Converting to DFSMSrmm from Control-T

Detalles Bibliográficos
Autor principal:	Lovelace, Mary (-)
Autor Corporativo:	International Business Machines Corporation. International Technical Support Organization (-)
Otros Autores:	Schlumberger, Norbert
Formato:	Libro electrónico
Idioma:	Inglés
Publicado:	Raleigh, NC : IBM, International Technical Support Organization 2003.
Edición:	3rd ed
Colección:	IBM redbooks.
Materias:	Memory management (Computer science) Computer storage devices. Data tapes.
Ver en Biblioteca Universitat Ramon Llull:	https://discovery.url.edu/permalink/34CSUC_URL/1im36ta/alma991009644288906719

Tabla de Contenidos:

Front cover
Contents
Figures
Tables
Examples
Notices
Trademarks
Preface
The team that wrote this redbook
Become a published author
Comments welcome
Chapter 1. Introduction
1.1 DFSMSrmm overview
1.1.1 Environment
1.1.2 How is DFSMSrmm structured?
1.1.3 What are the DFSMSrmm interfaces?
1.1.4 Library and storage location management
1.1.5 Media types
1.1.6 Volume management
1.1.7 Policies for retention and movement
1.1.8 DFSMSrmm automated tape library support
1.1.9 Catalog synchronization
1.2 Conversion process overview
Chapter 2. Planning for conversion
2.1 Planning considerations
2.1.1 Software maintenance levels
2.1.2 Timing of events in your installation
2.1.3 Change management
2.1.4 Limiting business risk
2.2 Conversion process
2.3 Conversion stages
2.3.1 Preparing a conversion plan
2.3.2 Learning about DFSMSrmm
2.3.3 Starting DFSMSrmm
2.3.4 Analyzing the current environment
2.3.5 Extracting data for conversion
2.3.6 Completing conversion
2.3.7 Parallel running and validation
2.3.8 Cutover to production
2.3.9 Measuring success
2.3.10 Full exploitation
2.3.11 Uninstall all vendor tape management code from your system
Chapter 3. Preparing the environment
3.1 DFSMSrmm implementation
3.1.1 Installation wizards
3.1.2 Update installation-wide exits
3.1.3 Update and validate PARMLIB members
3.1.4 Creating a starting procedure
3.1.5 Define an alias for high-level qualifier RMM
3.1.6 Protecting DFSMSrmm resources
3.1.7 Defining RACF groups for DFSMSrmm
3.1.8 Create the DFSMSrmm control data set (CDS)
3.1.9 Create the DFSMSrmm CDS as extended format
3.1.10 Create the DFSMSrmm journal
3.1.11 Restart MVS with DFSMSrmm implemented
3.1.12 Starting and restarting DFSMSrmm.
3.1.13 Stopping DFSMSrmm
3.1.14 Setting up DFSMSrmm utilities
3.1.15 Running the installation verification program
3.2 Tailoring the DFSMSrmm ISPF dialog
3.2.1 Adding DFSMSrmm to ISPF panels
3.2.2 Modifying the DFSMSrmm panel
3.2.3 Other changes
3.3 Making TSO HELP information available to users
3.4 Verifying your DFSMSrmm implementation
3.4.1 Display PARMLIB options and control information
3.4.2 Add owner information
3.4.3 Add racks to DFSMSrmm
3.4.4 Add volumes to DFSMSrmm
3.4.5 Add bins to DFSMSrmm
3.4.6 Add a VRS to DFSMSrmm
3.4.7 Create tape data sets
3.4.8 Allocate inventory management data sets
3.4.9 Run inventory management
3.4.10 Confirm movements
3.4.11 Create reports
3.4.12 Run EDGINERS to initialize volumes automatically
3.4.13 Restore the CDS
