88860300 1700 MSOS 4 Customization Manual Prelim Apr75
88860300_1700_MSOS_4_Customization_Manual_Prelim_Apr75 88860300_1700_MSOS_4_Customization_Manual_Prelim_Apr75
88860300_1700_MSOS_4_Customization_Manual_Prelim_Apr75 88860300_1700_MSOS_4_Customization_Manual_Prelim_Apr75
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CONTROL DATA
CORPORATION
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CONTROL DATA ®
1700 COMPUTER SYSTEMS
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1700 MSOS 4
CUSTOMIZA TION MANUAL
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REVISION RECORD
REVISION
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DESCRIPTION
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Prelimjnarv - Not Released
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Release of Manual Scheduled for Januarv 1976
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Publication No.
88860300
Address comments concerning this
manual to:
©
1975
by Control Data Corporation
Printed in the United States of America
1700 PSR Coordinator
Control Data Corporation
4455 Eastgate Mall
La Jolla, California
92037
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PRELIMINARY
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1700 MSOS 4
CUSTOMIZATION MANUAL
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COPYRIGHT CONTROL DATA CORP. 1971S
Contained herein are software produots oopyrighted
by Control Data Corporation. A reproduction ot
the oopyrlght must appear on all complete or
partial copies.
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Publication No. 88860300
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DISCLAIMERr THIS DOCUMENT IS A WORKlR·
PAPER ONLY, AND DOES NOT NECESSARILY
REPRESENT ANY OFFICIAL INTENT ON THE
PART OF CONTROL DATA.
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Preface
This manual is intended to aid the user in understa~ding the
parameterization of 1700 MSOS 4
so that he can modify his system
according to his own needs if necessary. A thorough knowledge
of MSOS is not assumed on the part of the reader, but a general
acquaintance with the aspects of the system will be helpful.
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TABLE OF CONTENTS
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CHAPTER 1
SYSDAT Description and Customization Options
1.1
SYSDAT Table of Contents, Section AAA
1.2
Core Locations Zero and One and the
Mask Tables, Section AAB
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1.3
Interactive GRAPHICS Region, Section AAC
1.4
Area for Applications Use, Section AAD
1.5
Communication Region, Section AAE
1.6
Interrupt Trap Region, Section AAF
1.7
Core Resident Debugging Aids Entries,
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Section AAG
1.8
Interrupt Mask Table, Section AAH
1.9
Extended Communication Region, Section AAI
1.10
System Identification, Section AAJ
1.11
Interrupt Stack and Volatile Block Stack,
Section AAK
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1.12
Scheduler/Timer Stack, Section AAL
1.13
LOGlA Logical Units Table, Section AAM
1.14
LOGI Logical Units Table, Section AAN
1.15
LOG2 Logical Units Table, Section AAO
1.16
Diagnostic Tables, Section AAP
1.17
Standard Logical Units, Section AAQ
1.18
Line One Table, Section AAR
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1.19
Physical Device Tables, Mandatory Entries,
Section AAS
1.20
Core Allocator Physical Device Table,
Section AAT
1.21
Dummy Physical Device Table, Section AAU
1.22
1711 Teletype/713-l0 CRT Physical Device
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Table, Section AAV
1.23
Interrupt Response'Routine for the 1713 Teletype
with Paper Tape Reader/Punch, Section AAW
1.24
1713 Teletype Keyboard Physical Device Table,
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Section AAX
1.25
1713 Teletype Paper Tape Reader Physical Device
Table, Section AAY
1.26
1713 Teletype Paper Tape Punch Physical Device
Table, Section AAZ
1.27
1713 Paper Tape Punch Software Buffered Section,
Section ABA
1.28
COSY Driver Physical Device
1.29
1732-2/615-73/93 Magnetic Tape Physical Device
Table,
1.30
Secti~n
Tab~
Section ABB
ABC
1.32
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1732-1/608/609 Buffered Magnetic Tape Physical
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Device Table, Section ABE
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1732-1/608/609
Unbuffer~d
Magnetic Tape Physical
Device Table, Section ABD
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1731-601 Unbuffered Magnetic Tape Physical Device
Table, Section ABf
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1731-601 Buffered Magnetic Tape Physical
Device Table, Section ABG
1.34
Pseudo Tape Physical Device Tables, Section ABH
1.35
1733-2/856-2/856-4 Cartridge Disk Physical Device
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Tab1e~
Section AB!
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1.36
1738-853/854 Disk Physical Device Table,
Section ABJ
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1.37
1733-1/853/854 Disk Physical Device Tables,
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Section ABK
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1.38
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1739-1 Cartridge Disk Physical Device Tables,
Section ABL
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1.39
1752 Drum Physical Device Tables, Section ABM
1.40
1751 Drum Physical Device Tables, Section ABN
1.41
17Y2-30/120 Line Printer Physical Device Table,
Sect ion ABO
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1.42
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1740-501/1742-1 Line Printer Physical Device
Table, Section ABP
1.43
1729-3 Card Reader Physical Device Table,
Section ABQ
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Section ABR
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1728/430 Card Reader/Punch Physical Device Table,
1.45
1729-2 Card Reader Physical Device Table, Section ABS
1.46
1726-405 Card Reader Physical Device Table,
Section ABT
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1.47
1726-405 Buffered Card Reader Physical
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Device Table, Section ABU
1.48
1.49
1728-430 Punch Software Buffered Physical
Device Table, Section ABV
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1777/1721 Paper Tape Reader Physical Device
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Table, Section ABW
1.50
1777/1723 Paper Tape Punch Software Buffered
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Physical Device Table, Section ABY
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1777/1723 Paper Tape Punch Physical Device
Table, Section ABX
1.51
1.52
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364-4 Communications Multiplexor Physical
Device Table, Section ABZ
1.53
364-4 Communications Multiplexor Software
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Buffered Physical Device Table, Section ACA
1.54
1747 Data Set Controller Physical Device Table,
Section ACB
1.55
1744/274 Digigraphics Consoles Physical Device
Tables, Section ACC
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1.56
1525-3/1501-10/1501-11 High Speed Analp~ Input
Multiplexor Controller Physica! Deyic~.Table,
Section ACD'
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1.57
1525-3/1536-211502-80 Relay Multiplexor Controller
Physical Device Table, Section ACE
1.58
Core Allocation Data, Section ACF
1.59
Partitioned Core Data, Section ACG
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1.60
System Common Declaration, Section ACH
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1.61
System Idle Loop, Section ACI
1.62
Interrupt Response for the 1750/1572 Sample
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Rate Timer, Section ACJ
1.63
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Synchronized Timer, Section ACK
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1.64
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1572-1 Sample Timing Unit, Section ACL
1.65
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Interrupt Response Routine for the Sample
Rate Generator Portion of the 1750-1/1572-1
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Interrupt Response Routine for the Line
Synchronized Timing Portion of the 1750-11
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Interrupt Response for the 1750/1573 Line
Sample Timing Unit, Section ACM
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Interrupt Response Routine fur the 364-4
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1.66
1.67
Software Pseudo Timer Routine, Section ACO
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1.68
1706 Buffered Data Channel Handler, Section ACP
1.69
A/Q Channel Allocator Routine, Section ACQ
1.70
Interface to Mass Memory Drivers; Common Exit
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Communications Multiplexor Timebase, Section ACN
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for Drivers in System Without Mass Memory
Drivers; Section ACR
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1.71
Reentrant FORTRAN Information, Section ACS
1.72
TimelDate Parameter Storage, Section ACT
1.73
System Timer Parameters, Section
1.74
System Program Overlay Sizes, Section ACV
1.75
10M Station Assignments, Section ACW
ACU
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1.76
In Core Flags Used by SCMM and ODEBUG,
Section ACX
1.78
COBOBS Starting Sector, Patches for Unneeded
FORTRAN Entries, SectionACY
High Speed IMPORT Information, Section ACZ
1.79
File Manager Data, Section ADA
1.80
Job Processor File Parameters, Section ADB
1.77
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1.81
Preset Protected Entry Points for Use by
Unprotected Programs, Section ADC
1.82
System Library Directory, Section ADD
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CHAPTER 2
THE MSOS SKELETON
CHAPTER 3
GENERAL PROCEDURE FOR SYSTEM MODIFICATION
CHAPTER 4
PROCEDURE FOR ADDING A DRIVER
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SYSDAT Changes
4.2
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Sk e leton Change s
Example of Driver Addition Using Magnetic Tape
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4.3.1
Changing SYSDAT by using COSY
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4.3.2
Specific SYSDAT changes
4.3.3
Modifying the skeleton
4.3.4
Creating a new Install File
4.3.5
Loading the new system
4.3.6
SCMM Verification of added driver
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CHAPTER 5
ADDITION OF THE FILE MANAGER
SYSDAT Changes Required
5.1.1 Section ADA, File Manager Data Parameters
5.1.1.1 Size and start of File Space
on File Manager Unit 0 where
Unit 0 is the Library Unit.
5.1.1.2
Size and start of File Space
on File Manager Unit 0, where
Unit 0 is not the Library Unit
5.1.1.3
Size and start of File Space
on File Manager Unit n, n 0
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5.1.2 Section ADS, Job Processor File Parameters
5.1.3 Section ADC, Presets
Skeleton Changes Required
Example of File Manager Addition
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5.3.2
5.3.3
5.3.4
5.3.5
Dumping of SVSDAT and the skeleton
onto cards
Modification of SVSDAT
Modifying the skeleton
Creating a new Install File
Loading and verifying the new system
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Chapter 6
Addition of FORTRAN
6.1
Addition of Compiler
6.2
Addition of FORTRAN
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Reentrant Library
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6.3
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6.2.1
SYSDAT Changes Required
6.2.2
Skeleton Changes Required
6.2.3
Creating a New Install File and Building a New System
Example of the Addition
of FORTRAN Compiler, the FORTRAN Input/Output Library, and
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the FORTRAN Reentrant Library.
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6.4
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6.5
6.3.1
SYSDAT Changes
6.3.2
Skeleton Modifications
6.3.3
Creating a New Install Tape and Building a New System
Addition of Double Precision
6.4.1
Addition of Reentrant Double Precision
6.4.2
Addition of Double Precision to Input/Output Library
6.4.3
Example of Double Precision Addition
Modification of Background Library
6.5.1
File so that the Limited Input/Output Library may be
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Extracting Q8QIO from Binaries
used Optionally in the Background.
6.5.2
Making the Limited Input/Output Library the Only
FORTRAN Background Library
6.5.3
Making the Limited Input/Output Library the Principal
FORTRAN Background Library with the Input/Output
Library Available Optionally
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CHAPTER 7
METHOD Of UPDATING A SYSTEM
CHAPTER 8
ADDITION Of A USER-WRITTEN APPLICATION PROGRAM
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LIST OF fIGURES
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All figures are Data Base listings which include all possible
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choices for a given SYSDAT line, unless the ward, sample, appears in
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the figure title.
Samples contain only specific entries for
the sample.
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1-1
SYSDAT Table of Contents, Section AAA
1-2
Core Locations Zero and One and the Mask Tables,
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Section AAB
1-3
Interactive GRAPHICS, Section AAC
1-4
Area for Applications Use, Section AAD
1-5
Communication Region, Section AAE
1-6
Interrupt Trap Region, Section AAF
1-7
Core
1-8
Interrupt Mask Table, Section AAH
1-9
Extended Communication Region, Section AAI
1-10
System Identification, Section AAJ
1-11
Interrupt Stack and Volatile Block Stack, Section AAK
1-12
Scheduler/Timer Stack, Section AAL
1-13
LOG1A Logical Unit Table, Section AAM
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1-14
Sample SYSDAT LOG1A Table, Section AAM
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1-15
Sample SYSDAT LOGI Table, Section AAN
1-16
Sample SYSDAT LOG2 Table, Section AAO.
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Debugging Aids Entries, Section AAG
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1-17
Sample SYSDAT Diagnostic Tables, Section AAP
1-18
Standard Logical Units, Section AAQ
1-19
Line One Table, Section AAR
1-20
Physical Device Tables, Mandatory Entries, Section AAS
1-21
Core Allocator Physical Device Table, Section AAT
1-22
Dummy Physical Device Table, Section AAU
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1-23
1-24
1711 Teletype, 713-10 CRT Physical Device Table, Section AAV
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Interrupt Response Routine for 1713 Teletype with Paper
Tape Reader/Punch, Section AAW
1-25
1713 Teletype Keyboard Physical Device Table, Section AAX
1-26
1713 Teletype Reader Physical Device Table, Section AAY
1-27
1713 Teletype Punch Physical Device Table, Section AAZ
1-28
1713 Teletype Paper Tape Punch Software Buffered Section,
Section ABA
1-29
Form of BUFFER Macro Expansion
1-30
Mass Storage Before and After Moving Software Buffers
1-31
COSY Driver Physical Device Table, Section ABB
1-32
1732-2/615-73/93 Magnetic Tape Physical Device Tables,
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Section ABC
1-33
1732-1/608/609 Unbuffered Magnetic Tape Physical Device
Table, Section ABD
1-34
1732-1/608/609 Buffered Magnetic Tape Physical D~vice
Table, Section ABE
1-35
1731-601 Unbuffered Magnetic Tape Physical Device Table,
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Section ABF
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Section ABG
1-37
Pseudo Tape Physical Device Table, Section ABH
1-38
1733-2/856 Disk Physical Device Table, Section ABI
1-39
1738-853/854 Disk Physical Device Table, Section ABJ
1-40
1733-1/853/854 Disk Physical Device Tables,
Section ABK
1-41
1739-1 Cartridge Disk Physical Device Tables,
Section ABL
1-42
1752 Drum Physical Device Tables, Section ABM
1-43
1751 Drum Physical Device Tables, Section ABN
1-44
1742-30/120 Line Printer Physical Device Table,
Section ABO
1-45
1740-501/1742-1 Line Printer Physical Device
Table, Section ABP
1-46
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1731-601 Buffered Magnetic Tape Physical Device
1729-3 Card Reader Physical Device Table,
Section ABQ
1-47
1728/430 Card Reader/Punch Physical Device Table,
Section ABR
1-48
1729-2 Card Reader Physical Device Table, Section ABS
1-49
1726-405 Card Reader Physical Device Table,
Section ABT
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1-50
1-51
1726~405
Buffered Card Reader Physical
o
Device Table, Section ABU
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1728-430 Punch Software Buffered Physical
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Device Table, Section
1-52
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1777/1721 Paper Tape Reader Physical Device
Table, Section ABW
1-53
1777/1723 Paper Tape Punch Physical Device
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Table, Section ABX
1-54
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1777/1723 Paper Tape Punch Software Buffered
Physical Device Table, Section ABV
1-55
364-4 .Communications Multiplexor Physical
Device Table, Section ABZ
1-56
364-4 Communications Multiplexor Software
Buffered Physical Device Table, Section ACA
1-57
1747 Data Set Controller Physical Device Table,
Section ACB
1-58
1744/274 Digigraphics Consoles Physical Device
Tables, Section ACC
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1-59
1525-3/1501-10/1501-11 High Speed Analog Input
Multiplexor Controller Physical Device Table,
Section ACD
1-60
1525-3/1536-211502-80 Relay
Mu1tiplexo~
Physical Device Table, Section ACE
1-61
Core Allocation Data, Section ACf
1-62
Partitioned Core Data, Section ACG
Controller
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1-63
System Common Declaration, Section ACH
1-64
System Idle Loop, Section ACI
1-65
Interrupt Response for the 1750/1572 Sample
Rate Timer, Section ACJ
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1-66
Synchronized Timer, Section ACK
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1-67
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Interrupt Response Routine for the Line
Synchronized Timing Portion of the 1750-11
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1572-1 Sample Timing Unit, Section ACL
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1-68
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Interrupt Response for the 1750/1573 Line
Rate Generator Portion of the 1750-1/1572-1
Sample Timing Unit, Section ACM
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Interrupt Response Routine fur the 364-4
Communications Multiplexor Timebase, Section ACN
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Interrupt Response Routine for the Sample
1-70
Software Pseudo Timer Routine, Section ACO
1-71
1706 Buffered Data Channel Handler, Section ACP
1-72
A/Q Channel Allocator Routine, Section ACQ
1-73
Interface to Mass Memory Drivers; Common Exit
for Drivers in System Without Mass Memory
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Drivers; Section ACR
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1-74
Reentrant FORTRAN Information, Section ACS
1-75
TimelDate Parameter Storage, Section ACT
1-76
System Timer Parameters, Section
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1~77
System Program Overlay Sizes, Section ACV
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1-78
10M Station Assignments, Section ACW
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In Core Flags Used by SCMM and ODEBUG,
Section ACX
1-81
COBoes Starting Sector~ Patches for Unneeded
FORTRAN Entries, Section ACY
High Speed IMPORT Information, Section ACZ
1-82
File Manager Data, Section ADA
1-83
Job Processor File Parameters, Section ADB
1-84
Preset Protected Entry Points for Use by
1-80
Unprotected Programs, Section ADC
1-85,
System Library Directory, Section ADD
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SYSDAT DESCRIPTION AND CUSTOMIZATION OPTIONS
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The MSOS Data Base is a set of code from which a SYSDAT for any
given installation may be derived.
The selection of which card
images in the Data Base are to be a part of a given SYSDAT is
determined according to the information supplied by the user when
he completes the 1700 MSOS 4 Ordering Form.
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Each section of the Data Base, and consequently each section of
a given SYSDAT, is identified by a unique combination of three
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letters.
This identifier appears in columns 74-76 of each line
of code.
Each article of this chapter deals with a particular
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contents of the SYSDAT section to be discussed and the corresponding
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section of SYSDAT.
The heading of an article indicates the
three letter identifier.
Either the original Data Base listing of
the section or a listing of the section from a sample SYSDAT is found
with each description.
Sections AAA through AAU, sections ACR,
ACT, ACV and ACW, and sections ADB through ADD are contained in the
SYSDAT of every system.
Other sections are contained in a given
SYSDAT only if needed by the particular system.
A general description of the mandatory entries in a physical device
table are discussed in Article 1.19.
It is assumed that the reader
is familiar with the information in this article when he reads about
any specific physical device table.
The individual physical
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device tables are described in Articles 1.20 through 1.57.
1 .1
SYSDAT Table of Contents, Section AAA
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Section AAA {Figure I-I} is a list of the contents of SYSDAT.
This section would normally not be modified by the user.
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Figure 1-1.
SYSDAT Table of Contents, Section AAA
AAA02000
UAo2100
A6A02200
AAA02300
A6A02400
A6601.500
AAA02,.00
66A02100
AAA02800
A6A02QOO
AAA03000
AAA03100
AAA03200
66A03300
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6AA03500
AA603600
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Core Locations Zero and One and the Mask Tables, Section AAB
The first part of Section AAB is_ locations zero and one. These
locations are filled by the system restart portion of the program,
SPACE, at the time of an autoload. They will contain 18FF 16
and zero, respectively.
These two locations must not be altered.
The masks in Section AAB, Figure 1-2, are used extensively by
the operating system. They must not be altered. The mask table
consists of five parts:
{I}
{2}
{3}
{4}
{S}
logical product masks {locations ?-1116}
complements of the logical product masks {locations 12 16 21 16 }
masks each with a single bit set {locations 22 16 -32 1b }
masks with all bits set except one {locations 33 l6 -42 16 }
integer values that are commonly used, but which are not
contained in the first four parts of the mask table
{locations 43 16 -46 16 }.
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This section appears in'SY-SDAT only if GRAPHICS and
IMPORT are a part of the system {figure 1-3}. If section
AAC is present in an unmodified stat~,- it provides for
either one or two 1744/1706/274 Digigraphic Consoles.
The number of non-zero entries in t:he .. beginning of this
section is· the number of digigrap~ic.consoles used ,by the
system. If only one console was specified in the original
SYSDAT section and the user wishes to add a second console,
the second entry in the console list should be set to the
address constant, LU2741-LOGIA. A maximum of six consoles
may be specified, however if more than two consoles are to
be used, the physical device table for each console beyond
console two must be defined by the user. For example, if
the user wished to add consoles three and four, he might
define physical device tables labeled LU2742 and LU2743.
The two cards inserted in Section AAC would then be:
ADC
ADC
LU2742-LOGIA
LU2743-LOGIA
CONSOLE NUMBER 1
CONSOLE NUMBER 2
MASK44 is the mask used to clear all GRAPHICS interrupts.
Each bit of MASK44 should be one except those bits
corresponding to GRAPHICS interrupt lines. Each 274 GRAPHICS
terminal that is used has its own interrupt line. The
following table gives the standard interrupt lines and the
value of MASK44 for systems with one or two GRAPHICS consoles.
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MASK.44
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If more than two GRAPHICS consoles are in a system, interrupt
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defined by the user ~ccording to the above definition.
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This section contains the system name provided by the
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It also contains ASCII characters representing the date
the system was built. These characters are supplied by the
system initializer. The system name and date of build are
printed with each autoload and at the beginning of each job
Section AAJ is shown
on the job name identification sheet.
in Figure 1-10.
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The interrupt stack contains room for one entry for each
priority level used by the system. E~ch entry consists of the
values of the Q, A, I, and P registers, the overflow status,
and the priority level at the time of an interrupt. The standard
interrupt stack contains room for 16 priority levels. The
size of the interrupt stack can be decreased by the user if it is
certain that some priority levels will not be used by the system.
However, care must be taken in doing so. The user must be sure
there is room in the interrupt stack for each distinct priority
level found in the interrupt trap region, Section AAF.
The volatile block stack, or volatile storage area, is an area
that is used by MSOS to preserve reentrancy. It is used by the
reentrant FORTRAN run-time package if reentrant FORTRAN is included in the system. It is used by the reentrant ENCODE/DECODE
packages if these packages are in the system. If a reentrant
user applications program is written, the volatile block stack may
be used by such a program. For each priority level in the
system the number of words of volatile storage is the sum of the
following:
Use
Basic Volatile
Reentrant FORTRAN
Reentrant ENCODE/DECODE
Reentrant user applications
Number Words
18
98, if this is a FORTRAN level
0, otherwise
57, if ENCODE/DECODE can run on
this level
0, otherwise
Number of words of volatile needed
by any reentrant user applications
programs which can run at this level
1
One extra word needed to
store Q in volatile before
the check is made to see if
there is room in volatile
for this entry.
The error message, OV, on the output comment device indicates
volatile storage has overflowed. No recovery from this error
is possible. Before the system is restarted the number of
words of volatile should be increased as necessary. It is
possible that the message OV may appear if the system deteriorates
for some reason other than volatile overflow. Thus, the user
should ascertain that some other feature of the system did not
cause the system to fail, before assuming volatile overflow
caused the problem.
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Figure 1-11.
Interrupt Stack and Volatile Block Stack, Section AAK
1.12
Scheduler/Timer Stack, Section AAL
This section {figure l-12} is used by both the scheduler
and the timer pro9rams. The waiting list of programs that have
been requested by a scheduler request are threaded by
priority. Within each priority they are threaded in a
first-in first-out basis. The waiting list of timer
requests are threaded according to the amount of time
remaining before the program is to be scheduled. An entry
in either stack is four words long as indicated in figure
1-12. The number of entries in this stack is 24 in a
standard system without IMPORT. If IMPORT is in the
system, an additional 28 entries are included in the
standard stack.
Since the stack must be large enough to contain the
maximum number of expected simulta~eous requests, it is
sometimes necessary to increase the size of the scheduler/
timer stack. However, the maximum number of expected simultaneous
requests is generally difficult to compute. Therefore, the usual procedure i~ to use the standa~d stack size until a stack overflow is
detected. Such an overflow is indicated by a non-zero
value for the variable ERRCNT located in the scheduler/
dispatcher program {NDISP or RDISP}.
If this overflow
occurs, one or more scheduler or timer calls will be lost.
The user should then increase the stack size and again
monitor ERRCNT.
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Figure 1-16.
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Sample SYSDAT LOG2 Table, Section AAO.
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Diagnostic Tables, Section lAP
The first part of the diagnostic tables is the alternate device
error table. This table is used by the system as a temporary
storage area in which a driver of a failed device passes
information to the alternate device handler. The number of
entries in the table is contained in the first word of the
table. In a standard system the number of entries is the
number of logical units in the system. The number of entries
must be at least as large as the maximum number of logical units
which could fail simultaneously. If the user can ascertain that
this maximum is smaller than the number of logical units in the
system, the number of entries in the table may be reduced. For
example, in a standard system the number of entries may be reduced
by one for logical unit one, the core allocator, and reduced by two
more for logical units two and three, dummy logical units. Neither
the core allocator nor a dummy logical unit will call the alternate
device handler. Care must be taken in reducing the size of the
table in that if the table is insufficient, the alternate device
handler halts in a 18FF 16 instruction, thus terminating system
operation.
The second part of the diagnostic tables is the diagnostic timer
table. This table must contain one entry for each logical unit
for which the diagnostic timer is to test for a timeout condition.
An entry in the diagnostic timer table is the address of the
physical device table for the logical unit. The diagnostic timer
program will examine each physical device table whose address is
contained in the diagnostic timer table. If the diagnostic clock
word of the physical device table is counted down to zero, then
the diagnostic timer causes the driver to be scheduled through
its error entry. For a hardware device, this is an indication of
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a lost interrupt. For the core allocator, a count down to
zero indicates a swap of unprotected core to mass memory may
be performed at this time if additional allocatable core is
needed. The frequency of swaps allowed in a system is determined
by the user ic the MSO~ Ordering For~.
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Standard Logical Units, Section AAQ
This section defines the standard logical units for the
system. Equivalences in this section are referenced in the
communication region, Section AAE. The standard equivalences
in the data base ~re shown in Figure 1-18. These equivalences may
be changed if the user desires. Note that the scratch unit is
equivalenced to zero in the data base. The user specifies the
scratch unit prior to system installation so that in a SYSDAT
listing the scratch unit is equivalenced to an actual logical
unit instead of to zero.
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sector number of the start of the driver. For a core resident
driver, the external will be unpatched, and thus word 14 will
contain 7FFF 16 · Values for words 13 and 14 are inserted by the
system initia1izer by means of *S statements. Wo~d 15 is used
for storing a return address by the programs NFNR, MAKQ, and
NCMPRG.
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The entries in the core allocator physical device table
Figure 1-21, are all fixed except word 13. Word 13 is the
minimum number of seconds allowed between swaps. If word 13
is negative, swaps are allowed as often as needed by the
system.
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Core Allocator Physical Device Table, Section AAT
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Dummy Physical Device Table, Section AAU
Section AAU, the physical device table for the dummy
logical unit, has a fixed structure with no options.
section appears in Figure 1-22.
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1711 Te1etype)'713-10 CRT Physical Device Table,
Section AAV
The entries of this section, Figure 1-23, are fixed except
for the type code of the device, bits 4-10 of word 8. The
type code specifies whether a 1711 teletype or a 713-10 CRT
is to be used. {A given system cannot contain both a 1711
and a 713-10 due to hardware requirements.} Word 18 contains
an index into the LOG1A table if there is a corresponding
diagnostic logical unit. This index is defined in card *AAV0080.
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1711 Teletype, 713-10 CRT Physical Device Table,
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Paper Tape Reader/Punch, Section AAW
This interrupt response routine determines whether an interrupt
from the 1713 Teletype is due to an operation an the keyboard,
the paper tape reader, or the paper tape punch. Control is
then transferred to the proper driver continuator entry.
{Refer to Figure 1-24.}
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Figure 1-29. ,Form of BUFFER Macro Expansion
~~ff~~)
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Autoload
System Sector 1
....
.,.,
System Sector n 1
...
System Core Image
System Library
Scratch
[
Standard System
Autoload
System Sector l-----It-----------------------~
System Core Image
System Sector nl~~~~~~r7~7?~~~~~~
System Sector
n l + n2
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Scratch
System after software buffer area has been moved.
n 2 = length of software buffer area in sectors.
figure 1-30.
Mass Storage Before and After Moving Software Buffers
(J
1.28
c
o
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COSY Driver Physical Device Table, Section ABB
..r-~
11/'
,
The COSY driver may be core resident or mass resident depending
,if
on the value of MCOSY1.
c
The initiator address will link directly
to the driver if core resident.
Otherwise, the initiator
address is a jump to MASDRV in the program MMEXEC.
There may
be two COSY logical units, each with a distinct physical
device table.
The number of COSY logical units is specified by
the user in the MSOS Ordering Form.
To use COSY, only one COSY
\~
rr.·.·
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logical unit is necessary, but having two logical units will
allow simultaneous input and output, thus increasing throughput.
rr'
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Section ABB is shown in Figure 1-31.
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boll.
ICOSY
.
.
(
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(
A~f300200
If~
MCOS'Yl,FG,U
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TCf)SV
IIRROOfJOO
ttRR00100
t:(,Il.
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SCOSV
r.
