DB2 for Linux, UNIX, Windows - Adv. Recovery and High Availability · 2015. 2. 16. · CL492G...

CL492G www.globalknowledge.ae [email protected] 00 971 4 446 4987

DB2 for Linux, UNIX, Windows - Adv. Recovery and High Availability

Duration: 4 Days Course Code: CL492G

Overview:

Gain a deeper understanding of the advanced recovery features of DB2 9 for Linux, UNIX, and Windows database environments with singleand multiple partition databases. Get practical experience in the planning and utilization of a wide variety of DB2 recovery facilities in a series ofdatabase recovery scenarios you complete during lab exercises using DB2 Enterprise 9.7 for Linux.The purpose of this course is to enable the learning to gain a deeper understanding of the advanced recovery features of DB2 9 for Linux,UNIX, and Windows database environments with single and multiple partition databases. In this course, the learning will receive practicalexperience in the planning and utilization of a wide variety of DB2 recovery facilities in a series of database recovery scenarios you completeduring lab exercises using DB2 Enterprise 9.7 for Linux.

Target Audience:

This advanced course is for experienced database administrators who plan and implement recovery and high availability plans for DB2 9 forLinux, UNIX and Windows databases using single or multiple partition DPF databases. The lab exercises can be performed using a singlepartition or a multiple partition DPF database using DB2 Enterprise 9.7 for Linux.This course is appropriate for those using DB2 in a z/Linux environment.

Objectives:

Describe the unique recovery planning requirements for DB2 9single partition and DPF multiple partition databases

Execute recovery scenarios, including loss of DB2 log data using theDB2 log mirroring option, and configure a database for automaticbackups

Explore the DB2 for Linux, UNIX and Windows recovery facilitiesand database configuration options

Utilize the information in the DB2 recovery history file to plan andexecute various DB2 utilities

Plan the implementation of automated archival and retrieval ofdatabase logs

Configure a DB2 database to automatically remove recovery objectsthat are no longer needed, including backups and archived logs

Recover a DB2 table following a DROP TABLE command issuedin error

List the benefits and limitations of disaster recovery alternativesincluding log shipping to a standby database or using DB2

Utilize the REBUILD option of the RESTORE Utility to recover a replicationfull or partial database copy using either database or table spacebackups

Utilize the db2haicu command to select options for the integratedhigh availability cluster support for DB2 databases

Plan and execute the recovery of table spaces to a selected pointin time

Explore the options for operation of DB2 databases in highavailability environments including the use of a split mirror copy of

Effectively utilize incremental backup and restore to reduce the the databasesize and duration of DB2 database backups

Plan, implement, and manage the Primary and Standby databasesDescribe the database crash recovery processing performed using the High Availability Disaster Recovery (HADR) facilities ofwhen there is an unplanned outage of a DB2 database server DB2 9 for Linux, UNIX and Windows databases


and select database configuration options to minimize the restarttime.

Implement Read-Only application access to the Standby databasein a HADR environment

Utilize the redirected restore option to recover DB2 data toalternate disk configurations and invoke the db2relocatedbcommand to alter the configuration of a DB2 database

Prerequisites:

You should complete:

DB2 9 Database Administration Workshop for Linux, UNIX, andWindows (CL2X2)DB2 9 Database Administration Workshop for Linux (CL202) orDB2 9 Database Administration Workshop for UNIX (CL212) orDB2 9 Database Administration Workshop for Windows (CL232)orFast Path to DB2 9 for Experienced Relational DBAs (CL282) orDB2 9 for Linux, UNIX, and Windows Quickstart for ExperiencedRelational DBAs (CL482) orDB2 9 for LUW Multiple Partition DBA Workshop (CL24) orDB2 9 for LUW Multiple Partition Environment for Single PartitionDBAs (CL25)or have equivalent experience.


Content:

line line lineState the three types of recovery support Explain the basic principles DB2 uses for Explain the basic principles DB2 uses forSelect the DB2 Database parameters that database recovery and restart database recovery and restartsupport the DB2 logs Describe the capabilities and functional Describe the capabilities and functionalExplain the DB2 facility to recover from an requirements of DB2 logging requirements of DB2 loggingSQL DROP TABLE statement issued in Select options for some of the DB2 Select options for some of the DB2error database parameters that support database parameters that support recoveryReview the considerations of using standard recovery DB2 Recovery Log ManagementDB2 database recovery options DB2 Recovery Log Management Configure the database options toPlan for point-in-time recovery of a table Configure the database options to automate archive log managementspaces to support application processing automate archive log management Implement infinite active logging to supporterrors Implement infinite active logging to applications that require large amounts ofPlan a database recovery strategy that support applications that require large logged database changesincludes both full and Incremental backups amounts of logged database changes Describe the options provided by DB2 9 forto reduce the duration and size of database Describe the options provided by DB2 9 Linux, UNIX, and Windows to reduce logbackups for Linux, UNIX, and Windows to reduce volume, including the NOT LOGGEDDescribe the concepts and processing for log volume, including the NOT LOGGED INITIALLY optionDB2 database crash recovery INITIALLY option DB2 Dropped Table RecoveryExplain the facility of the DB2 RESTORE DB2 Dropped Table Recovery Implement dropped table recovery forcommand to recover table spaces to Implement dropped table recovery for selected table spacesdifferent containers selected table spaces Use the DB2 LIST HISTORY command toExplain the LOAD Utility options COPY Use the DB2 LIST HISTORY command gather the information needed to recover aYES, COPY NO and NONRECOVERABLE to gather the information needed to dropped tableimpact on database recovery recover a dropped table Plan and invoke the DB2 utilities involvedExplain the information recorded in the Plan and invoke the DB2 utilities involved in recovering a dropped tableRecovery History file in recovering a dropped table Database Rebuild SupportDescribe various techniques for supporting Database Rebuild Support Explain the capabilities of the REBUILDHigh Availability of DB2 databases Explain the capabilities of the REBUILD option for the RESTORE commandDescribe the benefits and limitations of option for the RESTORE command List the types of information included inseveral methods for supporting database List the types of information included in each DB2 backup image and describe howdisaster recovery each DB2 backup image and describe it is used to support rebuilding a databaseDescribe the benefits and limitations of how it is used to support rebuilding a Plan for supporting database and disasterimplementing High Availability Disaster database recovery scenarios using DB2 databaseRecovery (HADR) Plan for supporting database and and table space backups using theExplain database recovery facilities in a DB2 disaster recovery scenarios using DB2 RESTORE command with a REBUILDDPF partitioned database database and table space backups using optionDay 1 the RESTORE command with a Utilize LIST UTILITIES SHOW DETAIL toUnit 1: DB2 Database Recovery Review REBUILD option monitor progress of a RESTORE UtilityUnit 4: Database Rebuild Support Utilize LIST UTILITIES SHOW DETAIL to during database rebuildingExercise 7: Database Crash Recovery monitor progress of a RESTORE Utility Table Space RecoveryExercise 10: DB2 High Availability using split during database rebuilding Explain how the minimum recovery timemirror copies Table Space Recovery for a table space may impact application

