRSXMAC.SML EXIT$C
>LIBRARY/EXTRACT/OUTPUT:r305,303JCRAW.HAC LB:Cl,lJRSXMAC.SHL CRAWS
>LIBRARY/EXTRACT/OUTPUT:C305,303JDIR.HAC LB:Cl,lJRSXMAC.SHL DIRt
>LIBRARY/EXTRACT/OUTPUT:C305,303JOFF.HAC LB:Cl,lJRSXHAC.SHL OFF$

Libraries
SOLUTIONS

>;
>;
);

)LIBRARY/CREATE/HACRO HYHAC ALUNS,CALL,EXITC,CRAW,DIR,OFF
>LIBRARY/LIST HYHAC.HLB
Director~ of file HYHAC.HLB;1
Hacro librar~ created b~:
LBR V06.00
Last insert occurred 30-DEC-81 at 09:39:16
HNT entries alloc~ted: 256; Available: 250
EPT entries allocated: 0; Available: 0
File s~ace available: 23830 words

ALUN$S
CALL
CRAW$
DIR$
EXIT$C
OFF$
);

);

>LIBRARY/LIST/FULL HYHAC.HLB
Director~ of file MYMAC.MLB;1
Macro librar~ created b~:
LBR

V06.00
Last insert occurred 30-DEC-81 at 09:39:16
MNT entries allocated: 256; Available: 250
EPT entries allocated: 0; Availabl~: 0
File s~ace available: 23830 words
ALUN$S

Size:00079

Inserted:30-DEC-81

CALL

Size:00032

Inserted:30-DEC-81

CRAW$

Size:00085

Inserted:30-DEC-81

IIIR$

Size:00082

Inserted:30-DEC-81

EXIT$C

Size:00092

Inserted:30-DEC-81

OFF$

Size:00120

Inserted:30-DEC-81

)LIBRARY/DELETE HYHAC.MLB DIR$,CRAW$
Modules deleted:
DIR$
CRAW$
>LIBRARY/LIST/FULL HYHAC.MLB
Director~ of file MYMAC.MLB;l
Macro librar~ created b~:
LBR V06.00
Last insert occurred 30-DEC-81 at 09:39:16
MNT entries allocated: 256; Available: 252
EPT entries ~llocated: 0; Ayailabl~: 0
File s~ace available: 23830 words
Recoverable deleted s~ace: 00167 words

ALUN$S

Size:00079

Inserted:30-DEC-81

CALL

Size:00032

Inserted:30-DEC-81

EXIT$C

Size:00092

Inserted:30-DEC-Bl

OFF$

Size:00120

Inserted:30-DEC-81

Libraries
SOLUTIONS

>;
>;
>;
>;

>LIBRARY/REPLACE MYMAC.MLB ALUNS,CALL,EXITC
Module 'ALUN$S' replaced
Module 'CALL

're~laced

Module 'EXITSC'

re~laced

>LIBRARY/LIST/FULL MYMAC.HLB
Director~ of file MYMAC.MLB;l
Macro librar~ created b~:
LBR V06.00
Last insert occurred 30-DEC-81 ut 09:39:27
MNT entries allocated: 256; Available: 252
EPT entries alloc~t~d: 0; Available: 0
File s~ace available: 23627 words
Recoverable deleted s~ace: 00370 words

ALUNfS

Size:00079

Inserted:30-DEC-Bl

CALL

Size:00032

Inserted:30-DEC-81

EXITfC

Size:00092

Inserted:30-DEC-Bl

OFFS

Size:00120

Inserted:30-DEC-81

>;
>;

IB
);
)LIBRARY/COMPRESS MYMAC.MLB NEWMYMAC
);

Advanced Maintenance Operations
WRITTEN EXERCISES
1.

devices process records one at a time.

Devices that collect records into a file and store
future use are called
devices.

them

for

The
software system creates and
structure on disks and DECtape.

the

file

The FILES-II file structure
structure consisting of the

List the five system files
FILES-II volume.
a.
b.
c.
d.
e.

that

has

maintains

must

level

directory
and the

present

every

INDEXF. SYS
BITMAP.SYS
BADBLK.SYS
000000.DIR
CORIMG.SYS

Every file has two parts, the

The header of a file is located in the

system file.

A
device is one that can be accessed by
the system.

all

and a

users

- - - - device is one that has been allocated by a user.

10.

You use the
command to logically
system about a volume.

11.

You use the
command to make a second copy of
for safety precautions.

12.