StoiC
,
00
01
(\
O~
04
rq,J~
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10
11
U NIT
ARR02l00
ARR02200
ARR02300
ARR02400
SeHEOLJLE.R CAl.i
I~ITIATCR ACDpESS
CCNTII\UATOR ArnREsS
- NOT U5EO
TIMEOUT ERRCR AonRESS - NOT uslD
~IAGNOSTIC CLrCK
LOG I CAL U~I tl
P~HAMETE~
CCN\it~TER,
AR~o2500
LCCATIO~
fGUIPMENT.
STATto~
-
NO~E
~~QLEST STATU~
n~IVEM STATLS
C~R~E~T LOCATION
LAST LOCATICN PLUS ONE
12
nEVICE
STATL~
AU<'
LeasV
AU'
r-.ufY
AUC
13
14
1~
O~Iv~R LENGTH IF ~ASS MEMORV
~~ME ASSOCtATEO WITH SECTOR NLMBFR
RESERVED Fn~ F~R AND CMR
penSY2
If
p~YSTB
I\ufY
1\
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AR~olSOO
ARR01600
ARR01700
ARR01800
ARROl900
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1,., PIAn DRIVFP
A~R02000
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A~AOOROO
0 5 V
o
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ARR00900
ARR01000
ARROI100
ARR01200
!lRROllOO
ARR01400
I\l"jrI\u'"
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~tlSDR\i
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tlfo
fJCOSYl Al.)(.
Aue
AuC
AUC.
cr~E
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.. M~+
fo:
I\r:I~00500
LCOSy(O)
I\LJ~
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A~P00300
A~R00400
\
(-
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MCOSVI (1')
MCOSVl (1)
F.}\. T
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ARAOOIOO
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SEQwEI\CE NlJ"'AF.R
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11
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In
(\
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10-1
o
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i5SSC;
2a
55555
1'\
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figure 1-31.
COSY Driver Physical Device Table, Section ASS
21
22
IC-2
NLMbE~ rF wC~ns REQUESTED
HCL-C~A~ACTfR POII\TE~
CGSV-C~~RACTEp POINTFR
R/'II FLAC:
ARR02600
ARB02100
ARB02800
ARB02900
ARR03000
ARB03l00
ARR03200
ARB03300
ARR03400
ARB03S00
ARR03600
ARB03100
ARROl800
ARB03QOO
AR804000
ARB04100
ABR04200
ARR04300
ARR04400
ARR04S00
ARR04600
ARR04700
ARB04800
" U~
"'U~,
" Ulf
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~oc
*
1
C'
o
INPBFA
INPBFA
1\ ufi
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1
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t~P8FA(]92)
2!
26
27
2e
2q
30
31
32
33
i?24
EJT
*
*
PCOSY2
SPC
~DC
lCOSY
ADC
ADC
o
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"Uf'I
-1
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1\ l.J,.,
$O~A6
I\Urv
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1\ l.J f\I
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LCOSY
SCOSY
o
ADt
~COSYl
"U IY
1\ l.J (\I
I\U'"
o
48ROoOOO
413806100
U NIT
AR80b200
6RB06300
o.
SCHEDULE~
1~ITIATCR ACDRESS
CCNTI"'U~TOR AnnRESS
04
OS
- NOT lIsE.D
TIMEOUT ERRCR ADDRESS - NOT U~ED
DIAGNOSTIC CLOCK
l.cGICAl UNIT
P~RAMETER
oe
09
10
11
12
l~
14
1~
16
17
Ie
$5555
I\UiI'
1\ UIV
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1
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r-.u fil
II'IIPBFe
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30
I\U'"
I\U'"
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1
31
32
1t;
20
21
22
2~
24
2'=
26
27
2P.
33
224
5EQ~E"'CE
~CCATION
NU~RfR
10
10-1
10-2
NLM~ER
CCSY-CHARAC1E~
POI~TEp
POINTER
R/W FLAG
PONSF
FSTCHR
E/\DDCI<
COSy BUFFER LOCATION
NEXT COSY wCRO
HOl-8UFFER FOINTEP
I/\ITIAl CALL FLAG
SEQLE/\CE FLAG NO~ZERO=NO SEQUENCE
48807000
613807100
4R807200
o
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C:
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4R807500
4R807600
ARB07700
A8807800
ARR07900
49808000
A8808100
ARRO~OOO
A8809100
A131309200
4R1309300
48B09400
AR80 9 500
NU~RER
COSy BUFFER
COSy BUFFER
48809600
A8R09700
A13809800
6"'809900
ARfHOOOO
EJl
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AR807100
4R801400
48R08200
48R08300
4RFlQ8400
A8808500
AR908600
A8808700
413808800
4R808900
CF WCAns REQUESTED
~Cl-CHARACTER
0'
IH~AO~700
4RB06800
4RB06900
CONVERTER, EQUIPMENT, STATION - NO~E
REQLEST STATUS
nRlvER STATlS
CuRRE/\T lOCATYON
lAST LOCATICN ~LUS ONE
nEVICE STATLS
D~IvER LE~Gl~ IF ~ASS MEMO~~
N.ME ASSOCIATFn WITH SECTOR NL~8ER
RESERvEC FO~ FNR AND CMR
P~YSTB THREAD
" ufY
ezs
4R800400
481306500
48806600
O~
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0 N D
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A~R05500
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SEC
o
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r-.Ufil
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AB805100
A8805200
613805300
48805400
1
~5208
1\ Ufoi
1\ urv
AOC
~
cOSy BUFFER
CCSY RUFFER
COS Y
ADe
"!\LItU'"
PON!F
FSTCHR
Ef\OCCI<
CCSY SUFFER LOCATION
NEXT COSy wCRn
HOl-BUFFER FaINTER
II\ITIAl CALL ~lAG
SEQ~Ef\CE FLAG
NO~ZERn=NO SEQUENCE
c'
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figure 1-31.
COSY Driver Physical Davice Table, Section ABB
{Continued}
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1.29
(
1732-2/615-73/93 Magnetic Tape Physical Device Table,
Section ABC
f'
This set of physical device tables can include data for up to
(
four tape drives.
("'
{6l5-73} or 9-track {615-93}.
Each of these drives may be either 7-track
The number of tracks determines
the equipment type in word 8 of each physical device table.
("
{Refer to Figure l-32.} According to the specifications by
the user in the MSOS Ordering Form, word 8 will contain the
(
correct request status.
(
In any given SYSDAT, only one of the word
8 definitions {$0806+T6l57 or $0806+T6159} will be assembled
into each 615-73/93 physical device table.
(
The driver is the same for all 615-73/93 magnetic tape units.
('
This driver is core resident if M17322 is zero in which case
words 1, 2, and 3 of each table are driver entries.
(-
If M17322
is one, the driver is mass resident, and words 1, 2, and 3 of
('
each table point to jumps to the mass memory driver executive
program, MMEXEC.
(
For each 615-73/93 magnetic tape physical device table, word 17
(
is an index into the LOGIA table of logical unit numbers if there
(~'
is a corresponding diagnostic logical unit.
C.'\-
is zero·
/
(
';
,~F
C.·'
,J>/
( '"
..
..
,
Otherwise this word
L
C
Word 23 of each table contains the thread word for the driver.
Each table is linked to the table for the next unit, with the
o
C'
'.".
thread for the last unit pointing to the table for the first
unit.
I
If there is only one unit, the thread points to itself.
In a physical device table for a 7-track drive words 24 and 25
have special meanings.
The maximum physical record size, as
specified in word 24, is the number of words written to tape at one
time.
The number of words specified in a READ/WRITE request to
the driver defines logical record length.
If a logical record
is longer than the maximum physical record siz9., it is segmented
and written as a series of physical
records.
A maximum
physical record size of 192 words is standard, since the COSY
driver uses 192-word records.
The record size may be larger if
other aspects of the system require it, but this will require a
larger pack/unpack buffer as will be defined.
If the COSY driver
is not included in the system, a maximum smaller than 192 words
may be specified by the user.
Word 25 is a pointer to BFIF32, the buffer used to pack and unpack
data for 615-73 requests.
is available on the 615-73.
A hardware assembly/disassembly feature
With this feature, 12 bits may be
output into two frames of tape with one output instead of two.
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,
,
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Similarly, two frames may be input with one input instead of two.
I
/
0"
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C
(:
To use this hardware feature a buffer must be made available to the
("
driver for packing and unpacking data.
This is the buffer
("
BFlF32 within the physical device tables.
('
buffer is defined as follows:
c
The size of this
If the maximum physical record size
is n words, then the length of the pack/unpack buffer isl4
'3 .
words, where
J +2
n
lxjiS the greatest integer less than or equal to x.
(
('
If a foreground user wishes to temporarily use a larger maximum
physical record size, he may include in his program, code to do
(
--
the following:
/
I}
Temporarily change the value of word 24 of the physical device
(
table he will use in making the request.
(
2}
The new value is the larger
physical record size.
Temporarily change word 25 of the physical device table to
point to a pack/unpack buffer in the user's own program.
(
If a foreground user uses this technique, he must take care that
(
no other user makes a request for this physical device table before
('
'('
the table has been restored to its original form.
If all 615-73/93 units in the system are 615-93, i.e., 9-track drives,
C'
the driver optional modules for 7-track repacking of binary informa-
(
tion will not be included in the system.
'-
,
-
C'
C
C
When these modules are
not in the system, lines *ABC013D and *ABCD140
~re
included in SVSDAT.
G
These lines equate
the entry points PACK, UNPK, BCDASC,
ASCBCD, and PRUCMP with 7FFF 16 •
The purpose of these equivalences
is to avoid listing these entry points as unpatched
externals at the time of system installation.
The 615-73/93 interrupt response routine is located at
lines *ABC0390 and *ABC0400
The routine stores the
address of the physical device table in the Q-register, then
jumps to the driver continuator entry.
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EXT L17322
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.
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1 5 -
Figure 1-32 •
00
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EQUIP~ENT,
ARC04700
4RC04800
STATION
ARC04qOO
ARCOSOOO
ARC05100
A8CI)5200
AR(05300
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1732-2/615-73/93 Magnetic Tape Physical Device Table
section ABC
0'-'·'
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figure 1-32.
1732-2/615-73/93 Magnetic Tape Physical Device Table,
Section ABC {Continued}
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(
("
('
1.30
(
1732-1/608/609 Unbuffered Magnetic Tape Physical Device
Table, Section ABD
("
('"
c
Up to eight unbuffered 1732-1/608/609 magnetic tape drives
may be included in a system.
Each has its own physical device
table, as shown in Figure 1-33.
In each table, the type code
in word 8 specifies whether the unit is a 608 or a 609.
Word
(~
17 of each table is an index into the LOGlA table if there is a
(
('
f
diagnostic logical unit associated with this drive.
Word 17
is zero if there is no corresponding diagnostic logical unit.
There is one driver for all 608/609 magnetic tape drives in a
system.
The driver includes the packinglunpacking logic needed
for a 608 unit, even if all units in the system are 609's.
('
The driver can be core resident or mass resident.
If M1732U is
(
zero, the driver is core resident, and words 1, 2, and 3 of each
('
table are driver entries.
If M1732U is one, the driver is mass
resident, and words 1, 2, and 3 of each table point to jumps to
(,:
MMEXEC.
('
The interrupt response routine is contained in lines *ABD0330 and
C'
C
*ABD0340 of Figure 1-33.
processor for MSOS.
It is in the form of a
sta~dard
interrupt
The common interrupt handler transfers
control to the interrupt response routine which in turn puts the
C
c~
('"
address of the first physical device table in
to the driver continuator entry.
Q and jumps
The driver then determines which
o
o
o
of the tape drives caused the interrupt.
c
The physical device tables are threaded, the thread appearing in
c
word 23 of
eac~
table.
The thread word in the first table points
to the second, the second to the third, etc.
for the last unit points to the first.
The thread word
If there are n units in
the system, where n is less than eight, the physical device tables in
the system will correspond to units 0, 1, 2, ••• n-2, 7.
For example,
if there are five units, the units are numbered 0, 1, 2, 3, 7.
o.
c
c
If
there is only one unit in a system it is unit 0 and the thread word
points to the physical device table for unit
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1732-1/608/609 Buffered Magnetic Tape Physical Device
/
Table, Section ABE {CONTINUED}
o
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1.321731-601 Unbuffered Maghetic Tape
Phy~ical
Device Tables,
0,
"
Section ABF
I,
e
C,·
Up to eight 1731-601 unbufferep units ma,y be included in.a
,
system.
Each unit must have its own physical device table.
A
1731-601 unbuffered magnetic tape physical device table is
similar to a table for a 608/609 unbuffered magnetic tape
as discussed in Section 1.30.
{I}
unit~
The following differences exist:
The maximum physical record size. and the pack/unpack
buffer word are not specified in a physical device
tab~efur
'
a
C
C
C)
C
1731-601 magnetic tape unit, since these parameters are contained
in the driver.
{2}
Words 23 and 26 of a physical device table for a 608/609
unbuffered unit correspond to words 24 and 25, respectively, of a
table for a 601 unbuffered unit.
{Compare Figure 1-33 with
Figure 1-35.}
{3}
Word 7 is the same for all 601 units since the number of
tracks is seven for all 601 units.
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l&ST LOCATICN PLUS ONF
LENGTH TF ~ASc; MEMORY
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1731-601 Buffered Magnetic Tape Physical Device Table,
Section ABG
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1731-bCl Buffered Magnet c Tape Physical Device
Section AS' (Continued)
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figure 1-39.
1738-853/854 Disk Physical Device Table, Section ABJ {Con't}
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1.37
1733-1/853/854 Disk Physical Device Tables, Section ABK
This section is similar to Section A8J, except that up to eight
853/854 Disk drives may be used with a 1733-1 Controller.
(,
',""
Each drive controlled by a 1733-1 must have a physical device
>,"
table in this section.
("
in Figure 1-40.
The data base for Section ABK is shown
A standard interrupt response routine is
('
located at R17331.
(
In each table word 8 contains a type code depending on whether
[
the drive is an 853 or an 854.
connecting all the tables in this section.
("
logical unit capability is not available for 1733-1/853/854
Word 22 ~s the thread word,
Bit 15 of word 16
is set if the hardware compare feature is not to be used.
Diagnostic
Disk drives.
('
(:
Words 17
21 and words 23-127 are used by the driver to
handle word addressing requests, to provide an overlay area for
('
requests which would read over request parameters, and to
('\
accomplish overlap seek capability.
All of these words must
be initially zero and may not be modified by the user.
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DRIvER LENGTH TF ~ASS ~FMOR¥
NAME ASSOCtATFO wyTH SFCTOR NlM8ER
S~CTUR I\U~HER OR FNR RETURN
~C CO~PARF FLaA I OIRECTOP FU"CTIOI\
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1752 Drum Physical Device Tables, Section ABM
'H~MollOO
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1751 Drum Physical Device Tables, Section ABN
I~
"
,
"
The standard interrupt response routine for the 1751 Drum is
located at R175l, Figure 1-43.
The 1751 Drum does not have
diagnostic logical unit capability.
Words 13-18 are used by the driver as an overlay area for
requests that would read over request parameters in the user's
program.
These words are initially zero and are not to be
ti('
\IL./ .
modified by the user.
Words 19-30 comprise 6 pairs of words used to send commands
to the 1751 Drum to initiate 1/0 transfer.
The first word
of each pair is the data word which is placed in the A-register.
The second word of each pair is the director function which is
placed in Q.
In word 19, bits 0-7 are the eight most
significant bits of the track number.
{: .
-
In word 21, bits 11-14
are the four least significant bits of the track number, a,d
bits 0-10 are the drum sector number.
.
j7
C
A drum sector is one word
only and should not be confused with a disk sector of 96 words.
A drum sector number has a value between 0 and 2047.
the initial core address for the transfer.
final core address.
Word 23 contain~
Word 25 contains the
Word 27 contains a one in bit
position
3 to request an end-of-operation interrupt from the hardware.
c
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...
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Word 29 will contain either the contents of physical device
table word
(
word
37~
36~
for a drum
for a drum read.
write~
or physical device table
Word 32 contains a negative
(
value to indicate to the driver that the preceding pair is
c
the end of the string of pairs to output to the drum.
(,
(~~
Bits 7-10 of words 20,
22~
24, 26, 28, 36, and 37 contain
the equipment code for the 1751 drum.
If the equipment code
in bits 7-10 of word 7 is changed, the equipment code in
( ..
,
"."
'
f
(
bits 7-10 of words
20~
22,
24~
26, 28, 36, and 37 must be
changed to match the revised code.
For system directory calls, a monitor FREAD request will
be performed by the 1751 driver.
The request
code~
4,
corresponding to an FREAD request is therefore stored in word
('
33 of the physical device table for use by the driver.
('
Word 34 is used by the driver for temporary storage of the
C
request code.
Word 35 is used by the driver to store
one less than the number of words to be transferred.
(
(
current
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IF-
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figure 1-44.
1742-30/120 Line Printer Physical Device Table,
$act ion ABO {Cont5.nueci}
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1.42
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Section ABP, Figure 1-45, is the set "of data for a 1740-501
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1740-501/1742-1 Line Printer Physical Device Table,
Section ABP
line printer or a 1742-1 line printer physical device table.
The type code in bits 4-10 of word 8 is dependent on which
The standard interrupt
response routine is located at R40421.
The driver is core
resident if M40421 is zero, mass resident if M40421 is one.
The remainder of the lines in this section have the same
meanings
as the lines of Section ABO as described in
Article 1.41, except that no train image module is needed for
either the 1740-501 or the 1742-1 printer.
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figure 1-45Q
DIAGNCSTIC CL~CK
LeG I CAL UN IT
.
P~RAMfTER LCCATIO~
CONIIE.~TfR, EQUtPMFNT t
STATteN
1740-501/1742-1 Line Printer Physical Device Table,
Sect i on /A8P
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ARP03200
ARP03300
ARP03400
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Figure 1-45.
Line Printer Physical Device Table,
ASP {Continued}
17~O-501/1742-1
Sa~tion
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1.43
1729-3 Card Reader Physical Device Table, Section ABQ
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The driver for the 1729-3 card reader is optionally core
resident or mass resident, depending on the value of M17293.
{Refer to Figure l-46.}
The standard interrupt response
routine is located at R17293.
Word 16 contains the end-of-file code.
The hexadecimal value,
F, in bits 0-3 corresponds to a 6, 7, 8, and 9 punched in
column one of a card.
Word 27 is an index into the LOGIA table if there is a
corresponding diagnostic logical unit.
Otherwise word 27 is zero.
Words 28-107 are used by the driver as a temporary storage area
for input from the card reader.
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DIAGNOSTIC CLoCI<
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PARAMETER wCCATtO~
CCN~ERTER. EOUIPMFNT. S'ATIO~
REQliEST STAluS
DRIVER STATLS
Cl:RMEI'T LOCJ)TyON
LAST LOCATICN PLUS ONE
DEVICE STAllS
DRIVER LENGTH IF ~ASS MEMORY
NA~E ASSOCIATED WITH SECTOR NLMBER
PACKING CYCLE ADD~ESS STORAGE
! 0 F FOR~AT (67e9)
FIRST LCCATIO~ OF 80 WORD INPLT BUFFER
ClJRRE~T CARC BUFFER LOCATIOI';
SWBROUTINE RETURN ADDRESS
CARC SEQUENCE NU~8ER
ARQ03200
t1H003300
48003400
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08003700
A8003800
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aR(.)04000
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1729-3 Card Reader Physical Device Table~ Section ABQ
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Figure 1-46.
1729-3 Card Reader Physical Device Table, Section ABQ
{Continued}
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1.44
1728/430 Card Reader/Punch Physical Device
Tab1e~
Section ABR
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Data for the 1728/430 Card Reader/Punch physical device
(
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table is contained in Section
figure 1-47.
The driver
is optionally core resident or mass resident depending on the
value of M1728.
~'.
ABR~
located at R1728.
in bits 0-3.
The standard interrupt response routine is
Word 16 contains the end-of-fi1e
This corresponds to a
column one of a card.
6~
7~
8~
code~
f16~
and 9 punched in
Bit 15 of word 16 is used to
(/
designate whether the mode change from read to punch and vice
[
versa is to cause the message "Error 11" to be printed by the
Alternate Device Handler.
causes an Error 11 message.
If Bit 15 is
one~
If bit 15 is
a mode change
zero~
a mode change
does not cause an error message to be printed.
Word 27 is an index into the LOG1A table if there is a
corresponding diagnostic logical unit.
Otherwise~
word 27 is zero.
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NUMHER
AC(.II~IULATOR
1728/430 Card Reader/Punch Physical Device Table,
Section ABR
4BP04900
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figure 1-47.
1728/430 Car'" i{~!nder/Punch Physical Device Table ~
Section ABR
C~ontinudd}
hRROSQOO
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1.45
1729-2 Card Reader Physical Device Table, Section A8S
c
The driver for the 1729-2 card reader is optionally core
resident or mass resident depending on the value of M17292.
If core resident, words 1, 2, and 3 of the table are linked
to driver entries.
If mass resident, words 1, 2, and 3 of the
table refer to jumps to the MMEXEC module.
1-48.}
R17292.
{Refer to Figure
The standard interrupt response routine is located at
Word 16 contains the end-of-file code,F 16 ,
to a 6, 7, 8, and 9 punch in column one of a card.
corresponding
Word 27
contains an index into the'LOGIA table if there is a corresponding
diagnostic logical unit.
4~
"'j
Otherwise, word 27 is zero·
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figure 1-49.
1126- 405 Card Reader Physical Device Table, Section ABT
{Continued}
ARTOS400
48T05500
A8T05600
48T05700
48T05800
ARTQ5900
ART06000
ART06100
ART06200
4BT06300
48T06400
48T06500
A;RT06600
ART06100
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1.47
1726-405 Buffered Card Reader Physical Device Table,
c
Section ABU
The 1726-405 buffered card reader driver is optionally core
resident or mass resident depending on the value of Ml726Bo
The standard interrupt response routine is located at R1726B.
{Refer to Figure 1-50.}
The converter code for the 1706
Buffered Data Channel is contained in word 7.
Words 16 and 26
have the same definitions as in Section ABT, as described in
!(
.",..
/
Article 1.46.
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RFQl..EST STnu~
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figure 1-50.
<:.:,
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1726-405 Buffered Card Reader Physical Device Table,
Section ABU
ARUQOIOO
ARUOO200
ARU00300
ARUOO400
AAUOOSOO
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AAIJOO700
ARtlOU800
AAUOO900
AI1UOI000
ARUOIIOO
ARU01?OO
AAUo1300
AAU01400
AAU01500
ARU01600
AAUOl700
AAU01800
4AU01900
A8UQ2000
ABU02l00
AAUo2200
ABLJ02300
411lJ02400
AAU02500
AAU02600
AAU02700
AAU02800
AAU02900
AfHJf)3000
ABU03100
AAUo3200
ABU03300
A8U03400
ABLlO3500
48U03600
AAU03100
48U03800
ARU03900
A8U0 4 OOO
4AU04100
A~U04200
A8U04300
I1AU04.00
ABU04500
AAU04600
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CC~TI~UATnR AODRE~S
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LeST DATA
LL CF NCN-P~RtTV FAPFR TAPE READER
DIAGNOSTIC LO~ICAL ~NIT
1777/1721 Paper Tape Reader Physical Device Table,
Section ABW
ARWOlSOO
48W03600
A8W03700
4Rw03aOO
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figure 1-52.
1777/1721 Paper Tapa Re.dlilr Physical Device Table"
Sect 10n AO~1 {Continued}
UIIWotalOO
ARIW06l00
6""'-0'.00
aAIII06500
AR_O'600
ARW06100
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1.50
1777/1723 Paper Tape Punch Physical Device Table, Section A8X
Section A8X defines the physical device table for a 1777 paper tape
o
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C
:.
C
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punch or a 1723 paper tape punch.
The type code in word 8 is
dependent on which device is in the system.
{Refer to Figure l-53o}
The driver is optionally core or mass resident depending on the
value of M1777P.
Handler.
The interrupt is processed by the Line 1 Interrupt
Word 22 contains an index into the LOG1A table if there
is a corresponding diagnostic logical unit.
i.s zero.
Otherwise word 22
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TEMPORA~V
1111/1113 P.,er T.p. Punch Physic.1 Device Table,
Section ABX
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I
1.51
1777/1723 Paper Tape Punch Software Buffered Physical
, Device Table, Section ABY
Section ABY, Figure 1-54, consists of the macro instruction
BUFFER and a list of parameters for the macro expansion.
Refer to Article 1.27 for an explanation of the macro expansion.
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AAY00100
ABY00200
ABY00300
4RY00400
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Figure 1-54.
1777/1723 Paper Tape Punch Software Buffered Physical Device
Table, Section ABY
o
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1.52
364-4 Communications Multiplexor Physical Device
Table, Section ABZ
Up to 16 364-4 Communications Multiplexqr units may be
included in a system.
Each unit has its own physical device
table defined in Section ABZ, Figure 1-55.
response routine at R3644 is standard.
The interrupt
In each table, the
0
o
o
o
o
c
type code in word 8 specifies whether a 361-1 or a 361-4
communications adaptor is used.
Word 16 of each table contains the codes for the two characters
which will precede
every FWRITE request.
c
In a standard system
word 16 contains OAOD 16 corresponding to a line feed and carriage
return.
It is unlikely that the user would wish to use different
~J
characters to precede each FWRITE, but he may do so if he wishes.
Word 17 contains any special input termination character codes.
If TIMESHARE is in the system, these codes are IB 16 which re-
c
presents the ESCAPE character and 21 16 which represents an
()
exclamation point
{I}.
Input of either of these characters is a
be
signal to TIMESHARE that the current operation is to
terminated.
If TIMESHARE is not in the system, word 17 is zero in a released
system. The user may store data in word 17 if he supplies his own
input data handler. {Refer to the description of word 21 below.}
Word 20 contains the following parameters:
Bits
15
4-14
0-3
Meaning
Echoplex mode flag
Lapsed time allowed before timeout,
specified in seconds.
Priority level of input handler
----
"------
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If bit 15 is set to one each terminal connected to
the communications adapter is operated in echoplex mode,
("
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C
(:,
that is, the driver automatically outputs all input characters
as they are
receiv~d.
performed.
The echoplex mode flag is set to one in a standard
released system.
If bit 15 is zero echoing will not be
Bits 4-15 of word 20 contain the amount of
time which may elapse before a timeout error condition is indicated.
Lapsed time before timeout is 300 seconds in a standard system.
(
This may be changed if desired.
('
If bits 4-14 of word 20 are all
zero, the timeout error feature will not be used.
If timeout
error detection is desired, a lapsed time value of from 1 second
r
(.
to 2047 seconds may be specified.
The priority level in bits 0-3
refers to the entry point address in word 21.
Bits 0-3 contain
the value 4 in a standard system without TIMESHARE.
In a system
including TIMESHARE bits 0-3 contain the value 8, since the TIMESHARE executive program must run at level 8.
(
(
Word 21 is the address of the entry to the program which will
process input from the terminals connected to the communications
(
adapter.
("
(:
In a system which includes TIMESHARE, this is the
address of EXECRD, entry to the TIMESHARE executive program.
In
a system without TIMESHARE, the user may provide his own input
handler, specifying the entry point in word 21 and the
C
corresponding priority level in bits 0-3 of word 20.
(
actual handler may be mass resident, but a core location must still
,
The
,fo/
be specified in word 21.
C'
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This may be the location of a program
o
o
to schedule the mass resident input handler.
Word 65 of each table is the thread word.
The thread words link
all the communications adapters in the system so that the driver
can examine the status of each adapter when an interrupt occurs,
o
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performing input and output as required.
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SPEtIAL INPLT TERWINATICN CHA~ACTERS
SPECIAL INP~T TE~~lNATION CHA~ACTER~
Cu"~E~T DATA ~HARACTER
FLAGWORC FDFoRIVe R
J~P~T TIMEOLT + LEVEL OF INPUT HA~nLER
f~T"Y .PCINl OF INPUT HANDLER
T~P~T OIA~NCSTIC CLOCK
I~DEX TC INFUT BUFFER
INPUT 81..FFE~
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O~CONTI~UATnR ADDRESS
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04 DIAGNOSTIC CLOCK
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PARAMETER ~CCATIO~
n
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07 CC~VERTER, EQUIPMF,NT, STATION
," ut<
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O~
REQl..EST STATUs
ADe ,300.+T36U
OP REQLEST STAlu~
n.
Oq DRIvER STATLS
"lJ/V
10
C~RRE"T LOCATTON
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11 LASl LOCAtlCN PLUS 'ONE
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Figure 1-55. 3b4-4 Communications Multiplexor Physical Device·
Table, Section ABZ
IItCOMP 1 AD"
r3644
(":3644
E3644
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1747 Data Set Controller Physical Device Table, Section ACB
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1.55
1744/274 Digigraphics Console Physical Device Tables,
Section ACC
The standard interrupt response routine for the 1744/274
Digigraphic Consoles is located at R174~1. {Refer to
Figure I-58.} In a standard system there are two consoles,
however the driver will support more consoles.