Explain how the minimum recovery time point in time recoveryfor a table space may impact application Use the ONLINE option for RESTORE and

line point in time recovery ROLLFORWARD commands to recoverExplain the basic principles DB2 uses for Use the ONLINE option for RESTORE selected table spaces with an activedatabase recovery and restart and ROLLFORWARD commands to databaseDescribe the capabilities and functional recover selected table spaces with an DB2 Incremental Backup and Recoveryrequirements of DB2 logging active database Implement a physical database design toSelect options for some of the DB2 DB2 Incremental Backup and Recovery take advantage of Incremental backups ofdatabase parameters that support recovery Implement a physical database design to selected table spacesDB2 Recovery Log Management take advantage of Incremental backups Utilize an Incremental restore to recover aConfigure the database options to automate of selected table spaces DB2 database or table space fromarchive log management Utilize an Incremental restore to recover Incremental backup imagesImplement infinite active logging to support a DB2 database or table space from Use the LIST UTILITIES command to trackapplications that require large amounts of Incremental backup images the processing of an Incremental backuplogged database changes Use the LIST UTILITIES command to or restore processDescribe the options provided by DB2 9 for track the processing of an Incremental DB2 Database Crash RecoveryLinux, UNIX, and Windows to reduce log backup or restore process Select an appropriate value for SOFTMAXvolume, including the NOT LOGGED DB2 Database Crash Recovery to reduce database crash recovery timeINITIALLY option Select an appropriate value for Configure DB2 database options toDB2 Dropped Table Recovery SOFTMAX to reduce database crash support crash recovery for applicationsImplement dropped table recovery for recovery time Describe the impact of a database crash


selected table spaces Configure DB2 database options to and restart for DB2 Utilities like LOAD,Use the DB2 LIST HISTORY command to support crash recovery for applications REORG and IMPORTgather the information needed to recover a Describe the impact of a database crash DB2 Database and Table Spacedropped table and restart for DB2 Utilities like LOAD, RelocationPlan and invoke the DB2 utilities involved in REORG and IMPORT Use the SET TABLESPACErecovering a dropped table DB2 Database and Table Space CONTAINERS command to define newDatabase Rebuild Support Relocation containers during a redirected restoreExplain the capabilities of the REBUILD Use the SET TABLESPACE Utilize the RESTORE utility to change theoption for the RESTORE command CONTAINERS command to define new database storage paths for AUTOMATICList the types of information included in each containers during a redirected restore STORAGE table spacesDB2 backup image and describe how it is Utilize the RESTORE utility to change the Plan the use of redirected restore as partused to support rebuilding a database database storage paths for AUTOMATIC of a disaster recoveryPlan for supporting database and disaster STORAGE table spaces Describe two methods that can be used torecovery scenarios using DB2 database and Plan the use of redirected restore as part convert a DMS table space to utilizetable space backups using the RESTORE of a disaster recovery automatic storagecommand with a REBUILD option Describe two methods that can be used Use the GENERATE SCRIPT option ofUtilize LIST UTILITIES SHOW DETAIL to to convert a DMS table space to utilize RESTORE to set up a command script formonitor progress of a RESTORE Utility automatic storage a redirected restore operationduring database rebuilding Use the GENERATE SCRIPT option of Copy schemas from one database toTable Space Recovery RESTORE to set up a command script another using the TRANSPORT option ofExplain how the minimum recovery time for for a redirected restore operation the RESTORE utilitya table space may impact application point Copy schemas from one database to Use db2relocatedb when moving orin time recovery another using the TRANSPORT option of copying DB2 databases with non-DB2Use the ONLINE option for RESTORE and the RESTORE utility utilitiesROLLFORWARD commands to recover Use db2relocatedb when moving or DB2 Additional Recovery Facilitiesselected table spaces with an active copying DB2 databases with non-DB2 Select the appropriate method fordatabase utilities protecting the database from loss of logDB2 Incremental Backup and Recovery DB2 Additional Recovery Facilities fileImplement a physical database design to Select the appropriate method for Select the BACKUP Utility option totake advantage of Incremental backups of protecting the database from loss of log include the required logs in an onlineselected table spaces file backup imageUtilize an Incremental restore to recover a Select the BACKUP Utility option to Use the DB2 ARCHIVE LOG command toDB2 database or table space from include the required logs in an online make the current DB2 log available forIncremental backup images backup image archivalUse the LIST UTILITIES command to track Use the DB2 ARCHIVE LOG command Implement the DB2 option for blockingthe processing of an Incremental backup or to make the current DB2 log available for update transactions when the log diskrestore process archival becomes fullDB2 Database Crash Recovery Implement the DB2 option for blocking Implement the DB2 Utility Throttle usingSelect an appropriate value for SOFTMAX to update transactions when the log disk the UTIL_IMPACT_LIM Databasereduce database crash recovery time becomes full Manager configuration optionConfigure DB2 database options to support Implement the DB2 Utility Throttle using Configure a DB2 database for automaticcrash recovery for applications the UTIL_IMPACT_LIM Database backupsDescribe the impact of a database crash Manager configuration option Explain the self optimizing features of theand restart for DB2 Utilities like LOAD, Configure a DB2 database for automatic Backup UtilityREORG and IMPORT backups DB2 Recovery History FileDB2 Database and Table Space Relocation Explain the self optimizing features of the Use the DB2 LIST HISTORY command toUse the SET TABLESPACE CONTAINERS Backup Utility display selected information needed tocommand to define new containers during a DB2 Recovery History File plan database recoveryredirected restore Use the DB2 LIST HISTORY command Retrieve information from the databaseUtilize the RESTORE utility to change the to display selected information needed to recovery history using SQLdatabase storage paths for AUTOMATIC plan database recovery Configure a DB2 database for automaticSTORAGE table spaces Retrieve information from the database removal of database recovery objectsPlan the use of redirected restore as part of recovery history using SQL including backups and archived logsa disaster recovery Configure a DB2 database for automatic Use the PRUNE HISTORY command toDescribe two methods that can be used to removal of database recovery objects remove outdated information in theconvert a DMS table space to utilize including backups and archived logs Recovery Historyautomatic storage Use the PRUNE HISTORY command to Restore a damaged Recovery History fileUse the GENERATE SCRIPT option of remove outdated information in the High Availability and Split Mirror DatabaseRESTORE to set up a command script for a Recovery History Copyredirected restore operation Restore a damaged Recovery History file Explain the concepts involved whenCopy schemas from one database to High Availability and Split Mirror implementing the automated failover of aanother using the TRANSPORT option of Database Copy DB2 databasethe RESTORE utility Explain the concepts involved when Describe the integrated clusterUse db2relocatedb when moving or copying implementing the automated failover of a configuration and management features ofDB2 databases with non-DB2 utilities DB2 database DB2DB2 Additional Recovery Facilities Describe the integrated cluster Discuss the concepts used by DB2