3.4.14 Verify the CDS
3.4.15 Testing implemented exits
3.4.16 Testing application use of tape
3.5 Education
3.6 New operator procedures
Chapter 4. DFSMSrmm ACS support
4.1 DFSMSrmm SMS ACS support
4.1.1 How it works
4.1.2 ACS support for non-system managed volumes
4.1.3 Non-system managed tape libraries
4.1.4 SMS read-only variables
4.1.5 Implementing SMS ACS processing
4.1.6 Migration considerations
4.2 Partitioning a SMS library
4.3 Using DFSMSrmm with virtual tape solutions
4.3.1 VTS support for stacked volumes
4.3.2 Stacked volume support for non-VTS
Chapter 5. Control-T and DFSMSrmm
5.1 Terminology
5.2 Functions
5.3 Retention methods
5.4 Volume and data set record display
5.4.1 Rule definition display
5.4.2 Volume display
5.4.3 Data set display
5.5 Data fields
5.5.1 Data unavailable for conversion
5.5.2 Data not converted
5.5.3 Data converted, but not quite the same
5.6 Cross-reference
5.6.1 Volume information.
5.6.2 Data set name information
5.6.3 Vital record information
5.6.4 Empty rack and bin information
5.6.5 Owner record information
Chapter 6. Data extraction
6.1 Samples and programs
6.1.1 Sample data extraction jobs provided with DFSMSrmm
6.1.2 Sample extraction REXX execs provided with DFSMSrmm
6.1.3 Conversion programs and exits provided with DFSMSrmm
6.1.4 Macros provided with DFSMSrmm
6.1.5 Sample exits described in this book
6.2 Reviewing the current environment
6.2.1 Collecting information
6.2.2 Analyzing the record layouts
6.2.3 Control-T user exits
6.2.4 Control-T PARMLIB options
6.2.5 Control-T pattern masking
6.2.6 Inventory management and reports
6.2.7 Exits
6.2.8 Data set overwrite
6.2.9 BLP and NL processing
6.2.10 DFSMShsm interface
6.2.11 Tape initialization
6.2.12 Tape pool management
6.3 Retention and movement
6.3.1 Retention management
6.3.2 Storage location management
6.4 Interfaces
6.4.1 SMS interface
6.4.2 BTLS interface
6.4.3 Short-on-scratch processing interface
6.4.4 TSO and ISPF interfaces
6.4.5 Other interfaces
6.5 Sample extraction programs
6.6 Control-T data extraction
6.6.1 Preparing to run the extract
6.6.2 Unload the Control-T DBD records
6.6.3 Create an extended Control-T record
6.6.4 Extracting data from the extended DBD records
6.6.5 Extracting data from the RULES file
6.6.6 Correcting rules
6.7 Am I ready to continue?
Chapter 7. Building the CDS
7.1 Preparing to run EDGCNVT
7.1.1 System-managed volumes
7.1.2 Pool prefixes
7.1.3 VRS conversion
7.1.4 Movement tracking date
7.2 EDGCNVT and EDGCEBIN processing
7.2.1 Running EDGCNVT and EDGCEBIN
7.2.2 EDGCNVT execution parameter
7.2.3 EDGCNVT input files
7.2.4 EDGCNVT output files
7.2.5 EDGCNVT return codes.
7.2.6 EDGCNVT messages
7.3 EDGCEBIN processing
7.3.1 EDGCEBIN execution parameter
7.3.2 EDGCEBIN input files
7.3.3 EDGCEBIN output files
7.3.4 EDGCEBIN return codes
7.3.5 6.3.5 EDGCEBIN messages
7.4 EDGRACS processing
7.4.1 EDGRACS input files
7.4.2 EDGRACS output files
7.4.3 EDGRACS return codes
7.5 EDGCNXIT user exit
7.5.1 EDGCNXIT input
7.5.2 EDGCNXIT output
7.6 DFSMSrmm CDS creation
7.6.1 Run EDGJLOAD
7.6.2 Create the DFSMSrmm CDS control record