If more
than two consoles are to be used in a system the user must
supply a physical device table for each additional console.
Word 7 of each table contains the converter code for the
1706 Buffered Data Channel. Word 17 is the thread word used
to connect the physical device tables for all consoles in
the system. Word 23 is the console number as shown in
the table heading, i.e., the console number if the consoles
are numbered starting at zero. If the consoles are numbered
beginning with one, then word 23 is the console number
minus one. There are no options in this section.
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1744/274 Digigraphics Consoles Physical Device Tables
Section ACC
ACC02000
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1744/274 Digigraphics Consoles Physical Device Table.
Section ACC {Continued}
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1525-3/1501-10/1501-11 High Speed Analog Input
Multiplexor Controller Physical Device Table, Secti.on ACD
This section defines a physical device table used without
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{Refer to Figure I-59.} No options are available for this
section.
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1501-10 High Speed Analog Input Multiplexor Controller
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The interrupt response routine at R1536, Figure 1-60,
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{This section to be completed pending driver
design by Chuck Wollaston.}
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1.58
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Core Allocation Data, Section ACF
Section ACF, Figure 1-61, contains the parameters which
define the areas within allocatable core.
('
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(
The location
CALTHD is used dynamically by the operating system to
contain the current number of words available in allocatable
core.
Beginning at location LVLSTR is a table of addresses.
(:
address is the starting location of the allocatable core area
available for a particular priority level.
[
('
(.
In a SYSDAT
listing, the LVLSTR table contains only dummy entries.
show the actual starting addresses of the areas within
allocatable core.
These starting addresses are inserted by
the restart portion of the SPACE program.
at the end of allocatable core.
(:
parameters Nl, N2, ••• , N15.
~o
(
The starting
Each area ends
The lengths are given by the
Length of the area available
priority level 1 is the value Nl, length of the area avail-
able to level 2 is N2, etc.
(
In a standard system Nl, N2, N3
and N4 are dependent on MSOS requirements, and N5
c~<
c
c·.}
--
,(,
A
core dump of the LVLSTR table from an installed system will
addresses are dependent on the area lengths.
(
Each
N15
are dependent on information supplied by the user in the 1700
MSOS Ordering Form.
The following diagram illustrates a
typical layout of allocatable core in a standard released system.
o
eoo
r
LEND
re,
Nl
START A
I
r-----~+
i
(C
(e
N2
START B
r-------------------------~
~
t
N3
START C t - - -_ _ _ _ _ _ _ _ _--1
~
NtN5
= N6=N7
= NJ,=N8
START D t - - - - - - - - - - - - - - 1
t
N 10=N 11
= N12=N13
= N 14=N15
AREAC
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+
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(-
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Location
(
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Address
STARTD
LEND
AREAC
AREAC
AREAC
AREAC
AREAC
AREAC
START
START
START
START
START
START
START
START
Definition
OF ALLOCATABLE
OF ALLOCATABLE
Of ALLOCATABLE
OF ALLOCATABLE
OF ALLOCAtABLE
OF ALLOCATABLE
OF ALLOCATABLE
Of ALLOCATABLE
CORE
CORE
CORE
CORE
CORE
CORE
CORE
CORE
FOR
FOR
FOR
FOR
FOR
FOR
FOR
FOR
LEVEL
LEVEL
LEVEL
LEVEL
LEVEL
LEVEL
LEVEL
LEVEL
[
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lengths and starting addresses:
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(
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10
11
12
13
14
15
within allocatable core, thus changing the lengths of the areas.
He must observe the following restrictions when revising the
1.
The start of allocatable core for level 0 must be the
first location of allocatable core.
This is true because
level 0 is used in initializing the system and at that time
the entire allocatable area must be available.
The system
library programs LISEDT and the Job Processor are used
during initialization before their core request priorities
have been set to non-zero values.
c
c
9
In the above example a program with core request priority 9
could not run within the allocatable area. If would require
a core swap to run.
The user may change the starting locations of the areas
(
8
c··'\
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2.
The end of allocatable core, LEND, must not be
C
changed unless the system is rebuilt.
3.
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c
priority level, then this level must exceed 2 so that a
program at that level can force a core swap.
4.
,,~'
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The area available to level 1 must be large enough to
accommodate the following Job Processor modules:
JOBENT
(,("h
TIl
'~
T7
T5
T3
At the time of system installation the number of words
available to level 1 is set by executing the following system
initializer control statement after loading these modules:
{The above modules have core request priority 1 in the
system directory.}
5.
The area available to level 2 must be large enough to
accommodate the following Job Processor modules:
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c
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(
(~
(
JOBPRO
(
ONE
TWO
('
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(
The value of N2 is set during system installation by
('
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loading the modules JOBPRO, ONE, TWO and THREE, the control
(
statement
('
is executed to set the value of N2.
(
{The above modules
have core request priority 2 in the system directory.}
[
b.
The value of N3 is determined by the overlay size of
the Protect Processor, since the Protect Processor has
f'
core request priority 3 in the System Directory.
('
7.
The value of N4 must be large enough so that the largest
f
of the following programs can run in the area available at
(
level 4:
('
('
a}
Any System Library Programs which have a core request
priority level of four.
In a typical system this
includes
ODEBUG
(~
System Checkout Package
(
MIPRO
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SCMM
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Any user programs which are to use this drea.
v
If the File Manager is to be used by the background, N4
,,,.'"
must be large enough so that even if the Job Processor
"l./
and the Protect Processor occupy all of the areas avail-
(If'
able to levels 1-3, there will be enough area left for
the File Manager to run.
If the unbuffered
\,..
/
protect
processor, UPROTP, is in the system and a File Manager
request is made from the background, a core swap cannot
be made since background input/output would be in progress.
Even if the buffered protect processor, BPROTP, is in the
system only a maximum of 96 words could be swapped.
The
minimum allocatable core area needed by the File Manager
is
P
+
I·96
where
P
= the
+
118
request processor {store sequential,
store direct, etc.}
I
= 0,
if there are no indexed files in
the system
=
(~
size of the largest File Manager
C~
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~\
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,
1, .if there are indexed files in the
system and the expected number of key
values declared when a file is defined is
C
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C
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1n the system for which the expected
(
number of key values is declared at the
(
time of file definition to be greater than
or equal to 8465.
c'
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{The constant valuE 118 is the sum of 96 words for the file
information segment {FrS} directory, 16 words for one file
information segment {FIS} and 6 words for the header
appended to a FIS when a FIS is in core.
The value 1·96
is the size of the largest key information segment {KIS}
f
c
(
directory for any file in the system.}
Thus, for background
File Manager requests to be possible we must have
N4
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P
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Note that this is a minimum.
If more core is available in
area 4, the File Manager may be able to have more than one
(
(
processor as well as more than one KIS directory and/or FIS
in core at once, thus increasing throughput.
If the value
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(
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timeout parameter so that core areas allocated for the File
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to Article 1.79, File Manager Data.
Refer
In a standard released
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0"'·"
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value of N4.
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addresses can be changed in the restart portion of the
SPACE program and the system can be autoloaded.
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quotient:
n
60 cycles per second
{)
where n is the basic clock rate of the system timer. In
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clock rate is other than 200 kilocycles. The other entries
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T"'CODE
Interrupt Response Routine for the Sample Rate Genera~or
Portion of the 1750-1/1572-1 Sample Timing Unit, Sectlon ACM
.1;.
V
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0
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1.66
Interrupt Response Routine for the 364-4 Communications
Multiplexor Timebase, Section ACN
"
This section is included in SYSDAT only if a 364-4 Communications
Multiplexor is the system timer. Entry points for other timer
interrupt response routines are equated to 7FFF l6 to avoid
having these names appear as unpatched externals at the time
of system installation. {Figure l-69.}
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THI~
VALLE IS uSED TO ESrAALYSH ~OTH T~E BAUD ~ATE
RES ONSE OF THE CO~MUNICATIOI\S EQUIPMENT, AND ALSO
THE 5V~TfM TIMER ACCU~ACY.
THE 364 .. 4 S~OULD NOT
~~ '~JUSTED SUCH T~AT THE SYSTEM TIMER FREQuE~CY
r S LEss lHAN bO h7.
IF IT IS AnJUSTEr TO ALLOW A
FRE~UENCY GREA1E~ THAN ~o HZ. THE VALUE CF _TIMCPS_
~UST RI=' CIo1AI\IGEC ACCORDlt\i(:IV.
~Tl~CPS1 IS LOCATED
IN T~E rTME~ PA~AMfTER REGIO~ OF 5YSnAT •
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BASIC W.F.S WORr, - FUI\CTION
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=XRA~CTr.;
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l~ THE COUNT EX~AUSTEr
I'I.C. nECRE~Et\T IT
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LUG* ':::(;3644
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IS IT TIME 10 Et\TEP
CALL
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I\C, .)LSl ACKNOWLFnGE THE INTERRUPT
6
Tl MF.UP
EltIT TO
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SCHEnuLE THE eOI\TTNUATION ENTPV
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FOR
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Fl~72F'E'572,Ol~72,~lS73,~1~7c1.E15721,n157l1.01S721
eNf
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ElS72F
EQI..
H1S721 ()n
figure 1-69.
('IC)
ACf\I02400
flCN02500
ACN02600
t.C N0 3 1QO
)!MF'* TIME.
SPC
ACN01700
ACNoleoo
ACN01900
ACNOcoOO
ACN02100
ACN02200
AC No2::300
ACNI)2700
ACNo2eoo
ACN02900
ACN03000
TIMRF.;- ..
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SPC
ORIVtFi LOG =XPCOfolOO
LUA- (lfRO),t;
SlA* CALL
LOA .. 2,Q
ST~* CALL·l
:.. fII1~-
QCN00400
A(:N00500
ACN00600
A(;N00700
Ar N00800
ACNG0900
ACN01000
ACNollOO
ACN01200
ACN01300
ACNO'400
ACNOlsoo
ACN01~OO
,
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o
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e:sJJ
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3~'+-4 CCM~ut\lCA1IONS ~uLTIPLExO~
.(1572 (X) ,01572 ()C) ,E157'HX)
,t.l'51el (X) ,0157?1 (X) ,0],=:;721
(X,
Interrupt Response Routine for the 364-4 Communications
Multiplexor Timebase, Section ACN
ACN03200
ACN03300
ACNo3400
ACN03500
ACN03600
6CN03700
ACN03800
ACN03900
4CN04000
AI':NO'+lOO
ACN04200
ACN04JOO
ACN04400
ACN04500
ACN04600
AC N04700
ACN04800
ACN04,OO
ACN05000
AeNoS100
o
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1.67
Software Pseudo Timer Routine, Section ACO
c
i.C"'.
~
This routine, figure 1-70, is included in SYSDAT for a
system with no hardware timing device. It contains the
IDLER loop for such a system. The pseudo timer is used
to approximate elapsed time by counting the number of
passes through the IDLER loop- When the count overflows
the TMINT program is scheduled. This program will check
the status of the hardware devices in the system to determine
if an interrupt expected from any device is late. Thus
the pseudo timer is used for hardware failure detection.
tv
#~j
""-,,
~
The value of BASCTR, line *ACOOOSO, is set to approximate
60 cycles per second. The fastest cycle time for a 1700series central processing unit was used in deriving the
value of BASCTR. Since system overhead is the critical
factor in pseudo timer elapsed time, there is no reason to
make the BASCTR value dependent on the system cycle time.
The pseudo timer may be used for system timer calls if the
only requirement is that a minimum time period must have
elapsed.
Entry points for hardware timer interrupt response routines are
equated to 7fff 16 to avoid having these entries printed
as unpatched externals at the time of system installation.
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TIMEuP
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4
LINK ALL UNSELECTEO
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POI~TS
ENl
~1~1?F.F.1512.nl~72'E1573'~lS7cl.E15121.~1~721.015721.EQ3644
EQ\..
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E1512F(W),~1512(X,.C1572(x).E157'(X).HlS721(X)
(l() .[)15721 (Xl ,Ol~721 (X) 'EQ~64" (x)
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Figure 1-70.
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Software Pseudo Timer Routine, Section ACO
Ar,OOOlOO
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Figure 1-75.
I
IJ A
T E
P AR I ME T E R
CLRRE",T
CLRRE"T
CL RREt'l
CLRRE"T
ClRREI\T
CLRREI\T
CLRRE"'T
CLRRE"T
CLRRE"T
CLRRE"T
CWRFiE"t
CWRRE"
YEAr:;
MONTH
DAY
YEAFi
MONlH
DAY
HOUR.
MINLTE
SECCNO
COU~T
S T a R AGE
(ASCII)
(ASCII,
(AsCII)
( INTEGER)
( INTEGF;'R)
( INTEGER)
( INTEGER)
(hTEGFR)
( hlTEGER)
(It-1TEGER)
24·"'OUR ~IME
DAY ELAF EO MINUTES
YEAM
(ASCII)
MONTH (ASCII )
DAY
(ASCII)
YEAR
(I"'TEGER)
MONTH (I",TEGER)
CU~RENT DAY
(INTEGER)
CLRRE"T HOUR
( hl'1-E GF R)
CLRRE"T MINLTE ( INTEGER)
ClRREI\T SECCNf") (fNTEGER)
CLRREI\T COU~T (t~ITEGER)
ceRRE"T 24-"'OUR TltoIE
CeRRE"T DAY ELAFSEn MINUTES
CLRRE"T
CLRREf\T
CLRRE"T
CLRRE"T
CI.RRE"T
ACTOOI00
ACTOO200
ICT00300
4CT00400
4CTOOSOO
ACTOO600
AC TOO700
ACT00800
4CT00900
4cTOI000
ACToll00
ACT01200
4CT01300
IICT01400
ACTOlS00
IC+01600
AC 01700
ACT01800
ICT01900
ACT02000
ACT02100
4cT02200
AcT02300
ACT02400
AcT02S00
4CT02600
ACT02'100
ACT02800
4CT02900
Acrolooo
ICTo3100
Time/Date
Paramet~r
Storage, Section ACT
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1.73
System Timer Parameters, Section ACU
This section {Figure l-7b} contains system timer parameter
values. TIMCPS is the line frequency of the system. TIMEC
is defined as
(
-~
where n is the number of timer cycles per second, and
is the greatest integer less than or equal to x. TODLVL is
the first word in the parameter list for a monitor request to
schedule the time-of-day program, TOD. The request code is 8,
meaning that scheduling is to be done after a time delay. The
priority level is 6, the d-bit is 1, and the x-bit is O. Bits
4 through 7 are zero indicating the time delay is to be
expressed in counts of the timing device. NSCHED specifies
the maximum number of timer request completions which will be
processed at the time of a timer interrupt. When a timer
interrupt occurs the timer request processor determines the
number of timer requests for which the time delay has elapsed
since the last timer interrupt. If this number exceeds NSCHED,
the first NSCHED requests are scheduled and the remaining
requests are placed on the counts thread for expiration at the
next timer interrupt. The value of NSCHED may be used to limit
the number of scheduler requests made at one time if a large
number of timer requests are used in the system.
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1/10 SECON~ MINUS 1
SYSTE~
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TIME CF DAY (TOn)
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= 1.
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4
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ENT
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TIMEC
EN1
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ACU00100
ACU00200
PAp A MET E R S
TIMCPS
4
ENT
I N FOR MAT ION
4
SPC
EQL
SPC
SPC
TOOLVL EQt..
SPC
NSCHED
MIS C E
Figure 1-76.
~O.
OF COMFlFTrOI'\S PER TIMER
5 COMPLETIONS
TIME~
PE~
INTERVAL
PRIORITv LEVEL
INTE~VAL
ACU00300
ACU00400
ACUOOSOO
ACU00600
ACU00700
ACU00800
ACU00900
ACUOlOOO
AcuollOO
4CU01200
ACUO 1300
ACUOl.OO
4CU01500
ACU01600
4CU01700
4("U01800
4CU01900
4CU02000
ACU02100
ACUOZaO.
ACUOIJOO
'CUO •• 0
System Timer Parameters, Section ACU
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1.74
System Program Overlay Sizes, Section ACV
This section, figure 1-77, contains the overlay size for the library
edit program, LIBEDT,
for the
protect processor, BPROTK or UPRQTK, and for
.
.
the on-line debug package, ODEBUG. If there is enough core space in
the system, the buffered protect processor, BPROTK, is used
with the larger overlay size {line *ACV0100}. Otherwise, the
unbuffered protect processor, UPROTK is used {line *ACVOllO}.
@c
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.
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1 S C
E L
S 'Y S T E
SPC
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ENT
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I"ITIAL OVERLAY 51]!!: OF' LlREOT
It-.ITIAL OVE~LAY S!lE (iF j)~OTEC
HIT lAL O\lE~LAY SI,E OF onE'RUG
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00 B 5 TZ t ~ 21lJ)
ltd TI AL OVE~LAY 5I'lE OF LIFlEDT
Ir..ITIAL OVEF'LAY SI?'E CF P~OTEc
Ir-.nIAL OVEFEBUG
E S
ACV00200
ACV00300
ACV00400
ACV00500
ACV00600
ACV00100
ACV00800
ACV00900
ACV01000
AcvollOO
ACV01200
.• evo 1300
4'
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Figure 1-77.
System Program Overlay Sizes, Section ACV
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1.75
10M Station Assignments, Section ACW
( ""
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This section to be written later, pending definition by
C. Wollaston.
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foIOC.ULE S (CIF 5 ) AC;SrGt\.MENTS
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*
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MOSO(OOl~-301~72)
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THE 1'595 RS232
THE 11:44 DIG-IN
TJojE \c;53 Oyr.-OUT
THE 1~55 ~I V-OUT
r.~wo6S00
AI"III06600
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AC w06900
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Acwn7000
Acwo7100
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ASSYC;II.En Tn THE 1c:95 P~232
ASS 1G~'ED TO THE 11:44 nT~-p\1
flSSIGt-:ED TO THE' 11:53 £H t:;-CUT
A5SIG/\ED TO THE }I: 55 PI V-CUT
ASSTGI'.MENTS
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M3S0(OO16-S31S9~)
M3S1(~~50.S31~44)
M3S2(~3~1-S315S~)
M3S3(~3~2-S3155~)
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M4S3(~452·~41~55)
EQlI
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MSSI
M5~n(0016-S51~q~)
(~c:;r.::·O-S51~44)
figure 1-78.
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OF 5TAT1OII.15 AC;SIGII.EC TO THE: 1"53 DT~-CUT
Of- STAT 10"'5 flSSIGII.E.D TO THE le5S P, V-CUT
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AcwnS400
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ACWoS600
Ar.'wn570n
A,.wnS800
V:w05900
A('W06000
A(:W06100
ACW06200
Ar,W06100
Acwo6400
lOM Station Assignments, Section ACW (Continued)
AC'N07S00
Acwo7600
ACWf)7700
Ar.wo7800
Acwt)7QOO
ACWt)8~8g
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Ar.wo8200
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Ac wo9'500
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ACwo9100
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ADDRESSING COCES FOR
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MOOULES
1572-1 LST/SRG TIMER'
1576-1 STALL ALARM
1525-3 ANAWCG/OIGITAL CONVERTER
1536-2 RELAY ~ULTIPLExOR
1501-10 ~IG~ SPEEoMULTIPLExOP
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EG'EQL EQ5362(~Os3+ES)
EGL EQ5011(~OS~+ES)
SFC 4
eASE ST~TUS ADDRESS CODES FOR EACH RS232 MODULE
SPC 4
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EQ5957(ES+S70+~7S0)
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511544,"'E,O
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S11544
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Figure 1-78Q
rOM Sta,tionAssignments, Section ACid {Continued}
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Starting
Section ACY
COBOP~
Sector~
Patches for Unneeded FORTRAN
Entries~
This section~ Figure 1-80~ will contain the starting sector
for the failed cor~ image as used by the system checkout package~
SYSCOP~ if SYSCOP is in the systemIn addition~ lines *ACYOI50
through *ACY0210 will be included in this section if reentrant
FORTRAN is not in the system. These lines equate the entry
points FMASK and FLIST with 7FFF Ib so that they will not be
listed as unpatched externals at the time of system installation.
If reentrant FORTRAN is in the system~ the entry po(nts FLIST
and FMASK will be defined in Section ACS~ Reentrant FORTRAN information. In this case lines *ACY0210 through *ACY0280 are included
in this section. In a system with reentrant FORTRAN~ the
scheduler and dispatcher module~ NDISP~ is not needed. The entry
NDISP is equated to 7FFF Ib so that it will not appear as an unpatched external at the time of system installation.
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HH:. STA~TI"(1 SECTOP CF TI-E FAILED COPE IMAGE IS SPECyFIED BY
1!"1E NA~E CCROPS. T"'IS AMEA MUST RE SUEr To ACCOMCOATE A
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IM~GE ~UST RESIU~ 0" T~E LIB~A~Y MASS MEMORy UNIT,
IF THE
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SYSCOP Parameters, Section ACY
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1.78
High Speed IMPORT Information, Section ACZ
Section ACZ is included only if High Speed IMPORT is
in the system. In that case, the entries in this section
are as shown in Figure 1-81. Word 1, UNDEF, is the
address of the physical device table of the dummy
logical unit. This address is used by IMPORT as
the address inserted in the LOGIA table for each
device that will be used for an IMPORT data stream. The
dummy logical unit is so referenced in the LOGIA table
until the corresponding physical device table has been
set up for IMPORT.
Word 2 of this section, the priority level of IMPORT,
is fixed at level 6. Word 3 must be the priority level
at which D1747 will run. Word 4, transmission buffer
size, is 325 in a released system. It may be reduced
to 165
to save core if desired. One of the two
values, 165 or 325, must be used as this entry. Words
5 and 6 should be zero for Hollerith/ASCII {026} card
conversion, non-zero for EBCDIC/ASCII {029} card conversion. Words 7, 8, and 9 are fixed. The values of
words ten and eleven must be negative. The magnitude
of each of these entries is in counts of the system
timing device. The magnitu,de of each may be increased
if transmission is to occur over a longer than standard
distance. The number of counts allows time for the
1700/6000 connecting lines to perform the transmission
and to change from receive mode to send mode or vice
versa. The last word of this section, JOBMAX, is the
maximum number of jobs allowed to be transmitted from
this 1700 to the 6000 at one time. This number may be
adjusted depending on the number of 1700's connected to
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the 6000 and on the desires of the user·
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For further information, refer to the 1700 MSOS IMPORT
High Speed Reference Manual, 1700 Version 1, Publication No. 603057~0.
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SYNCLT
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High Speed IMPORT Information, Section ACZ
ACZOIOOO
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1.79
File Manager Data, Section ADA
Lines *ADA0050 through *ADAOllO are included in this section
only if there is no File Manager in the system. {Refer to
Figure l-82.} These lines equate certain,entries used by
the File Manager with 7FFF 16 so that these entries will not
be listed as unpatched externals at the time of system
installation.
If there is a File Manager in the system, the first line in
Section ADA after the heading is line *ADA0120. Beginning
at this line are the system parameter values needed by the
File Manager. ~ISLU is the library unit in a standard system.
It may be changed to a different unit but in that case the
system must be rebuilt s~ that all references to FISLU will
be correctly linked. MAXMMA, the number of mass memory readl
write attempts made when a mass memory error is detected, is
one in a standard released system. A value of one means
that once a mass memory error is detected the mass memory
read or write request will be repeated once by the File
Manager. The user should leave this value at one.
The parameter RPTPER is the time in hundredths of a second
that a given request processor will remain in core after
completion of a request. If there is enough space in allocatable
core for several File Manager request processors to be in core
simul taneously~ then RPTPER may be increased to, a value greater
than the standard value of 10 which corresponds to a tenth of a
second. Before a request processor releases its core it
may be requested again. In that case, it would not have to be
re-read from mass memory, thus saving system overhead time. If a
minimum amount of allocatable core is available for File Manager
request processors, then RPTPER should be set to the minimum
value of one so that if one File Manager request processor is
in core and a different request processor is requested, the
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second request will not have to wait unnecessarily during the
timeout before release of core by the first processor. The
value of RPTPER cannot be set to zero since the timeout value
for a request processor is initialized to RPTPER and the timeout value is decremented by one before being tested for zero.
{Refer to Article 1.58 for a discussion of allocatable
core area available for File Manager request processors.}
The parameter FDTPER is defined similarly to RPTPER except that
it refers to the timeout period before core is rele~sed for
a file information segment {FIS}. It is also the timeout
period before core is released for the FIS Directory. Criteria
simila~ to those discussed in conjunction with the parameter
RPTPER should be used if the user wishes to change the value
of FDTPER.
The parameters FIDSEC, FIBLSA, and FIBNIX are used dynamically
by the File Manager. They must be zero initially. When the
first define file request is encountered by the File Manager,
non-zero values are defined for each of these parameters.
The parameter ADRFMS is the starting sector of the File Manager
space on the FISLU logical unit. Its value is dependent on the
particular device which is used as the library unit. The
external BEGFMS, which is linked by a *S statement at ,the time
of system installation, defines ADRFMS if one of the following
is used as the library unit:
1738-853/854 Disk
1733-853/854 Disk
1751 Drum
1752 Drum
ADRFMS is defined as 5BF7 l6 if the library unit is one of the
o
following devices:
1733-856 Cartridge Disk with 4.4 million words.
1739-1 Cartridge Disk
ADRFMS is defined to be 2DF9 16 if the library unit is a 7133-856
Disk with 2.2 million words. The definition of ADRFMS for the
latter three services places the file space on the fixed platter
disk for each of these devices. This has the advantage of minimizing
seek time during system operation, but this positioning of file
space is not required.
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FSLIST is the location of the start of the file space parameters
for each File Manager mass memory unit in the system. Up to nine
File Manager units may be included in a system. These are numbered
beginning with File Manager unit zero which is generally the
system library unit. For each File Manager unit in the system a
subsection of Section ADA is included to define the necessary
parameters. For File Manager unit n, 0<:'n<.8, the following parameter values are given:
--
1. NUMFSn - Total number of sectors available for file space go
on this unit. This is the value given on the MSOS ordering form.
If the user wishes to add a File Manager to an existing system,
the method of determining NUMF.Sn is described in Article 5.1.
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2. LUEn - Bits 7 - 15 of LUEn give the number of words in the
subsection for this File Manager unit. {This is a variable since
the length of the file space list can vary as described under item 4.}
Bits 0 - 6 of LUEn contain the system logical unit number corresponding
to this File Manager unit.
3. The starting os sector of space available on this logical unit
for File Manager use. For File Manager unit zero, this value is
given by the parameter ADRFMS. For n F 0, the starting sector is
the value of the parameter BEGLUn.
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4. Definition of the file space list for this File
Manager unit. At any time after system operation has
begun all available file space for this File Manager
unit is contained either in the file space list or the
file space pool. The file space list is composed of
one or more blocks of available space. Each block is a
threaded sequence of available segments of mass memory
such that each segment has the same length in sectors
as every other segment in the block. The segment
lengths to be included in the file space list for this
File Manager unit are given by the subsection entries
following:
ADC NUMFSn
1"\
,",/
In a standard released system there are three segment lengths
included in the-file space list for each File Manager
unit. These lengths are one sector, two sectors, and three
sectors. The lengths are defined by the following thread
definitions:
THREAD OF ONE SECTOR LONG
NUM 0,1
THREAD OF TWO SECTORS LONG
NUM 0,2
NUM 0,3
THREAD OF THREE SECTORS LONG
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The first word of each thread is the sector of the first
segment in this block. The first word of each thread
must be zero initially. All available file space on this
File Manager unit which lies in a segment of a length other
than those included in the file space list is included in
the file space pool for this File Manager unit. The user may
redefine the segment lengths in the file space list depending
on the different file record lengths he intends to use in
the system. The advantage of keeping as much of the available file spac~ as possible in the file space list is that
available space there can be allocated much more quickly
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than can space in the file space pool. The disadvantage
in having too many blocks in a file space list is that
two words of core are used for each block. Consider the
following example. The user determines that the file
space list for File Manager unit 0 is to be composed of:
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2}
3}
4}
a
a
a
a
block
block
block
block
of
of
of
of
segments
segments
segments
segments
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one sector long
two sectors long
four sectors long
six sectors long
In this case, the initial file space list threads for
File Manager unit 0 would be as follows:
NUM
NUM
NUM
NUM
0,1
0,2
0,4
0,6
THREAD
THREAD
THREAD
THREAD
The number of available file sectors.
be zero for each File Manager unit.
5.
OF
OF
OF
OF
ONE SECTOR LONG
TWO SECTORS LONG
FOUR SECTORS LONG
SIX SECTORS LONG
~j
,~~-~
Initially this must
Following the set of subsections for all File Manager
units in the system is a set of equivalences for entry points
corresponding to unused File Manager units. These equivalences
avoid having these entry points listed as unpatched externals
at the time of system installation.