Select the appropriate method for protecting configuration and management features pureScale to support High Availability for athe database from loss of log file of DB2 DB2 databaseSelect the BACKUP Utility option to include Discuss the concepts used by DB2 Plan for using split mirror copies to createthe required logs in an online backup image pureScale to support High Availability for a standby database, a database snapshotUse the DB2 ARCHIVE LOG command to a DB2 database or a database mirrormake the current DB2 log available for Plan for using split mirror copies to create Utilize the SET WRITE SUSPEND andarchival a standby database, a database DBD2INIDB commands with split mirrorImplement the DB2 option for blocking snapshot or a database mirror database copiesupdate transactions when the log disk Utilize the SET WRITE SUSPEND and Use the AS SNAPSHOT option of the DB2becomes full DBD2INIDB commands with split mirror BACKUP and RESTORE utilitiesImplement the DB2 Utility Throttle using the database copies Basic Database Disaster RecoveryUTIL_IMPACT_LIM Database Manager Use the AS SNAPSHOT option of the Techniquesconfiguration option DB2 BACKUP and RESTORE utilities Explain setup for a Standby database at aConfigure a DB2 database for automatic Basic Database Disaster Recovery remote locationbackups Techniques Plan for database disaster recovery usingExplain the self optimizing features of the Explain setup for a Standby database at remotely mirrored disksBackup Utility a remote location Describe the use of DB2 Replication toDB2 Recovery History File Plan for database disaster recovery using recover selected DB2 tables in a remoteUse the DB2 LIST HISTORY command to remotely mirrored disks databasedisplay selected information needed to plan Describe the use of DB2 Replication to DB2 High Availability Disaster Recoverydatabase recovery recover selected DB2 tables in a remote (HADR)Retrieve information from the database database Implement HADR, including the setup of arecovery history using SQL DB2 High Availability Disaster Recovery Primary and Standby databaseConfigure a DB2 database for automatic (HADR) Use the commands START HADR, STOPremoval of database recovery objects Implement HADR, including the setup of HADR, and TAKEOVER to manage anincluding backups and archived logs a Primary and Standby database operational HADR systemUse the PRUNE HISTORY command to Use the commands START HADR, Plan for the use of the DB2 Utilities likeremove outdated information in the STOP HADR, and TAKEOVER to LOAD, REORG, Backup and Restore in anRecovery History manage an operational HADR system HADR environmentRestore a damaged Recovery History file Plan for the use of the DB2 Utilities like Select appropriate HADR databaseHigh Availability and Split Mirror Database LOAD, REORG, Backup and Restore in configuration options in order to meet theCopy an HADR environment requirements of a specific applicationExplain the concepts involved when Select appropriate HADR database environment including theimplementing the automated failover of a configuration options in order to meet the HADR_PEER_WINDOWDB2 database requirements of a specific application Monitor the status of the Primary andDescribe the integrated cluster configuration environment including the Standby database using GET SNAPSHOTand management features of DB2 HADR_PEER_WINDOW FOR DATABASE or db2pd - hadrDiscuss the concepts used by DB2 Monitor the status of the Primary and Implement Read-only application access topureScale to support High Availability for a Standby database using GET the Standby Database of an HADRDB2 database SNAPSHOT FOR DATABASE or db2pd - database environmentPlan for using split mirror copies to create a hadr DB2 DPF Partitioned Database Recoverystandby database, a database snapshot or a Implement Read-only application access Considerationsdatabase mirror to the Standby Database of an HADR Describe the use of the Single SystemUtilize the SET WRITE SUSPEND and database environment View options for Backup of a partitionedDBD2INIDB commands with split mirror DB2 DPF Partitioned Database Recovery databasedatabase copies Considerations Recover a partitioned database using theUse the AS SNAPSHOT option of the DB2 Describe the use of the Single System TO END OF LOGS option of theBACKUP and RESTORE utilities View options for Backup of a partitioned ROLLFORWARD commandBasic Database Disaster Recovery database Create an online Backup of a DPFTechniques Recover a partitioned database using the partitioned database that includes all of theExplain setup for a Standby database at a TO END OF LOGS option of the required active logsremote location ROLLFORWARD command Implement automated archival of DB2 logsPlan for database disaster recovery using Create an online Backup of a DPF in a DPF partitioned databaseremotely mirrored disks partitioned database that includes all of Perform dropped table recovery in a DPFDescribe the use of DB2 Replication to the required active logs partitioned databaserecover selected DB2 tables in a remote Implement automated archival of DB2 Use the REBUILD option of RESTORE todatabase logs in a DPF partitioned database build a partial copy of a DPF PartitionedDB2 High Availability Disaster Recovery Perform dropped table recovery in a DPF database(HADR) partitioned database Describe the crash recovery processingImplement HADR, including the setup of a Use the REBUILD option of RESTORE to performed for a DPF partitioned databasePrimary and Standby database build a partial copy of a DPF Partitioned Explain the use of redirected restores andUse the commands START HADR, STOP database db2relocatedb with DPF partitionedHADR, and TAKEOVER to manage an Describe the crash recovery processing databasesoperational HADR system performed for a DPF partitioned database Use db2inidb for split mirror copies with aPlan for the use of the DB2 Utilities like Explain the use of redirected restores and DPF partitioned databasesLOAD, REORG, Backup and Restore in an db2relocatedb with DPF partitioned Agenda


HADR environment databases Exercise 1: Configuring DB2 for RecoverySelect appropriate HADR database Use db2inidb for split mirror copies with a Unit 2: DB2 Recovery Log Managementconfiguration options in order to meet the DPF partitioned databases Exercise 2: Managing DB2 Log Filesrequirements of a specific application Agenda Unit 3: Dropped Table Recoveryenvironment including the Exercise 1: Configuring DB2 for Recovery Exercise 3: DB2 Dropped Table RecoveryHADR_PEER_WINDOW Unit 2: DB2 Recovery Log Management Day 2Monitor the status of the Primary and Exercise 2: Managing DB2 Log Files Exercise 4: Database Rebuild SupportStandby database using GET SNAPSHOT Unit 3: Dropped Table Recovery Unit 5: Table Space RecoveryFOR DATABASE or db2pd - hadr Exercise 3: DB2 Dropped Table Exercise 5: Table Space Point-in-TimeImplement Read-only application access to Recovery Recoverythe Standby Database of an HADR Day 2 Unit 6: Incremental Backup and Recoverydatabase environment Exercise 4: Database Rebuild Support Exercise 6: Incremental Backup andDB2 DPF Partitioned Database Recovery Unit 5: Table Space Recovery RestoreConsiderations Exercise 5: Table Space Point-in-Time Unit 7: DB2 Database Crash RecoveryDescribe the use of the Single System View Recovery Day 3options for Backup of a partitioned database Unit 6: Incremental Backup and Recovery Unit 8: DB2 Database and Table SpaceRecover a partitioned database using the Exercise 6: Incremental Backup and RelocationTO END OF LOGS option of the Restore Exercise 8: DB2 Table space RelocationROLLFORWARD command Unit 7: DB2 Database Crash Recovery Unit 9: DB2 Additional Recovery FacilitiesCreate an online Backup of a DPF Day 3 Exercise 9: Additional Recovery Facilitiespartitioned database that includes all of the Unit 8: DB2 Database and Table Space Unit 10: DB2 Recovery History Filerequired active logs Relocation Unit 11: High Availability and Split MirrorImplement automated archival of DB2 logs Exercise 8: DB2 Table space Relocation Database Copyin a DPF partitioned database Unit 9: DB2 Additional Recovery Facilities Day 4Perform dropped table recovery in a DPF Exercise 9: Additional Recovery Facilities Unit 12: Basic Database Disasterpartitioned database Unit 10: DB2 Recovery History File Recovery TechniquesUse the REBUILD option of RESTORE to Unit 11: High Availability and Split Mirror Exercise 11: DB2 Database Disasterbuild a partial copy of a DPF Partitioned Database Copy Recovery using Log Shippingdatabase Day 4 Unit 13: DB2 High Availability DisasterDescribe the crash recovery processing Unit 12: Basic Database Disaster Recovery (HADR)performed for a DPF partitioned database Recovery Techniques Exercise 12: DB2 High Availability DisasterExplain the use of redirected restores and Exercise 11: DB2 Database Disaster Recovery (HADR)db2relocatedb with DPF partitioned Recovery using Log Shipping Unit 14: DB2 DPF Partitioned Databasedatabases Unit 13: DB2 High Availability Disaster RecoveryUse db2inidb for split mirror copies with a Recovery (HADR)DPF partitioned databases Exercise 12: DB2 High AvailabilityAgenda Disaster Recovery (HADR) lineExercise 1: Configuring DB2 for Recovery Unit 14: DB2 DPF Partitioned Database Explain the basic principles DB2 uses forUnit 2: DB2 Recovery Log Management Recovery database recovery and restartExercise 2: Managing DB2 Log Files Describe the capabilities and functionalUnit 3: Dropped Table Recovery requirements of DB2 loggingExercise 3: DB2 Dropped Table Recovery line Select options for some of the DB2Day 2 Explain the basic principles DB2 uses for database parameters that support recoveryExercise 4: Database Rebuild Support database recovery and restart DB2 Recovery Log ManagementUnit 5: Table Space Recovery Describe the capabilities and functional Configure the database options toExercise 5: Table Space Point-in-Time requirements of DB2 logging automate archive log managementRecovery Select options for some of the DB2 Implement infinite active logging to supportUnit 6: Incremental Backup and Recovery database parameters that support applications that require large amounts ofExercise 6: Incremental Backup and Restore recovery logged database changesUnit 7: DB2 Database Crash Recovery DB2 Recovery Log Management Describe the options provided by DB2 9 forDay 3 Configure the database options to Linux, UNIX, and Windows to reduce logUnit 8: DB2 Database and Table Space automate archive log management volume, including the NOT LOGGEDRelocation Implement infinite active logging to INITIALLY optionExercise 8: DB2 Table space Relocation support applications that require large DB2 Dropped Table RecoveryUnit 9: DB2 Additional Recovery Facilities amounts of logged database changes Implement dropped table recovery forExercise 9: Additional Recovery Facilities Describe the options provided by DB2 9 selected table spacesUnit 10: DB2 Recovery History File for Linux, UNIX, and Windows to reduce Use the DB2 LIST HISTORY command toUnit 11: High Availability and Split Mirror log volume, including the NOT LOGGED gather the information needed to recover aDatabase Copy INITIALLY option dropped tableDay 4 DB2 Dropped Table Recovery Plan and invoke the DB2 utilities involvedUnit 12: Basic Database Disaster Recovery Implement dropped table recovery for in recovering a dropped tableTechniques selected table spaces Database Rebuild SupportExercise 11: DB2 Database Disaster Use the DB2 LIST HISTORY command Explain the capabilities of the REBUILDRecovery using Log Shipping to gather the information needed to option for the RESTORE commandUnit 13: DB2 High Availability Disaster recover a dropped table List the types of information included inRecovery (HADR) Plan and invoke the DB2 utilities involved each DB2 backup image and describe how


