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The complete IMS HALDB guide : all you need to know to manage HALDBs / / [Jouko Jantti ... et al.]
| The complete IMS HALDB guide : all you need to know to manage HALDBs / / [Jouko Jantti ... et al.] |
| Edizione | [1st ed.] |
| Pubbl/distr/stampa | San Jose, CA, : IBM, International Technical Support Organization, 2003 |
| Descrizione fisica | xvi, 306 p. : ill |
| Altri autori (Persone) | JanttiJouko |
| Collana | IBM redbooks |
| Soggetto topico |
Database management
IMS (DL/I) (Computer system) |
| Formato | Materiale a stampa  |
| Livello bibliografico | Monografia |
| Lingua di pubblicazione | eng |
| Nota di contenuto |
Front cover -- Contents -- Notices -- Trademarks -- Preface -- The team that wrote this redbook -- Become a published author -- Comments welcome -- Part 1 HALDB overview -- Chapter 1. HALDB introduction and structure -- 1.1 An introduction to High Availability Large Databases -- 1.2 Features and benefits -- 1.3 Candidates for HALDB -- 1.4 HALDB definition process -- 1.4.1 Database Recovery Control (DBRC) -- 1.5 DL/I processing -- 1.6 Logical relationships with HALDB -- 1.7 Partition selection -- 1.7.1 Partition selection using key ranges -- 1.7.2 Partition selection using a partition selection exit routine -- 1.8 Database structure -- 1.8.1 Partition ID and reorganization number -- 1.8.2 Segment structure -- 1.8.3 Extended pointer set (EPS) -- 1.8.4 Indirect list data set (ILDS) -- 1.8.5 Number of data sets -- 1.8.6 Special considerations for secondary indexes -- 1.9 Naming conventions -- 1.9.1 Partition names -- 1.9.2 DD names -- 1.9.3 Data set names -- Chapter 2. Defining HALDB databases -- 2.1 Overview of HALDB definition -- 2.1.1 Design the logical structure of the database -- 2.1.2 Implement the logical structure with the DBDGEN process -- 2.1.3 Determine the partitioning scheme -- 2.1.4 Create the partitioning scheme -- 2.1.5 Database exit routines -- 2.1.6 System definition -- 2.1.7 Buffer pools -- 2.1.8 Dynamic allocation -- 2.2 DBDGEN differences for HALDB -- Chapter 3. HALDB and DBRC -- 3.1 RECON records for HALDB -- 3.1.1 Master database record -- 3.1.2 Partition database record -- 3.1.3 Partition record -- 3.1.4 Partition DBDS record -- 3.2 Dynamic allocation -- 3.3 Authorization processing -- 3.4 Partition initialization -- 3.5 DBRC commands -- 3.5.1 INIT commands -- 3.5.2 CHANGE commands -- 3.5.3 DELETE commands -- 3.5.4 LIST commands -- 3.5.5 GENJCL commands -- 3.6 DBRC groups for HALDB -- 3.6.1 Change accumulation groups.
3.6.2 Database data set groups -- 3.6.3 Database groups -- 3.6.4 Recovery groups -- 3.7 Use of database names in DBRC commands -- 3.7.1 Commands that require a master database name -- 3.7.2 Commands that require a partition name -- 3.7.3 Commands that allow a master database or a partition name -- 3.7.4 DBRC commands that are not allowed with HALDB -- Chapter 4. Partition Definition utility -- 4.1 Using the PDU -- 4.1.1 Configuring the PDU -- 4.1.2 Selecting a database -- 4.1.3 Setting HALDB master DBD parameters -- 4.1.4 Setting processing options and global partition information -- 4.1.5 Creating your partitions manually -- 4.1.6 Creating your partitions automatically -- 4.1.7 Changing partition definitions -- 4.1.8 Deleting definitions -- Chapter 5. Batch definition of HALDB -- 5.1 Using the batch interface -- 5.2 DBRC initialization commands for HALDB -- 5.2.1 INIT.DB -- 5.2.2 INIT.PART -- 5.3 DBRC change commands for HALDB -- 5.3.1 CHANGE.DB -- 5.3.2 CHANGE.PART -- 5.3.3 CHANGE.DBDS -- 5.4 DBRC delete commands for HALDB -- 5.4.1 DELETE.DB -- 5.4.2 DELETE.PART -- Chapter 6. Partition initialization -- 6.1 Partition initialization function -- 6.2 DBRC flags used with partition initialization -- 6.2.1 Partition initialization required (PINIT) flag -- 6.2.2 Image copy needed flag -- 6.3 Database Prereorganization utility -- 6.4 Database Partition Data Set Initialization utility -- 6.4.1 Unconditional partition initialization -- Chapter 7. Partition selection -- 7.1 Choosing the type of partition selection -- 7.1.1 Key range partitioning -- 7.1.2 Partitioning with an exit routine -- 7.2 Writing partition selection exit routines -- 7.2.1 Partition selection exit routine functions -- 7.2.2 Information passed to and from the exit routine -- 7.2.3 Sample exit routine (DFSPSE00) -- Part 2 Migration -- Chapter 8. Migration from non-HALDB to HALDB. 8.1 General migration considerations -- 8.1.1 DBD changes -- 8.2 HALDB Migration Aid utility (DFSMAID0) -- 8.2.1 Reports -- 8.2.2 Adjusting the sizes from the reports -- 8.2.3 Control statements -- 8.3 Migrating simple databases -- 8.3.1 Unloading the existing database -- 8.3.2 Saving existing database information -- 8.3.3 Changing the DBD -- 8.3.4 Deleting database information from the RECONs -- 8.3.5 Defining the partitions -- 8.3.6 Allocating database data sets -- 8.3.7 Initializing the partitions -- 8.3.8 Reloading the HALDB database -- 8.3.9 Image copying the database data sets -- 8.4 ILDS creation options -- 8.4.1 HD Reload with no control statement -- 8.4.2 HD Reload with an ILDSMULTI control statement -- 8.4.3 HD Reload with a NOILDS control statement -- 8.5 Migrating databases with secondary indexes -- 8.5.1 Changing DBDs for secondary indexes -- 8.5.2 Estimating the sizes of secondary index partitions -- 8.5.3 Unloading databases with secondary indexes -- 8.5.4 Allocating secondary index data sets -- 8.5.5 Loading databases and their secondary indexes -- 8.5.6 Secondary index pointers after the migration -- 8.5.7 Using MIGRATE=YES with secondary indexes -- 8.6 Migrating databases with logical relationships -- 8.6.1 Changing DBDs with logical relationships -- 8.6.2 Changing DBDs with logical relationships -- 8.6.3 Unloading logically related databases for migration -- 8.6.4 Loading logically related databases for migration -- 8.6.5 Logical relationship pointers after the migration -- 8.7 Migrating from PDB or PDF -- 8.7.1 Partition selection -- 8.7.2 DBD changes -- 8.7.3 Using standard IMS utilities for the migration -- 8.7.4 Using application programs for the migration -- 8.7.5 Using PSU Unload and application programs for the migration -- 8.8 Migrating from user partitioning -- 8.8.1 Using application programs for the migration. 