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FSLIST
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2
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LCGICAL UNIT OF FI~ DIRECTORY A~D BLOCKS
NO. OF~ASS MFMORY ATTEMPTS ON ERROR
REQuEST PROCES5CR TIMFOUT PERIon
MAXMMA
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FILE/cIRECTORY lIMEOUT PERIOD
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REGFMS
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S SECTOR AnDREss
LAST Frs ~LOC~
AVAILARLE LOCATION I~ FIRLS44n401CJOO
START OF FILE SFACE LIST
41)A02000
FILE SPACE LIST LfNGT~
AI)A02100
E~O OF FILE SPACE LIST
40402200
BEGIN~I~G OF FILE ~ANDGER SPACE O~ LIB UNIT
40A02300
SECTO~ AOOHESSCF
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OF FILF. MANDGER spACE
LIB UNIT
A"A02400
40A02500
4n402600
4n402700
40402800
4n402900
4n A03 000
4n41)3100
AnA03200
An403300
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A0403500
A"A03600
AOA03700
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eEGIN~I~G
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OF FILE MANAGER SPACE
o~
1
LIB UNIT
LIB UNIT
..........
THE FOLLCWING ~UST SE IN ORDER
1. FIS OI~ECTO~Y, S SECTOR ADDRESS
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2. SEcTCR ACDRESS OF THE LAST FtS SLOCK
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3. INCEx TO NEXT AvAILABLE LOCATICN IN FIBLSA
FSL I ST (.it)
4. START OF FILE S~ACE LIST
1
2
START OF LOGICAL
U~tT
••••••••
ENTRIES
~g:8j888
An40·000
4nA04100
4nA04200
AOA04300
4nA04400
40A04500
A(,)AQ4600
A040.700
'0 4 04 800
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File Manager Data, Section ADA
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X9/LUELo,x7/LeUJ\IT LI.I ~NTRY LE~GTH(1It!), LOGICAL. UNtT(0-,'4D AOS400
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ADDRESS OF FILE SPACE POOL
40A05500
n
Nl;MBER OF AVAILABLE SECTORS
AOA05600
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AOA0580.0
0.2
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40A05900
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T~RE'C OF T~REE SECTORS LONG
40A06000
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AOA06100
'OA06200
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U NIT
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'OA06300
40A06400
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AOA06500
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LU~ IT 1 ( )
LCGICAL U~IT OF FILE ~'NAGER UNtT 1
40A06100
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e~GINJ\ING FILE ·SECTOR
• UNIT 1
AOA06800
NU~FS1()
NLM8ER OF FILE ~ECTORS. UNIT 1
AnA06900
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AOA01000
X9/LUEL1,x7/LUNIT1 L~ ENTRY LE~GTH(11.15)' LOGICAL UNtTcO-6)AOA01100
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. . 40A01200
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NUMBER 0' AVAILABLE SECTOqS
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NUMFSI
NUMBER OF SECTORS INTHtS FILE SJIIAC!
,I')A07400
0,1
T~REAC OF ONE SECTOR tONG
40A01!00
0.2,
T~AEAO OF TWO SECToRS LONG
40A01.00
0,3
. .
T~READ OF T~REE SECTORS LONG
40AO"OO
LI.EL1(*·LUE1)
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NuMBER OF SECTORS IN THIS FILE SiACE.ADA09100
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file Manager Data, Section ADA {Continued}
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APRSET is the start of Section ADC and LPRSET is the
length of this section. These values are referenced in the
communications region, Section AAE, as discussed in
Article 1.5.
Care must be used if the user wishes to add an entry
point reference to this section. A protected program
which may be entered from unprotected core should inhibit
interrupts and save the return address and other necessary
information in volatile storage before enabling interrupts
to prevent erroneous entries. Before returning to an
unprotected program, the protected program should check
to see if the job has been cancelled. If the job has
been terminated, exit should be made to the dispatcher.
In addition, the protected program must check parameters
passed from unprotected programs to prevent storing into
protected core. Maximum system protection is provided
when the list of entry points referenced in Section ADC is
kept to a minimum.
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DEFINE FILE
RELEASE FILE
DEFINE INDEXED FIlE
LOI
\
This section defines the start of the system library directory.
The directory will follow SYSDAT. It is set up by the
System Initia1izer Program. {Refer to Figure 1-8S.}
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SYSTEM BINARIES AND THE MSOS SKELETON
2
2.1 Binaries Included in the Install File
Included in the installation materials sent to a user is a binary
copy of .every 1700 MSOS 4.1 module. A number of these modules
may not be included in the user's installed operating system, but
the binary copies will, nevertheless, be included in the set
of system binaries. In addition, copies of certain 1700 FORTRAN
3.2 ~odules are included if the user has a FORTRAN compiler
license. The install file itself contains only those modules to
be included in the system. The system binaries media and the
install file media may be magnetic tape, punched cards, or paper
tape. The system skeleton ~s discussed in Article 2.2 is set up
to select those modules from the set of system binaries which
are to be part of a given system.
Some of the modules included in binary forw
must be included in every 1700 MSOS 4.1 system. Some
of the modules are optional. They can be included for
added system capabilities, but are not necessary. Other
modules are part of· a group such that at least one module
from the group must be included, or part or all of the group
is required under certain conditions. Following is a list
of the MSOS 4.1 modules and the FORTRAN 3.2 modules ~hich
may be included in binary form in the install file. A
module in the list is/optional unless
there is an X in the column headed "Required in All Systems".
If the module is a part of a group, such that one or more modules
in the group are required under certain conditions, a non-blank
identifier app~ars in the left-hand column of the list.
At the beginning of a group, the requirement for selection
within the group is explained.
o
o
GROUP
IDENTIFICATION
{IF ANY}
REQ'D
IN ALL
SYSTEMS
o
c
c
PROGRAM NAME
X
SYSDAT
X
SPACE
NMONI
X
REMARKS
c
The binary copy of SYSDAT as it
has been customized for a particular
installation. The binary form of
SYSDAT corresponds to the source
copy of SYSDAT also included in
the installation materials for the
system.
One of the modules in Group E is required.
E
RDISP
This is the schequler/dispatcher
module which must be used when
reentrant FORTRAN is in the system.
r
I
C
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c
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------------------------
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GROUP
IDENTIFICATION
{IF ANY}
REQ'D
IN ALL
SYSTEMS
PROGRAM NAME
('
(
E
NDISP
(""
(
X
("'
X
X
(
X
X
(,'
X
RW
Tl4
Tlb
PARAME
COMMON
NIPROC
LINIV4
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X
X
(.
X
X
(~
(
X
X
("
('\
X
X
X
X
(~
X
X
('
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X
ALVOL
OFVOL
ALCORE
DCORE
PRTCDR
NFNR
NCMPRQ
MAKQ
ADEV
TMINT
DTIMER
TOD
MINT
TRVEC
REMARKS
It may be used if reentrant
fORTRAN is not in the system,
but in this case it causes core
to be used unnecessarily.
This is the scheduler/dispatcher
module which is normally used;
when reentrant FORTRAN is not
in the system.
This program is used to analyze
I interrupts on I ine one.
It is
required only if more than one
, device in the system is connected
to interrupt line one.
This module is necessary only if
partitioned core is in the system.
GROUP
IDENTIFICATION
{IF ANY}
REQ'D
IN ALL
SYSTEMS
o
o
PROGRAM NAME
REMARKS
SNAPOL
Provides registers snap dump
capability, useful in debugging
programs.
DMP42X
Provides core dump capability
if the 1742-30 or 1742-120 line
printer is in the system.
DMP421
Provides
core dump capability
if the 1740/501 or 1742-1 line
print~r is in the system.
,, 0
C
C:
C
Group F consists of the set of SYSCOP bootstrap programs. One of the
programs in this group must be included if SYSCOP is in. the system.
The module selected depends on the system hardware configuration.
F
817332
F
8DK85X
F
917391
F
81752
81751
F
SYSCOP bootstrap for the 1733-2/856-2/
856-4 Cartridge Disk.
SYSCOP bootstrap for the 1733-1/
853/854 Disk or the 1738/853/854
Disk.
SYSCOP bootstrap for the 1739-1
Cartridge Disk.
SYSCOP bootstrap for the 1752 Drum
SYSCOP bootstrap for the 1751 Drum
X
X
FILMGR
RSPCV4
SRHFIS
EFDATA
DUMMY
ALAQ
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All the modules in Group G ar.e required if the File Manager is in
.the system.
G
G
G
,
Core resident File Manager module.
Core resident File Manager module.
Core resident File Manager module.
Driver for dummy device.
This module is required if more
than one device in the system
requiresA/Q allocation.
c
c
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c
c
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_ _. _ - - - -
(
(~
GROUP
IDENTIFICATION
{IF ANY}
(,~
(
(~
(
(
REQ'D
IN ALL
SYSTEMS
PROGRAM NAME
REMARKS
AL1706
This module is required if
two or more devices in the
system share a 1706 Buffered
Data Channel.
One comment device driver from Group H must be included.
"
H
D1711
H
D1713K
', ..
('
(
(
..
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{:'
(
One of the core resident mass storage drivers from Group L is
required. A maximum of one disk driver and one drum driver may
be present in a system.
I
D17332
I
I
I
I
I
D1738
D17331
D17391
D1751
D1752
REWCK
(
{
DSBUFR
(-
MMEXEC
(
"
Core resident 1711/1712/1713/713
Keyboard driver
Core resident 1713 Keyboard driver
1733-2/856-2/856-4 Cartridge
Disk driver.
1738/853/854 Disk driver.
1733-1/853/854 Disk driver.
1739-1 Cartridge Disk driver.
1751 Drum driver.
1752 Drum driver.
Core resident rewind check module
required if magnetic tape is present
in the system.
Provides software' buffering
capability.
Handles mass memory resident drivers
Required if any driver in the ~ystem
is mass memory resident.
<,/"
C
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(~
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Group J consists of those drivers which are optionally core resident
or mass memory resident. The system requires an input device driver
and an output device driver. These ,need not be two separate drivers
if the input device and the output device are the same device and one
o
REQ'D
GROUP
IDENTIFICATION IN All
{IF ANY}
PROGRAM NAME
SYSTEMS
REMARKS
driver ,handles both input and output. The input device and output
device may be the same as the comment device in which case the
driver from Group H satisfies the input deviceloutput device
driver requirement. Otherwise this requirement must be
satisfied from Group J.
J
J
J
J
D1713R
D1713P
DCOSY
D17322
D327TR
J
D1732U
J
D1732B
J
D1731U
FRWA
FRWB
RWBA
MAXRVU
D1731B
FRWAB
FRWBB
RWBAB
MAXRVB
DPSUDO
D42312
J
J
J
J
J
J
J
J
J
J
J
T5954
1713 Paper Tape Reader driver.
1713 Paper Tape Punch driver.
COSY interface driver.
1732-2/615-73/615-93/10300
Buffered Magnetic Tape driver.
This module is the 7-track
interface. It is required by
D17322 only if 7-track tapes will
be used.
1732-1/608/609 Magnetic Tape
driver {unbuffered}.
1732-1/608/609 Magnetic Tape
driver
These five modules comprise the
1731/601 Magnetic Tape driver
{unbuffered}.
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These five modules comprise the
1731/17061601 Buffered Magnetic
Tape driver.
C'
Pseudo tape driver
Driver for the 1742-30 line Printer
or the 1742-120 Train Printer. The
1742-120 Printer requires T5954 to be
appended to the driver.
Train image table for the 1742-120
Printer.
C
C
C
C
C
C
C
(
('
("
GROUP
IDENTIFICATION
{IF ANY}
J
('
(
J
(
(
('
(
J
(
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(
J
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REQ'D
IN All
SYSTEMS
PROGRAM NAME
REMARKS
D40421
Driver for the 1740/501 line
Printer or the 1742-1 line
Printer.
D17293
1729-3 Card Reader driver.
This module requires either
CR026 or CR029.
CR026
Table used for converting
Hollerith {026} punched code
to ASCII.
CR029
Table used for converting
EBCDIC {029} pu~ched code to
ASCII.
D1728
1728/430 Card Reader/Punch
driver. This module requires
either the pair of modules CP026
and CR026 or the pair CP029 and
CR029.
CP026
Table used for converting ASCII
to Hollerith {026} punched coda.
CP029
Table used for converting ASCII
to EBCDIC {029} punched code.
D17292
1729-2 Card Reader driver. Use
of this module requires either
CR026 or CR029.
D1726U
1726/405 Card Reader driver
{unbuffered}. Us~ of this module
requires the inclusion of either
CR026 or CR029.
D1726B
1726/1706/405 Buffered Card Reader
driver. Use of this module requires
the inclusion of either CR026 or
CR029.
c
GROUP
IDENTIFICATION
{IF ANY}
J
J
J
J
J
J
J
J
J
REQ'D
IN ALL
SYSTEMS
c
PROGRAM NAME
REMARKS
1721/1722/1777 Paper Tape
D1777R
Reader driver.
1723/1724/1777 Paper Tape Punch
D1777P
driver.
364-4 Communications Multi·D3644
plexor driver.
1747 Data Set Controller driver
D1747
1744/274 Digigraphic Unit driver
D1744
1525-3/1501-10/1501-11 High Level
D1501
Solid State ~nalog Input driver.
1525-3/1536-211502-80 Low Level
D1536
Relay Analog Input driver.
1544-1 to -4 Digital Input driver.
D1544
1553-1 to -4/1555-1 to -3 Digital
D5355
Output driver.
1572-1 Sample Rate Generator
S15721
driver. This driver may be included only if the sample rate mode
of the timer is not being used as
the basic system time base. If included, S15721 must be core resident.
1572-1 Line Synchronized Timer
L15721
driver. This driver may be
included only if the line synchronized timer aspects of the 1572-1
are not being used as the system
time base. If included, L15721
must be core resident.
The modules in Group K are all required if reentrant FORTRAN is in
the system. They are all core resident.
K
K
FORTR
Q8PRMR
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GROUP
IDENTIFICATION
{IF ANY}
K
K
K
K
K
K
K
K
K
K
K
K
K
K
K
K
K
K
K
K
K
K
K
(
K
K
(
K
('
K
K
C)
K
()
K
,/
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K
K
REQ'D
IN ALL
SYST£"S
PROGRAM NAME
PARABR
Q8EXPR
Q8ABR
SQRTFR
SIGNR
FXFLR
EXPRGR
LNPRGR
TANHR
SNCSR
ARCPGR
IFALTR
FLCATR
Q8QIOR
BINARR
IOCODR
INITLR
RSTORR
GETCHR
IPACKR
' UPDATR
DECPLR
INTGRR
SPACER
HOLR
DCHXR
HXASCR
AFMTOR
RFMTOR
AFMTIR
RFMTIR
ASCHXR
REMARKS
o
GROUP
IDENTIfICATION
{If ANY}
K
K
K
K
K
K
K
K
K
K
REQ'D
IN ALL
SYSTEMS
PROGRAM NAME
REMARKS
HXDCR
fLOTIR
fOUTR
EOUTR
EWRITR
INTI1R
fORMTR
Q8QfIR
Q8QfLR
Q8QfXR
The modules in Group K1 are usually included with reentrant
fORTRAN although any module in th~ group may be omitted if
the reentrant fORTRAN programs in the system are restricted
to not call the corresponding formatting routine~ Each of
these forma~ting routines is described in the 1700 MSOS 4 MS
fORTRAN Version 3 AlB Reference Manual.
®
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~.
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GROUP
IDENTIFICATION
{IF ANY}
C
~EQ'D
IN ALL
SYSTEMS
PROGRAM NAME
REMARKS
The modules in Group L are all required if double precision
reentrant FORTRAN is in the system. They are all core resident.
('
(
L
L
(
L
L
(,'
L
L
('
L
L
(
L
L
('
L
L
[
L
L
L
x
Q8D8LR
DEXPR
Q8DA8R
DSQRTR
DSIGNR
SNGLR
Q8DFLR
DEXPFR
DLOGR
DRSTRR
DSNCSR
DATANR
DFLOTR
Q8QDfR
DOUTR
NXTLOC
This is a dummy program. The
purpose of loading it is that the
load location of NXTLOC marks the
next available core location above
the monitor and reentrant fORTRAN.
Ci
(x
('
X
C'
X
('
X
X
~
C'
C
C
X
X
X
X
LI8EDT
LOADI
8RNCHI
LIDRVI
LCDRVI
LMDRVI
LLDRVI
ADJOFI
CNVRTl
LSTOTl
C
__
~
~
~
__
~
__
~
~
~
_
~
_ _ _ _, _ _ _ _,_ _ _ _ _ _ _
~
~
,
_
.
__,,_, ___
~
~
__
.
()
_ _J
GROUP
IDENTIfICATION
{If ANY}
REQ'D
IN ALL
SYSTEMS
PROGRAM NAME
LINK11
LOADRl
NAMPRl
RBDBZl
ENTEXl
XfRPRl
STBASE
LNKENT
LNKCRl
PATCH
TBSCHl
HASH
TBSTRl
PAGE
PROGLD
SCANl
CHPUI
ADJOV2
ADRPRl
JOBENT
T11
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
REMARKS
c
C"
I'll
Mass memory resident.
",
(:r'
'ilC/
,4"
'ilJ'
T7
i5
T3
JOBPRO
ONE
A dummy program. The loading of
ONE provides for the capability
of the user to later replace ONE
by a non-dummy program of the same
name. The replacement program may
be loaded by using LIBEDT.
C
'~'\
.'
C'
c
c
__
-
-
----"------
--------~--
--
-----------
-.----
~--------
---------
~,
,_ _
-~--.~_T
__
-------._-------------
(.:
C
GROUP
IDENTIFICATION
{IF ANY}
REQ'D
IN ALL
SYSTEMS
PROGRAM NAME
TWO
4['
(:
REMARKS
Each of these are dummy
programs with the same
purpose as ONE.
THREE
One module from Group M is required as the protect processor
for the system.
M
UPROTK
M
BPROTK
(:
[
X
X
X
X
X
X
X
X
X
X
X
X
c
((.
c
c
C'
,C
1
JBKILL
JPLOAD
JPCHGE
ASCHEX
Tl3
JCRDV4
JLGOV4
JPSTV4
NAMEV4
JPFLV4
JPF2V4
RESTOR
Unbuffered protect processor.
using UPROTK, unprotected core
is not swapped out while unprotected input/output ,is. in progress.
Buffered protect processor·Using
BPROTK, unprotected core may be
swapped out while unprotected input/
output is in progress if certain
conditions are met. {Refer to
Article 1.58.}
o
GROUP
IDENTIFICATION
{IF ANY}
c
REQ'D
IN ALL
SYSTEMS
PROGRAM NAME
REMARKS
The modules in Group N are required only if the recovery
package is in the system.
N
RCOVER
N
OUTSEL
N
RDMPV4
N
MASDMP
o
o
The modules in Group 0 are required only if the breakpoint
package is in the system.
c
c
0
0
0
0
0
0
0
0
0
0
0
0
0
BRKPTD
SIFT
BIASCI
RETJMP
JMPTO
ENTER
ENTCOR
PRTREG
TERMIN
RESUME
DPCORB
MSDMPB
SETBRP
ODE BUG
c
Required only if the debugging
package is in the system.
Modules in Group P are required only if the system checkout
package is in the system.
P
P
P
P
P
SYSCOP
COlST
C02ND
C03RD
COLAST
c
c
c
c
o
c
c
C'
o
c
c
c
GROUP
IDENTIFICATION
{IF ANY}
REQ'D
IN ALL
SYSTEMS
X
X
X
X
X
c
PROGRAM NAME
MIPRO
TDFUNC
EFSTOR
EFLIST
SCMEXC
VERFYl
REMARKS
R~quired
only if the SCMM
package is in the system.
Used for system verification
tests that accompany the
system install file.
Modules in Group Q are loaded as dummy ordinals. The purpose
of these dummy programs is to allow the user to later insert
programs into the system library. Any of these may be omitted
if it is not intended to later enter a corresponding system
library program.
(
Q
Q
Q
Q
Q
Q
Q
Q
Q
Q
c
c
c
c
c'
DUMMYl
DUMMY2
DUMMY3
DUMMY4
DUMMY5
DUMMY6
DUMMY?
DUMMY8
DUMMY9
DUMMYO
Note that the drivers from Group J which are to be mass resident
are loaded following the modules in Group Q.
Modules in Group R are the mass resident File Manager request
processors. These are included only if the File Manager is in
the system. The module FMDUMY is a dummy module of 96 words.
Each time it is loaded it causes the sector pointer to point
to a new sector. The module RPEND is also a dummy module. It
contains zero words. It is used to record the' end of a request
GROUP
IDENTIfICATION
{If ANY}
REQ'D
IN ALL
SYSTEMS
PROGRAM NAME
REMARKS
processor, and is therefore loaded after the set of modules
for each request processor. The function of a given request
processor in Group R is given in the remarks column.
R
R
R
R
R
R
R
R
R
R
R.
R
R
R
R
R
R
R
R
R
R
R
R·
R
R
R
R
DEffIL
fILSPC
RELfIL
RELSPC
DEfIDX
SQRTfM
fILSPC
LOKfIL
UNLfIL
STOSEQ
fILSPC
STODIR
STOIDX
HASHCD
GETKID
fILSPC
RTVSEQ
RTNSPC
RTVDIR
RTNSPC
RTVIDX
HASHCD
GETKID
RTNSPC
RTVIDO
GETKID
RTNSPC
I
I
I
I
Define file
o
o
o
o
o
c
Release file
Define file indexed
c
Lock file
Unlock file
Store sequential
Store direct
Store indexed
I
~
Retrieve sequential
Retrieve direct
Retrieve indexed
Retrieve indexed ordered
1
c
c
c
c
c
c
c
c
c
(
c'
c
c
r
c
·c'
GROUP
IDENTIFICATION
{IF ANY}
REQ'D
IN ALL
SYSTEMS
PROGRAM NAME
REMARKS
Modules in Group S are Macro Assembler modules and thus are
included only if the Macro Assembler is in the systemS
LIBMAC
S
ASSEM
S
S
S
S
S
S
S
S
S
PASSI
PAlPR2
PASS2
PA2PR2
PASS3
PA3PR2
PA3PR3
MACSKL
MACROS
Allows generation of a new
macro library.
Sequences the Macro Assembler
passes.
I
Macro library
Either the FORTRAN 3.2 A compiler or the FORTRAN 3.2 B compiler
may be included. The B compiler is faster, but requires larger
overlays. {Refer to the 1700 MSOS 4 MS FORTRAN Version 3 AlB
Reference Manua~, Publication No. 60362000.} The COSY deck
identifier for each module of the A compiler ends with "FORTRAN
3.2A". The COSY deck identifier for each module of the B
compiler ends with "FORTRAN 3.2B".
o
GROUP
IDENTIFIER
{IF ANY}
REQ'D
IN ALL
SYSTEMS
PROGRA
NAME
COSY
DECK
DENTIFIE
Following is the list of modules to be loaded for the
FORTRAN 3.2 A compiler. Note that some redundancies occur.
The modules must be loaded in this order including the
redundancies so that each compiler overlay will be properly
def ined.. The sk e leton rec ord s for the FORTRAN 3. 2A comp i ler are
listed in Article 6.3.2.
o
c
fTNA
FTI\A
G('IA
IOF;.CSTK
eo:'!
804
BOS
I
·c~
K~CSTK
STCRf.a '
TSALOC
LOCLcE
OU~YbE:
804
805
F46
F47
ACP'
824
F,:"'CLCC
F 16
~
o
-
GROUP
IDENTIFIER
{IF ANY}
REQ'D
IN ALL
SYSTEMS
PROGRA {
NAME
COSY
DECK
DENTIFIE
~
o
o
Ci
F T" A
GOB
F3!
Cf\lvT.·
AOI
B01
OU~MY,
FC~STK
802
Ge:1SYM
IOFlRB8
F3t:
B03 .
KpCS1K
804
80S
K6C3 FR.
R0 6
KSYMGN·
LABKFC.
LABL.ER
801
808
BOQ
810
PU"T'
Q8PRt-'S
STORES
SVtiSCL
TSALOC
LOCLBF
o
Fl2
KCFART
Ko\.TPT
•
C
i
FlO
F37
c
811
812
F49
DU~y8F.
F49
SUBPR3
833
h!TRAW
82C;
PARTS8
830
SUBPfill
Sue PFC 2'
831
832
EI\,CL.CC
Fl~
c
c
c
c
C'
C
C
C
'C:
.,iI"
.
-----,~,',-"
(~
C'
";.
C'
GROUP
IDENTIFIER
{IF ANY}
REQ'D
IN ALL
SYSTEMS
PROGRA
NAME
(~
C
C
c'
c
("
c'
(
c'
(~'
(
'~
,",/
(-'
C
c'
c
C
C)
C
.
i
Fn.A
COSY
DECK
DENTIFIE
GoC
F50
IOPRBC
FS"
I:3LClJP
C02
81<'Cw~
BSS
CIoIIuNCH I
Q8PRttC
u,""r: UI' C
'SF
ENCLCC
,7F
lqE
o
o
GROUP
IDENTIFIER
{IF ANY}
REQ'D
IN ALL
SYSTEMS
PROGRA
NAME
COSY
DECK
DENTIFIE
C
'i
J
c
c
FORTN
FOI
If background FORTRAN is
in the system, this module
is usually included. It
~rovides the FORTRAN/monitor
interf ace. It may be omi tted 'b
if background FORTRAN programs
are restricted so as not to
use the functions LINK and ICLOCK
and not to use the following
statements:
()
~
I
I
'~
C'
J
c
c
c
c
c
c
c
(
(~
(:'
GROUP
IDENTIFIER
{IF ANY}
REQ'D
IN ALL
SYSTEMS
PROGRA
NAME
COSY
DECK
DENTIFIE
CALL
CALL
CALL
CALL
CALL
CALL
CALL
CALL
CALL
CALL
CALL
CALL
(
C
(
C
C
(
("
(
c
("
(
c
('
('
((
C
()
@'
READ
WRITE
FREAD
FWRITE
SCHEDL
TIMER
RELESE
DISP
OUT INS
INPINS
ICONCT
OCONCT
All the modules in Group T must be present if the system is
to allow FORTRAN programs to run in the background. The modules
in this group supply mathematical function capability.
GROUP
IDENTIFIER
{IF ANY}
T
T
T
T
T
T
T
T
T
T
T
T
T
REQ'D
IN ALL
SYSTEMS
PROGRA
NAME
COSY
DECK
DENTIFIE
Q8PRMS
Q8EXPN
Q8AB
SQRTF
SIGN
FXFL
EXPPRG
LNUPRG
TANH
SINCOS
ARCTPG
IFALT
FLOAT
GOI
G02
G03
G04
GOS
GOb
GO?
G08
G09
GIO
GIl
Gl2
Gl3
o
@)Co
Either Group U or Group V must be present together with
Group T to form a background FORTRAN library. Group U
provides more capabilities than Group V. Group V provides
the same capabilities as those of the foreground FORTRAN
library. If a FORTRAN program is to be checked out in
the background for later use in the foreground it is recommended
that it be tested with Group V, since this insures that the
program will run properly without relying on the greater
capabilities of Group U. Group U is called the FORTRAN
Input/Output Library. Group V is called the FORTRAN Limited
Input/Output Library. In a given system, the user may wish
to allow the programmer to select either Group U or Group V
at run time. The method for doing this is explained in the
note entitled FORTRAN Background Library Run Time Options.
This note follows the list of modules in Group VI. Some of
the differences between Group U and Group V are as follows:
Group U, FORTRAN Input/
Output Library
Group V, FORTRAN Limited
Input/Output Library
E and D formats may be used
for input as well as output.
E and D formats are limited
to output specifications only.
Using F format for output,
the range of the internal
number is not restricted.
Using F format for output, the
range of the internal number
represented must be from
10- 5 to 10+ 5 -1.
An integer-type variable may
be a one-word variable or a
two-word variable.
All integer-type variables
must be one word integer-type
variables, i.e., the K compiletime option is not available.
"
c
;,f'- "
i~!
c
c
c
(
(
c
Group U, FORTRAN Input/
Output Library
Group V, FORTRAN Limited
Input/Output Library
Input records may be of
any length.
Each input record is limited
to 80 characters. Thus the
following is illegal:
(
READ{10,20}{X{I,J},I=1,10},J=1,~0}
c
20 FORMAT{10F8.4}
"
FORTRAN mass storage files
input/output is available.
FORTRAN mass storage files are
not accessible.
READ/WRITE statements may
be used for mass memory
input/output.
Mass memory input/output may not be
performed using READ/WRITE statements.
{Mass memory input/output is possible
using CALL READ, CALL WRITE, CALL FREAD,
CALL FWRITE if the FORTN module is
included.}
Calls to SETBFR are not
necessary.