Exercise 12: DB2 High Availability Disaster in recovering a dropped table it is used to support rebuilding a databaseRecovery (HADR) Database Rebuild Support Plan for supporting database and disasterUnit 14: DB2 DPF Partitioned Database Explain the capabilities of the REBUILD recovery scenarios using DB2 databaseRecovery option for the RESTORE command and table space backups using the

List the types of information included in RESTORE command with a REBUILDeach DB2 backup image and describe option

line how it is used to support rebuilding a Utilize LIST UTILITIES SHOW DETAIL toExplain the basic principles DB2 uses for database monitor progress of a RESTORE Utilitydatabase recovery and restart Plan for supporting database and during database rebuildingDescribe the capabilities and functional disaster recovery scenarios using DB2 Table Space Recoveryrequirements of DB2 logging database and table space backups using Explain how the minimum recovery timeSelect options for some of the DB2 the RESTORE command with a for a table space may impact applicationdatabase parameters that support recovery REBUILD option point in time recoveryDB2 Recovery Log Management Utilize LIST UTILITIES SHOW DETAIL to Use the ONLINE option for RESTORE andConfigure the database options to automate monitor progress of a RESTORE Utility ROLLFORWARD commands to recoverarchive log management during database rebuilding selected table spaces with an activeImplement infinite active logging to support Table Space Recovery databaseapplications that require large amounts of Explain how the minimum recovery time DB2 Incremental Backup and Recoverylogged database changes for a table space may impact application Implement a physical database design toDescribe the options provided by DB2 9 for point in time recovery take advantage of Incremental backups ofLinux, UNIX, and Windows to reduce log Use the ONLINE option for RESTORE selected table spacesvolume, including the NOT LOGGED and ROLLFORWARD commands to Utilize an Incremental restore to recover aINITIALLY option recover selected table spaces with an DB2 database or table space fromDB2 Dropped Table Recovery active database Incremental backup imagesImplement dropped table recovery for DB2 Incremental Backup and Recovery Use the LIST UTILITIES command to trackselected table spaces Implement a physical database design to the processing of an Incremental backupUse the DB2 LIST HISTORY command to take advantage of Incremental backups or restore processgather the information needed to recover a of selected table spaces DB2 Database Crash Recoverydropped table Utilize an Incremental restore to recover Select an appropriate value for SOFTMAXPlan and invoke the DB2 utilities involved in a DB2 database or table space from to reduce database crash recovery timerecovering a dropped table Incremental backup images Configure DB2 database options toDatabase Rebuild Support Use the LIST UTILITIES command to support crash recovery for applicationsExplain the capabilities of the REBUILD track the processing of an Incremental Describe the impact of a database crashoption for the RESTORE command backup or restore process and restart for DB2 Utilities like LOAD,List the types of information included in each DB2 Database Crash Recovery REORG and IMPORTDB2 backup image and describe how it is Select an appropriate value for DB2 Database and Table Spaceused to support rebuilding a database SOFTMAX to reduce database crash RelocationPlan for supporting database and disaster recovery time Use the SET TABLESPACErecovery scenarios using DB2 database and Configure DB2 database options to CONTAINERS command to define newtable space backups using the RESTORE support crash recovery for applications containers during a redirected restorecommand with a REBUILD option Describe the impact of a database crash Utilize the RESTORE utility to change theUtilize LIST UTILITIES SHOW DETAIL to and restart for DB2 Utilities like LOAD, database storage paths for AUTOMATICmonitor progress of a RESTORE Utility REORG and IMPORT STORAGE table spacesduring database rebuilding DB2 Database and Table Space Plan the use of redirected restore as partTable Space Recovery Relocation of a disaster recoveryExplain how the minimum recovery time for Use the SET TABLESPACE Describe two methods that can be used toa table space may impact application point CONTAINERS command to define new convert a DMS table space to utilizein time recovery containers during a redirected restore automatic storageUse the ONLINE option for RESTORE and Utilize the RESTORE utility to change the Use the GENERATE SCRIPT option ofROLLFORWARD commands to recover database storage paths for AUTOMATIC RESTORE to set up a command script forselected table spaces with an active STORAGE table spaces a redirected restore operationdatabase Plan the use of redirected restore as part Copy schemas from one database toDB2 Incremental Backup and Recovery of a disaster recovery another using the TRANSPORT option ofImplement a physical database design to Describe two methods that can be used the RESTORE utilitytake advantage of Incremental backups of to convert a DMS table space to utilize Use db2relocatedb when moving orselected table spaces automatic storage copying DB2 databases with non-DB2Utilize an Incremental restore to recover a Use the GENERATE SCRIPT option of utilitiesDB2 database or table space from RESTORE to set up a command script DB2 Additional Recovery FacilitiesIncremental backup images for a redirected restore operation Select the appropriate method forUse the LIST UTILITIES command to track Copy schemas from one database to protecting the database from loss of logthe processing of an Incremental backup or another using the TRANSPORT option of filerestore process the RESTORE utility Select the BACKUP Utility option toDB2 Database Crash Recovery Use db2relocatedb when moving or include the required logs in an onlineSelect an appropriate value for SOFTMAX to copying DB2 databases with non-DB2 backup imagereduce database crash recovery time utilities Use the DB2 ARCHIVE LOG command toConfigure DB2 database options to support DB2 Additional Recovery Facilities make the current DB2 log available for