8.8.2 Using HD Unload and application programs for the migration -- 8.8.3 Warning on the use of HD Reload -- 8.9 Fallback to non-HALDB -- 8.9.1 Fallback with secondary indexes -- 8.9.2 Fallback with logical relationships -- Chapter 9. Migration examples -- 9.1 Migration of HIDAM database to PHIDAM -- 9.1.1 Image copy of non-HALDB database data sets -- 9.1.2 Running the Migration Aid utility -- 9.1.3 Unloading the HIDAM database -- 9.1.4 Saving database information -- 9.1.5 Deleting the database from the RECONs -- 9.1.6 Changing the DBD and running the DBDGEN -- 9.1.7 Defining partitions with PDU -- 9.1.8 Allocate HALDB data sets -- 9.1.9 Initializing HALDB partitions -- 9.1.10 Loading HALDB database -- 9.1.11 Image copy HALDB data sets -- 9.1.12 ACBGEN -- 9.2 Migration of a database with a secondary index -- 9.3 Migrating a PDB database -- Chapter 10. Using the HALDB Conversion and Maintenance Aid -- 10.1 HALDB Conversion and Maintenance Aid product -- 10.1.1 The conversion process overview -- 10.2 Activating the tool -- 10.2.1 Modifying the startup CLIST -- 10.2.2 Allocating the environment description data set -- 10.3 Migration example with HALDB Conversion tool -- 10.3.1 Define an IMS environment -- 10.3.2 Define a project -- 10.3.3 Process a conversion project -- 10.4 Additional functions -- Part 3 Application considerations -- Chapter 11. Application considerations -- 11.1 Initial loads -- 11.1.1 PHDAM considerations -- 11.1.2 PHIDAM considerations -- 11.1.3 Loading partitions in parallel -- 11.1.4 Initial loads of databases with secondary indexes -- 11.1.5 Initial loads of databases with logical relationships -- 11.2 Processing partitions in parallel -- 11.2.1 DBRC authorization of partitions -- 11.2.2 Parallel processing within an online system -- 11.2.3 Parallel processing with block level data sharing. 11.2.4 Parallel processing without block level data sharing -- 11.2.5 Program modifications for parallel processing -- 11.3 Restricting a PCB to one partition -- 11.3.1 Processing a partition sequentially -- 11.3.2 Requesting segments outside of the partition -- 11.3.3 Secondary index and logical relationship considerations -- 11.4 Handling unavailable partitions -- 11.4.1 Database PCB status code priming -- 11.5 Processing secondary indexes as databases -- 11.5.1 Secondary indexes with /SX fields -- 11.5.2 Secondary indexes with symbolic pointers -- 11.6 Handling test environments -- 11.6.1 DBRC registration -- 11.6.2 Testing with non-HALDB databases -- 11.7 Copying databases to different environments -- 11.7.1 The partition ID -- 11.7.2 Using image copies -- 11.7.3 Using unloads -- 11.7.4 Copying part of the data -- 11.7.5 Copying partition definitions -- 11.7.6 Timestamp recoveries to a copy -- 11.7.7 Planned enhancement for copying partition definitions -- Part 4 Administration -- Chapter 12. HALDB online commands -- 12.1 Online commands with HALDB -- 12.2 /DISPLAY command -- 12.2.1 Display of a HALDB master database -- 12.2.2 Display of a HALDB partition -- 12.3 /DBRECOVERY command -- 12.3.1 DBR of a HALDB master database -- 12.3.2 DBR of a HALDB partition -- 12.4 /DBDUMP command -- 12.4.1 DBD of a HALDB master database -- 12.4.2 DBD of a HALDB partition -- 12.5 /START command -- 12.5.1 Start of a HALDB master database -- 12.5.2 Start of a HALDB partition -- 12.6 /STOP command -- 12.6.1 Stop of a HALDB master database -- 12.6.2 Stop of a HALDB partition -- 12.7 /LOCK command -- 12.7.1 Lock of a HALDB master database -- 12.7.2 Lock of a HALDB partition -- 12.8 /UNLOCK command -- 12.8.1 Unlock of a HALDB master database -- 12.8.2 Unlock of a HALDB partition -- 12.9 Using the ALL keyword with commands -- 12.10 Commands while databases are in use. 12.11 Command examples. |
| Record Nr. | UNINA-9910810000703321 |
| San Jose, CA, : IBM, International Technical Support Organization, 2003 | ||
| Materiale a stampa | ||
| Lo trovi qui: Univ. Federico II | ||
| ||
IMS DataPropagator implementation guide / / Jouko Jantti ... [et al.]
| IMS DataPropagator implementation guide / / Jouko Jantti ... [et al.] |
| Edizione | [[1st ed.].] |
| Pubbl/distr/stampa | [San Jose, Calif., : IBM, International Technical Support Organization, c2002] |
| Descrizione fisica | xviii, 252 p. : ill |
| Disciplina | 005.74 |
| Altri autori (Persone) | JanttiJouko |
| Collana | Redbooks |
| Soggetto topico |
Database management
IMS (DL/I) (Computer system) |
| Formato | Materiale a stampa |
| Livello bibliografico | Monografia |
| Lingua di pubblicazione | eng |
| Nota di contenuto |
Front cover -- Contents -- Figures -- Notices -- Trademarks -- Preface -- The team that wrote this redbook -- Become a published author -- Comments welcome -- Part 1 Introduction -- Chapter 1. Overview -- 1.1 What are the components of data propagation -- 1.2 Types of propagation -- 1.2.1 Asynchronous, near real time, MQSeries based propagation -- 1.2.2 Asynchronous log-based propagation -- 1.2.3 Synchronous propagation -- 1.3 IMS DPROP systems types -- 1.3.1 MQ Capture setup -- 1.3.2 MQ Apply setup -- 1.3.3 LOG-ASYNC Selector setup -- 1.3.4 LOG-ASYNC Receiver setup -- 1.3.5 Synchronous setup -- 1.4 Data mapping types -- 1.4.1 Mapping Case 1 -- 1.4.2 Mapping Case 2 -- 1.4.3 Mapping Case 3 -- 1.4.4 Special mapping cases layouts -- Chapter 2. Subsystem installation setup -- 2.1 OS/390 setup -- 2.1.1 SVC information -- 2.1.2 VLF information -- 2.1.3 OS/390 subsystem name -- 2.2 IMS subsystem setup -- 2.2.1 IMS log archive changes -- 2.2.2 Updates to IMS DLIBATCH procedures -- 2.2.3 DB2 Apply as BMP -- 2.3 MQSeries setup -- 2.3.1 MQSeries subsystem setup -- 2.3.2 MQSeries IMS adapter setup -- Part 2 Installation of DPROP systems -- Chapter 3. Installing a DPROP environment -- 3.1 Starting the installation panels -- 3.2 Defining the DPROP environment name -- 3.3 Defining the DPROP environment parameters -- 3.3.1 Defining the DPROP environment elements -- 3.3.2 Defining DPROP systems data set names -- 3.3.3 Defining the system data sets Panel 2 -- 3.3.4 Defining the OS/390 copy program -- 3.3.5 Defining environment JOB parameters -- 3.3.6 Defining installation library -- 3.3.7 Defining EKYGSYS parameters -- 3.3.8 Defining the JOB card information -- 3.3.9 Defining the audit trail table -- 3.3.10 Defining the audit trail table information -- 3.3.11 Defining the audit trail table DB2 objects -- 3.3.12 Defining the Language Interface environment.