Calls to SETBFR are required.
(
[
c
((('
For a full explanation of the differences, refer to the 1700 MSOS
4 MS FORTRAN Version 3 A/B Reference Manual, Publication No.
60362000.
(
c
c'
o
GROUP
IDENTIFIER
{IF ANY}
REQ'D
IN ALL
SYSTEMS
PROGRA
NAME
The modules in Group U, the
are as follows:
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
COSy
DECK
DENTIFIE
~
~O
~O
FORTRAN Input/1utput library
Q8IFRM
Q8FS
Q8TRAN
Q8QINI
Q8QEND
Q8CMP
Q8RWBU
Q8ERRM
: Q8DFIO
' Q8QX
' Q8QUNI
. Q8FGET
' Q8MAGT
TAPCON
lOCK
PSSTOP
Q8PAND
Q8EXPI
Q8EXP9
Q8QGTX
HOI
Ho2
Ho3
Ho4
HOc
HOb
Ho7
H08
Ho9
HID
HII
Hl2
Hl3
Hl4
Hl5
Hlb
HI7
Hl8
Hl9
H2O
c
c
c
c
c
The modules in Group V, the FORTRAN Limited Input/Output
Library are as follows. Note the remarks with the module
Q8QIO.
V
V
V
V
V
V
V
IOCO,DE
PSUEDO
IGETCH
IPACK
UPDATN
DECPL
INTGR
o
Jol
Jo2
'Jo3
Jo4
·Jo5
JOb
Jo7
c
o
c
c
c
c
C'
C
-----
-------------------------~------
_._--
-
----~~----------------.-~~~-
(,'
(((-
GROUP
IDENTIFIER
{IF ANY}
REQ'D
IN ALL
SYSTEMS
PROGRA
NAME
COSY
DECK
DENTIFIE
o
o
(}
(0
GROUP
IDENTIFIER
{IF ANY}
REQ'D
IN ALL
SYSTEMS
PROGRA
NAME
COSY
DECK
DENTIFIE
1f~',
~i
This binary
may then be loaded so that the
FORTRAN background library will
be the FORTRAN Limited Input/
Output Library. When loading
Q8QIO, the modules Q8QX, Q8QINI,
Q8QEND, and Q8QGTX must not be
present in the system.
Any or all or the modules in Group VI may be included if desired
with Group V, the FORTRAN Limited Input/Output/Output Library- Each
module in Group VI is a formatting routine with the same function
as one of the reent~ant formatting routines in Group KI.
VI
VI
VI
VI
VI
VI
VI
HEXASC
HEX DEC
ASCII
DECHEX
AFORM
RFORM
FLOATG
J27
J28
J29
J30
J31
J32
J33
c~
c
('.~'
,/
(
('
(
I
FORTRAN Background Library Run-time Options
(
("'
(:'
(
(
c
(~
('
(
C'
There are four different combinations of FORTRAN background
1 ibrary modules which may be included in the system. These
combinations are as follows:
COSy DECK IDENTIfIERS
fOR MODULES-INCLUDED
HOI-H20
{with or without
J27-J33}
JOl-J2b, H2l
{with or without
J27-J33}
HQl-H03, HOb-H09,
Hll-H19, JOl-J2b, H2l
{with or without
J27 ... J33}
GROUP U
GROUP V
fORTRAN INPUT/ fORTRAN LIMITED
OU;rPUT LIBRARY, INPUT/OUTPUT
PRESENT
LIBRARY, PRESEN1
RUN-TIME
OPTIONS
Yes
No.
No option available. All background FORTRAN
programs will run
under Group U,
FORTRAN Input/Output
... ibrarv.
No
Yes
No option available. All background FORTRAN
programs will run
under Group V,
FORTRAN Limited
Input/Output
Library.
In Part
Yes
o
o
o
o
c
c
c
A b~ckground FORTRAN
program wi 11 run
' '<...J
under Group V unless
the programmer
inserts binaries for
modules H04, HOS,
HID and H20 after
his binary deck at
run-time. If he
inserts these
modules his program
will run under
Group·U. By inserting H04, HOS,
HID and H20, linkage
is performed so
that Group V is
not used. This
combination is
C
C
C
C
C
~~~~~~ ~~R~~~~
backprograms are to run
wi th the FORTRAN
Limited Input/Output.
Library, but it is
desired to leave the
option open for
running with the
FORTRAN Input/
'
Output Library.
C
.
C:'.
C
C
C'
"
(
(
COSy DECK IDENTIFIERS
FOR MODULES INCLUDED
(
(
(
("
(
c
('
c\
{
C
.'It.·0/
GROUP U
GROUP V
FORTRAN INPUT/ FORTRAN LIMITED
OUTPUT LIBRARY .. INPUT/OUTPUT
PRESENT
LIBRARY .. PRESENT
RUN-TIME
OPTIONS
When using this
combination ..
the back ground
program has
access to the
pause command
to tape motion
requests .. and
to mass storage
files. None of
these are .. however available
to a foreground
FORTRAN program.
COSy DECK IDENTIfIERS
fOR MODULES INCLUDED
HOI-H20, JOI-J26
{with or without
J27-J33}
o
(i~v c
o
I
GROUP U
GROUP LIMITED
V
~
fORTRAN INPUT / fORTRAN
OUTPUT LIBRARY, INPUT/OUTPUT
PRESENT
LIBRARY, PRESEN
Yes
In Part
RUN-TIME
OPTIONS
A background
fORTRAN program
will run under
Group U unless the
programmer, at
runtime, inserts
module H21, Q8QIO,
in binary form
following his
binary deck. {See
note regarding
Q8QIO in the list
of modules for
Group V.} If a
Q8QIO binary is
inserted, linkage wil
will be performed
so that only the
modules in Group V
will be used. This
combination is useful if most background fORTRAN programs are to use the
fORTRAN Input/Output
Library, but it is
desired that the
fORTRAN Limited
Input/Output Library
be available as an
option. This is what
the user gets in a
released system.
r'
c
c
(~
~
('
c
(
(
(
C:
(','
('
('"
[
(~\
(
("
(~
("
C:
C
(:,
"':
~i
~.
Group W is required for FORTRAN background double precision
independent of whether Group U or Group V is selected. {If
Group W is not present~ the module DBLDMV must be included.}
-.
o
GROUP
IDENTIFIER
{IF ANY}
w
w
w
w
w
w
w
w
w
w
w
w
w
w
w
w
w
w
REQ'D
IN ALL
SYSTEMS
o
COSY
DECK
DENTIFIE
PROGRA
NAME
DEXPN
Q8DBLE
SNGL
Q8DABN
DSQRTN
Q8DSIG
Q8DFLT
'DEXPFN
DLOGN
'DSNCSN
DATANN
DFLOTN
,DUMVOL
DRSTOR
Q8DXPI
Q8DXP9
Q8QDFN
'DOUTN
DBLDMY
TRACE
LULIST
LISTR
iI
I'
i
I
!
KDI
KD2
KD3
KD4
KD5
KD6
KD7
K08
K09
KID
KII
Kl2
Kl3
Kl4
Kl5
Kl6
Kl7
Kl8 '
Kl9
E!)p
C~
,4'c,
'~
(1t~"""\
\'"~
If Group W, FORTRAN background double precision
is not selected, the module
DBLDMY is required to link
unpatched externals.
Provides background trace
of user's program.
Provides capability of
listing logical units.
Lists name and record length
of each program on binary tape,
cards, or paper tape.
".'"
,
\l;
~~
~
c
c
(:
GROUP
IDENTIFICATION
{IF ANY}
REQ'D
IN ALL
SYSTEMS
PROGRAM NAME
OPSORT
Provides cross references
of 1700 assembly language
operands. This module is
no~ required by the macro
assembler since the assembler
performs its own cross
references sort.
EESORT
Provides a list of entry
points and. externals; lengths
of program, common, and data;
program name and name card
comments for assembly language
programs. {Not used by the
Macro Assembler.}
('
(
r:
,""v
£
(-
~:i
J
,I
(,1
[
c
('
(:.
j
j
lCOSY
'I
I
I
-I
I
!LCOSY
1
1
lCYFT
IOUP
c"
c
Compression of source deck
information utility.
j
1
c
REMARKS
!IOUPV4
)
Lists names of programs in a
COSY library.
COSY format program; inserts
COSY control cards into source
decks.
IOUP Background utility.
Performs data transfer, data
verification, and
motion control.
GROUP
IDENTIfICATION
{IF ANV}
c
REQ'D
IN All
SYSTEMS
PROGRAM NAME
REMARKS
The modules in Group V are required if the D:KTAP save~
recovery package is to be included in the system. The
modules in this group may be used to save a copy of the
system by transferring the system from mass memory to magnetic
tape. They may subsequently be used to transfer the information
saved on tape back to mass memory, thus restoring the system.
In addition to the modules in Group V the DSKTAP package
requires one module from Group VI to be used as the mass
Note that there is no DSKTAP driver for the
memory driver.
1751 Drum since DSKTAP has no provision for use of that device.
V
V
V
V
V
V
V
VI
I
DTlP
DSKTAP
DSKEQ(
DSKDHX
DSKCDR
DSKMTI
DSKMTO
MDRV56
c
c
DSKTAP driver for the
1733-2/856-2/856-4
VI
DSKMMD
VI
MDRIV4
VI
MDR52
Cartridge Disk.
DSKTAP driver for the
1733-1/853/854 Disk or the
1738/853/854 Disk.
DSKTAP driver for the 1739-1
Cartridge Disk.
DSKTAP driver for the 1752
Drum.
cr··
I'
~
The modules in Group Z are required for the binary tape editing
and update program, SETUP. Some of the modules are listed twice
since they must be loaded twice for use by SETUP.
c
I
('
(
GROUP
IDENTIfICATION
{If ANY}
Z
('
Z
('
Z
(
Z
(':
Z
C
Z
("
Z
Z
Z
Z
Z
Z
Z
("
[
('
Z
Z
Z
Z
Z
Z
Z
Z
(
Z
("'
Z
Z
REQ'D
IN ALL
SYSTEMS
PROGRAM NAME
SPCALL
SPOLYI
STPV4
IERROR
MCTDK
GETPAG
CONPRT
REDCON
CONDEC
ORDERM
IREAD
ASCOUT
PARAMS
I
DISKIO
I
I
SPOLY2
I
SUP
I
IERROR
GETPAG
BTOA
I,
I
ISTAT
SCIO
SCRD
REDCON
,I
ICAT
'i
'I
BUfIN
i
MOVE
I
I
IREAD
J
ASCOUT
PARAMS
DISKIO
REMARKS
I
"
,I
Z
I
('~
Z
("\
Z
Z
Z
(~
C"
I',
~,/
()
c
Z
j
The modules in Group AB are used by the small computer maintenance
monitor, SCMM. Each module provides an SCMM test for one or more
hardware devices-
GROUP
IDENTIFICATION
{IF ANV}
AB
REQ'D
IN ALL
SYSTEMS
PROGRAM NAME
SCMTTV
REMARKS
@
0
0
0
SCMTTY is included if SCMM
is in the system. SCMTTV
contains the SCMM test for the
comment device.
SCMM test for the 1729-3
card reader, the 1728/430 card
reader, or the 1729-2 card readerC.,
SCMM test for the 1726/405
.'
card reader or the 1726/1706/405
buffered card reader.
'~
SCMM test for the 1733-2/856-2/ ~~
I,i,
856-4 cartridge disk or the
'c./
1739-1 cartridge disk.
Included with SCMCD1 if there
is more than one 1733-2/856-2/
856-4 cartridge disk unit in the'
system. Using ~oth SCMCD1 and
SCMCD2 overl ap seek can be used. '~
SCMM test for the 1733-1/853/854
disk or the 1738/853/854 disk.
Con t a ins va ria b1epa sit i ali i n g
seek test and two position
seek test for the 1733-1/853/854
disk or the 1738/853/854 disk.
Included if more than one 1733'!"1/
853/854 disk unit or more than
~
one 1738/853/854 disk unit is
in the system. With SCMDKland
SCMDK2 overlap seek can be used
in the tests.
SCMM test for any of the fo11owing:
1742-30
Line Printer
1742-120
Train Printer
C'
AB
C
SCMCRD
C
•.r
AB
SCM405
i
r'
AB
SCMCD1
AB
SCMCD2
~B
SCMDKI
AB
SCMDVP
AB
SCMDK2
c
c
r
C
AB
C'
SCMPRT
----~--------------.---
-
('
~.
(,
GROUP
IDENTIFICATION
{IF ANY}
REQ'D
IN ALL
SYSTEMS
I
PROGRAM NAME
{
(,
(:
AB
AB
AB
AB
SCMMTT
SCMDRM
SCMDMl
SCMPTR
AB
SCMPTP
£,
('
('
X
(
X
X
f
X
r(~'>'
X
X
X
X
X
(~
X
X
(
X
X
('
X
X
('
X
X
C
Ci
(',-"
X
X
X
X'
X
X
C
LIBILD
LIBIDO
CONVRS
MESSY
LJA2B
MOVECH
PICKUP
IOSUB
HELPER
MOVECH
HELPO
HELPl
HELP2
HELP3
HELP4
HELPS
HELP8
HELP9
HELPI0
HELPll
HELP12
HELP13
HELP14
®
REMARKS
1740/501 Line Pl"'intel'"
Line Pl"'intel'"
1742-1
SCMM tests fol'" magnetic tape.
SCMM test fol'" the 1752 dl"'um.
SCMM test fol'" the 1751 dl"'um.
SCMM test fol'" the 1713 papel'"
tape I"'eadel'" 01'" fol'" the 1721/
1722/1777 papel'" tape I"'eadel'"
dl"'ivel"'.
SCMM test fol'" the 1713 papel'"
tape punch 01'" the 1723/1724/1777
papel'" tape punch.
Libl"'al"'Y Buildel'" modules.
GROUP
IDENTIFICATION
{IF ANV}
REQ'D
IN ALL
SYSTEMS
PROGRAM NAME
SKED
SKFILE
SILP
X
X
X
X
X
X
X
X
X
CONTRL
ILOAD
LDRTBL
II
12
Q1711
REMARKS
Skeleton editor modules
System initia1izer loader
program.
System initia1izer modules.
Groups AC, AD, AE and AF pertain to system initializer modules.
The set of modules selected from these groups are the same ones
which are included in the bootstrap version of the system
initia1izer which is the first file of the installation materials.
The particular modules selected depend on the information.
specified by the user in the 1700 MSOS Ordering Form.
If .~ line printer is to be 'used by the system initializer as the list
device, one of the modules in Group AC must be included. {If a
line printer is not to be used, Q1711 supplies the teletypewriter
driver used by the system initializer as the list device.}
Q42312
AC
T5954
Q40421
AC
X
IDRIV
erovides the system initia1izer
urlver Tor a
1742-30 or 1742-120 Line Printer.
If the 1742-120 Line Printer is
used, the moduleT5954 must
be included to load the train
image.
See remarks for Q42312.
Provides the system initia1izer
driver for a 1740/501 or 1742-1
Line Printer.
System initia1izer required module
c
c
c
c
\
~
c
c
c
c
c
c
c
-----------.-.
(.
'C"
(
("
(
GROUP
IDENTIFICATION
{IF ANY}
REQ'D
IN ALL
SYSTEMS
PROGRAM NAME
c'
AD
QMT7TK
AD
QMT9TK
AD
QCARD
('
(
(
(
CR026
('
CR029
(
(
QPTAPE
AD
(
,
(\
X
(
,_/
C'
~
One of the modules in Group AD is required as an input
driver for the System Initializer.
(
(
REMARKS
~
MDRIV
One of the modules in Group AE is
driver for the system initializ~r.
Provides the system initializer
driver for 7-track magnetic tape.
This module is required if 7-track
magnetic tape is to be used by the
system initializer.
Provides the system initializer
driver for 9-track magnetic tape.
This module is ,required if 9-track
magnetic tape is to be used by the
system initializer.
Provides the system initializer
card reader driver. This module
together with either CR026 or CR029
must be included if cards are to be
used for system installation.
Table used for converting Hollerith
{O26} punched code to ASCII. {See
QCARD remarks.}
Table used for converting EBCDIC
{O29} punched code to ASCII. {See
QCARD remarks.}
Provides the system initializer
driver for paper tape. This module
is required if paper tape is to be
used for system installation.
Required system initializer module.
r~quired
to provide a mass memory
y
(:
£'
AE
Ql7332
System initializer driver for the
1733-2/856-2/856-4 Cartridge Disk.
GROUP
IDENTIFICATION
{IF ANY}
REQ'D
IN ALL
SYSTEMS
PROGRAM NAME
QDK85X
AE
Q1739l
AE
Q1752
AE
Q1751
REMARKS
u
c
c
c
System initializer driver for the
1733-1/853/854 Disk or the 1738/
853/854 Disk.
System initializer driver for the
1739-1 Cartridge Disk.
System initializer driver for the
1752 Drum.
System initializer driver for the
17,51 Drum.
The modules in Group AF are dummy programs. A module in Group AF
should be included only if the system initializer driver for the
corresponding device is not included. The purpose of including a
dummy module is to avoid having unpatched externals for unused
devices printed at the time of system installation.
AF
AF
AF
AF
QPRDMY
QMTDMY
Q'CDDMY
QPTDMY
Dummy
Dummy
Dummy
Dummy
SMMl
System Maintenance Monitor {SMM}
bootstrap to read an absolutized
binary program from a 7-track
magnetic tape.
SMM bootstrap to read an absolutize~
binary program from a 9-track magnet ic t a p e . c
SMM bootstrap toread an absolutized
binary program from a paper tape.
,(-
SMM2
SMM3
module
module
module
module
for
for
for
for
line printer.
magnetic tape.
cards.
paper tape.
L
c
c
(
('
GROUP
IDENTIFICATION
{IF ANY}
(,'
PROGRAM NAME
SMM4
(
(
(,
(,
"
("
""",,,
(
(,
[
/
(~
--,'
REQ'D
IN ALL
SYSTEMS
\
(~
('
("
'('
C·
C
(~
C
,£:
"""",
..
,,-
,~
REMARKS
SMM bootstrap to read an
absolutized binary program from a
1728-430 card reader. It may
read from a 1726-405 card
reader if the function code is
changed.
o
c
2.2
MSOS SKELETON
The system skeleton is a file which consists of requests
to the install file builder program, LI8ILD. These
requests specify the order and identification of the
binary programs that are to be retrieved from a set
of binary programs and included in an install file
that is being built. The skeleton contains no binary
programs itself, merely commands which specify which
binaries are to be retrieved. Given an install file,
the skeleton can be extracted from the install file and
modified by using the skeleton editor program, SKED.
8y using SKED, the skeleton may then be output on
cards, magnetic tape, or paper tape, to be used by
LI8ILD to create a new install file.
",,'"
(L,
1£ ",
~,/
Each module to be included in the system has a corresponding
*8 statement in the skeleton, for example:
*8
' SYSDAT'
In addition to the *8 statements, a given skeleton may include
LI8ILD control statements, LI8EDT control statements, system
initializer control statements, and other MSOS control statements.
S;s~em
p~r~m~tEr
values
rna;
be modified uy the use of *S
system initializer control statements.
These statements may be
c
Ie
included in the system skeleton, or they may be typed in from the
comment device at the beginning of system installation before the
c
*V control statement.
A *S statement which is typed in
from the comment device defining the value of a parameter
(
overrides any *S statement defining that parameter in the
('
skeleton.
('
("
("
(
For instance if the statement *S,SYSMON,$3039
appeared in the skeleton and the operator entered
*S,SYSMON,$3130 at the beginning of installations, the
parameter SYSMON would have the value $3130.
It is important
to note that system parameters which are entries in SYSDAT
may not be modified in this way.
This is because a
*s
statement and a SYSDAT entry point defining the same
parameter would cause duplicate definitions of an entry
point and thus cause SYSDAT not to be loaded.
(
l$~a
The following
list of comments about certain of the control
statements included within a skeleton.
The hexadecimal value, m, is the ~SCII
code for the month of system construction.
The hexadecimal value, d, is the ISCII code
for the day of system construction.
(-
(-,
c
(~
C
':'
'/
c
C-,.
I)
*S,SYSYER,y
The hexadecimal value, y, is the ASCII code
for the last two digits of the year of
system construction.
The hexadecimal value,,t, is the ASCII code
for the PSR level of the system.
The hexadecimal value, n, is the last core
location in Part o. The value of n must be
such that n ~ 7FFF 16· Th i sis beci::\use :;l.:;nk
common is in Part 0 and FORTRAN reauires
cn~mnn
(f'·-
\iO,,_ /
L-
locations to be specified by only 15 bits.
In a system with partitioned core the value of
ENDOV4 is one less than the starting address
of partitioned core·
In a system without part it-
~
'\,
ioned core the value of ENDOV4 is equal to
BGNMON-l.
Referring to Figure 2-1, there are two types of
system changes which effect the value of ENDOV4.
First, ENDOV4 must be modified if the size
of pactiticned core is to be changed. Second, the
addition or deletion of any core resident modules
which effect BGNMON effect ENDOV4. For example,
if BGNMON is decreased by 400 16 words, and the
size of partitioned core is to remain the same,
then ENDOV4 must also be decreased by 400 16 words.
The conditions for changing BGNMON follow.
(~
C
c
t
C
(:
(
Locat ion 0000
..
SYSDAT
(
SPACE
(
(-'
,
N4
N3
(
(
*
'\
(
N2
N1
.
I
I
AREA 1
(
AREA 0
{UNPROTECTED}
ENDOV4
\
PARTITION 0
··
·
·
BGNMO N
ALLOCATABLE
CORE
BLANK COMMON
*
"
*PARTITIONED
CORE
I.J
PARTITION 15
-
MONITOR
*
(
DEBUGGING/CHECKOUT
* FILE MANAGER
("
('
I
I
AREA 2
(
I
i
~
{
(
15-4
AREA 3
..(
(:
[
AREA
DRIVERS
Highe st Core
Locatlon
..
*
REENTRANT
FORTRAN L.IBRARY
('
(
C\
'r
FIGURE 2-1 Core Memory Arrangement
* Optional Items
o
o
c
c
The hexadecimal value, b, is the location
of the first word of the monitor.
The vllue of
~GNMON
must be changed if
C
C:
any of the following are added, deleted,
or changed in size:
•
Monitor modules
•
Debugging/checkout modules
•
File Manager core resident routines
•
Core resident drivers
•
Reentrant FORTRAN library modules
C
c
{Refer to Figure 2-l}
If a routine of unknown length is to
~e
added,
the necessary decrease in the value of BGNMON may
be determined by using LIBILD to extract the
routine from the MSOS binary library and then
using EESORT to list its length.
For example,
suppose the File Manager is to be added.
Further
suppose that the user does not have listings of the
File Manager core resident modules.
To determine
the lengths of these modules he first prepares
the following LIBILD control records {on tape or
cards}:
'FILMGR'
'RSPCV4'
'SRHFIS'
c
c
C·
C
C
C''
../
C
C:
(~
~-----------
-
-----------------------------
---
------------ ---------- ----
---~-
~".
C"·
e
The MSOS binary library is then loaded into an
Typing on the teletype would be as
input device.
follows if the MSOS library is to be read from
(
(
logical unit 6, the LIBILD control records are to
be read from the standard input device, logical
unit 10, and the LIBILD output is to be written on
logical unit 13.
4-[.....
' T_ _ ..__._...__ .______ .
*RA Te H
J , 10 FA Tl ED 06
ACTION
(
(
I
.....
;
J
*I.IRTI.D
CONTROL LU
DEFS Ll!
I "lSTALL LU
---
--
13
NEWLI B LII
LI8 01 Lli
LI B ()2 UI
-- ()
-SK ELETON LU -- 10
LOAD SKEL/INSTAL, CR WHEN READY
('
(
--------------------
URRARY 31111.11 ent'pI.ETE
_-.IYli_~JjLTFRt~I NATE OR
TY P E C Tn CON TI ~ LJ E ~.'I T H CURRENT SKELETON AND/OR
o IJIPliI 1 T aR ARv 1 .ll~-",*:.L.Z_ _ .. _____... _ _ __
*
.....
,. -
(.'-
(:
C
u
o
o
c
At this point a short install file has been
C"
(, •
generated.
It includes a binary copy of FIlMGR,
RSPCV4, and SRHFIS.
is a *T record.
This record is needed to
Typing on the
If·····
teletype continues as follows:
.J
J
!-3
i
Following the SRHFIS binary
terminate input to EESORT.
=icR EUI f
.
.,
.
*K,TI.3
.J
.r~',
*EESQRT
. ENIm LIst F'('lR LIST ONLY, SORT FOR LIST;AND SORT!..I!!
I
.1
.-
The output from EESORT is shown in Figure 2-2.
1~
''(J
c
c'
LISTING OF
PfW(-jJ.Jt\1'-I
NI\MF:
C:
PROARA~
~A~E~,
PRCGRAt-I
LtNGTI-<
U2?S
FIU~C;R
E~TRY
POlhTS ANt EXTERNALS
DATA
SIZE
COMtJ.ON
SI7E
CARD
CO~MEN1S
DECK-tO fO]
0000
0000
f\JA~E
MSOS 4.1
PR0m
'c\
RESULT
install
file
System Initializer
Modified MSOS on
mass memory
If a number of major modifications are to be made to a system
the user may wish to consider re-ordering the system. This
may be done by completing a 1700 MSOS 4 Ordering form.
c
c
c
c
c
c
(
4-1
("
(:
4.1
(
(
(
[
('
c'
(
""
';,-
~
C'
4.2
0!Y
Chapter 4 - Procedure for Adding a Driver
SYSDAT Changes
The SYSDAT source must be modified in the following ways
when adding a driver. In each case, the user is referred to
the discussion of the corresponding SYSDAT section in Chapter 1.
1. The interrupt trap region, Section AAF, must be
modified to include an entry for the device being added.
2. The interrupt mask table, Section AAH, must be modified.
3. The size of the interrupt stack, Section AAK, must be
increased if necessary. If the size has been left as
the standard size of 16 entries, it will ·be unnecessary
to modify Section AAK.
4. An entry for the logical unit of the added device must
be added to the LOGIA Table,Section AAM. If ther-e is
to be a diagnostic logical unit for the added device,
an entry for the diagnostic logical unit must be
added to the LOGlA Table also.
5. The LOGI Table, Section AAN, must be modified.
6. The LOG2 Table, Section AAO, must be modified.
7. An entry must be added to the diagnostic timer
table in Section AAP if the diagnostic timer is to
be used with the added device.
8. The line one table, Section AAR, must be modified
only if the added device is connected to interrupt
line one.
9. A physical device table must be added for the new device.
10. It may be necessary to modify the 1706 buffered data
channel handler entries, Section ACP, if the device added
is a buffered device.
11. It will be necessary to modify Section ACQ, A/Q Channel
Allocation,if the new device is one of those which
requires A/Q channel allocation.
12. Section ACR must be modified only if a mass resident
driver is being added to a system which previously
contained no mass resident driver.
Skeleton Changes
The skeleton must be modified to add a *M statement. In addition,
a *8 statement for each driver module must be added . . If the
driver requires one
0'--,
1:',
4-2
®
or more auxiliary modules for conversion code tables or a train
image table, a *8 statement for each of these must also be added.
If the driver being added is to be mass resident, two control
statements must follow the *8 statement for the last module
required by the driver. These *8 statements are as follows.
The name of each MSOS driver has the form
o
C'
c
r£~
"JI
where xI,x2~x3,x4'xS are alphanumeric characters which will
include one or more trailing blanks if the name of the
driver contains fewer than six characters. The two control
statements added for a mass resident driver have the following
forms:
*S,Sxlx2x3x4xS'S
*S,Lxlx2x3x4xS'P
These statements are interpreted by the system initializer so
that
SXlx2x3x4xS is the sector number of the last sec~or
containing a module required by the driver, DXlx2x3x4xS' and
LX1x2x3x4xS is the word length of the driver including all
necessary modules. For example, if the driver Dl777P is to
be added as a mass resident driver, the following control
statements must be added:
*S, S1777P,S
*S, L1777P,P
~hen
4"\~
adding a driver, the corresponding SCMM test module should
be added if it is not already in the system.
are listed in Group A8 of
in the
for~
Ch~pter
2.
The SCMM test modules
Each test module has a name
SCMa 1 a 2 a 3 , for example, SCMCRD.
To add an SCMM test module,
seven records must be added to the SCMM program library
the skeleton.
:£".'
I~
entrie~
in
These records are as follows:
c
c
c
(.
('"
4-2 a
~@
(:
(
(
*P,F
("
*B
'SCMa l a 2 a 3 '
*T
C
(""
(
These records instruct LIBEDT to accept the binary for SCMala2a3
from the standard input device, absolutize it, and output on the
library unit, logical unit 8.
The *T record indicates the end of
the binary programs to be absolutized.