7.7 Verifying the DFSMSrmm CDS
7.8 Running DFSMSrmm commands
7.8.1 Adding empty bins
7.8.2 Adding VRSs
Chapter 8. Parallel running and validation
8.1 Preparing to run in parallel
8.1.1 Validate PARMLIB members
8.1.2 IEFSSNxx - Subsystem definition
8.1.3 EDGRMMxx - DFSMSrmm options
8.1.4 Check the DFSMSrmm procedure
8.1.5 Exits
8.1.6 CA-Disk interface
8.1.7 Verify authorization and security
8.1.8 Prepare inventory management using EDGHSKP
8.1.9 Inventory and movement reporting using EDGRPTD
8.1.10 Catalog synchronization
8.1.11 Check interfaces
8.2 Parallel processing
8.3 Starting tape and inventory management
8.3.1 First run of EDGHSKP with PARM(VRSEL)
8.3.2 Disabling the journal data set
8.3.3 Enabling the journal data set
8.4 Validating DFSMSrmm operation
8.4.1 Data set name list of non-scratch volumes
8.4.2 Scratch volume lists
8.4.3 Inventory by location
8.4.4 Multifile multi-volume reports
8.4.5 Comparing results
8.4.6 Checking WTORs and messages
8.5 Keeping databases synchronized
Chapter 9. Cutover to production
9.1 EDGRMMxx PARMLIB options
9.1.1 OPTION command
9.1.2 VLPOOL command
9.2 Control access to DFSMSrmm functions
9.3 Activate exits
9.4 Remove Control-T
9.5 Modifying CA-Disk
9.6 Inventory management.
9.7 Interface to tape libraries
9.7.1 System-managed IBM 3494 and IBM 3495 tape libraries
9.7.2 Other tape libraries
9.8 Starting DFSMSrmm
9.9 Final testing
9.9.1 DB2 logging and backup
9.9.2 RACF tape protection
9.9.3 Robot interface
9.9.4 Non-system managed libraries SMS ACS support
9.10 Commitment to DFSMSrmm
9.11 Final activities
9.11.1 Uninstalling Control-T
9.11.2 Cleaning up your DFSMSrmm implementation
9.11.3 Implementing additional functions
Chapter 10. Policy management
10.1 VRS related PARMLIB options
10.1.1 CATRETPD
10.1.2 MOVEBY
10.1.3 RETAINBY
10.1.4 REUSEBIN
10.1.5 VRSCHANGE
10.1.6 VRSJOBNAME
10.1.7 VRSMIN
10.1.8 VRSEL
10.2 VRS types
10.2.1 Data set VRS
10.2.2 Volume VRS
10.2.3 Name VRS
10.3 Specifying VRS parameters
10.3.1 DSNAME and NAME retention types
10.3.2 Special NAME retention type
10.3.3 Volume retention types
10.3.4 Retention limits
10.3.5 Movement policies
10.3.6 Release options
10.4 Chaining VRSs
10.4.1 VRS chain and subchain
10.5 Managing DFSMShsm tapes
10.6 DFSMS ACS support
10.7 Modifying VRS
10.8 Deleting VRS
10.9 Trial run
10.10 VRS examples
10.10.1 ADDVRS operand defaults
10.10.2 Adding a single VRS
10.10.3 VRS chain with one NEXTVRS operand
10.10.4 VRS chain with two ANDVRS operands
10.10.5 VRS chain with two subchains
10.11 Complex VRS chain with three subchains
10.12 VRS hints and tips
Chapter 11. Tailoring your DFSMSrmm environment
11.1 IBM Tivoli Workload Scheduler
11.1.1 IBM Tivoli Workload Scheduler overview
11.1.2 Schedule your inventory management tasks
11.1.3 Preparation
11.1.4 CDS verify
11.1.5 CDS backup
11.1.6 Inventory management
11.1.7 Erasing and labeling volumes
11.1.8 Scratch processing
11.1.9 Scratch reporting.
11.1.10 Ejecting volumes from a system-managed tape library.

Converting to DFSMSrmm from Control-T

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