3.3.13 Defining the dynamic allocation exit routine -- Chapter 4. Install and customize MQ-ASYNC Capture system -- 4.1 Introduction -- 4.1.1 System parameters and job generation -- 4.1.2 Submit installation and verification jobs -- 4.1.3 Installation verification for MQ Capture -- 4.2 Creating an additional Capture system -- 4.3 Prepare your own MQ-ASYNC capture -- Chapter 5. Installing an MQ Apply system -- 5.1 IMS DPROP MQ Apply system installation panel flow -- 5.2 Specifying MQ Apply system parameters -- 5.2.1 Defining the DB2 subsystem parameters -- 5.2.2 Defining the JOB and JOBLIB statements -- 5.3 Define system installation and IVP parameters -- 5.3.1 Define the IMS DPROP generation macro -- 5.3.2 Defining the IMS DPROP directory tables -- 5.3.3 Defining the IMS DPROP MVG input tables -- 5.4 Binding the DB2 application plans -- 5.4.1 Prepare binds for the IMS DPROP and SQL update modules -- 5.4.2 Creating the privileges for the DB2 collection IDs -- 5.4.3 Prepare the binds for the SCU plan -- 5.4.4 Defining the binding plan for the MVG application -- 5.4.5 Defining the binding plan for the CCU -- 5.4.6 Defining the binding plan for MQ Apply -- 5.5 Specifying the IMS DPROP and SMF data sets -- 5.6 Define the IVP parameters -- 5.6.1 Define the IVP JOB parameters -- 5.6.2 Defining the MQSeries parameters for the IVPs -- 5.7 Generating and submitting installation jobs -- 5.7.1 DPROP environment installation job submission -- 5.7.2 Generating the IMS DPROP Stage I Job -- 5.7.3 Edit and submit IMS DPROP Stage I job -- 5.7.4 Submitting IMS DPROP system installation jobs -- 5.7.5 Submitting IVP jobs -- 5.7.6 Verifying IMS DPROP installation for the MQ Apply system -- Chapter 6. Installing a Selector and Receiver system -- 6.1 Selector and Receiver system installation panel flow -- 6.2 Working with the Specification Primary Menu panel. 6.2.1 Defining the DB2 environment, JOB, and JOBLIB statements -- 6.2.2 Defining the DB2 subsystem parameters -- 6.2.3 Defining the JOB and JOBLIB statements -- 6.3 Defining installation and IVP parameters -- 6.3.1 Defining the IMS DPROP generation macro -- 6.3.2 Defining the IMS DPROP directory tables -- 6.3.3 Defining the mapping verification and generation input tables -- 6.3.4 Binding the DB2 application plans -- 6.3.5 Prepare the binds for the IMS DPROP and SQL update modules -- 6.3.6 Creating the privileges for the DB2 collection IDs -- 6.3.7 Defining the binding plan for the status change utility -- 6.3.8 Bind plan for mapping verification and generation application -- 6.3.9 Defining the binding plan for the consistency check utility -- 6.3.10 Defining the binding plan for the PRDS registration utility -- 6.3.11 Defining the binding plan for the group unload utility -- 6.3.12 Defining the binding plan for the LOG-ASYNC Receiver -- 6.3.13 Specifying the IMS DPROP and SMF data sets -- 6.3.14 Defining the IVP parameters -- 6.3.15 Modifying the IMS DPROP system title -- 6.4 Generating and submitting installation and IVP jobs -- 6.4.1 Submitting the installation JOBs -- 6.4.2 IMS DPROP environment installation job submission -- 6.4.3 Generating the Stage I job -- 6.4.4 Submitting the system installation jobs -- 6.4.5 Submitting the IVP jobs -- 6.4.6 Verifying the installation for the LOG ASYNC Selector -- 6.4.7 Verifying the installation of the LOG ASYNC Receiver -- Part 3 Migrating from Version 2.2 -- Chapter 7. Migrating a Selector and Receiver system -- 7.1 Migration of a Selector and Receiver system -- 7.1.1 Migration process prerequisites -- 7.1.2 General migration considerations -- 7.2 Starting migration configuration -- 7.2.1 Selecting a DPROP system to migrate -- 7.2.2 Existing IMS DPROP environments. 7.3 Migrating a Selector and Receiver system -- 7.3.1 Selector and Receiver system migration panel flow -- 7.3.2 Working with the Specification Primary Menu panel -- 7.3.3 Defining the DB2 environment, JOB, and JOBLIB statements -- 7.3.4 Defining the DB2 subsystem parameters -- 7.3.5 Defining the JOB and JOBLIB statements -- 7.3.6 Defining installation and IVP parameters -- 7.3.7 Defining the IMS DPROP generation macro -- 7.3.8 Defining the IMS DPROP directory tables -- 7.3.9 Defining the IMS DPROP MVG input tables -- 7.3.10 Binding the DB2 application plans -- 7.3.11 Prepare binding -- 7.3.12 Creating the privileges for the DB2 collection IDs -- 7.3.13 Defining the binding plan for the status change utility -- 7.3.14 Bind plan for mapping verification and generation application -- Part 4 Setting up for propagation -- Chapter 8. Preparing propagation requests -- 8.1 What is a propagation request -- 8.2 Planning a propagation request -- 8.3 How to set up a propagation request -- 8.3.1 The MVG input tables -- 8.3.2 Set up a PR via MVG input tables -- 8.3.3 The mapping verification generation utility (MVGU) -- 8.3.4 The IMS DPROP directory tables -- 8.4 Sample mapping in a propagation request -- 8.4.1 Propagation request with WHERE clause -- Chapter 9. Propagation to staging tables -- 9.1 Propagation of IMS data to staging tables -- 9.2 What are staging tables -- 9.3 Consistent change data tables -- 9.4 Defining staging tables -- 9.5 CCD propagation requests -- 9.6 Restrictions to CCD table propagation -- 9.7 Propagation to other platforms -- Appendix A. Additional material -- Locating the Web material -- Using the Web material -- How to use the Web material -- Glossary -- A -- B -- C -- D -- E -- F -- G -- H -- I -- L -- M -- N -- O -- P -- R -- S -- T -- U -- V -- Abbreviations and acronyms -- Related publications -- IBM Redbooks -- Other resources. Referenced Web sites -- How to get IBM Redbooks -- IBM Redbooks collections -- Index -- Back cover. |
| Record Nr. | UNINA-9910815992403321 |
| [San Jose, Calif., : IBM, International Technical Support Organization, c2002] | ||
| Materiale a stampa | ||
| Lo trovi qui: Univ. Federico II | ||
| ||
IMS in the Parallel Sysplex . Volume III IMSplex implementation and operations / / Jouko Jantti ... [et al.]