The
will transfer files from one volume to
another, and in addition will convert the file to the output
volume structure.

inform

the

operating
a

volume

Advanced Maintenance Operations
WRITTEN EXERCISES
13.

The
is software that manages output devices (like
printers, plotters) for efficient use.

14.

You use the
command to place a file
into a queue for
printing at the line printer, when the Queue Manager is
installed on your system.

15.

The

16.

You use the
to inspect
file when debugging a program.

17.

Yo u use the
ASCII files.

command is used to display the jobs in a queue.
the

contents

command to compare the contents of two

100

Advanced Maintenance Operations
SOLUTIONS
1.

Record-oriented devices process records one at a time.

Devices that collect records into a file and store
future use are called file-structured devices.

them

for

The FILES-II software system creates and
structure on disks and DECtape.

the

file

The FILES-II file structure
structure consisting of the
User File Directories.

List the five system files
FILES-II volume.
a.
b.
c.
d.
e.

that

maintains

has a two level
directory
Master FTIe Directory and the
must

present

every

INDEXF. SYS
BITMAP.SYS
BADBLK.SYS
000000.DIR
CORIMG.SYS

Every file has two parts, the body and a header.

The header of a file is located in the INDEX.SYS system file.

A public device is one that can be accessed by
the system.

A private device is one that has been allocated by a user.

10.

You use the MOUNT command to logically
system about a volume.

11.

You use the BACKUP command to make a second copy of
for safety precautions.

12.

The File Transfer Utility will transfer files from one volume
to another, and
In addition will convert the file to the
output volume structure.

101

inform

all

the

users

operating
a

volume

Advanced Maintenance Operations
SOLUTIONS
13.

The Queue Manager is software that manages
(like printers, plotters) for efficient use.

14.

You use the PRINT command to place a file
into a queue for
printing at the line printer, when the Queue Manager is
installed on your system.

15.

The SHOW QUEUE command is used to display the jobs in a queue.

16.

You use the File Dump Utility to inspect
file when debugging a program.

17.

You use the DIFFERENCES command to compare the contents of two
ASCII files.

102

the

output

contents

devices

Advanced Maintenance Operations
LABORATORY EXERCISES
1.

Give the commands needed to perform the following actions:
a.

Run FMT and verify that the operation was successful.

Run BAD and list the bad blocks at your terminal.

Initialize a RK05 disk pack to use FILES-II.

Create a UFD on a RK05 pack for
[305,300].
Allow only
yourself to have write, delete and extend privileges.

Create a backup copy of a RK05 pack on 800 BPI tape.

Write the command to copy a
file
from a magnetic
DOS-II format to your UFD on a FILES-II volume.

Write the command to show the differences between two versions
of an ASCII file:
a.
b.

Standard output format
Change bar format

103

tape

Advanced Maintenance Operations
SOLUTIONS
1 • a.

ALL IIKO:
MCR FMT IIKO: /VE

** WARNING - Data will be
Contin~e1

IQ~t

on DKO:

ty OR NJ: Y

start formattin!.il
St~rt

verification

Operation complete
>iiCF: '[I,Ut DI':':' 1 /L I

b. [IAII .--. III\O:

Tot~l

b~d

blocks:: O.

>INITIALIZE
Ilevice1 D~:O 1
Label? STUDENT

d.
>CREATElD IF:ECTORY /PF:OTECT I ON 1 0: SY ; ,Ol~; F:WEIt, GR: ,WO ~ )
Device, UFD? D~0![305,300J
UFD -- Vol~me not mounted
>MOUNTDt<O!
MCR -- S!:lnt<J>: IHT'or
>MOUNT DI'::O!
Vol~me ID? STUDENT
:>
>CREATE/DIRECTORY/PROTECTION:<SYt,OW:RWED,GRI,WO!)
Device, UFD? DKOI[305,300J
>ItIr: ".T:O(T

:-HOIJNT It I":':' ; EL I ZABETH
>Bf.ICKUP
From? DEO;
To? MMO;
BAC _. - FAT AL
F' T' i v i leg e vi 0 1 at i Qn () n II K 0 :
1/0 error code -16

* --

e. >BACIWPlMOUNTED
F r () ITt ? D,,: 0 t
Tt)? HMO;

BAC - Starting Tape 1 on MMO:
BAC - End of
BAC -

T~pe

1 Qn MMO:

C(,>1ft pIe ted

104

Advanced Maintenance Operations
SOLUTIONS
2.