crash recovery for applications Select the appropriate method for archivalDescribe the impact of a database crash protecting the database from loss of log Implement the DB2 option for blockingand restart for DB2 Utilities like LOAD, file update transactions when the log diskREORG and IMPORT Select the BACKUP Utility option to becomes fullDB2 Database and Table Space Relocation include the required logs in an online Implement the DB2 Utility Throttle usingUse the SET TABLESPACE CONTAINERS backup image the UTIL_IMPACT_LIM Databasecommand to define new containers during a Use the DB2 ARCHIVE LOG command Manager configuration optionredirected restore to make the current DB2 log available for Configure a DB2 database for automaticUtilize the RESTORE utility to change the archival backupsdatabase storage paths for AUTOMATIC Implement the DB2 option for blocking Explain the self optimizing features of theSTORAGE table spaces update transactions when the log disk Backup UtilityPlan the use of redirected restore as part of becomes full DB2 Recovery History Filea disaster recovery Implement the DB2 Utility Throttle using Use the DB2 LIST HISTORY command toDescribe two methods that can be used to the UTIL_IMPACT_LIM Database display selected information needed toconvert a DMS table space to utilize Manager configuration option plan database recoveryautomatic storage Configure a DB2 database for automatic Retrieve information from the databaseUse the GENERATE SCRIPT option of backups recovery history using SQLRESTORE to set up a command script for a Explain the self optimizing features of the Configure a DB2 database for automaticredirected restore operation Backup Utility removal of database recovery objectsCopy schemas from one database to DB2 Recovery History File including backups and archived logsanother using the TRANSPORT option of Use the DB2 LIST HISTORY command Use the PRUNE HISTORY command tothe RESTORE utility to display selected information needed to remove outdated information in theUse db2relocatedb when moving or copying plan database recovery Recovery HistoryDB2 databases with non-DB2 utilities Retrieve information from the database Restore a damaged Recovery History fileDB2 Additional Recovery Facilities recovery history using SQL High Availability and Split Mirror DatabaseSelect the appropriate method for protecting Configure a DB2 database for automatic Copythe database from loss of log file removal of database recovery objects Explain the concepts involved whenSelect the BACKUP Utility option to include including backups and archived logs implementing the automated failover of athe required logs in an online backup image Use the PRUNE HISTORY command to DB2 databaseUse the DB2 ARCHIVE LOG command to remove outdated information in the Describe the integrated clustermake the current DB2 log available for Recovery History configuration and management features ofarchival Restore a damaged Recovery History file DB2Implement the DB2 option for blocking High Availability and Split Mirror Discuss the concepts used by DB2update transactions when the log disk Database Copy pureScale to support High Availability for abecomes full Explain the concepts involved when DB2 databaseImplement the DB2 Utility Throttle using the implementing the automated failover of a Plan for using split mirror copies to createUTIL_IMPACT_LIM Database Manager DB2 database a standby database, a database snapshotconfiguration option Describe the integrated cluster or a database mirrorConfigure a DB2 database for automatic configuration and management features Utilize the SET WRITE SUSPEND andbackups of DB2 DBD2INIDB commands with split mirrorExplain the self optimizing features of the Discuss the concepts used by DB2 database copiesBackup Utility pureScale to support High Availability for Use the AS SNAPSHOT option of the DB2DB2 Recovery History File a DB2 database BACKUP and RESTORE utilitiesUse the DB2 LIST HISTORY command to Plan for using split mirror copies to create Basic Database Disaster Recoverydisplay selected information needed to plan a standby database, a database Techniquesdatabase recovery snapshot or a database mirror Explain setup for a Standby database at aRetrieve information from the database Utilize the SET WRITE SUSPEND and remote locationrecovery history using SQL DBD2INIDB commands with split mirror Plan for database disaster recovery usingConfigure a DB2 database for automatic database copies remotely mirrored disksremoval of database recovery objects Use the AS SNAPSHOT option of the Describe the use of DB2 Replication toincluding backups and archived logs DB2 BACKUP and RESTORE utilities recover selected DB2 tables in a remoteUse the PRUNE HISTORY command to Basic Database Disaster Recovery databaseremove outdated information in the Techniques DB2 High Availability Disaster RecoveryRecovery History Explain setup for a Standby database at (HADR)Restore a damaged Recovery History file a remote location Implement HADR, including the setup of aHigh Availability and Split Mirror Database Plan for database disaster recovery using Primary and Standby databaseCopy remotely mirrored disks Use the commands START HADR, STOPExplain the concepts involved when Describe the use of DB2 Replication to HADR, and TAKEOVER to manage animplementing the automated failover of a recover selected DB2 tables in a remote operational HADR systemDB2 database database Plan for the use of the DB2 Utilities likeDescribe the integrated cluster configuration DB2 High Availability Disaster Recovery LOAD, REORG, Backup and Restore in anand management features of DB2 (HADR) HADR environmentDiscuss the concepts used by DB2 Implement HADR, including the setup of Select appropriate HADR databasepureScale to support High Availability for a a Primary and Standby database configuration options in order to meet theDB2 database Use the commands START HADR, requirements of a specific applicationPlan for using split mirror copies to create a STOP HADR, and TAKEOVER to environment including the