| IMS in the Parallel Sysplex . Volume III IMSplex implementation and operations / / Jouko Jantti ... [et al.] |
| Edizione | [1st ed.] |
| Pubbl/distr/stampa | San Jose, CA, : IBM, International Technical Support Organization, 2003 |
| Descrizione fisica | xx, 372 p. : ill |
| Disciplina | 004/.35 |
| Altri autori (Persone) | JanttiJouko |
| Collana | IBM redbooks |
| Soggetto topico |
IMS/VS (Computer system)
Parallel computers Parallel processing (Electronic computers) Database management |
| Formato | Materiale a stampa |
| Livello bibliografico | Monografia |
| Lingua di pubblicazione | eng |
| Nota di contenuto | --v. 2. Planning the IMSplex / [Jouku Jäntti, Bill Stillwell, Gary Wicks] -- v. 3IMSplex implementation and operations / [Jouko Jäntti ... et al.]. |
| Record Nr. | UNINA-9910823732903321 |
| San Jose, CA, : IBM, International Technical Support Organization, 2003 | ||
| Materiale a stampa | ||
| Lo trovi qui: Univ. Federico II | ||
| ||
IMS Version 8 implementation guide : a technical overview of the new features / / [Jouko Jantti ... et al.]
| IMS Version 8 implementation guide : a technical overview of the new features / / [Jouko Jantti ... et al.] |
| Edizione | [1st ed.] |
| Pubbl/distr/stampa | [United States], : IBM, International Technical Support Organization, 2002 |
| Descrizione fisica | xvi, 334 p. : ill |
| Disciplina | 005.74/068 |
| Altri autori (Persone) | JanttiJouko |
| Collana | IBM redbooks |
| Soggetto topico |
Database management
IMS (DL/I) (Computer system) |
| Formato | Materiale a stampa |
| Livello bibliografico | Monografia |
| Lingua di pubblicazione | eng |
| Nota di contenuto |
Front cover -- Contents -- Notices -- Trademarks -- Preface -- The team that wrote this redbook -- Become a published author -- Comments welcome -- Part 1 Introduction -- Chapter 1. Overview -- 1.1 Introduction to the enhancements -- 1.2 Availability and recoverability -- 1.2.1 Database Recovery Control (DBRC) enhancements -- 1.2.2 Database Image Copy 2 enhancements -- 1.2.3 HALDB enhancements -- 1.2.4 Batch Resource Recovery Service (RRS) support -- 1.2.5 Remote Site Recovery (RSR) enhancement -- 1.2.6 Enhanced availability by using the Resource Manager (RM) -- 1.2.7 Common Queue Server (CQS) enhancements -- 1.2.8 APPC and OTMA enhancements -- 1.2.9 APPC/IMS enhancements -- 1.2.10 IMS Online Recovery Service (ORS) support -- 1.2.11 System Log Data Set (SLDS) dynamic backout processing -- 1.3 Performance and capacity enhancements -- 1.3.1 Fast Path enhancements -- 1.3.2 Parallel database processing enhancement -- 1.3.3 IMS MSC FICON CTC support -- 1.3.4 Virtual storage constraint relief -- 1.4 Systems management enhancements -- 1.4.1 BPE enhancements -- 1.4.2 Common Service Layer -- 1.4.3 Installation and configuration enhancements -- 1.4.4 Syntax Checker -- 1.4.5 Transaction trace -- 1.5 Application enablement enhancements -- 1.5.1 Java enhancements -- Part 2 IMS Version 8 base enhancements -- Chapter 2. Packaging and installing -- 2.1 Product packaging -- 2.1.1 Installation changes -- 2.1.2 Changes in target and distribution data sets -- 2.1.3 SMP/E processing changes in IMS Version 8 -- 2.1.4 User exits in IMS Version 8 -- 2.2 IVP changes -- 2.2.1 Execution steps -- 2.2.2 IMS Java IVP -- 2.3 IMS system definition -- 2.3.1 Changed minimum and default values for RECLNG in MSGQUEUE macro -- 2.4 New and obsolete execution parameters -- Chapter 3. Syntax Checker -- 3.1 Introduction -- 3.2 Getting started -- 3.3 Using the Syntax Checker.
3.3.1 Changing releases -- 3.3.2 Display options -- 3.3.3 Save options -- Chapter 4. Database management enhancements -- 4.1 Database Image Copy 2 enhancements -- 4.1.1 Multiple DBDS and ADS copies -- 4.1.2 Group name support -- 4.1.3 Single output data set -- 4.1.4 Support for the DFSMSdss OPTIMIZE option -- 4.1.5 GENJCL support -- 4.2 Parallel database processing -- 4.2.1 DBRC authorization -- 4.2.2 Full function database allocation, open and close processing -- 4.2.3 Considerations -- 4.3 Fast Path DEDB enhancements -- 4.3.1 DEDB support greater than 240 areas -- 4.3.2 Nonrecoverable DEDBs -- 4.3.3 Coupling Facility support for DEDB VSO -- 4.3.4 Unused IOVF count -- 4.4 Batch RRS support -- 4.4.1 Supported environments -- 4.4.2 Activation and requirements -- 4.5 Coordinated IMS/DB2 disaster recovery support -- 4.5.1 XRC tracking -- 4.5.2 Log synchronization -- 4.5.3 Operations -- 4.5.4 Messages and log records changes -- 4.5.5 Coexistence -- Chapter 5. Database Recovery Control enhancements -- 5.1 Support of 16 MB RECON record size -- 5.1.1 RECON record spanning segments -- 5.1.2 Usage of alerts -- 5.2 DBRC PRILOG compression -- 5.3 DBRC command authorization -- 5.3.1 Security support for DBRC commands and protected resources -- 5.3.2 The resource name table DSPRNTBL -- 5.3.3 How command authorization gets invoked -- 5.3.4 Supported environments -- 5.3.5 Usage of the DBRC command authorization exit (DSPDCAX0) -- 5.3.6 DBRC command authorization examples -- 5.4 Avoidance of certain DBRC abends -- 5.5 Automatic RECON loss notification -- 5.6 IMS version coexistence for DBRC -- Chapter 6. Transaction trace -- 6.1 Transaction trace (MVS component trace) -- 6.1.1 How transaction trace works -- 6.1.2 How to use transaction trace -- 6.1.3 Sample transaction trace output -- Chapter 7. APPC base enhancements -- 7.1 Dynamic LU 6.2 descriptor support. 