The *K,I8 control statement
indicates input is the absolutized information output to the
«=
library unit.
The *N staterr.ent instructs LIBEDT to store this
information in a file named SCMa l a 2 a 3 .
(
(
{('
(:\
(,
The System Maintenance Monitor bootstrap corresponding to the
added hardware device may be added by inserting a *L statement
and a *B statement into the SMM bootstraps program library entries
in the skeleton.
These entries are of the form
*L,SMMa l a 2 a 3
*8 'SMMn'
Where a l a 2 a 3 is the mnemonic for the added test and n indicates
which SMM bootstrap is to be added.
(
C"
C
{Refer to Chapter 2.}
o
4-2 b
&0
o
Example cf Driver Addition Using Magnetic Tape
c=D
To illustrate the addition of a driver, an example will
c
be considered in detail.
a system including
In this "example, the user has
m~gnetic
tape, but no cards.
units in the system are as follows:
The logical
C·'"
,
I
C
c
c
c
c
c
c
c
c
C
C:
.~
.
__ ..
-
-"------
(
r
C'
4-3
1
2
3
4
5
ALLOCATOR
DUMMY LOGICAL UNIT
DUMMY LOGICAL UNIT
1711 TELETYPE, 713-10 CRT
COSY DRIVER, FI~Sl UNIT
6
UNdUFFEREO 1111-601 ,.IAG TAPE. UNIT 0
1
DUMMY LOGICAL UNIT
8
171a HS3/4 DISK~ UNIT 0
9
1740-501/1742 LINE PRINTER
10
UN~UFFERED 1711-601 MAG TAPE. UNIT 0
11
UN~UF~EREO 1711-601 MA6 TAPE. UNIT 0
12
1"140-501/174? FUrHkMl LINE PRINTER
13
UNtlUFFf:li[D 17J}-hCJl l'IAG TAPE. UIHT 1
14
DIAC;rJOSfIC 1711 T(LETYI-JE. 711-10 C~T
15
OIA(jhjOSTIC 171S ~53/4 DISK. UNIT 0
16
DIAGNOSTIC 1740-501/1142 LINF PRINTER
11
DIAGNUSTIC 1711-601 MAG TAPE. UNIT 1
18 'OlAGI-ll)STIC 1731-601 MAG TAPE. UNIT 0
c"
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c."
"
c
(~
(
'"
,./',
C:
()
(:,
CI
(fjJ
The user wishes to add the capability of using cards by connecting
('
[
CO~E
4.3· 1
a 1728/430 Card Reader/Punch to his system hardware configuration.
To use this device he must add the driver D1728. In the example,
this driver will be added as a mass resident driver.
Changing SYSDAT by Using COSY
According to the procedure outlined in Chapter 3, the first
step is to modify SYSDAT. This will be done by converting the
SYSDAT source on magnetic tape to COSY form and then using
COSY to make the modifications. A source copy of SYSDAT is
the fourth file of the installation tape. To position the
tape to the beginning of SYSDAT, it is necessary to advance
past the first three files on the tape. This may be done
by using ODEBUG. The user mounts the installation tape on
tape unit 0, logical unit 10. After an autoload, the printing
on the comment device appears as follows:
MI
DB
DEBUG IN
ADf,10,3
NEXT
Off
DEBUG OUT
The following procedures are simplified by changing the
standard input device from logical unit 10 to logical unit 4.
o
4-~!V c
c
This may be done by changing the contents of the word F9 1b in
core and in the mass memory core lmage from A16 to 4. {Refer to
Article 1.S}. The following discussion assumes this change
has been made. If the change is not made, logical unit 10
must be unready each time *BATCH is entered as a control
statement.
'C
('
'
,i
C'-"',"·
Ii
A COSY tape of SYSDAT is needed. It is also necessary
to have an ASCII listing of SYSDAT which includes the COSY
sequence numbers. The COSY sequence numbers will be used
when revising SYSDAT. These sequence numbers will be different
from the sequence numbers in the original SYSDAT and will not
include the section identifier in columns 74-76. To convert
SYSDAT to an acceptable COSY input format it is necessary to
w~ite a DCK/identifier and a Hollerith identifier preceding
the SYSDAT source information. It is also necessary to write
an END/record after the end of the SYSDAT source information.
To do this the CYFT program may be used. CYFT will be used to transfer
the source of SYSDAT to magnet ic tape un i tone, 'addi ng ,the
necessary COSY control records.
The user mounts a scratch tape on magnetic tape unit 1
{logical unit 13}.The tape on logical unit 10 is positioned at
the beginning of SYSDAT.
The printing on the comment device is as follows:
MI
*BATCH
.C
(,/
c
J
*JOB
J
*K, 110, P13
;t(~
I\j
J
*CYFT
J
To convert the SYSDAT with COSY control cards on logical~
unit 13 to COSY, the installation tape is removed from logical
unit 10 and a scratch tape is mounted in its place. The printing
on the comment device is then as follows:
( ',".
,J
,
C
C
C.,
4-5
.,
c
(
*REW, 13
J
*K, 113
J
*CSY, 113, Plo
(~
(
J
*COSY
'
'.
J
To obtain a SYSDAT listing with COSY sequence numbers
the typing on the comment device is as follows:
*K, IS, P2
J
('
*CSY, 110
J
*ASSEM
J
[
('
(
(
";
"
Ci
The above assigns the COSY driver, logical unit 5, to be the
standard input device. Thus, the assembler receives its
input from the COSY driver. the COSY driver, in turn, receives
its ~nput from logical unit 10.
()
4-6
~~
C
The actual SYSDAT corrections may now be made. {These
corrections are discussed in Section 4.3.2.} The COSY of
SYSDAT is on tape unit o. A scratch tape is mounted on tape
unit 1. Typing on the teletype continues as fo11owsz
c
,'C'~,
1f~'
\~j./
,4---"',
I',
'''--/
.!!t('~
"..f"
£"
~/
c
c
(1
C'
((
('
...
---,1'- _
'
~--.
$1(
-'.~
wi
(:
*CSY,110,'13
c
SYSDAI DC)( I I.C
J
*COSY
DELI 399.400
NUM 14
(('
. _ADC
MASKI
NUM
$089B
NU~1
$0898
$0898
$0898
NUM'
Nut1
NUM
NUM
NUM
NUM
NUM
NUM
NIJM
NUt1
NUM
NUM
(
[
('
o EJ
(~
R 1128
DELI 444.481
lUI'! $0898
_ _ _ ADC
$0696
$0898
$0~9B
$0898
$0696
$0893
$08 83
$0883
I
ADC
((,
(:'
C
C
(/'
C!
C;
$0883
$0883
62 S , 62 9
PI128
10
1728/430 CARD READER
P 1128
11
1728/430 CARD PUNCH
19
DIAGNOSTIC
10
1728/430 CARD READER
Xl
ADC
O+S
1728/430 CARD READER/PUNCH .
I NSI 667
ADC
o+s
_ _ _-..til~---!J~-----.Ll
9~--I.DuI.J::lA~GLU~l.LOSw.T.LluCL..-.-Jlu7!.-"2..c
8LL./~4w.3u.0...JRl.JE:.I:A1J.Du:E.!lR-,-IL.P.ulj.CLINCwH~_ ___ .
DELI 684,685
$FFFF
NUf"
10
1728/430 CARD READER
NUt1 $FFFF
11
1 728 143 0 CAR D P LJ NC H
I NSI 692
NUt1
I NS I
$FFFF
709
ADC
PI728
. INS' 1098
19
DIAGNOSTIC
1728/430 READER/PUNCH
10
1728/430 CARD READER,
c
o
c
c
c
~
c
c
c
c
c'
c
c
(
'
"';'
c
c
('
*
EQU
EQ II
(-
EXT
ncr
EXT
(
'('
T 1728
,mpt MASDRv
C 1128
EJ 128
..IMP+ MASCON
.IMP+ MASERR
EXT l1128
_ _ _---EEXX.I.T---lSi.,;IL..:;712.2~8~-_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _- ; _____'_
R 1128
c
lDQ
=XP 1128
,IMP* (P '72 8t 2 )
EJT
--'*!L-_ _ _-.-Ll-n12::.l8:L/U:.4l..53~OL.C.C8..ARliJDLLl:RuE:JlALLDL.t:.EJiRL/~Pu.l!.naNC.;j;Hi..-_ _- - - - - - - - - - - - - - - - - - - - - - " , - - - - - - P1128 ADC
$520E
_ _ _JAllD.G,C_LTLJ7C42:J:8L-_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
ADC
C 1728
(
A DC
(
[
(
('
(~\
(-'.
-1
NLJ~1
NUf1
0
0
Nutl
$OSAJ
NLJ~1
$IRC6
NIIr-1
0
NLJr~
NUt'
NLJM
A DC
A DC
NlIM
NLJM
ADC
NUM
0
0
0
1 1128
S 1728
,,'/)
' ' ' " ''j'
,
$800F'
B UE28
0
NIlM
0
Ntm
0
NIIM
0
NUt-1
Nut1
0
0
Nun
0
NtJrl
0
NlJM
0
A DC
II 1728
BUF'28(80)
DELI 1263
iQ U NUf4AQ <.3 )
ENDI
'
c
Q
EJT
Ci
,/
E 172 8
NUM
BZS
(
U1128(XI128-l0GIA)
M1 72 8 ( 1 )
MASDRV
MASCObj
MASERR
J
G
4-9
@~b
Each of the preceding COSY corrections was preceded by a
line feed so that the typing would be readable. Line feeds are
ignored by the COSY driver.
C,"
\.,1
C
A binary copy of the corrected SYSDAT is obtained ~y requesting
the Macro Assembler to process the corrected COSY copy of SYSDAT.
A scratch tape is mounted on tape unit O. The SYSDAT binary will
be written on this tape. Typing on the comment device continues
as follows:
J
*ASSEM
J
An assembly listing is obtained on the line printer.
If there are further corrections to be made to SYSDAT, these may
be made by repeating the above procedure, substituting the COSY
il(
~/
of the revised SYSDAT for the COSY of the original SYSDAT·
4.3.2 Specific SYSDAT Changes
The following sections of SYSDAT were changed or added in order
to add the 1728/430 Card Reader driver:
Interrupt Trap Region, Section AAF
Interrupt Mask Table, Section AAH
LOG1A Table, Section AAM
LOG1 Table, Section AAN
LOG2 Table, Section AAO
'~',
,(,'
,~
(~:
c
(,,""
f
4-10
Elf)
Diagnostic Tables, Section AAP
1728/430 Card Reader/Punch Physical
. Device Table, Section ABR
A/Q Channel Allocation, Section ACQ
The changes in each of these sections are shown in the following
printouts.
•
*
L I I..JE 11
[
Interrupt Trap Region, Section AAF
As shown in Article 1·6, Figure 1-6, the
standard interrupt line for the 1728/430
Card Reader is line 11· Following is the line 11 entry in
Section AAF before modification. {The sequence numbers
are COSY sequence numbersl
LINE
0
INTE~RUPT
RTJ-
(1FU
blUM
0
ADC
p~v
GO TO I'~lfkRUPT HANDLER ROUTIN(
PRIORITY LEVEL OF INTERRU~T
INTERRUPT RESPONSE FOR THE INVALI~ INTERRUPTS
NtJM
c.
PH
ENT~Y
00396
00397
00398
003'1'1
0040U
The line 11 entry in Section AAF after modifications
is as follows:
(")
-
'\c .......
*
L I NF. 1] ,.,. Ufol
,
(
.
','
('\
(':'
(~\
C
()
0
IOTJ"
(HE.)
"Uti
AOC
14
In 128
OOiQ6
II\TF.RRUPT LINE ENT~Y
GO TO It\TF:RRUFT HAf\OLE.R ROIJTINE.
003'-n
00 "1'1'00 ~(,':1
00400
o
4-11
~~
•
Interrupt Mask Table, Section AAH
Information regarding standard priority levels is contained
in Figure 1-6, Article 1·6. The standard priority level
for the 1728/430 Card Reader driver is level 14. The
1728/430 interrupt should be permitted at priority levels
~l, 0, 1, 2, 3, 4, 5, 6, 7, 8 , 9, 10, 11, 12, 13.
As
explained in Article 1~8, the interrupt is not permitted
at level 14, since the driver runs at level 14 and the
driver is not re-entrant. The interrupt mask table prior
to modification is as follows:
c
c
c
c=:
~
c
~.
~
!
c
c
c
c
c
c
c
c
£
('
('
I
*
*
r\j
r E
hi
M A S K
I-< U P T
T A
tj
L E
*
MASKT
E l\j T
*
*
('
i~
*
l}
[
*
*
*
*
*
*v
P -1
~
u *
I
1
()
fJ
'I"
j
T
L
*
*
MflSKT
(
C:\
11
lr,;
13
*
(
S
6
7
• 1 ..
v 1'-)
0
('
4
*
*
*
*
*
Y
*
*
H *
L
;,; *
f
V 10 *
f:
*
*
*
*
.:.
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
NU'4
i>OO9R
'hOO'-lH
~~Ur-1
:t>OQ9R
NlJM
NlJivl
'h009R
'b0096
~.Ut-l
'hOO48
NUM
~OO91:1
NUM
NlJM
NUM
!-JU"'1
NUM
'b009H
iOO91-i
'6004R
'h0093
NUM
I'!UM
MJM
1',\)"'1
L I r~E
U: VEL
t~UMtjEk
I)
('I
f)
t;
0
0
0
0
0
11
0
0
0
0
0
IJ
()
()
0
t'
0
0
0
(I
0
0
0
n
0
0
0
n
(:
0
0
0
a
0
()
0
0
0
I')
0
a
1,\
(>
(;
n
0
0
0
0
(j
u
0
(!
U
0
(J
0
0
0
0
(j
()
1
1
0
0
0
0
0
0
0
U
0
0
0
0
0
0
0
0
0
0
(J
0
0
0
0
0
0
0
0
0
0
0
n
0
0
0
0
a
0
(j
0
0
n
0
0
0
0
0
0
0
0
0
0
0
0
iJ
1
1
1
()
0
0
0
1
1
1
1
1
1
I
1
1
I
1
I
0
1
0
1
1
1
0
1
0
0
0
0
0
0
0
0
0
0
Ll
n
0
()
I)
0
0
0
0
1
1
0
0
1
1
1
1
0
0
0
0
0
0
0
0
0
1
1
1
1
1
1
I
1
1
u
a
0
0
0
0
0
0
0
0
0
0
0
1
1
,1
1
1
1
1
0
0
1
1
1
0
0
0
0
1
1
1
1
1
1
I
1
1
1
1
1
1
1
1
0
*
"
*
*
*
*
*
*
*
*
tk-
*
*
*
*
*
***0************************************************
NUt",
NUM
p~IORTTY
flo
f,
5
4
1
2
0
I
***********.****o.*~********************************
* 0 0 0 0 0 0 0 0 1 0 0 1 1 0 1 1 *
*
*
INTt:::RkUPl
g
ct.'
('
MASKS INDEXED rlY
<----------------------------IS h- 13 12 11 10
7
*
*
*
*
*
*
INH~rlUPT
'£.0083
:hOOR)
'f>OO83
'hOO~3
'b0001
'j)llOOO
PRlukI TY
PRIUh'IT(
PRIURIlY
PRIOh'ITY
PRIORITY
ptn lh< ITY
Ptd Uri IT Y
PRIORITY
PHIORITY
PRIURIIY
Pf)IORI Tv
PPIOi-(ITY
PRIOf.'ITY
PJ..>J()RITY
PRIORITY
Pf-IIORITY
PI-"
00644
00645
00646
,-
"J
(
c;,
(~
(
't..•./
(,
C
(~
C
(,'
C"'
c'
• LOG2 Table, Section AAO
('
The LOG2
(
Table, before
modification, is as follows:
,-
*
*
*
('
c·
LOG I CAL
ENT
LOG2
ADC
NUM
NUM
NUM
NUM
NUM
NUM
NUM
NUM
NUM
NUM
NlJM
NUM
NUM
NUM
NUM
NUM
NUM
NUM
NUMLU
3>FFFF
$fFfF
ilFFFF
$FFFF
$FFFf
:f>FFFF
'iiffFF
$FFFF
$FFFF
$FfFF
$FFFF
$FfFf
iFffF
$FFFF
iFFFF
3>FFFf
$FfFF
$FfFF
TO~
U NIT
( LOG 2 )
T A t1 L t. S
OF 1/0 THPEAD ADDRESSES
~y
LOGICAL UNIT
00669
00670
00611
00672
"
LOG2
C'
(
[
(,
("
C:
C
(,"":
~-:I"
C>
,
'
NUMt3Et-< OF LOGICAL "JNITS
1
CORE ALLOCATOQ
2
DUMMY LOGICAL UNIT
3
DUMMY LOGICAL UNIT
4
1711 TELETYPE. 113-10 CRT
5
COSY DRiVER, FI~ST UNIT
6
UN~UFFEHEO 1731-601 ~AG TAPE. UNIT 0
7
DUMMY LOGICAL UNIT
8
1738 853/4 DISK, UNIT 0
9
1740-501/1742 LINE PRINTE~
10
UNrlUFFERED 1711-601 MAG TAPE. UNIT 0
11
UNt3UFFERED 1731-601 MAG TAPE. UNIT 0
12
1140-501/1742 FORTRAN LINE PQINTEH
13
UN~UFFERED 1731-601 MAG TAPE. UNIT,I
14
DIAGNOSTIC 1711 TELETYPE, 711-10 CRT
15
nIAGNuSTIC 1718 853/4 DISK, UNIT 0
16
DIAGNOSTIC 1740-501/1742 LINE PRINTER
17
DiAGNOSTIC 17)1-601 MAG TAPE. UNIT 1
18
DIAGNOSTIC 1731-601 MAG TAPE. UNIT 0
00614
00615
00616
00677
00678
00679
00680
00681
00682
00683
00684
00685
00686
00687
00688
00689
00690
00691
00692
(j
C
C
C
C
The entries of the LOG2 Table must be made to correspond
to those in the LOGIA Table.
After modification the LOG2
Table is as follows:
C
'.
•
•
lOGe
LOG I C A L
ENT
Lg;2
~f)C
NbHLU
~U'~U~
SoFFFF
~~Y"~
~UfoI
~UfoI
~u..,
~U"
MJfoI
~UfoI
MJ"
~UfoI
~UM
"UM
"U'"
"UM
t.U~
"UM
U NIT
T AB L E S
( LOG 2 I
TOP OF 1/0 THREAD AODPESSES HY LOGICAL UNIT
SFFFF
00648
00649
00650
006t;1
NUMBER OF LOGICAL UNITS
CORE ALLCCATOP
1
DUMMY LOGICAL UNIT
2
00653
00654
00655
iJf'J
3
~
~~itY~k~~ti~£,~~ll-~~I1RT
Illit
SFFFF
SFFFF
SFfFF
SFFFF
SFFFF
SFFFF
SFFFF
SFFFF
SFFFF
SfFFF
SFFFF
'FFFF
SFFFF
SFF'F
6
UNBUFFERED 1731-601 MAG TAPE. UNIT 0
DUMMY LOGICAL UNIT
1138 853/4 DISK. UNIT 0
1740-501/1742 LI~E PRINTER
1128/430 ~ARD RIADER
1728/430 CARn PUNCH
1740-501/1142 FO"TRAN LINf PRINTER
UNBUFFERED 1131-601 MAG TAPE. UNIT 1
DIAGNOSTIC 1711 TELETYPE. 113-10 CRT
DIAGNOSTIC 1738 853/4 DISK. UNIT 0
DIAGNOSTIC 1740-501/1742 LI~E PPINTER
DIAGNOSTIC 1731-601 MAG TAPE. UNIT 1
DIAGNOSTIC 1731-601 MAG TAPE. UNIT 0
DIAGNOSTIC 1728/430 READER/PUNCH
00659
00660
00661
00662
00663
00664
00665
00666
00661
00668
00669
00610
00611
00612
7
8
9
10
11
12
13
14
15
16
17
18
19
C
C
C
C
r- ,
~,
(, ..
~
C
\ -_..
:
C
,
,':';',:
, ,I'
C'·"
,,
'
C'
C;
C
C
C
C'
,~-
,---- -----------------
----
('
• Diagnostic Tables, Section AAP
I
Before modification Section AAP is as follows:
(
......
D I A G
El'JT
ALTERR ADC
fiZS
ENT
(
(
DGNTAB EQU
ADC
ADC
AOC
ADC
ADC
AOC
NUM
N 0
ALlERR
T A
I:j
L E
C;
.
ALTERNATE DEVICE ERROR TABLE
NUMLU
(NUMLU)
DGNTAB
S T I C
ERROR TAt3LE SIZE
SPACE. FOR MAXIMUM Sll"1UL TA~\jEOUS FAILURES
DIAGNOSTIC T Hl':'R TABLE
DGNTAB(*)PCORE
P1711
P731UO
P17380
P404?1
P731Ul
$FFFF
START OF TAt-3LE
1
CORE ALLOCATO~
4
1711 TELETYPE. 713-10 CRT
6
UNHUFFEREO 1711-601 MAG TAPE. UNIT 0
8
1738 ~53/4 DISK. UNIT 0
9
1740-501/1742 LINE PPINTER
1.1
UNtWFFERED 1731-f)01 MAG TAPE. UNIT 1
END OF TAHLE
c
An entry must be added for logical unit 10, the 1728/430
(
Card Reader.
(~
(
(
c
c
(J
follows:
After this additon, Section AAP appears as
00694
00695
00696
00697
00699
00700
00702
00704
00705
00706
00707
00708
00709
00710
007ll
o
c
*
*
*
ALTERR
DIA G
ENT
AL TERR
~DC
NbMLU
SZs
(f\;U~LlJ
ENT
DGNTA8
DGNTA8 EQU
~DC
~OC
JI DC
~DC
ADe
ADe
~DC
~UJII
,.. o
S TIC
TAB L. E S
ALTERf\;ATE DEVICE
E~ROR
00674
00675
00676
n067?
TA8LE
ERROR TABL.E SIZE
SPACE FOR MAXIMUM SIMlJLTANEOUS FAILURES
)
0,0679
00680
DIAGNCSTIC TIMER TABLE
DIiNTABc o )
PCQRE
00682
00684
00685
00686
00687
00688
00689
00690
00691
START OF TABLE
1
CORE AL.LCCATOR
'"
1711 TELETVPE. 713-10 CRT
6
UNBUFFERED 1731-601 MAG TAPE, UNIT 0
8
1738 AS3/4 DISK, UNIT 0
9
1740-501/1142 LI~E PRINTER
10
1128/430CARO READER
'
13
UNBUFFERED 1731-601 MAG TAPE, UNIT 1
ElliD OF TARL.E
Pl711
P731IJO
P17380
P'0421
P1728
P731Ul
SFF"
c
c
c
c
Itr'"
\.,f,
,=,.
10692
• 1728/430' Card Reader/Punch Physical Device Table, Section AIR
A physical device table must be added for the 1728/430
Card Reader/Punch.
This is obtained by extracting the
appropriate lines from Figure 1-47, Article 1.44.
Thara
will'be a diagnostic logical unit corresponding to this device.
c
Thus, the symbol U1728 is equated to an index into the LOGIA
c
Table.
C
The lines corresponding to a mass resident driver are
selected.
Word 16 of the table contains the standard entry.
The physical device table appears as follows aftar it has
been added to SVSDAT:
c
c
c
C
I
.,
c
C
i
C:
C
(::
C'
[
()
(
(
c
c
c
(:i
c-
1728/438 CAR~'~EAOER/PUNCH
UI728fX1128-LOGIA)
EQU MI728(l)
EXT
EXT
EXT
MASDRV
11728
~MF+
M~SDRV
01080
01081
01082
01083
01084
01085
01086
C1728
~MP+
M~SCO"
01087
E1728
.;MP. MASERR
(: 1088
EXT
ExT
LOG
01089
01090
01091
EQU
M6SCO"
MASERR
L1728
51728
=XP1728
-.lMP* (P1728+2)
01092
o
c
()
c
c
•P1728
172@/430
S520E
ADC 11728
ADe C1728
AOC
E1728
f\U"" -1
CA~D
IIDC
f\U~
"u~
0
f\U""
0
~95A1
18C6
"'U~
0
"U~
0
0
~.~~
f\U,...
110'
ADe
f\ U""
f\U,...
ADe
f\ U""
f\U""
I\u,...·
L1728
51728
0
S8aOF
BUF28
0
0
\ 0
0
" U,...
f\ ut-t
0
0
f\ U""
f\ U"" 0
" U,... 0
I\U'" 0
ADe
ElZS
U1728
B"F28~80)
READER/PUNCH
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Prior to modification Section ACQ is as follows:
*
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A / Q
*
*
*
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()
1711/711
*
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01244
01245
01246
01247
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01252
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01257
01258
ENT
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AQSTCK
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QUANTITY OF ALLOCATION DEVICES
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1721
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1723
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1777
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1777
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1728/430 CARD READER/PUNCH
1729-2
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1729-3
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1731/601
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1732-I/f,0.l3/609 UNBUFFERED ~AG TAPE
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01266
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by one·
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as follows:
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MIS C ELL A N E 0 U 5
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PRO G RAM S
ALL 0 C AT I ON
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1721
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STACK SIZE
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01267
01268
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01271
01272
01273
1.l1274
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01276
01277
01278
01279
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01281
01282
01283
01284
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01287
01289
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4.3.3
Modifying the Skeleton
(
The first step in modifying the skeleton is to obtain a
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listing of the skeleton.
The ,install file is the second
file on the install tape.
The program SKED may be used
to extract the skeleton from the install file and to obtain
a sequenced listing of it.
tape unit
o.
The install tape is mounted on
After entering the job
proces~or~
typing on the
teletype appears as follows:
J
*SKED
SKED IN
NEXT
ADF~lO~l
NEXT
BUILD~lO
ANY MORE INPUT.
ENTER LU
NEXT
CATLOG
The BUILD command extracts the skeleton from the install
file.
The CATLOG command results in a resequencing and
listing of the skeleton as follows:
1
2
3
4
5
6
7
A
9
10
11
12
13
14
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SO,ACE
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PROGRAM
COPYRIGHT CONTROL OATA CORPORATION 1973'
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The date of the system build is to be changed.
The value
of N4 will be changed as an example of the modification of
one of the parameters discussed in Article 2.2.
{In this
instance the value of N4 had been previously customized
to a value such that unprotected core could not accommodate
the largest program library file.}
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NEXT
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NEXT DELETE,46,46
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*M
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1728/430 CARD READER/PUNCH
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*K,I6
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NEXT
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*L.,SMM430
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A scratch tape is mounted on tape unit one prior to the
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M50S 4.1
INSTALLATION COMPLETED - YOU MAY AUTOLOAD
o
o
C
Creating a New Install File
CI
In this process, three tapes are used.
These tapes are
as·follows:
l}
Binary copy of the modified form of SYSDAT
2}
Modified skeleton
3}
MSOS library tape
C
C
c
The program LIBILD is used to construct a new install
file.
Typing on the teletype is as follows:
c
tlI
*BATCH
J
\"'-.,./
BTl D
CONTROL LlJ
DEFS LU
INSTALL LV
*1 I
NEWI I B 1.11
=
-
c
=
LIB 01
LlJ
JIB Q2
! Ii.
LI R 03 LU
13
- 10
I0
c
=
SK EI.ETON UJ -
10
I OA D LI SRARY I NPIJT
02 ON 1 U
10.
CR WHEN READY.
LOAD SKEL/INSTAL, CR WHEN READY
I I BRARY BUn 0 C OMPI ETE
TYPE *Z TO TERMINATE OR
ryp!;: *C TO CONTINUE WITH CIIURENT SKE! ETQN ANDIQR
OIJTPUT LIBRARY LU'S *Z
J
c
o
c
c
c
c
c
(,
('
(,
Note that a carriage return only is entered as the
(e'
response to the query CONTROL LU=·
This is because
(:
subsequent control statements will be read from the
(,
comments device·
A carriage return is the response to
the query DEFS LU= since the install file is to be
C
created according to a skeleton and not according to a
(:
definitions deck.
The response to INSTALL LU= indicates
the install file will be written on tape unit 1·
(
new output library is to be created.
No
Therefore a
carriage return only is entered following the query
(~
NEWLIB LU=·
rc
4.3.5
Loading the New System
Using the new install file and the system initializer
program, the new system may be loaded.
The procedure
(
used is described in the 1700 MSOS 4 Installation Handbook,
(
Publication No. 39520900.
Typing on the teletype is as
follows:
(
(
c
*RA TCH
J
*.ln8
...::::-:;:::-=-,--::-_
_______
J
..... _ _ _ _ _ _ _
e
*SILP
(
THE INITIALIZER vlTLL BE r;nVED Tn
!
nCATTn't\j 5CEE
. TUR N nFF PRnTEC SWI TCH Ar\lJ TYPE CARRI AGE RETURN
'c\"'
C'
AW)
o
C'
C
At this point before typing carriage return, the system
disk pack is removed, and a scratch pack is mounted.