>i1C

FL<

FLX 11M':)! o·'"ZEooF:I·,l
FLX o:F:S
FLX MM0;-C305~303J~,+
FLX . iHE'; o°F:!,J..°LI
Di loecto r~
09-Ji:m- 82

MMOlC305,303J

FILES.MAC
MYLIB.MLB
DOC.MRO
PROSE.TXT
MAIN.FOR
MORE.TXT
COMPARE.TXT
CMP.TXT
NEW. TXT
INPUT. CMI)
SYMBOLS.CMII
CONTROL.CMD
SPECIAL.CMD
OPE RAT I NG. CMrl
ASSEMBLE. CMrl
TEST.LST
LOGICAL.CMD
TI="~T.MAr

9.
1.

8.
4.
2.
2.
3.
2.
2.
2.
2.
2.

3.
1.

2.
2.
1 •

09-Jc;n-82 <233>
09-JC:fI-82 <233>09-Jan-82 <233>
09-Jdfl-82 <233>09-Jiiln-82 <233>09-Jcsn-82 <233>
09-Jdfl-82 <233>
09-Jan-82 <233>09-Jan-82 <233>
09-·Jdfl-82 <233>
09-Jan-82 <233>
09-Jan-82 <233>
09-Jan-82 <233>
09-Jan-82 <233>09-Jan-82 <233>
09-Jafl-82 <233>09-Jan-82 <233>09-oL:tn-R? o(?13"::-

FLX>/[lO
FLX>~MMO:PROGRAMtMAP
FLX>~Z

105

Advanced Maintenance Operations
SOLUTIONS
3.

DRO:[305,303JCOMPARE.TXT;2 27 lines

a. )DIFFERENCE COMPARE.TXT;1 COMPARE.TXT;2

**************************************************
1) DRO:[305,303JCOMPARE.TXT;1
15

GENERATE A LISTING IN THE FORM OF ONE LIST,

***************
2) DRO:r305,303JCOMPARE.TXT;2
15
16
17
18
19

THESE LINES WILL BE THE DIFFERENCE BETWEEN THE TWO FILES
THE DIFFERENCE COMMAND IS EXCELLENT FOR COMPARING THE DIFERENCES
BETWEEN TWO VERSIONS OF PROGRAM SOURCE FILLES TO DETERMINE
WHAT EDITS HAVE BEEN MADE.
GENERATE A LISTING IN THE FORM OF ONE LIST,

1 differences fuund

TI:/BL/FF/-CB=COMPARE.TXT;1,COMPARE.TXT;2
:>

b. )DIFFERENCE/CHANGE_BAR COMPARE.TXT;1 COMPARE.TXT;2
1

2
3
4

5
6

THIS IS A TEST TO SHOW THE RESULTS OF THE COMPARE
FILE UTILITY (CMP). THIS UlILITY COMPARES TWO
ASCII FILES. THE FILES ARE COMPARED LINE BY LINE TO
DETERMINE WHETHER PARALLEL RECORDS ARE IDENTICAL.
USING CMP, YOU CAN PERFORM THE FOLLOWING FILECOMPARE FUNCTIONS:

GENERATE A LISTING SHOWING THE DIFFERENCES
BETWEEN THE TWO FILES. EACH DIFFERENCE IS
LISTED AS A PAIR; FIRST, THE LINES FROM
THE FIRST FILE THAT ARE BEING COMPARED TO
LINES IN THE SECOND FILE, THEN THE LINES
FROM THE SECOND FILE.

8
9

10
11

12
13
14
15
16
17
18
19

THESE LINES WILL BE THE DIFFERENCE BETWEEN_~HE TWO FILES
THE DIFFERENCE COMMAND IS EXCELLENT FOR COMPARING THE DIFERENCES
BETWEEN TWO VERSIONS OF PROGRAM SOURCE FILLES TO DETERMINE
WHAT EDITS HAVE BEEN MADE.

20
21
22
23
24
25
26

GENERATE A LISTING IN THE FORM OF ONE LIST,
WITH DIFFERENCES MARKED BY CHANGE BARS.
GENERATE OUTPUT SUITABLE FOR INPUT TO THE SlP
UTILITY. THIS OUTPUT CONTAINS THE SlP COMMANDS
AND INPUT REQUIRED TO MAKE THE FIRST INPUT
FILE IDENTICAL TO THE SECOND INPUT FILE.

1 differences found

TI:/BL/FF/CB/Va:041=COMPARE.TXT;1,COMPARE.TXT;2

106

Digital Equipment Corporation. Bedford, MA 01730