7.1.1 Add a new LU 6.2 descriptor -- 7.1.2 Delete an LU 6.2 descriptor -- 7.2 CPU time limit for CPI-C driven transactions -- 7.3 Support for APPC outbound LU -- Chapter 8. Application enablement -- 8.1 Overview -- 8.2 Java dependent regions -- 8.2.1 Persistent Reusable Java Virtual Machine -- 8.2.2 Benefits of a JVM environment -- 8.2.3 Other IMS Java considerations -- 8.2.4 DFSJMP and DFSJBP procedures -- 8.2.5 JVMOPMAS and JVMOPWKR members -- 8.2.6 ENVIRON= and DFSJVMAP members -- 8.2.7 IMS system definition considerations -- 8.2.8 PSBGEN considerations -- 8.2.9 /DISPLAY examples -- 8.3 Java standards enhancements -- 8.3.1 Java result set types -- 8.3.2 Java result set concurrency -- 8.3.3 Batch updates -- 8.3.4 New SQL keywords -- 8.4 JDBC access enhancements -- 8.5 Java Tooling enhancement -- 8.6 XML and IMS -- Chapter 9. Java enhancements for IMS and WebSphere -- 9.1 WebSphere 4.0.1 support -- 9.2 J2EE architecture -- 9.3 DataSource -- 9.4 Enterprise Archive (.ear) -- 9.5 Deploying the ear file -- 9.5.1 Configure the WebSphere server region for IMS access -- 9.5.2 Obtain the WebSphere for z/OS System Administration tool -- 9.5.3 Install an IMS JDBC Resource Adapter into a WebSphere server region. -- 9.5.4 Configure and deploy an instance of the IMS JDBC Resource Adapter -- 9.6 Configure and deploy an Enterprise Archive -- 9.7 IVP for WebSphere for z/OS -- 9.7.1 Untar the IVP Enterprise Archive -- 9.7.2 Configure an IMS JDBC Resource Adapter instance for the IVP EJB -- 9.7.3 Import, deploy and export the IVP application -- 9.7.4 Deploy and configure the Enterprise Archive (imsjavaIVP.ear) -- 9.7.5 Update the HTTP Server for access to the IVP Web application -- 9.8 Test the IVP application -- 9.9 Error logging and tracing in WebSphere for z/OS -- 9.9.1 Sample trace outputs -- Part 3 IMS Version 8 Parallel Sysplex enhancements. Chapter 10. Coupling Facility structure management -- 10.1 System managed rebuild -- 10.2 Alter and autoalter -- 10.3 System managed duplexing -- 10.3.1 Background -- 10.3.2 Duplexing -- 10.3.3 Enabling duplexing -- 10.3.4 Disabling duplexing -- 10.4 Which structures support which features -- Chapter 11. Base Primitive Environment enhancements -- 11.1 Base Primitive Environment (BPE) enhancements -- 11.2 New BPE address space initialization module -- 11.3 User exits and statistics for BPE -- 11.3.1 BPE configuration parameters member -- 11.3.2 BPE user exit list -- 11.4 Displaying the BPE and CQS versions -- Chapter 12. Shared queues support for APPC and OTMA synchronous messages -- 12.1 Background -- 12.2 Implementation -- 12.3 Migration considerations -- 12.3.1 Synchronous messages and program-to-program switches -- 12.3.2 Error conditions -- 12.3.3 Other miscellaneous migration considerations -- 12.3.4 Support considerations -- Part 4 Common Service Layer -- Chapter 13. Common Service Layer (CSL) architecture -- 13.1 Background -- 13.1.1 The IMSplex -- 13.1.2 Systems management -- 13.1.3 Operations management -- 13.1.4 Resource Management -- 13.2 Common Service Layer (CSL) architecture -- 13.3 Structured Call Interface (SCI) -- 13.4 Operations Manager (OM) -- 13.4.1 Today -- 13.4.2 OM infrastructure -- 13.4.3 OM clients and their roles -- 13.4.4 Commands -- 13.4.5 User exits -- 13.5 Resource Manager -- 13.5.1 Resource management functions -- 13.5.2 Resource management infrastructure -- 13.5.3 RM clients and their roles -- 13.5.4 Resource structure -- 13.5.5 Common Queue Server (CQS) -- 13.5.6 Resource Manager (RM) address space -- 13.5.7 RM characteristics -- Chapter 14. Sysplex terminal management -- 14.1 Sysplex terminal management objectives -- 14.2 Sysplex terminal management environment -- 14.3 IMSplex resources -- 14.4 STM terms and concepts. 14.4.1 Resource type consistency -- 14.4.2 Resource name uniqueness -- 14.4.3 Resource status -- 14.4.4 Significant status -- 14.4.5 Status recovery mode (SRM) -- 14.4.6 Status recoverability (RCVYxxxx) -- 14.5 Enabling sysplex terminal management -- 14.5.1 Setting SRM and RCVYxxxx -- 14.5.2 Overriding SRM and RCVYxxxx defaults -- 14.6 Ownership and affinities -- 14.6.1 Resource ownership and RM affinity -- 14.6.2 VTAM generic resources affinity -- 14.6.3 Setting VGR affinity management responsibility -- 14.6.4 VGR affinities and IMS Version 8 -- 14.7 Resources and the resource structure -- 14.7.1 Resource structure components and characteristics -- 14.7.2 Resource entries in the resource structure -- 14.8 STM in action -- 14.8.1 Before the first IMS joins the IMSplex -- 14.8.2 Start IMSplex address spaces -- 14.8.3 Log on from a static NODE -- 14.8.4 Logon from an ETO NODE -- 14.8.5 Signon from an ETO NODE -- 14.8.6 Commands that change significant status -- 14.8.7 Work which changes end-user significant status -- 14.8.8 Commands which change end-user status -- 14.8.9 Session termination with significant status (not IMS failure) -- 14.8.10 Logon from NODE which already exists in resource structure -- 14.8.11 IMS failure -- 14.8.12 IMS emergency restart -- 14.8.13 Recovering significant status -- 14.8.14 Recovering conversations -- 14.8.15 Recovering Fast Path -- 14.8.16 Recovering STSN sequence numbers -- 14.8.17 Summary of STM in action -- 14.9 Resource structure -- 14.9.1 Defining the resource structure -- 14.9.2 Managing the resource structure -- 14.9.3 Structure failure -- 14.9.4 Loss of connectivity to a structure -- 14.9.5 SCI, RM, CQS, or structure failure -- 14.10 Miscellaneous other considerations -- 14.10.1 IMS exits -- 14.10.2 Global callable services -- 14.10.3 Extended Recovery Facility (XRF) considerations. 14.10.4 Rapid Network Reconnect (RNR) considerations. |
| Record Nr. | UNINA-9910807784503321 |
| [United States], : IBM, International Technical Support Organization, 2002 | ||
| Materiale a stampa | ||
| Lo trovi qui: Univ. Federico II | ||
| ||
IMS version 9 implementation guide : a technical overview / / [Jantti Jouko ... et al.]