C
The new system will be loaded on the scratch pack.
Typing on th. t.letype th.n proceeds as follows:
MSOS 4.1 SYSTEM INITIALIZER
EWA DE
C ONTRI
-
5 eFE
DATE I'1M/DD/YY
10110174
Q
*v
INITIALIZATION COMPLETED - YOU MAY AUTOLOAD
MSOS 4.1--PSR
I
EVE' 86
1011
0 /74
ANN'S TEST SYSTEM
321( MOPE
~-,
~.
ENTER DATE/TIME
MMDDYYHHMM
..-----
1010741945
DATE: 10 OCT 74
TIME: 19i15: 00
~--~--~~~~~~~-----------------MI
*BATCH
*CTO,
MSOS iI.I INSTALLATION COMPLETED - YOU MAY AUTOLOAD
MSOS 4·1--PSR J EVE!
86
1011 0/74
ANN'S TEST SYSTEM
32 K
(.
MODE
ENTER DATE/TIME
C
C
mMDDYYHHMM
1010141958
DATE: 10 OCT 74
TIME:
195~:
(
00
".
"
I
SCMM Verification of Added Driver
This verification procedure is described in the Small Computer
Maintenance Monitor Reference Manual, Publication No. 39520200.
Three punch tests and three read tests are ~~.l performed.
Typing on the teletype is as follows:
c
('\
(~:
(
C'
~
('
("
( "\
"
c'
()
o
c
c
C·'' '
I"
,;
Sctm IN
'UlLl.5..L.14
09 00
CONTROL, TEST ID
_..SR.I.,. CBll _ _ _ _ _ _ _ _ _ _ __
B~GIN
CARD RIP TEST
...DLl4S-ECT.LD..NS ,Cfj RDS
19 ,2 , 10
CARD RIP TEST,
0010 CARDS
0000 ERRORS
MOW,'
1·~-4-··-O900-·------
IN
...U:::I..,LL5..aJl.
SC~il"'j
. _ - - - - - - - - - - - - - _....... _........
0900 .._ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _·_
CONTROL, TEST 10
SR.!, CR.!)... -.---- .- ..---.----..
BEGIN CARD RIP TEST
-Ill.. U, S EC T1.4UlS.,.cAaDS......-........--.-----..- .... -....- - - - - - 1~,., 1a "_____- - : - - - - - - - - - - - - - - - - - - - - - - - - - - - END CARD RIP TEST,
0010 CARDS 0000 ERRORS
..3C11t1.QUI . ___._. ____..___.__ ....._ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ __
10/15/74 0901
.t!lL- ... _.-_._--
SCMM
~~;~l..t~
..,.. ..
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ __
1'1/151
0901
..IES.l 111._________.__.....___. _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _.._. _._....
SHT,CRD
l3.E.G.ULCAJULR1E TES1__.. _____ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ __
Dl.U,SECTIONS,CARDS
-li.i.,•.B..••.LQ.,,,._
SPECIAL PATTERN rOR TEST .3
ABC--·-·
.-. -- ------_ _.__..._... _ ....._. _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _~
END CARD RIP TEST, 0010 CARDS 0000 ERRORS
SCM. n1JJ~..". _ _~__. _ _....... .
10/15/74 090!
~-
<..
~'
.,
.~I.--....- . - - - - - - - - - - - - - - - - - -
SCMM
SCl1tLIlJ ..... - - -.....- - -..- - - - - - - , - -..- ..- - - - 10 11 5/74
09 14
C;n.N.!R.ru~ll·--IES.I.. .. l-D-,...---·-----...---- - - - , - -
SRT,CRD
REG.Ul-CiiRD RIP. TEST, _._._._ _ _ _ _ _ _ __
LU,S EC II ONS ,CARDS
.1~O-J.LO----..-._-.---_ _ - - - - - - - - - -
SPECIAL PATTERN FOR TEST 3
iiBC_. _.
__ .. _.._._..__ . _______. .
0010 CARDS
END CARD RIP TEST,
. SGM£!L.Q.U,t
10/15/74
0915
--_._-0000 ERRORS
. . _ _ . _ _ _ _ _ __
c
c
c
(:
(
('
('
(
(
('
.11L._ _ __
SCMM
SCMM IN
c
C'
('
10/15/74
0916
_C....O~Nu.T..Q.R.u.o!'-+-,_TuE:..o::S~I--LTJ.lD_ _ _ _ _ .__ ,_,_" ... _,._" _ _ __
SRT ,CRD
BEGIN CARD RIP TES1. __
DLU,SECTIONS,CARDS
19,20,1 0
, --------
END CARD RIP TEST,
0010 CARDS
0000 ERRORS
SCMM QIIT
10/15/74
('"
. ___ _
0916
MI
(;iC pqpq
SCMM IN
[
1011 5 /7 4
09 I 7
,---,.-"'----'-
CONTROL, TEST ID
SRT,CRD
BEGIN CARD RIP TEST
gbU,iiCTIONi,CA~DS
19,40,10
C
(-\
(~
('
(~\
C'
(
(
(:,
C
END CARD RIP TEST,
SGMM OUT
10/15/74
091 R
0010 CARDS
0000 ERR ORS
o
o
c
c
".-'
,
c
c
(.
5-1
('
("
CHAPTER
(-
~.
ADDITION OF THE FILE MANAGER
@
(~
SYSDAT CHANGES REQUIRED
(-
To add a File Manager it is necessary to modify SYSDAT Section
ADA, File Manager Data, SYSDAT Section ADB, Job Processor File
~,""
~)'
Parameters; and SYSDAT Section ADC, Preset Protected Entry Points
("',
for Use by Unprotected Programs.
5.1 .1
Section ADA, File Manager Data Parameter
('
c~'
In modifying Section ADA, File Manager Data, it is necessary to
define the parameters needed by the File Manager.
[
C:
(
the parameters FISLU, MAXMMA, RPTPER, FDTPER, FIDSEC, FIBLSA,
FIBNIX, FSLIST, FSLLTH, FSLEND, and ADRFMS.
The method of
defining each of these parameters is described in Article 1.79.
There may be from one to nine File Manager mass memory units.
"
,
These include
'
(--
For File Manager mass memory unit n,
0:5 n:5 8
the following
parameter values must be defined:
("
('
C
( ':
"
(~
()
c'
I}
file space list for this device
2}
LUEn
3}
NUMFSn
4}
starting sector of file space on this device {This is
ADRFMS if n
= 0;
BEGLUn
otherwise.}
5-2
The file space list for a given device is defined as described
in Article 1.79-.
If only
non-~ndexed
files are to be 'defined, these
c
c
C
having a variety of file record lengths,
and more than one mass memory unit is available for file
space, it may' be most efficient to have different segment lengths
in
each file space list . . For example, if there are two units
available for file space, and file records will have lengths
1, 2, 3, 4, and 6 sectors, the following file space lists might
'~J
be defined.
File Manager Unit 0 file space list:
NUM
NUM
0,1
0,2
THREAD OF SEGMENTS ONE SECTOR LONG
THREAD OF SEGMENTS TWO SECTORS LONG
File Manager Unit 1 file space list:
NUM
NUM
NUM
0,3
0,4
0,6
THREAD OF SEGMENTS THREE SECTORS LONG
THREAD OF SGEMENTS FOUR SECTORS LONG
THREAD OF SEGMENTS SIX SECTORS LONG
The parameter LUEn is defined according to the description
in Article 1.79.
The size and starting sector of the file space are dependent
on the File Manager unit number ,n, and on whether that unit is
the library unit.
There are three cases to consider·
c
(. ".,.
(-
s-fIY
C
('
(
(
Size and Start of File Space on File Manager Unit 0 Where
Unit 0 is the Library Unit
First consider the case n=O where FISLU is the logical unit
('
number of the library unit.
c
number of sectors on the library unit to be used for file space.
The value of NUMFSO must be large enough to
(.
FIS directory {one sector}, the FIS blocks {approximately 100
(
sectors for 100-500 files}, plus any file indexed directories
In this case, NUMFSO is the
contain~the
and file records to be stored on the library unit.
('
[
()
of NUMFSO must be small enough so that required scratch, the
system, and NUMFSO sectors of file space will fit on the
library unit.
The principal size requirement for the
scratch area is that it be large enough to contain temporary
storage for the Macro Assembler to assemble the largest program
in the system.
The Macro Assembler requires three sectors of
(
scratch for each record in a program.
('
largest program in the system.
contain 2000 records.
('
The value
required.
Typically, SYSDAT is the
For example, SYSDAT might
Then bOOO sectors of scratch would be
The scratch requirement may be partly or wholly
C\
£,
satisfied outside the library unit if other mass memory units
C
1.5.}
"'.
I'
c;
C'
are available.
The number of secbors required by the unmodified
system is contained in core location C1 16 •
{Refer to Article
5-4
r§
The modified system will require additional sectors for storage
of the added File Manager modules.
Typically the system will
require 1000 sectors or less.
Let
S
=
=
C
= number
T
o
c
c
c
c
total sectors on library unit
(Ir
number of sectors needed to contain system
",
\4_~
of sectors required for scratch on the
library unit
M = number of sectors required for FIS directory, FIS
blocks and any file records or file indexed directories
to be stored on library unit.
Then it is required that NUMFSO satisfy the following:
MS NUMFSO S T-{S+C}
The approximation of M, S, and C have been discussed.
The
value of T is dependent on the mass memory device used as the
library unit.
The value of T may be obtained from Figure 5-1.
,~
'IL>
c
r< ..'.
\i,,'-"
...
(~
.. ...•..
~,
(~
c
C:·'
(,
("
5-5
(
TOTAL
NUMBER
SECTORS
DEVICE
c'
(
(
[
('
1733-1/853 Disk
15,995
1738/853
Disk
15,995
1733-1/854 Disk
32,475
1738/854
32,475
Disk
1733-2/856-2 Cartridge Disk
23,543
1733-2/856-4 Cartridge Disk
32,767
1739-1 Cartridge Disk
23,543
1751-A Drum
679
1751-C Drum
1,361
1751-D Drum
2,044
1751-E Drum
2,727
1751-F Drum
3,409
1751-G Drum
4,092
1751-H Drum
4,775
1751-J Drum
5,457
1752-1 Drum
2,043
1752-2 Drum
6,140
1752-3 Drum
12,284
1752-4 Drum
16,380
(,
FIGURE 5-1
(.
(:
c\
NUMBER OF SECTORS ON MASS MEMORY DEVICES
(fry
5-6
(3)
The start of file space on the library unit is defined by
ADRFMS as described in Article 1.79.
Size and Start of File Space on File Manager Unit 0, Where
Unit 0 is Not the Library Unit
o
o
c
c
c
o
c
In this case FISLU specifies a logical unit other than the
library unit and there is no file space on the library unit.
Referring to Article 5.1.1.1, the minimal requirement for
file space size is the same.
However, the _upper bound
on file space size is different from the
by the library unit.
1\
non-librury i.lu:,;:;
a released system contnins
or
o~e
.. f
+:h~
-
iiiClilOi~Y
i..;nh; in
follol'ir'lgh
scratch only,
2}
scratch and software buffer areas
3}
software
4}
file 'space only,
S}
user data only
and file space,
c
c
c:
C
----,.-~-----
-
upper bound imposed
I}
buff~r~area{s}
C'-
----,
--------------
(
(,e
('
("
For a non-library unit, NUMFSn must be small enough so that
any required scratch, software buffer areas, or user data
together with the file space will fit on the unit.
The
scratch requirements were discussed in Article 5.1.1.1.
If there is software buffering in the system, then one or
more of the
followin~
sections will appear in SYSDAT:
Section ABA, 1713 Paper Tape Software Buffered Physical
Device Table
('
Section ABV, 1728-430 Punch SoftwarE Buffered Physical
Device Table
f
Section ABY, 1777/1723 Paper Tape Punch Software Buffered
Physical Device Table
c
(
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('
(
(
('
(/
('
C
",-,>"
.....•
....'
Section ACA, 364-4 Communications Multiplexor Software
Buffered Physical Device Table
o
o
c
c
logical unit, it is necessary to examine the value of MMlU,
c
c
logical unit number, in each software buffered physical device
C
To determine if there is software buffering on a particular
table in SYSDAT.
The size and position of a given software
~
i~
buffer may be determined by examining the values of FMSB, FlSB,
and LLSB in the BUFfER macro expansion.
1.27.}
{Refer to Article
All software buffers are placed together after the
/'f;'
\~
end of scratch on a non-library unit.
Thus, to determine the
beginning of the software buffer area on a non-library unit,
it is only necessary to consider the pair FMSB; FlSB which
have minimum value as a pair.
For this pair'the sector, S,
and word within the sector Ws may be computed as follows:
C'
."'--
= l{FMSB.8000 l6 +FlSB}/96J +1
Ws = FMSB.8000 lb +FLSB - 96.{S-1}
S
Where LxJ
is the greatest integer less than or equal to x.
For example, if FMSB is I and FLSB is 6D58 lb , then S is
633 and Ws is 88.
Thus the number of sectors required for
software buffering on this unit is
B
C
c
c
c
= T'-{S-l}
Where 'T' is ,the total . sectors on this unit {from 'Figure 5-1}.
£"
'-,
5-8
Let T'
= total
= total
sectors Qn this unit {from Figure S-l}
sectors needed for software buffering on
this unit
8
(
U
= number
= number
of sectors required for user tables.
M'
= number
of sectors required for FIS directory.
S'
(
€)
of sectors needed for scratch on this unit
FIS blocks and any file records or file indexed
directories to be stored on this unit {Refer to
Article S.l.l·l}.
Then it is required that
[
c'
M' ::; NUMFSO ::; T' ... {8+S '+U}
The positioning of file space may be anywhere on the unit
as long as sufficient space is left for any necessary scratch,
user tables,
and/or software buffers.
Thus, in general,
the value of ADRFMS will not be one of the entries in Figure
1-82, since those entries are based on the assumption that
File Manager Unit 0 is the library unit.
defining ADRFMS would be
('
(
C
c
ADRFMS
ADC
1
A typical entry
o
.0
c
Size and Start of File Space on File Manager Unit n, n'>O
The size of file space on any File Manager unit other than the
unit specified by FISLU is determined in the manner described
in Article 5.1.1.2 except that the minimum file space
required does not include space for the FIS directory and
c
c
c
c
FIS blocks.
Let
T"
= total
sectors on this unit {from Figure 5-1}
B'
= total
sectors needed for software buffering on this
unit
S"
= number
of sectors needed for
U'
= number
of sectors required for user tables on this unit
M"
= number
of sectors required for any file records and
s~ratch
on this unit
~_
file indexed directories to be stored on this unit.
"'~
L
Then it is required that
M" :s NUMFSn :s T" - {B' +S"+U'}
C
The methods of evaluating T", B', S" and U' are the same as
C
for evaluating T', B, S' and U, as described in Article 5.1.1.2.
C
The start of file space on this unit -is desi-gnated by B-EGLUn.
C
File space may begin at any sector as long as sufficient space is
left for any necessary scratch, user tables, and/or software
C'
C'
C
-----
'_._-----------------
(,
{'
c
buffers.
('
A typical entry for File Manager unit 1 would be
EQU
BEGLU1{1}
(,"
5.1 .2
(
("
Section ADB, Job Processor File
Paramp~ers
When adding the File Manager it is necessary to delete the
dummy definition of RELFIL in this section to avoid duplicate
('
entry points in the system.
(
The records to be deleted
a~e
those shown in lines *A8DOIOO and *A8D0200 of Figure 1-83·
(
Section ADC, Presets
[
Records *ADC0210 through *ADC0710 of Figure 1-84 must be
added to Section ADC so that the File Manager request
('
processors may be accessed by unprotected programs.
(~
('
(
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('
(
(.
"
",I
C'
C'
.(
V
:.
c'
c
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SKELETON CHANGES REQUIRED
It may be necessary to change the value of N4, the length of
allocatable area 4.
File Manager requirements for the
size of area 4 are discussed in Article 1.58.
The form of
the *S statement which determines the value of N4 is shown
in Article 2.2.
The File Manager requires the addition of the core resident
File Manager modules as listed in Group G, Article
2.1~
and the mass resident File Manager modules as listed in Group R,
Article 2.1.
The accompanying *S statements which determine
the values of FRMPOl, FRMP02, •.• , FMRM12 are shown in
Article 2.2.
The values of BGNMON and.ENDOV4 must be decreased to
allow room for the core resident File Manager modules.
{Refer to Article 2.2.}
'
Sk~leton modifications~a~e
shown in the
..
exa~ple
in Article
(..
~,
/
'C
C
(
'"
J
(,
5-12
@
Example of File Manager Addition
The example described in this section is the addition of
the File Manager to the system built in the Chapter 4
example.
The capability to use cards, as added in Chapter 4,
will be utilized to illustrate the method of system
customization by use of cards.
(
Dumping SYSDAT and the Skeleton onto Cards
(
In the Chapter 4 example, a eOSY tape of SYSDAT was created.
[
To convert the COSY information to Hollerith and dump it
onto cards, the following control cards may be read from
the card reader following a *BATCH request from the teletype:
(~
*JOB
*COSY
SYSDAT
(
DCK/ I=06, H=ll
END/
(
To dump the skeleton from the prev.IDus
example onto cards,
(
the program SKED is used to build the skeleton from the
(
previous install file tape and to dump the information onto
cards.
(
5.3·2
Modification of SYSDAT
•
Addition of Second Mass Memory Unit
In order to have more than one File Manager mass memory unit
in this example, a second disk drive was added to the system.
Specifically, a 1738-853 was added.
The addition of this
o
device necessitates changes in the following sections of
SVSDAT:
•
LOGlA
•
•
•
•
LOGI Logical Units Table, Section AAN
Logi~al
Units Table, Section AAM
LOG2 Logical Units Table, Section AAO
c
c
c
c
Diagnostic Tables, Section AAP
1738-853/854 Physical Device Table, Section ABJ
The above sections would not normally be modified when adding
a File Manager.
Therefore the SVSDAT modifications of
these sections will not be shown here, except for the LOGlA
Table.
r
I
The previous LOGlA table is shown in Chapter 4 .. The new
table includes logical unit 20, the 1738-853/854 Disk, unit
1; and logical unit 21, the diagnostic logical unit for
the 1738-853/854 Disk, unit 1.
LOGlA Table is as follows:
After modification, the
c
c
c
c
c
c
C,
-------
..
c
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----------~
5-14
@J
(
•..
LOG I CAL
U NIT
..
ENT
FNT
(
LOGIA
("
.,
NUMLLJ
PCOQe:
ADC
~nUMHY
AOC
POUMHY
01711
ADC
ADe
ADe
AOC
ADC
'('
()
AOC
ADC
AOC
AOC
£:
Aoe
FTN740 ADC
X1711
X17380
X40421
X731Ul
X731!JO
LOGU
NUMLU
AOC
ADC
AOC
[
)(172'1
()
)(11381 Aoe
NUHtlJ EQU
AOC
AOC
AOC
AOC
ADe
P~OSYI
P731UO
POUMHY
P17380
P4()421
Pl12S
01728
P40421
P131Ul
Pt711
0171~O
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(.:
.
(y
£
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(:
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----, ..-.........
--.~..
...--.
OEVrCE~
AODR~SSfS
(LOG1A)
ev
lOGrC~L
UNIT
NUMREQ OF LOGICAL 'YHTS
1
CORE ALLOCATO~
2
DUMHY LOGICAL UNIT
3
IJUMHY LOGICAL UNIT
4
1711 TELFTYPE,11~-1n CRT
?
~OSY ORIVEQ, FIRST UNIT
6
UNRUFFEREO 1711-601 ~AG TAo~, UNIT 0
7
OUMM, LOGICAL UN! r
8
1736 8C;1/4 DISK, UNIT 0
9
10
11
12
13
1~
15
1240421
16
0731Ul
17
P731UO
18
P1728
19
P17lS1
20
017381
21
NUMLU(·-LOG1A-t'
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PHYSICAL
TA8L!:5
O(J;/t9
00;90
O!) 591
OOSQ2
00593
O'l?9;
OaS96
00;97
0()598
0";99
OOGOO
00601
00602
O~(iQ3
1740-5nl/17~2 LIN~ PQINrF.~
00604
t728/~30 CARQ QEADfR
••• onG05
1728/430 CARD oUNC~
~~il@~~~@@@@@~@~@@~@@ ••• OOS06
1740-501/1742 FO~'PAN LINE PRINTER
OO~07
lJN9UFFER~O 1711-601 MAG TAPE, UNYT 1
00608
nIAGNOSTIC 1711 TELETYPE, 713-10 CRT
nIAGNOSTIC 17JR ~5J/4 nI~~, UNIT 0
ryIAG~O~TIC 1740-501/1742 LINE 0RINTE~
~rAGNOSTIC 17l1-601 MAG T4p~. UNIT 1
OIAGNOSTIC 11~t-6~1 MAG TAPE, UNIT 0
nIAGNOSTIC 11~8'41n rARD ~~Aoe~/PUNCH
1738 ~;3/4 D!~~, UNIT 1
DIAGNOSTIC l11A 853/4 DISK. UNIT 1
00609
00610
00611
0~~12
00613
.... 00614
00615
o
•
o
c
c
File Manager Parameters
File Manager Data, Section ADA, must be changed to define
those parameters required by the File
Manager~
Prior to the
addition of the File Manager, Section ADA was as follows:
C
CI
C
•
MIS C ELL A N E 0 U S
F I L E
MAN
AGE R
I N FOR MAT ION
.0 A T A
T~ESE ENT~IES
ALLOW PROPER SYSTEM lINKAGE FoR IF THF FILE
MANAGER IS NOT SELECTED.
FillST
ENl
ENT
EQU
EQU
FSLIST(S7FFF)
ACRFMS(S7FFF),NUMFSO(S7FFF)
ENT
EQU
BEGLU1($7FFF),NUMFSl($7FFF)
ACRFMS,NU~FSO
BEGlUl,NU~FSl
ENT
EQU
B6GlU2,NU~FS2
ENT
EQU
BiGlU3,NUPlFS3
BEGLU3(S7FFF),NUMFS3($7FFF)
ENT
EQU
BEGLU4,NU~FS4
ENT
EQU
BiGLU5,NUp.iFSS
BiGLUS(S7FFF),NUMFSS($7FFF)
ENT
EQU
eEGLU6(S7FFF),NUMFS6($7FFF)
ENT
EQU
ENT
EQU
BiGlU2(S7FFF),NUMFS2($7FFF)
BiGLU4(S7FFF),NUMFS4($7FFF)
BIGlU6,NU~FS6
BIiGlU7,NU~FS7
BEGLU7($7FFF),NUMFS7($7FFF)
B&CiL..Ue,NU~FS8
BIGLUI(S7FFF),NUMFS8(S7FFF)
01414
0141t;
01416
01417
01418
01419
c
(,-
5-16
("
@
('
The parameters in this section are defined according to the
c
description in Article 5.1.1.
In this example, there are
two File Manager mass memory units.
('.
•
(,'
"',
Library Unit {Unit D} File Space
1''''
The File Manager will principally use the libnary unit
C,'
C"
for storage of the following:
( _.-
FIS Directory
1 sector
FIS Blocks
3 sectors each
Non-indexed file records
1 sector each
.'
Therefore a file space list of one-sector segments and
r
three sector segments is defined.
c'
selected for NUMFSO is 1000 sectors.
C
C:
C··
/
A relatively small amount
Gf file space is to be used on the library unit.
5.1.1,
The value
According to Article
the starting sector of file space on the library
unit is defined by BEGFMS when the library unit is a
1738-853/854 Disk.
The parameters defining file space on
the library unit are shown in Figure 5-2.
./
(
.•.
•
Unit 1 File Space
-'
C
.. o'
C
£,
C
C
File Manager Unit 1 will be used for the storage of indexed
as well as non-indexed files.
The indexed files will
o
5-17
@
principally have a key length of four words and will not be
indexed linked.
The number of expected key values for any
of these files is between 1000 and 2000.
c
c
According to the
File Manager Reference Manual, Section A. 4.1, a KIS
Directory for such a file will have a length defined as
1 Sectors
r{4+ SRNEKV} /96
where
rxl
is the least integer greater than or equal to x.
Thus, the KIS Directory length is between
rr4+44~
96;'1"
or one sect~r.
and
According to Section A.4.2 of the
File Manager Reference Manual, a KIS block for such a file
will have a length of
r
3+{2'
NUMPT~:KEYL TH}
SRNEKV
1
sectors.
This implies KIS block length is between
and
f
1
3 + 6 • 44
96
Some KIS blocks will, thus, be 2 sectors long and some will
be 3 sectors long.
Files stored on File Manager Unit 1 will
have records of length 1, 2, 3 and 4 sectors.
For these
reasons the file space space list will contain segments of
1, 2, 3, and 4 sectors on this unit.
be devoted to file space.
Therefore
The entire unit is to
BEGLUl=l~The
NUMFSI is 15,995, as obtained from Figure 5-1.
1'C
~C~
(="
value of
The parameters
defining file space on this unit are shown in Figure 5-2.
( ..:.
(
"
c"
~
"
5-18
@J
£
t"
•
•
C •
('
('
("
• I NAG E R
0 AT A
01lt16
Ot .. 17
ENT
ENT
ENT
ENT
ENT
ENT
(~'
(
, t L E
•
(
'1"1"
'1"15
• r s C ! L l A N E 0 U S I N FOR MAT ION
UNIT OF Frs OIRfCTO~Y AND BLOCKS
MAXIMUM NO. OF MASS MEMORY ATTEMPTS IN ERROR
REQUEST PROCESSOR TIMEOUT PERIOD
FIS OIRECTORY, S SECTOR ADORESS
SECTOR ADDRESS OF LAST FIS BLOCK
FILE'DIRECTO~Y TI"~OUT PERIOD
INOEX TO THE NEXT AVAILABLE LOCATION IN FIBLSA
START OF FILE SPACE LIST
FILE SPACE LIST L£NGTH
ENO OF FILE SPACE LIST
BEGINNING OF FILE MANAGER SPACE ON LIB UNIT
FISLU
"AX""A
LOGI~~L
~PTPER
tNT
ENT
ENT
ENT
ENT
FIOSEC
FISLSA
FDTPER
FIBNIX
FSLIST
FSLLTH
FSLEND
ADRFHS
EQU
EQU
EQU
EQU
FISlUCLSUNITt
". lC"'U CU
FOTPERUOJ
(l/10 SEC.)
RPTPER(10)
11/10 SEC.)
'
...
EXT
A01ltFMS ADC
BEGFMS
FIeLSI IDC
Ft8NIX ADC
FSLIST EQU
o
o
••••••••••••
FIDSEC ADC
c' ..........
c
CI
•
LU£8
(';
j
BEGIN~ING OF FILE MANAGER SPACE ON LIR UNIT
THE FOLLOWING MUST BF IN ORDER
••••••••••••••••
8E~FMS
"
FSLISTC·)
L 0 GI elL
!W," tWMfI'S'
flU ' .....'!.tt.erJl
WO
AOC
IDC
ADC
NUH
~
()
LUELO
U NIT
n AT A
,
U NIT
0
NU"BER OF FILE SECTORS - UNIT 0
X9/LUELO,X'/LAUNIT LU ENTRY LENGTH(7-151. LOGICAL UNI TC0-6)
ADDRESS OF FILE SPACE POOL
0
NUMBER OF AVAILABLE SECTORS
a
NUMBER OF SECTORS IN THIS FILE SPACE
NU"~SO
THREAD OF ONE SEC lOR LONG
0.1
tIM I,S
c
c
••••••
START OF LOGICAL UNIT ENTRIES
THREAD OF THREE S£CTORS LONG
IIU LU!L'C·-LUfOI
fIGURE S-2
SVSDAT Section ADA, File Manager Data, After
Addition of File Manager
o
,,' 'j
'.
,I
0,
C·
••
l.OGICAL.
ENf
ENT
eau
'EaU
EQU
,,,"VEl
VFO
AOG
AOC
AOC
NUH
U NIT
D A T A •
U NIT
1
~f!'GLUl
NUMFSl
LOGICAL UNIT OF FILE MANAGER UNIT 1
LUNIT1C20t
BEGLl)l (it
BFGINNI~G FILE SEeT~R - UNIT 1
NUMFSl (15995. NUM8E~ OF FILE SECTO~S - UNIT 1
X9/LUEll,X7/LUNIT1 LU ~NTRY LENGTH(7-151, LOGICAL UNITIO-&.
aEGLU1
AOO~ESS 'OF FILE SPACE POOL
0
NUMBER OF AVAILABLE SECTORS
NU~FS1
NUMBER OF SECTORS IN THIS FILE SPACE
0,1
TH~EAD OF ONE SECTOR LONG
C'
C!·/
j
o
c
THREAD OF TWO SECTORS LONG
NUM
0,1
THREAD OF THREE SECTORS LONG
NUM
0,"
THREAO OF FOUR SECTORS LONG
'Figure 5-2 Continued
'
C
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-_.,'.