standby database, a database snapshot or a manage an operational HADR system HADR_PEER_WINDOWdatabase mirror Plan for the use of the DB2 Utilities like Monitor the status of the Primary andUtilize the SET WRITE SUSPEND and LOAD, REORG, Backup and Restore in Standby database using GET SNAPSHOTDBD2INIDB commands with split mirror an HADR environment FOR DATABASE or db2pd - hadrdatabase copies Select appropriate HADR database Implement Read-only application access toUse the AS SNAPSHOT option of the DB2 configuration options in order to meet the the Standby Database of an HADRBACKUP and RESTORE utilities requirements of a specific application database environmentBasic Database Disaster Recovery environment including the DB2 DPF Partitioned Database RecoveryTechniques HADR_PEER_WINDOW ConsiderationsExplain setup for a Standby database at a Monitor the status of the Primary and Describe the use of the Single Systemremote location Standby database using GET View options for Backup of a partitionedPlan for database disaster recovery using SNAPSHOT FOR DATABASE or db2pd - databaseremotely mirrored disks hadr Recover a partitioned database using theDescribe the use of DB2 Replication to Implement Read-only application access TO END OF LOGS option of therecover selected DB2 tables in a remote to the Standby Database of an HADR ROLLFORWARD commanddatabase database environment Create an online Backup of a DPFDB2 High Availability Disaster Recovery DB2 DPF Partitioned Database Recovery partitioned database that includes all of the(HADR) Considerations required active logsImplement HADR, including the setup of a Describe the use of the Single System Implement automated archival of DB2 logsPrimary and Standby database View options for Backup of a partitioned in a DPF partitioned databaseUse the commands START HADR, STOP database Perform dropped table recovery in a DPFHADR, and TAKEOVER to manage an Recover a partitioned database using the partitioned databaseoperational HADR system TO END OF LOGS option of the Use the REBUILD option of RESTORE toPlan for the use of the DB2 Utilities like ROLLFORWARD command build a partial copy of a DPF PartitionedLOAD, REORG, Backup and Restore in an Create an online Backup of a DPF databaseHADR environment partitioned database that includes all of Describe the crash recovery processingSelect appropriate HADR database the required active logs performed for a DPF partitioned databaseconfiguration options in order to meet the Implement automated archival of DB2 Explain the use of redirected restores andrequirements of a specific application logs in a DPF partitioned database db2relocatedb with DPF partitionedenvironment including the Perform dropped table recovery in a DPF databasesHADR_PEER_WINDOW partitioned database Use db2inidb for split mirror copies with aMonitor the status of the Primary and Use the REBUILD option of RESTORE to DPF partitioned databasesStandby database using GET SNAPSHOT build a partial copy of a DPF Partitioned AgendaFOR DATABASE or db2pd - hadr database Exercise 1: Configuring DB2 for RecoveryImplement Read-only application access to Describe the crash recovery processing Unit 2: DB2 Recovery Log Managementthe Standby Database of an HADR performed for a DPF partitioned database Exercise 2: Managing DB2 Log Filesdatabase environment Explain the use of redirected restores and Unit 3: Dropped Table RecoveryDB2 DPF Partitioned Database Recovery db2relocatedb with DPF partitioned Exercise 3: DB2 Dropped Table RecoveryConsiderations databases Day 2Describe the use of the Single System View Use db2inidb for split mirror copies with a Exercise 4: Database Rebuild Supportoptions for Backup of a partitioned database DPF partitioned databases Unit 5: Table Space RecoveryRecover a partitioned database using the Agenda Exercise 5: Table Space Point-in-TimeTO END OF LOGS option of the Exercise 1: Configuring DB2 for Recovery RecoveryROLLFORWARD command Unit 2: DB2 Recovery Log Management Unit 6: Incremental Backup and RecoveryCreate an online Backup of a DPF Exercise 2: Managing DB2 Log Files Exercise 6: Incremental Backup andpartitioned database that includes all of the Unit 3: Dropped Table Recovery Restorerequired active logs Exercise 3: DB2 Dropped Table Unit 7: DB2 Database Crash RecoveryImplement automated archival of DB2 logs Recovery Day 3in a DPF partitioned database Day 2 Unit 8: DB2 Database and Table SpacePerform dropped table recovery in a DPF Exercise 4: Database Rebuild Support Relocationpartitioned database Unit 5: Table Space Recovery Exercise 8: DB2 Table space RelocationUse the REBUILD option of RESTORE to Exercise 5: Table Space Point-in-Time Unit 9: DB2 Additional Recovery Facilitiesbuild a partial copy of a DPF Partitioned Recovery Exercise 9: Additional Recovery Facilitiesdatabase Unit 6: Incremental Backup and Recovery Unit 10: DB2 Recovery History FileDescribe the crash recovery processing Exercise 6: Incremental Backup and Unit 11: High Availability and Split Mirrorperformed for a DPF partitioned database Restore Database CopyExplain the use of redirected restores and Unit 7: DB2 Database Crash Recovery Day 4db2relocatedb with DPF partitioned Day 3 Unit 12: Basic Database Disasterdatabases Unit 8: DB2 Database and Table Space Recovery TechniquesUse db2inidb for split mirror copies with a Relocation Exercise 11: DB2 Database DisasterDPF partitioned databases Exercise 8: DB2 Table space Relocation Recovery using Log ShippingAgenda Unit 9: DB2 Additional Recovery Facilities Unit 13: DB2 High Availability DisasterExercise 1: Configuring DB2 for Recovery Exercise 9: Additional Recovery Facilities Recovery (HADR)Unit 2: DB2 Recovery Log Management Unit 10: DB2 Recovery History File Exercise 12: DB2 High Availability DisasterExercise 2: Managing DB2 Log Files Unit 11: High Availability and Split Mirror Recovery (HADR)Unit 3: Dropped Table Recovery Database Copy Unit 14: DB2 DPF Partitioned Database


Exercise 3: DB2 Dropped Table Recovery Day 4 RecoveryDay 2 Unit 12: Basic Database DisasterExercise 4: Database Rebuild Support Recovery TechniquesUnit 5: Table Space Recovery Exercise 11: DB2 Database Disaster lineExercise 5: Table Space Point-in-Time Recovery using Log Shipping Explain the basic principles DB2 uses forRecovery Unit 13: DB2 High Availability Disaster database recovery and restartUnit 6: Incremental Backup and Recovery Recovery (HADR) Describe the capabilities and functionalExercise 6: Incremental Backup and Restore Exercise 12: DB2 High Availability requirements of DB2 loggingUnit 7: DB2 Database Crash Recovery Disaster Recovery (HADR) Select options for some of the DB2Day 3 Unit 14: DB2 DPF Partitioned Database database parameters that support recoveryUnit 8: DB2 Database and Table Space Recovery DB2 Recovery Log ManagementRelocation Configure the database options toExercise 8: DB2 Table space Relocation automate archive log managementUnit 9: DB2 Additional Recovery Facilities line Implement infinite active logging to supportExercise 9: Additional Recovery Facilities Explain the basic principles DB2 uses for applications that require large amounts ofUnit 10: DB2 Recovery History File database recovery and restart logged database changesUnit 11: High Availability and Split Mirror Describe the capabilities and functional Describe the options provided by DB2 9 forDatabase Copy requirements of DB2 logging Linux, UNIX, and Windows to reduce logDay 4 Select options for some of the DB2 volume, including the NOT LOGGEDUnit 12: Basic Database Disaster Recovery database parameters that support INITIALLY optionTechniques recovery DB2 Dropped Table RecoveryExercise 11: DB2 Database Disaster DB2 Recovery Log Management Implement dropped table recovery forRecovery using Log Shipping Configure the database options to selected table spacesUnit 13: DB2 High Availability Disaster automate archive log management Use the DB2 LIST HISTORY command toRecovery (HADR) Implement infinite active logging to gather the information needed to recover aExercise 12: DB2 High Availability Disaster support applications that require large dropped tableRecovery (HADR) amounts of logged database changes Plan and invoke the DB2 utilities involvedUnit 14: DB2 DPF Partitioned Database Describe the options provided by DB2 9 in recovering a dropped tableRecovery for Linux, UNIX, and Windows to reduce Database Rebuild Support

log volume, including the NOT LOGGED Explain the capabilities of the REBUILDINITIALLY option option for the RESTORE command

line DB2 Dropped Table Recovery List the types of information included inExplain the basic principles DB2 uses for Implement dropped table recovery for each DB2 backup image and describe howdatabase recovery and restart selected table spaces it is used to support rebuilding a databaseDescribe the capabilities and functional Use the DB2 LIST HISTORY command Plan for supporting database and disasterrequirements of DB2 logging to gather the information needed to recovery scenarios using DB2 databaseSelect options for some of the DB2 recover a dropped table and table space backups using thedatabase parameters that support recovery Plan and invoke the DB2 utilities involved RESTORE command with a REBUILDDB2 Recovery Log Management in recovering a dropped table optionConfigure the database options to automate Database Rebuild Support Utilize LIST UTILITIES SHOW DETAIL toarchive log management Explain the capabilities of the REBUILD monitor progress of a RESTORE UtilityImplement infinite active logging to support option for the RESTORE command during database rebuildingapplications that require large amounts of List the types of information included in Table Space Recoverylogged database changes each DB2 backup image and describe Explain how the minimum recovery timeDescribe the options provided by DB2 9 for how it is used to support rebuilding a for a table space may impact applicationLinux, UNIX, and Windows to reduce log database point in time recoveryvolume, including the NOT LOGGED Plan for supporting database and Use the ONLINE option for RESTORE andINITIALLY option disaster recovery scenarios using DB2 ROLLFORWARD commands to recoverDB2 Dropped Table Recovery database and table space backups using selected table spaces with an activeImplement dropped table recovery for the RESTORE command with a databaseselected table spaces REBUILD option DB2 Incremental Backup and RecoveryUse the DB2 LIST HISTORY command to Utilize LIST UTILITIES SHOW DETAIL to Implement a physical database design togather the information needed to recover a monitor progress of a RESTORE Utility take advantage of Incremental backups ofdropped table during database rebuilding selected table spacesPlan and invoke the DB2 utilities involved in Table Space Recovery Utilize an Incremental restore to recover arecovering a dropped table Explain how the minimum recovery time DB2 database or table space fromDatabase Rebuild Support for a table space may impact application Incremental backup imagesExplain the capabilities of the REBUILD point in time recovery Use the LIST UTILITIES command to trackoption for the RESTORE command Use the ONLINE option for RESTORE the processing of an Incremental backupList the types of information included in each and ROLLFORWARD commands to or restore processDB2 backup image and describe how it is recover selected table spaces with an DB2 Database Crash Recoveryused to support rebuilding a database active database Select an appropriate value for SOFTMAXPlan for supporting database and disaster DB2 Incremental Backup and Recovery to reduce database crash recovery timerecovery scenarios using DB2 database and Implement a physical database design to Configure DB2 database options totable space backups using the RESTORE take advantage of Incremental backups support crash recovery for applicationscommand with a REBUILD option of selected table spaces Describe the impact of a database crash