| IMS version 9 implementation guide : a technical overview / / [Jantti Jouko ... et al.] |
| Edizione | [1st ed.] |
| Pubbl/distr/stampa | San Jose, CA, : IBM, International Technical Support Organization, c2004 |
| Descrizione fisica | xvi, 334 p. : ill |
| Disciplina | 005.74 |
| Altri autori (Persone) | JanttiJouko |
| Collana | IBM redbooks |
| Soggetto topico |
Database management
IMS (DL/I) (Computer system) |
| Formato | Materiale a stampa |
| Livello bibliografico | Monografia |
| Lingua di pubblicazione | eng |
| Nota di contenuto |
Front cover -- Contents -- Notices -- Trademarks -- Summary of changes -- November 2004, First Edition -- November 2005, First Update -- Preface -- The team that wrote this redbook -- Become a published author -- Comments welcome -- Chapter 1. Introduction -- 1.1 Leading the industry -- 1.1.1 Unsurpassed performance -- 1.2 IMS Version 9 highlights -- 1.3 IMS Database Manager enhancements -- 1.4 IMS Transaction Manager enhancements -- 1.5 IMS system manageability enhancements -- Chapter 2. Product packaging, installation and resource definition enhancements -- 2.1 Product packaging -- 2.2 Resource definition and installation changes -- 2.2.1 Shared SDFSRESL for different configurations and system definitions -- 2.2.2 DBRC keyword ignored in the system definition -- 2.2.3 Removing conditional link-edit for online change modules -- 2.2.4 ETO feature checking -- 2.2.5 Dynamic update of DBRC type 4 SVC -- 2.2.6 Replacing DFSMRCL0 by new resource cleanup services -- 2.3 IMS Application Menu -- 2.4 Installation verification program (IVP) enhancements -- 2.4.1 IVP sub-options with IMS Version 9 -- 2.4.2 The new "E" IVP steps -- 2.4.3 The new "O" IVP steps -- 2.4.4 The new "P" IVP steps -- 2.4.5 DFSIVPEX IVP utility to export and import the variables -- 2.4.6 IVP help text enhancements -- 2.4.7 JES3 improvements in IVP -- 2.4.8 IVP data set allocation enhancements -- 2.4.9 IVP enhanced dump formatter setup -- 2.4.10 Miscellaneous IVP changes -- 2.5 Syntax Checker enhancements -- 2.6 Documentation changes -- 2.6.1 IMS Information Center -- Chapter 3. Integrated HALDB online reorganization -- 3.1 Overview of integrated HALDB online reorganization -- 3.2 Details of OLR processing -- 3.2.1 Data sets used by OLR -- 3.2.2 Reorganization by copying segments -- 3.2.3 Current position during a reorganization - the cursor -- 3.2.4 Application access during OLR.
3.2.5 Completion of reorganization -- 3.3 Setting up for OLR -- 3.3.1 DBRC setup -- 3.3.2 Output data set creation -- 3.4 Starting online reorganization -- 3.4.1 Initiation -- 3.5 Reorganization process -- 3.6 Normal termination and cleanup -- 3.7 Pausing an online reorganization -- 3.8 OLR commands -- 3.8.1 Start an online reorganization -- 3.8.2 Modify a reorganization in progress -- 3.8.3 Terminate an online reorganization -- 3.8.4 Display reorganizations in progress -- 3.8.5 Database commands -- 3.9 Logging, operations, I/O errors and restart -- 3.9.1 Logging -- 3.9.2 IMS normal termination and restart -- 3.9.3 I/O errors -- 3.9.4 Resuming online reorganization -- 3.9.5 IMS or z/OS failure -- 3.9.6 FDBR with OLR -- 3.10 Utilities -- 3.10.1 Image copy -- 3.10.2 Change accumulation -- 3.10.3 Database recovery -- 3.10.4 Batch backout -- 3.10.5 HD Unload and HD Reload -- 3.11 DBRC changes for OLR -- 3.11.1 RECON records -- 3.11.2 DBRC commands -- 3.11.3 OLR coexistence with IMS Version 7 and IMS Version 8 -- 3.12 Data sharing, FDBR, RSR, and XRF -- 3.12.1 Data sharing support -- 3.12.2 FDBR support -- 3.12.3 XRF support -- 3.12.4 RSR support -- 3.13 OLR performance -- 3.13.1 OSAM sequential buffering -- 3.13.2 Logging -- 3.13.3 Lock contention -- 3.13.4 Buffer pool definitions -- 3.13.5 Buffer contention -- 3.13.6 DASD contention -- 3.13.7 Pacing -- 3.13.8 TCBs used by OLR -- 3.13.9 Executing OLR in a sysplex -- 3.13.10 CPU use with OLR -- Chapter 4. Fast Path enhancements in IMS Version 9 -- 4.1 Fast Path multi-area structures for SVSO -- 4.1.1 Single area structures -- 4.1.2 Multiple area structures -- 4.1.3 Multiple area structures additional considerations -- 4.1.4 System managed duplexing versus IMS managed duplexing -- 4.1.5 Failures without successful duplexing -- 4.2 Area open and close enhancements. 4.3 Optional EMHQ structure for shared queues -- 4.4 Fast Path serviceability and usability enhancements -- Chapter 5. DBRC enhancements -- 5.1 DBRC application programming interface -- 5.1.1 Application overview -- 5.2 DBRC functional enhancements -- 5.2.1 Command authorization for /RMxxxx -- 5.3 More than 32K database registrations -- 5.4 GENJCL.IC for HALDB -- 5.5 DBRC migration and coexistence -- 5.5.1 HALDB OLR coexistence -- 5.5.2 DEDB shared VSO multiple area structures -- 5.5.3 MINVERS format change -- 5.5.4 DSPSLDRC eliminated -- Chapter 6. Security considerations with IMS Version 9 -- 6.1 Overview of security enhancements -- 6.2 Resource access security (RAS) -- 6.2.1 RAS and APSB security -- 6.2.2 RAS migration examples -- 6.3 AOI security -- 6.3.1 SAF support for type 1 AOI (CMD) -- 6.3.2 SAF support for type 2 AOI (ICMD) -- 6.3.3 SAF support for time controlled operations (TCO) -- 6.3.4 Resource authorization -- 6.4 MSC link security -- 6.4.1 IMS Version 9 MSC security considerations -- 6.5 /LOCK, /UNLOCK and /SET commands -- 6.6 Signon verification security -- 6.6.1 Sign on for static terminals -- 6.6.2 Security level (SECLVL) -- 6.6.3 SMU terminal (TERMNL) security -- 6.6.4 SMU )( SIGN and STERM statements -- 6.6.5 IMS Version 9 sign on security for static terminals -- 6.6.6 New keywords on the OPTIONS statement -- 6.6.7 Static terminal sign on security migration considerations -- 6.7 LTERM-based terminal security -- 6.7.1 Migration considerations for LTERM-based terminal security -- 6.7.2 IMS commands -- 6.7.3 IMS transactions -- 6.7.4 Migration considerations for LTERM-based security -- 6.8 Additional migration considerations -- 6.8.1 Performance considerations -- 6.8.2 AOI considerations -- 6.8.3 User exit interface changes -- 6.8.4 SMU to RACF migration check list -- Chapter 7. Type-2 commands and enhanced command environment. 