'~,
o
O'~
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,:
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'.
;:',
,.
i
(,'
5-20
C
€fJ
C
•
C
Section ADS, Job Processor File Parameters and Section
ADC, Presets
C
Sectio"s ADS and ADC are modified as described in Article
(
5·1·2 and 5.1.3.
c·
Modifying the Skeleton
C
(,
C
The skeleton is modified according to the procedure described
in Article 5.2.
In this case it is unnecessary to modify
the value of N4, since N4 is already large enough to allow
(
SGNMON and ENDOV4 are each decreased by 500 16 to allow
C
construction date is modified by changing SYSMON, SYSDAY,
£
('
C
C·
C
(
c
e
e
File Manager requests from the background.
In this example
for the File Manager core resident modules.
and SYSYER·
s~ace
The system
The skeleton before modification is the second
of the two skeletons listed in Article 4.3.3.
after modification is as follows:
The skeleton
"
r--····
'-('
'o"·j·
,
. -"'--Or::. --'-/
.~
1
2
3
4
~
6
7
8
q
10
11
lC?
1,3
14
1-;
16
17
18
19
20
21
22
23
24
25
26
27
28
2q
3Q
31
;12
33
34
35
36
37
36
~9
40
41
42
43
44
41$
46
47
."
49
50
51
1$2
133
54
55
~6
')7
58
59
60
·!i,$'St..Yl,t3836
"S,NIt,SlOOO
-S,SYSMOt-f,!J13Q
·S,SYSOAV,$12;J4
-S,SYSY~R~3734
., V
.
,._,~w·,
·V
.. V
·V
1100 MASS
~TORAGE
OPE~ATTNG
SY~TEM
- VER. 4.1
o
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0
0
ANN'S TEST $YSTEM
.. V
"YM,LISEOr,!
·VM,LOADSO,2
·'111, JOBf'N'T, J
·VM,JQap~O,4
C
·'111, P,~OT€C, t;
"VM,JPLOAO,G
·n',JPCHGE,7
·YM,JPT13,8
·VM,Jr:QnV4,Q
,"YM,JLGOV4,10
·YM, JPs'rV4, 11
·VM,NA"1E:V4,1;?
·YfI1,JPFLV4,13
·YM,AFILV4,t4
·YM,RESTOR,lC)
~
~.
C
C
·YM,~COVE~.lo
.~
·VM,"~I(PT,t7
.VM,OlF.:'3UG.l~
·VM,SYSCOP,19
"VM,SVSSfG,20
i
L
·YM,,,,~pqO,21
·VM,TIJFIJNr,,2?
.. 'I 14 ,
C
C
C
C
C
C
e: F '5 T 0 ~ , " ,1
·YM,F.FLt~T,?4
.VM,SCMM17,2r:;
·VM,VERIFV,?&
·YM.OUMMY1,Z7
·VM,OlJMMV2,2?l
.. V11 , nIJ ~ "1 VJ , 2 <)
.nl, (1)MMY4,30
·VM,OUM"1VS.l1
.V .... OUI1MY6.J2
·VM.OUP1MY7,13
-VM,OUMMVB,14
·VI1,OUMMY9,3c)
·YM.DlJM""fn ,36
·S.ENOOV4,t66FF
-s,aGt.4f110N.1i6100
·S,MSIZV4,$7FFF
·S.SECTO~,!l7e:OA
-
.L
.9
·l
-8
•
•
-
'LP
.e
SYSTEM nATA P~OG~AfI1
'svsnAT' , COPV~lGHT CO~T~OL OATA
SP~Cf
'SPACE'
~F.QUEST
I
SYSTFH
110NtTOo
•
'N~ONlf
?~OCESSO~
flECK-IO AD2
CO~F
"1S()S ....
A03
MSOS
nn~r'~ATtON
197"
(;,
t'
~~SIOENT P~OG~AH~
OErl(~ln
()
~.1·
0
0
.J
(;
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61
62
63
6 ..
65
66
61
68
69
10
71
12
73
74
75
76
77
78
79
(:I
C
e
,
1~,
e
C
C
aD
81
82
83
84
85
86
87
88
('
(,
(
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
10lt
105
106
107
108
109
110
(:.
('
C
(:
e'
e
111
112
113
114
115
116
117
C
"
(:
C
C
;,
.
",.,
......:;-:-,.....,,,,,,
,
flECK-IO Aa .. "SOS It.l'
DECK-IO At!6 '"'50S 4.1'
49 'Tl4'
OECK-IO ~O7 H50S 4.1'
·8 'Tl&'
DF.:CK-IO ADa M50S 4.1'
·8 'PARAME'
OECK-IO A09 MSOS 4.1'
·8 'COHMON'
DECK-IO A10 MSOS 4.1'
48 'NIPROC'
OE~K-IO All
H50S 4.1'
, DECK-IO
·8 'ALVOl'
A13 MSOS 4.1'
.q
'OFVOl'
O':CK-IO A14 I1S0S 4.t'
·0 'ALCORE'
DECK-IO A15 1150S 4.1'
·8
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Creating a New Install File
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The program LIBILD is used to create a new install file.
The MSOS library tape will be read from tape unit
o.
The modified binary of SYSDAT and the modified skeleton
will be read from the card reader·
output on tape unit 1.
The install file will be
Typing on the teletype is as follows·
{Logical unit numbers are as defined in the LOG1A Table in
Article 5.3·2.}
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5-33
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5·3.5
Loading the New System
c
Using the new install tape, the new system may be loaded
by means of the system initia1izer program.
The procedure
is as described in the 1700 MSOS 4 Installation Handbook.
Typ i ng on the tel et ype, cont i nued
from the te1et ype pr i nt-
_41"
.~l.J
out in Article 5.3.4, is as follows:
*SlU____ ________
_ _ _ _ _ _ _ _~
----------- -----THE INITIALIZER WILL BE f10VEn To LOCATION 5CFF AND EXECUTED
IJ.IR.N. OFF PRaTEC SWITCH AND TYPE CARRIAGE RETllRN
At this point the system disk pack is removed.
A scratch
pack on which the new system will be built is mounted.
A
carriage return is entered on the teletype, and the procedure
continues.
-
MSnS 4.1 SYSTEM INITIALIZER
-JL1JA---OF-Cll-NTR L --- 5.CEE
DATE
rl1~l/nf)/YY
-LQ/2 I 17/l
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SET. PROGRAt1 PROJECT
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Verification of File Manager Addition
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The new system including the File Manager maybe
verified as described in the Installation Handbook.
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6-2
CHAPTER 6 - ADDITION OF FORTRAN
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6.1
Addition of Compiler
A user who does not have a FORTRAN Compiler in the MSOS 4
System he originally ordered from Control Data may add either
(~
(
the FORTRAN 3.2A Compiler or the FORTRAN 3.2B Compiler to his
system.
A description of the two compilers may be found in the
1700 MSOS 4 MS FORTRAN version 3A/B Reference Manual.
('
(
add FORTRAN, the user must first order the installation materials
for the compiler he desires from Control Data.
1700 MSOS 4 Ordering Bulletin.)
(
(
To
(Refer to the
The FORTRAN installation
materials sent to the user are as follows:
1)
A FORTRAN install file including either the FORTRAN 3.2A
compiler or the FORTRAN 3.2B compiler together with those
(
FORTRAN Input/Output Library modules specified by the user.
2)
FORTRAN binaries file, which includes the following in
binary form:
('
('
(
(
a.
each module of the particular FORTRAN compiler ordered
b.
each module of the FORTRAN Reentrant Library
c.
each module of the FORTRAN Input/Output Library
d.
each module of the FORTRAN Limited Input/Output Library
The FORTRAN installation file contains all necessary control
cards so that the compiler and the FORTRAN Input/Output Library
(
(
c
(
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(
may be installed by placing this file in the standard input
device and entering a manual interrupt followed by a *BATCH
command from the comment device.
Alternately, a skeleton
may be built using the FORTRAN install file and the SKED program.
The skeleton records thus produced are then incorporated into
o
6-3
the current system skeleton.
(50
A new install tape is created
C
using LIBILD and a new system is built according to the
procedure in the Installation Handbook.
This method is the
one used in the example in Article 6.3.
It is longer than
the first method, but it has the advantage of including
FORTRAN within the skeleton so that a FORTRAN update may be
made when necessary.
6.2
Ie
c'
(Refer to Chapter 7.)
Addition of FORTRAN Reentrant Library
The FORTRAN Reentrant Library is the library used by a FORTRAN
program running in the foreground.
The modules always included
in this library are listed in Article
2.~
Group K.
Modules
optionally included in this library are listed in Article
Group Kl and Group L.
2.~
A user who ordered FORTRAN, but not the
reentrant FORTRAN library, with the MSOS system originally
ordered from Control Data, will have the FORTRAN reentrant library
i
modules included in the MSOS binary file he received at the
time of system installation.
A user who orders FORTRAN
subsequent to a complete system order will have the FORTRAN
reentrant library modules included in the FORTRAN binary file he
receives as a part of the FORTRAN installation materials.
6.2.1
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SYSDAT Changes Required
The volatile block stack in SYSDAT Section AAK
must be modified.
The number of FORTRAN foreground
priority levels must be equated to the variable
NFTNLV and to the variable NFDLVL in this section.
(Refer to Article 1.11)
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The maximum number of FORTRAN foreground priority
('
levels is three.
If only one FORTRAN level is to be
available in the foreground, no additional volatile
(
is needed, and the variables NFTNLV and NFDLVL may
remain at zero.
(
Reentrant FORTRAN Information, Section ACS of SYSDAT,
£
must be added.
(""
(Refer to Article 1.71 for a general
description and to Article 6.3.1 for an example)
Section ACY of SYSDAT must be modified.
('
Article 1. 77 for a general description and to Article
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6.2.2
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Skeleton Changes Required
To add reentrant FORTRAN, the ,'=
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tIOCnop:t t
rECK-If": COl 3.2 FlN PUNTII F"TN PIJNT IfV~;t
iQqG.!: IRt ;t rErK-IC C25 3.2 FTN PUNTI'-'F;t
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6-6
If reentrant FORTRAN programs are to use double precision
a *B record is necessary for each module listed in
Group L of Article 2.2.
(
(
c
In most cases the values of ENDOV4 and BGNMON must
be decreased when adding the reentrant FORTRAN
library.
(Refer to Article 2.2)
The value of
BGNMON must be small enough so that the reentrant
FORTRAN library will fit into core.
(See figure 2-1)
The total length of the modules to be added may be
obtained by using EESORT as described in Article 2.2,
or by loading the modules in the background, using
the
[
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1
2
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NUMBER Or- SYSTEM P:UORITY LEVELS
A ~10UNT OF ::XTRA VOL l\ T ILF STO~AGE
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VOLENOC.)
END Ot:' VOLATILE
The increase in the size of the volatile block
('
(
stack is 155 words for each FORTRAN foreground
priority level added.
Thus, the increase in the
volatile block stack in this example is 465 words.
SYSDAT Section ACS must be added.
("
(
In this example
only single precision routines are to be included
in the reentrant FORTRAN library.
The entry point
DOUT is included to link the double precision entry
point referenced by FORMTR.
The value of FMASK is
o
007016 to indicate that priority levels 4, 5, and
c
6 are to be FORTRAN foreground priority levels.
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example:
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Section ACY of SYSDAT must be modified.
Prior to
modification this section of SYSDAT is as follows:
....
MIS C ELL A N E 0 U 5
•
•...
.....
it
*
S V 5 T E M
•
C HE C K 0 U T
PAR A MET E R S
THE STARTING SECTOR OF THE FAILED CORE IMAGE IS SPECIFIED BY
THE NA~E COBOPS. THIS AREA MUST BE SIZED TO ACCOMODATE A
FAILED IMAGE OF THE SIlE SPECIFIED BY NAME MSIZV4. THE FAILED
IMAGE MUST RESIDE ON THE LI8RARY MASS MEMORY UNIT. IF THE
MASS MEMORY LIBRARY UNIT IS A CARTRIDGE DISK, THE IMAGE AREA
CANNOT OVERLAP FROM ONE PLATTER TO THE OTHER.
ENT COBOPS
COHOPS EQU C080PSCS7D83)
it
I N FOR MAT ION
START SECTOR OF FAILfU IMAGE
THIS ENTRY IS PROVIDED TO LINK THE FORTRAN REENTRANC1 DATA
ENTRY POINTS
ENT
FMASK.FlIST
(aU
FMASK(~7FFF).fLIST(S7fFF)
c
c
The patches for FMASK and FLIST must be removed,
(:
as these entry points are now defined in Section ACS
(-
of SYSDAT.
The patch for NDISP must be inserted,
as the module NDISP will be replaced by RDISP in
building the new system.
After modification Section
ACY of SYSDAT is as follows:
c
MIS C F l l A
(
[
~
~
0 U S
P
5 Y 5 T I=" VI
*
I N FOR MAT ION
T~F STARTING SfCTn~ u~ Tw~ Fall En CO~F IMAGE IS SPECIFIED RY
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FftIl~U IMAGE OF T~E SIZE sPECIFIED ~y NA~E M5IZV4. THE FAllEn
IMAGE MU~T RESIDE (J~.~ T-tE I TBR.~RY MASS MEMORY UNIT.
IF THE
MI\S:' MEMO~Y I P"'R,\qy iy,qT T~ A CARTKI[)(,E DISK, THE IMAGE AREA
r~I\IN()T OVt.YLflP FPO~·' O~,IF PI.ATTFR TO THF
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NEXT
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BUILD,b
NEXT
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The resulting skeleton is as follows:
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3.2 FTI\ RUt>.TIME
3.2 FTf\; RUf\TIME
3.t! FTt>. RUf',TIME
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3.2 F Tt-. RU"TIME
3.2 F TI\ RUt-.TIME
3.2 FTI\ RUf',TIME
3.2 FTI'; RUI\TIME
3.2 F TI\ RUt>.TIME
3.2 F TI\ RUf',TIME
3.2 F T" RUI\TtME
3.2 FTt>. RU"TIME
3.2 F TI\ RUI\TIME
3.2 FTt-. RU"TIME
3.2 FH. PUf',TIME
3.2 F Tf', RUI\TIME
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FOR1RAN 3.2A
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The job processor output lists the load address
of each module.
The total length of the modules
FORTR, Q8PRMR, ""
FLOTGR is the difference between
the load address for ENDLOC and the load address
for FORTR, or 5C1B 16 - 4998 16
= 1283 16 ,
From
Article 5.3.3, the previous values of ENDOV4 and
BGNMON were 66FF 16 and 6700 16 respectively.
c·
(
(-,
In the
new skeleton ENDOV4 will have the value 547C 16
BGNMON, the value 547D 16 .
Currently, unprotected core starts at 4998 16 ,
location is contained in Section AAB of SYSDAT.
This
It
also is shown in the job processor output as the load
[
location of the first module loaded into unprotected
core.
Unless N4 is changed, the new start of unprotected
core will be at location 4998 16 plus the increase in
the size of SYSDAT.
The increase in the size of SYSDAT
due to the changes described in Article 6.3.1 is 492 =
lEC 16 words.
If the start of unprotected core is at
4998 16 + lEC 16 , then the new size of unprotected core
will be ENDOV4 - (4998 16 + lEC 16 )
lEC 16 )
= 547C 16
= 8F8 l6 • However, the FORTRAN 3.2A compiler
requires 2000 16 words of unprotected core.
Table b-l}.)
.~.
C'
~.
'>1
(Refer to
This means that the start of unprotected
- 8F8
= 1708 16 words.
16
16
To decrease the start of unprotected, the size of
must be decreased by 2000
(:.
- (4998 16 +
allocatable core area 4 must be decreased by this amount
Therefore, in the new skeleton, the user sets N4
=
= l8F8 = 6392. (The previous
16
16
value of N4 was 300016 ) This ·size for allocatable
300016 - 1708
area 4 is large enOugh to handle background
File
Manager requests and other requirements for area 4.
(Refer to Article 1.58)
o
c
c
o
c
c
c
In addition to modifying ENDOV4, BGNMON, and N4, the
user updates the values ofSYSMON and SYSDAY in the
skeleton.
The new skeleton is as follows:
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·S,SYSHON,$3131
·S,SVSOAV,$31J2
·S,SYSVER,1i3734
·S,SYSlVt.,$3836
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·YM,OUMMY1,27
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'SYSOAT'
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SPACE REQUEST PROCfSSOR
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6-44
c
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c
C'
A binary copy of each module to be added is in the MSOS binaries
file if the FORTRAN compiler was included in the system at the
time of MSOS 4.1 installation. If the compiler was added
later, the binaries needed are available in the FORTRAN binaries
file sent to the user at the time the compiler was added.
o
c
When adding double precision capability to the FORTRAN background
library, it is important to remember that unprotected core must
have a minimum size of 3000 16 0 {Table 6-1}
c
c
To insure adequate unprotected areas it may be necessary to
modify the value of N40
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6-45
6.4.3 Example of Double Precision Additions
In this example, double precision capability is added to both
the reentrant FORTRAN library and to the FORTRAN Input/Output
library. The users current system is the system built in
Article 6.3.3. As explained later in this article it is
necessary in this example to increase the hardware core size.
(:
(
Addition of double precision to the foreground library requires
the modification of SYSDAT Section ACS, as described in
Article 6.4.1. After modification Section ACS is as follows:
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INTRINSIC FUNCTION IFIX
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EXTERNAL FUNCTIQN EXP
EXTERNAL FUNCTION AlOG
EXTERNAL FUNCTION TANH
EXTERNAL FUNCTION 'SIN
EXTERNAL FUNCTION COS
EXTERNAL FUNCTION ATAN
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INTRINSIC FUNCTION DSIGN
INTRINSIC FUNCTION SNGL
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OBL. PRfC. EXTERNAL FUNCTION EXP
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c
6-46
The skeleton is modified as described in Article 6.4.1 and Article
6.4.2. The total length of the reentrant library modules to be
added is determined by loading these modules in the background
using a *L job processor command. This technique is illustrated
in Article 6.3.2. The length of the modules is 9E6 l6 • The
modification of SYSDAT incr~ases the start of unprotected
by l5=F 16 words. Therefore the effective decrease in the
area available for allocatable area 4 and unprotected core
is 9E6 + F = 9F5.
6-46A
The current system has l8F8 l6 words in allocatable area 4 and
2000 16 words of unprotected core, or a total of 38F8 l6
available for area 4 and unprotected together. A decrease of
9F5 l6 would leave 2F03 l6 words available for these two areas·
The Input/Output Library with double precision requires 3000 16
words of unprotected core {Table 6-l}. The minimum value
of N4 which permits File Manager requests by backgr9und
programs is 5DC 16 {Article 1.5.8}. Therefore, this system
requires a total of 35DC 16 words for unprotected and area 4
together. The differenc between the area needed and the
area available is 35DC16-2F03l6=6D9l6"
if
The user first considers increasing available core by using
the procedures described in Appendix A.
6-46C
Referring to Appendix A, C0 16 additional words could be
made available by ~ubstituting the module PROTK for BPROTK,
leaving 619 16 words as the additional space which still must
be made available. Again referring to Appendix A, the size of
the mass resident driver buffer may be reduced. Its'current
size is 8C6 l6 , as can be seen from Section AcR of SYSDAT, as
follows:
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The size of the largest mass resident driver is approximated
by examining the mass resident drivers portion of the system
load map- This portion of the current system load map is
as follows:
**
~ASS
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DECK-IO E09 3.:2 FTN RUNTIME
DECK-IO E10 3.2 FTN RUNTIME
DECK-IO Ell 3.:2 FTN RUNTIME
DECK-IO E12 3.'2 FTN RUNTIME
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6.5
6.5.1
Modification of Background Library
Extracting Q8QIO from Binaries File So That the
Limited Input/Output Library May Be Used Optionally
in the Background
This procedure assumes that the current FORTRAN background
library includes modules with deck identifiers HOI-H20 and
JOI-J26 as described in Table 2-1. In the strict sense this
procedure is not a system customization since the system itself
is not modified. The procedure described in this article
shows how to exercise the runtime option of running a background FORTRAN program with the FORTRAN Limited Input/Output
Library rather than the FORTRAN Input/Output Library. The
basic method is to load the module Q8QIO with the user's
program so that when the user's program is linked to the
background library routines, the entry points in Q8QIO will
be used first. This has the effect of making the FORTRAN
Limited Input/Output Library the library used in executing the
user's program.
The binary form of Q8QIO will be available in the MSOS binaries
if a FORTRAN compiler was included in the system at the time of
MSOS 4.1 installation. If FORTRAN was added subsequent to MSOS
installation the Q8QIO binary will be found in the FORTRAN
binaries file sent to the user at the time FORTRAN was added.
If Q8QIO has been modified since release, it will be included
in an update file.
The Q7QIO binary may be located within the appropriate binaries
file by running the LISTR program with the binary file as input.
This produces a list of the modules in the file and the number
of records in each module. {Refer to the MSOS 4.1 Reference
Manual}. Using this information the Q8QIO binary may be extracted
from the binaries file.
c
c
c
c
()
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c
c
C
<:
c:
c
c
®
For example, suppose the relevant binaries file is the FORTRAN
3.2A binaries file. A portion of the LISTR output of that
file is as follows:
6-S1A
(
•
•
1',0329
~'0330
0331
,.0332
,",,0333
0334
C~~~~
•
C:
•
•
••
•
Q8QGTR
Q8QGTX
Q8CIO
QBGUf\I
Q8GX
Q8~WBU
Q8TRAN
•
"•
0004
0004
0010
0006
0007
0010
0076
••
•
RECORDS
RECORDS
RECORDS
RECORDS
RECORDS
RECORDS
RECORDS
•
•
•
•
3938
•
•
~
3952
395B
3965
3975
4051
TOTAL
TOTAL
TOTAL
TOTAL
TOTAL
TOTAL
TOTAL
•
41
3942
..•
•
•
•
RECORDS ••
RECORDS ••
RECORDS ••
RECORDS ••
RECORDS ••
RECORDS ••
RECORp~ ••
••
[
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•
•
•
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,
The program LIBEDT may be used to extract the Q8QIO binary
from a binary file. If the above file is on tape, logical
unit G, and Q8QIO is to be punched on cards on logical unit
11 the LIBEDT commands to perform this transfer are as follows:
*JOB
*LIBEDT
*T,6,B,2,B,3942
The above transfers 3942 record to the dummy device, logical
unit 2, thus advancing the tape to the beginning of Q8QIO.
*T,6,B,11,B,10
The above transfers the 10 records in Q8QIO to the card punch,
logical unit 11.
The job setup for running a FORTRAN background program with
the FORTRAN Limited Input/Output Library is shown in Figure 6-1.
c
c
c
c
C'
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~eAd ~.~. lOcai c-4\
. . ~~,~'p'u....
Figure 6-1. Job Setup for Running Background FORTRAN program
with Limited Input/Output Library.
11~~:
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c
c
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c
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6-5lC
The value
,
The setup is the same whether cards or tape is used.
of lu in the second record designates the logical unit
from which the binary records and the *T record are to be read
by the loader. The *X and * U records are read by the Job
Processor. In the figure it is assumed that logical unit lu
designates the standard input device, but this need not be the
case if the binary information and the *T record are separated
from the other control records. To run with the FORTRAN Input/
Output Library, the Q8QIO binary is omitted.
6-5lD
Consider now an example of a FORTRAN program run with the FORTRAN
Input/Output Library and subsequently run with the FORTRAN
Limited Input/Output Library. The FORTRAN source program
and its compilation assembly list are as follows:
(
(
"'
"/
..
C·.'
'.
/
~
C T~IS PROGRA~ ~AY BE USED TO DEMONSTRATE EXECUTIO~ WITH THE
C FCRTRAN INPLT/OUTPUT LIBRARY AND EXECUTION ~ITH THE FORTRAN
C LIMITED I~PLT/OUTPUT lIBRARY
DIMENSION I8UF~100)
C T~E CALL TC SETBFR IS NECESSARY WHEN RUNNING WITH T~E FORTRAN
C LI~ITED I~PLT/ OUTPUT LIBRARY
CALL SETBFR (lBUF.I00)
C T~E VALUE OF PI S~OULC 8E PRINTED CORRECTLY BY POTH THE FORTRAN
C IF\PUTI OUTPLT LIBRARY AND THE FORTRAN LIMITED INPUTI OUTPUT LIBRARY
PI =3.1415927
WRITE (12,100) PI
C n-E VtlLUE OF TESTf\ wILL 8E PRINTED CORRECTLY BY THE FORTRAN INPUTI
C OlTPUT LIRRARV,8UT NOT BY THE FORTRAN LIMITED TNPUT/ OUTPUT LIBRARy
TESTN=60000U.
WRITE (12.200) TESTN
100 FOR~AT (10X.3~PI=t2X.F9.7)
200 FORtoo'AT (* TESTN= ",F8.0)
1
-
c:
o
c
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C
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END
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Running this program with the fORTRAN Input/Output Library
{i.e., the usual way} produces a load map, entry point table,
and program output as follows:
c
IC,
Y
tC
c
c
(:~
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Chapter 8.
c
c
[
Addition of a User-Written Core Resident Application
Program.
In general it is not necessary to modify SYSDAT when adding a
core resident application program. The skeleton must be modified to include the necessary control records to load the core
resident program. The program to be added may be loaded in
either Part 0 or Part 1. If loaded in Part 0 and unprotected
core is also in Part 0, the program to be added must be loaded
between SYSDAT and SPACE. This insures that protected allocatable core is contiguous with unprotected core, thus
permitting core swaps when necessary. If loaded in Part 1,
the program to be added should be inserted just before the
dummy module NXTLOC. If the new program is loaded in Part 1
it will usually be necessary to modify the skeleton records
which define ENDOV4 and BGNMON. This will necessitate changing
the value of N4 in some cases.
If the core resident program is to be a system library program
a *y record must be added to the skeleton so that the added
program will be included in the system library directory. The
possible advantages of including a core resident program in
the system library are {1} the program may be accessed by a
mon i tor schedu 12 re que st and {2} LIBEDT may be u sed to rep lace
the core resident program by a new version of the program so
long as the length of the revised program does not exceed the
length of the original ordinal loaded into core.
The following example illustrates the addition of a core
resident program to the system library. The base system in
this example is the system built in Article 6.4.3. The source
and assembly list of the program to be added are as follows:
I;
'/
8-1
@j)
PPO€RA~ CORESO
C T~IS PROGRAtJ ~AY SE USED TO DEMONSTRATE THE LOADING OF
C RESrDENT ORtII\AL INTO THE SYSTE~ LIBRARY
DIMFNSICN 18UF (3P)
CALL SETBFR(18UF,,38)
WRITE (4,}00)
100 FOR~AT ( '"' HELLO THIS IS CORESO
F.ND
'"'
'1
2
.:3
4
5
6
0000
888~
0027
0028
0029
0026
CORESO
IRlJF
OO~6
002E':$
5400
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5400
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The user wishes to load this program in Part 1.
C
C
8-2
- - -. .
(.
c
'
.. ""
~,
The first part of the revised skeleton is shown in Figure 8-1.
Skeleton records 165 and 166 are included to load CORESO as a
Part 1 core resident program.
(
The length of this program is 43 16 words, meaning that the new
value of BGNMON will be 5A97 16 - 43 16 = 5A54 16 , and the new
value of ENDOV4 is 5A96 16 - 43 16 = 5A53 16 · The decrease of
43 16 words available to unprotected and allocatable area 4
together still allow area 4 to remain at 5DC 16 words, since
a decrease of 43 16 in unprotected core leaves 3927 16 - 43 16
= 38E4 16 words of unprotected. This is ample for the needs
of the system. Skeleton records 49 and 50 show the revised
definitions of ENDOV4 and BGNMON.
(
The program added is to be a system library program. Therefore a *y system initializer record must be added for this
program. This record must precede the *YM records for mass
memory resident system library programs. The *y record will
have the form *Y,CORESO,n. The value of n defined as the
total number of *L and *LP records preceding the *B record
for CORESO. This includes the *LP record immediately preceding
the *B record for CORESO. Referring to Figure 8-1, the proper
value for n is this example is 8. The *Y record for CORESO
is skeleton record 11. The core resident ordinals and mass
resident ordinals are numbered independently. Therefore, there
is no need to modify the *YM records in the skeleton. The
LIBEDT *S control records, skeleton records 393 through 428,
need not be modified since they only pertain to the setting of
core request priorities for mass resident ordinals. If,
however, the user plans to schedule the core resident ordinal
by means of a monitor indirect scheduler request, pointing to
the system library directory entry as the parameter list, he
must set up the request priority within the directory.
C·'
.,
(
(
c
c
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8-3
1
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