Utilize LIST UTILITIES SHOW DETAIL to Utilize an Incremental restore to recover and restart for DB2 Utilities like LOAD,monitor progress of a RESTORE Utility a DB2 database or table space from REORG and IMPORTduring database rebuilding Incremental backup images DB2 Database and Table SpaceTable Space Recovery Use the LIST UTILITIES command to RelocationExplain how the minimum recovery time for track the processing of an Incremental Use the SET TABLESPACEa table space may impact application point backup or restore process CONTAINERS command to define newin time recovery DB2 Database Crash Recovery containers during a redirected restoreUse the ONLINE option for RESTORE and Select an appropriate value for Utilize the RESTORE utility to change theROLLFORWARD commands to recover SOFTMAX to reduce database crash database storage paths for AUTOMATICselected table spaces with an active recovery time STORAGE table spacesdatabase Configure DB2 database options to Plan the use of redirected restore as partDB2 Incremental Backup and Recovery support crash recovery for applications of a disaster recoveryImplement a physical database design to Describe the impact of a database crash Describe two methods that can be used totake advantage of Incremental backups of and restart for DB2 Utilities like LOAD, convert a DMS table space to utilizeselected table spaces REORG and IMPORT automatic storageUtilize an Incremental restore to recover a DB2 Database and Table Space Use the GENERATE SCRIPT option ofDB2 database or table space from Relocation RESTORE to set up a command script forIncremental backup images Use the SET TABLESPACE a redirected restore operationUse the LIST UTILITIES command to track CONTAINERS command to define new Copy schemas from one database tothe processing of an Incremental backup or containers during a redirected restore another using the TRANSPORT option ofrestore process Utilize the RESTORE utility to change the the RESTORE utilityDB2 Database Crash Recovery database storage paths for AUTOMATIC Use db2relocatedb when moving orSelect an appropriate value for SOFTMAX to STORAGE table spaces copying DB2 databases with non-DB2reduce database crash recovery time Plan the use of redirected restore as part utilitiesConfigure DB2 database options to support of a disaster recovery DB2 Additional Recovery Facilitiescrash recovery for applications Describe two methods that can be used Select the appropriate method forDescribe the impact of a database crash to convert a DMS table space to utilize protecting the database from loss of logand restart for DB2 Utilities like LOAD, automatic storage fileREORG and IMPORT Use the GENERATE SCRIPT option of Select the BACKUP Utility option toDB2 Database and Table Space Relocation RESTORE to set up a command script include the required logs in an onlineUse the SET TABLESPACE CONTAINERS for a redirected restore operation backup imagecommand to define new containers during a Copy schemas from one database to Use the DB2 ARCHIVE LOG command toredirected restore another using the TRANSPORT option of make the current DB2 log available forUtilize the RESTORE utility to change the the RESTORE utility archivaldatabase storage paths for AUTOMATIC Use db2relocatedb when moving or Implement the DB2 option for blockingSTORAGE table spaces copying DB2 databases with non-DB2 update transactions when the log diskPlan the use of redirected restore as part of utilities becomes fulla disaster recovery DB2 Additional Recovery Facilities Implement the DB2 Utility Throttle usingDescribe two methods that can be used to Select the appropriate method for the UTIL_IMPACT_LIM Databaseconvert a DMS table space to utilize protecting the database from loss of log Manager configuration optionautomatic storage file Configure a DB2 database for automaticUse the GENERATE SCRIPT option of Select the BACKUP Utility option to backupsRESTORE to set up a command script for a include the required logs in an online Explain the self optimizing features of theredirected restore operation backup image Backup UtilityCopy schemas from one database to Use the DB2 ARCHIVE LOG command DB2 Recovery History Fileanother using the TRANSPORT option of to make the current DB2 log available for Use the DB2 LIST HISTORY command tothe RESTORE utility archival display selected information needed toUse db2relocatedb when moving or copying Implement the DB2 option for blocking plan database recoveryDB2 databases with non-DB2 utilities update transactions when the log disk Retrieve information from the databaseDB2 Additional Recovery Facilities becomes full recovery history using SQLSelect the appropriate method for protecting Implement the DB2 Utility Throttle using Configure a DB2 database for automaticthe database from loss of log file the UTIL_IMPACT_LIM Database removal of database recovery objectsSelect the BACKUP Utility option to include Manager configuration option including backups and archived logsthe required logs in an online backup image Configure a DB2 database for automatic Use the PRUNE HISTORY command toUse the DB2 ARCHIVE LOG command to backups remove outdated information in themake the current DB2 log available for Explain the self optimizing features of the Recovery Historyarchival Backup Utility Restore a damaged Recovery History fileImplement the DB2 option for blocking DB2 Recovery History File High Availability and Split Mirror Databaseupdate transactions when the log disk Use the DB2 LIST HISTORY command Copybecomes full to display selected information needed to Explain the concepts involved whenImplement the DB2 Utility Throttle using the plan database recovery implementing the automated failover of aUTIL_IMPACT_LIM Database Manager Retrieve information from the database DB2 databaseconfiguration option recovery history using SQL Describe the integrated clusterConfigure a DB2 database for automatic Configure a DB2 database for automatic configuration and management features ofbackups removal of database recovery objects DB2Explain the self optimizing features of the including backups and archived logs Discuss the concepts used by DB2