7.1 Type-2 command enhancements in IMS Version 9 -- 7.2 Type-2 database commands -- 7.2.1 QUERY DB command -- 7.2.2 QUERY AREA command -- 7.2.3 UPDATE DB command -- 7.2.4 UPDATE AREA command -- 7.2.5 UPDATE DATAGRP command -- 7.2.6 Command security -- 7.2.7 Log records -- 7.2.8 Summary of the command enhancements -- 7.3 Enhanced command environment -- 7.3.1 IMS Version 8 Common Service Layer components -- 7.3.2 IMS Version 9 Common Service Layer components -- 7.3.3 CSL functions and requirements summary -- 7.3.4 CSL start up options and implementation -- 7.3.5 Online change alternatives -- 7.3.6 Global online change -- 7.3.7 OM security user exit -- 7.3.8 Migration to OM -- 7.3.9 Migrating from non-IMSplex to IMSplex with RMENV=N -- 7.3.10 Migrating from RMENV=N to RMENV=Y -- 7.3.11 Enhanced command environment summary -- Chapter 8. Integrated IMS Connect support -- 8.1 IMS Connect overview -- 8.1.1 IMS Connect enhancements in IMS Version 9 -- 8.2 IMS Connect clients -- 8.3 IMS Connector for Java client overview -- 8.3.1 IMS Connector for Java functions -- 8.3.2 IMS Connector for Java clients -- 8.4 IMS transactions as Enterprise Service applications -- 8.5 IMS Enterprise Service component -- 8.5.1 Interface WSDL -- 8.5.2 Binding WSDL -- 8.5.3 Service WSDL -- 8.6 MFS-based transaction as Enterprise Service application -- 8.6.1 MFS Web Services Importer -- 8.6.2 MFS Web Services Adapter -- Chapter 9. XML storage in IMS databases -- 9.1 IMS Version 9 XML database -- 9.1.1 Storing XML information in IMS databases -- 9.2 XML database overview -- 9.2.1 XML schema definition language -- 9.2.2 Decomposed storage -- 9.2.3 Intact storage -- 9.2.4 DLIModel Utility -- 9.3 JDBC interface -- 9.4 XML database summary -- Chapter 10. IMS Java enhancements -- 10.1 IMS Java environment overview -- 10.2 IMS and DB2 interoperability. 10.2.1 Setting up the IMS to DB2 connection using RRSAF -- 10.2.2 Accessing DB2 UDB for z/OS databases from JMP or JBP applications -- 10.3 IMS Java symbolic checkpoint and restart for JBP -- 10.3.1 Checkpoint call formats -- 10.3.2 Restart call formats -- 10.4 IMS Java GSAM support for JBP applications -- 10.5 Java-COBOL interoperability -- 10.5.1 Enterprise COBOL as a back-end application in a JMP or JBP region -- 10.5.2 Enterprise COBOL as a front-end application in a JMP or JBP region -- 10.6 JDBC and SQL enhancement -- 10.6.1 JDBC enhancement -- 10.6.2 SQL enhancement -- 10.6.3 SQL syntax enhancement -- 10.7 Remote database services -- 10.7.1 Remote database services components -- 10.7.2 Security -- 10.7.3 Installation steps -- Chapter 11. Knowledge Based Log Analysis (KBLA) -- 11.1 Overview of KBLA -- 11.2 Invoking KBLA -- 11.2.1 KBLA task selection 1 - IMS Log Utilities -- 11.2.2 KBLA task selection 2 - IMS Log Formatting -- 11.2.3 KBLA task selection 4 - IMS Knowledge Based Analysis -- 11.2.4 IMS KBLA - Log Data Set Analysis -- 11.2.5 KBLA MSC Link Performance Formatting -- 11.2.6 KBLA Statistic Log Record Analysis -- 11.2.7 KBLA trace entry filtering -- 11.2.8 KBLA IRLM Lock Trace Analysis -- 11.2.9 KBLA DBCTL Transaction Analysis -- Chapter 12. Miscellaneous enhancements in IMS Version 9 -- 12.1 Miscellaneous Database Manager enhancements -- 12.1.1 Parallel full function database open option -- 12.1.2 Miscellaneous HALDB enhancements -- 12.1.3 Improved message with DB abends -- 12.1.4 Greater than 32K tape block size for image copies -- 12.2 Miscellaneous Transaction Manager enhancements -- 12.2.1 OTMA and APPC /EXIT command support -- 12.2.2 Message level ACEE aging value for OTMA -- 12.2.3 OTMA trace table enhancement -- 12.2.4 DFSYPRX0 pre-routing exit -- 12.2.5 Input message ZZ protection for OTMA. 12.2.6 APPCIOT= in DFSDCxxx for IMS/APPC application time-out. |
| Record Nr. | UNINA-9910823732803321 |
| San Jose, CA, : IBM, International Technical Support Organization, c2004 | ||
| Materiale a stampa | ||
| Lo trovi qui: Univ. Federico II | ||
| ||
Reorganizing databases using IMS tools : a detailed look at the IBM IMS high performance tools / / [Jouko Jantti ... et al.]
| Reorganizing databases using IMS tools : a detailed look at the IBM IMS high performance tools / / [Jouko Jantti ... et al.] |
| Edizione | [1st ed.] |
| Pubbl/distr/stampa | San Jose, CA, : IBM, International Technical Support Organization, 2003 |
| Descrizione fisica | xii, 218 p. : ill |
| Disciplina | 005.8/6 |
| Altri autori (Persone) | JanttiJouko |
| Collana | IBM redbooks |
| Soggetto topico |
Data recovery (Computer science)
IMS (DL/I) (Computer system) |
| Formato | Materiale a stampa |
| Livello bibliografico | Monografia |
| Lingua di pubblicazione | eng |
| Nota di contenuto |
Front cover -- Contents -- Notices -- Trademarks -- Preface -- The team that wrote this redbook -- Become a published author -- Comments welcome -- Chapter 1. Overview of IMS tools provided by IBM -- 1.1 IBM DB2 and IMS Tools for IMS overview and strategy -- 1.2 IMS Tools portfolio -- 1.3 Positioning the reorganization utilities and tools -- 1.3.1 IMS standard base utilities -- 1.3.2 IMS High Performance utilities set of products -- 1.3.3 IMS Parallel Reorganization -- 1.3.4 IMS HALDB online reorganization function of IMS Version 9 -- 1.4 Find out more about the current IMS Tools -- 1.5 Installation information -- Chapter 2. Database reorganization process -- 2.1 Why is reorganization necessary? -- 2.1.1 When to reorganize -- 2.1.2 Tuning guidelines -- 2.1.3 Monitoring the databases -- 2.1.4 Finding tuning information in HPPC reports -- 2.2 Reorganization processing overview -- 2.3 The reorganization process -- 2.3.1 Database unload processing -- 2.3.2 Defining databases -- 2.3.3 Prereorganization -- 2.3.4 Database scan -- 2.3.5 Database reload processing -- 2.3.6 Prefix resolution -- 2.3.7 Prefix update -- 2.3.8 Unload secondary index -- 2.3.9 Reload secondary index -- 2.4 Reorganization process using high performance tools -- 2.4.1 IMS High Performance Unload -- 2.4.2 Defining data sets -- 2.4.3 Prereorganization -- 2.4.4 IMS High Performance Load -- 2.4.5 IMS High Performance Prefix Resolution -- 2.4.6 Prefix update -- 2.4.7 IMS Index Builder -- 2.5 Reorganization process using IMS Parallel Reorganization -- 2.5.1 Prereorganization -- 2.5.2 Defining shadow databases -- 2.5.3 IMS parallel reorganization -- 2.5.4 Perform data set name swapping -- 2.5.5 IMS High Performance Prefix Resolution -- 2.5.6 Prefix update -- 2.5.7 IMS Index Builder -- Chapter 3. IMS High Performance Unload -- 3.1 IMS High Performance Unload overview.
3.2 Benefits of IMS HP Unload -- 3.2.1 Unload formats -- 3.3 Using IMS High Performance Unload -- 3.3.1 Unloading an HDAM database using FABHURG1 -- 3.3.2 Using IMS High Performance Unload with HALDB -- 3.3.3 Unloading a single partition of a PHDAM database using FABHURG1 -- 3.4 Unloading corrupted databases -- 3.4.1 Useful options and keywords in unloading corrupted databases -- 3.4.2 FABHURG1 options for unloading corrupted databases -- 3.4.3 FABHFSU options for unloading corrupted databases -- 3.4.4 Using the pointer bypass option for FABHFSU -- Chapter 4. IMS High Performance Load -- 4.1 IMS High Performance Load functions -- 4.2 Benefits of IMS High Performance Load -- 4.3 Reloading a non-HALDB database -- 4.3.1 Reloading a HDAM or HIDAM database -- 4.3.2 Reloading a HDAM or HIDAM database with output for Prefix Resolution -- 4.4 Reloading a HALDB database -- 4.4.1 Reloading a PHDAM or PHIDAM database -- 4.4.2 Re-partitioning a PHDAM or PHIDAM database -- 4.4.3 Initializing partitions -- 4.5 Reloading a corrupted database -- 4.5.1 Reloading a corrupted HIDAM or PHIDAM database -- 4.5.2 Reloading a corrupted HDAM or PHDAM database -- Chapter 5. IMS Index Builder -- 5.1 IMS Index Builder functions -- 5.2 Benefits of IMS Index Builder -- 5.3 Rebuilding a primary index -- 5.3.1 Rebuilding a primary index for non-HALDB -- 5.3.2 Rebuilding a primary index for HALDB -- 5.4 Creating and rebuilding secondary indexes -- 5.4.1 Creating new secondary indexes for non-HALDB -- 5.4.2 Rebuilding secondary indexes for non-HALDB -- 5.4.3 Rebuilding primary and secondary indexes for non-HALDB in one step -- 5.4.4 Rebuilding a secondary index during database reorganization -- 5.4.5 Rebuilding a secondary index using DFSURIDX input -- 5.4.6 Creating new secondary indexes for HALDB -- 5.4.7 Rebuilding secondary indexes for HALDB. 5.4.8 Rebuilding primary and secondary indexes for HALDB in one step -- Chapter 6. IMS High Performance Prefix Resolution -- 6.1 IMS High Performance Prefix Resolution overview -- 6.2 Benefits of IMS High Performance Prefix Resolution -- 6.3 Using IMS HPPR in reorganization processing -- 6.3.1 Use of IMS HPPR with IMS Index Builder -- 6.4 Executing IMS HPPR in a reorganization process -- 6.5 Recommendations to improve performance -- Chapter 7. IMS Parallel Reorganization -- 7.1 IMS Parallel Reorganization overview -- 7.2 Benefits of IPR Driver -- 7.3 IMS Parallel Reorganization interface -- 7.4 Using the IPR Driver for database reorganization -- 7.5 The steps to run a reorganization for a non-HALDB -- 7.5.1 Create the shadow database data sets -- 7.5.2 Set the correct DBRC authorization status -- 7.5.3 Run the IPR Driver step to reorganize the database -- 7.5.4 Run an image copy -- 7.5.5 Delete the old source database data sets -- 7.6 The steps to run a reorganization for a HALDB partition -- 7.6.1 Create the shadow database data sets -- 7.6.2 Set the correct DBRC authorization status -- 7.6.3 Run the IPR Driver step to reorganize a HALDB partition -- 7.6.4 Run an image copy -- 7.6.5 Delete the old source database data sets -- 7.7 Using the IMS Parallel Reorganization interface -- 7.7.1 Unload processing using the IMS Parallel Reorganization interface -- 7.7.2 Reload processing using the IPR interface -- 7.7.3 Reloading an empty HALDB partition -- 7.7.4 Reloading an empty HALDB -- Chapter 8. IMS Database Control Suite -- 8.1 IMS Database Control Suite functions -- 8.2 Benefits of IMS Database Control Suite -- 8.3 Overview of IMS Database Control Suite -- 8.4 Setting up IMS Database Control Suite -- 8.5 Using the installation verification procedure -- 8.6 Setting up the IMS DB Control Suite ISPF environment. 8.6.1 Adding a new CS ID or updating an existing one -- 8.6.2 Adding or removing IMS tools -- 8.6.3 Defining IMS DB Control Suite environment -- 8.6.4 Collecting and updating DBDS group data -- 8.7 Invoking utility and tool functions -- 8.7.1 Creating JCL and running jobs -- 8.7.2 Using IMS DB Control Suite for database space monitoring -- 8.7.3 Other main menu options -- 8.8 Examples -- Appendix A. IMS High Performance Pointer Checker -- Hierarchical Direct (HD) Pointer Checker -- Functions -- HD Tuning Aid -- Functions -- Typical uses -- DB Historical Data Analyzer -- Functions -- Space Monitor -- Functions -- Typical uses -- Database Segment Restructure -- Functions -- Appendix B. IMS Image Copy Extensions -- IMS Image Copy Extensions functions -- Benefits of IMS Image Copy Extensions -- Appendix C. IMS Database Recovery Facility -- IMS Database Recovery Facility functions and benefits -- Abbreviations and acronyms -- Related publications -- IBM Redbooks -- Other publications -- Online resources -- How to get IBM Redbooks -- Help from IBM -- Index -- Back cover. |
| Record Nr. | UNINA-9910809965403321 |
| San Jose, CA, : IBM, International Technical Support Organization, 2003 | ||
| Materiale a stampa | ||
| Lo trovi qui: Univ. Federico II | ||
| ||