Backup Utility Use the PRUNE HISTORY command to pureScale to support High Availability for aDB2 Recovery History File remove outdated information in the DB2 databaseUse the DB2 LIST HISTORY command to Recovery History Plan for using split mirror copies to createdisplay selected information needed to plan Restore a damaged Recovery History file a standby database, a database snapshotdatabase recovery High Availability and Split Mirror or a database mirrorRetrieve information from the database Database Copy Utilize the SET WRITE SUSPEND andrecovery history using SQL Explain the concepts involved when DBD2INIDB commands with split mirrorConfigure a DB2 database for automatic implementing the automated failover of a database copiesremoval of database recovery objects DB2 database Use the AS SNAPSHOT option of the DB2including backups and archived logs Describe the integrated cluster BACKUP and RESTORE utilitiesUse the PRUNE HISTORY command to configuration and management features Basic Database Disaster Recoveryremove outdated information in the of DB2 TechniquesRecovery History Discuss the concepts used by DB2 Explain setup for a Standby database at aRestore a damaged Recovery History file pureScale to support High Availability for remote locationHigh Availability and Split Mirror Database a DB2 database Plan for database disaster recovery usingCopy Plan for using split mirror copies to create remotely mirrored disksExplain the concepts involved when a standby database, a database Describe the use of DB2 Replication toimplementing the automated failover of a snapshot or a database mirror recover selected DB2 tables in a remoteDB2 database Utilize the SET WRITE SUSPEND and databaseDescribe the integrated cluster configuration DBD2INIDB commands with split mirror DB2 High Availability Disaster Recoveryand management features of DB2 database copies (HADR)Discuss the concepts used by DB2 Use the AS SNAPSHOT option of the Implement HADR, including the setup of apureScale to support High Availability for a DB2 BACKUP and RESTORE utilities Primary and Standby databaseDB2 database Basic Database Disaster Recovery Use the commands START HADR, STOPPlan for using split mirror copies to create a Techniques HADR, and TAKEOVER to manage anstandby database, a database snapshot or a Explain setup for a Standby database at operational HADR systemdatabase mirror a remote location Plan for the use of the DB2 Utilities likeUtilize the SET WRITE SUSPEND and Plan for database disaster recovery using LOAD, REORG, Backup and Restore in anDBD2INIDB commands with split mirror remotely mirrored disks HADR environmentdatabase copies Describe the use of DB2 Replication to Select appropriate HADR databaseUse the AS SNAPSHOT option of the DB2 recover selected DB2 tables in a remote configuration options in order to meet theBACKUP and RESTORE utilities database requirements of a specific applicationBasic Database Disaster Recovery DB2 High Availability Disaster Recovery environment including theTechniques (HADR) HADR_PEER_WINDOWExplain setup for a Standby database at a Implement HADR, including the setup of Monitor the status of the Primary andremote location a Primary and Standby database Standby database using GET SNAPSHOTPlan for database disaster recovery using Use the commands START HADR, FOR DATABASE or db2pd - hadrremotely mirrored disks STOP HADR, and TAKEOVER to Implement Read-only application access toDescribe the use of DB2 Replication to manage an operational HADR system the Standby Database of an HADRrecover selected DB2 tables in a remote Plan for the use of the DB2 Utilities like database environmentdatabase LOAD, REORG, Backup and Restore in DB2 DPF Partitioned Database RecoveryDB2 High Availability Disaster Recovery an HADR environment Considerations(HADR) Select appropriate HADR database Describe the use of the Single SystemImplement HADR, including the setup of a configuration options in order to meet the View options for Backup of a partitionedPrimary and Standby database requirements of a specific application databaseUse the commands START HADR, STOP environment including the Recover a partitioned database using theHADR, and TAKEOVER to manage an HADR_PEER_WINDOW TO END OF LOGS option of theoperational HADR system Monitor the status of the Primary and ROLLFORWARD commandPlan for the use of the DB2 Utilities like Standby database using GET Create an online Backup of a DPFLOAD, REORG, Backup and Restore in an SNAPSHOT FOR DATABASE or db2pd - partitioned database that includes all of theHADR environment hadr required active logsSelect appropriate HADR database Implement Read-only application access Implement automated archival of DB2 logsconfiguration options in order to meet the to the Standby Database of an HADR in a DPF partitioned databaserequirements of a specific application database environment Perform dropped table recovery in a DPFenvironment including the DB2 DPF Partitioned Database Recovery partitioned databaseHADR_PEER_WINDOW Considerations Use the REBUILD option of RESTORE toMonitor the status of the Primary and Describe the use of the Single System build a partial copy of a DPF PartitionedStandby database using GET SNAPSHOT View options for Backup of a partitioned databaseFOR DATABASE or db2pd - hadr database Describe the crash recovery processingImplement Read-only application access to Recover a partitioned database using the performed for a DPF partitioned databasethe Standby Database of an HADR TO END OF LOGS option of the Explain the use of redirected restores anddatabase environment ROLLFORWARD command db2relocatedb with DPF partitionedDB2 DPF Partitioned Database Recovery Create an online Backup of a DPF databasesConsiderations partitioned database that includes all of Use db2inidb for split mirror copies with aDescribe the use of the Single System View the required active logs DPF partitioned databasesoptions for Backup of a partitioned database Implement automated archival of DB2 Agenda


Recover a partitioned database using the logs in a DPF partitioned database Exercise 1: Configuring DB2 for RecoveryTO END OF LOGS option of the Perform dropped table recovery in a DPF Unit 2: DB2 Recovery Log ManagementROLLFORWARD command partitioned database Exercise 2: Managing DB2 Log FilesCreate an online Backup of a DPF Use the REBUILD option of RESTORE to Unit 3: Dropped Table Recoverypartitioned database that includes all of the build a partial copy of a DPF Partitioned Exercise 3: DB2 Dropped Table Recoveryrequired active logs database Day 2Implement automated archival of DB2 logs Describe the crash recovery processing Exercise 4: Database Rebuild Supportin a DPF partitioned database performed for a DPF partitioned database Unit 5: Table Space RecoveryPerform dropped table recovery in a DPF Explain the use of redirected restores and Exercise 5: Table Space Point-in-Timepartitioned database db2relocatedb with DPF partitioned RecoveryUse the REBUILD option of RESTORE to databases Unit 6: Incremental Backup and Recoverybuild a partial copy of a DPF Partitioned Use db2inidb for split mirror copies with a Exercise 6: Incremental Backup anddatabase DPF partitioned databases RestoreDescribe the crash recovery processing Agenda Unit 7: DB2 Database Crash Recoveryperformed for a DPF partitioned database Exercise 1: Configuring DB2 for Recovery Day 3Explain the use of redirected restores and Unit 2: DB2 Recovery Log Management Unit 8: DB2 Database and Table Spacedb2relocatedb with DPF partitioned Exercise 2: Managing DB2 Log Files Relocationdatabases Unit 3: Dropped Table Recovery Exercise 8: DB2 Table space RelocationUse db2inidb for split mirror copies with a Exercise 3: DB2 Dropped Table Unit 9: DB2 Additional Recovery FacilitiesDPF partitioned databases Recovery Exercise 9: Additional Recovery FacilitiesAgenda Day 2 Unit 10: DB2 Recovery History FileExercise 1: Configuring DB2 for Recovery Exercise 4: Database Rebuild Support Unit 11: High Availability and Split MirrorUnit 2: DB2 Recovery Log Management Unit 5: Table Space Recovery Database CopyExercise 2: Managing DB2 Log Files Exercise 5: Table Space Point-in-Time Day 4Unit 3: Dropped Table Recovery Recovery Unit 12: Basic Database DisasterExercise 3: DB2 Dropped Table Recovery Unit 6: Incremental Backup and Recovery Recovery TechniquesDay 2 Exercise 6: Incremental Backup and Exercise 11: DB2 Database DisasterExercise 4: Database Rebuild Support Restore Recovery using Log ShippingUnit 5: Table Space Recovery Unit 7: DB2 Database Crash Recovery Unit 13: DB2 High Availability DisasterExercise 5: Table Space Point-in-Time Day 3 Recovery (HADR)Recovery Unit 8: DB2 Database and Table Space Exercise 12: DB2 High Availability DisasterUnit 6: Incremental Backup and Recovery Relocation Recovery (HADR)Exercise 6: Incremental Backup and Restore Exercise 8: DB2 Table space Relocation Unit 14: DB2 DPF Partitioned DatabaseUnit 7: DB2 Database Crash Recovery Unit 9: DB2 Additional Recovery Facilities RecoveryDay 3 Exercise 9: Additional Recovery FacilitiesUnit 8: DB2 Database and Table Space Unit 10: DB2 Recovery History FileRelocation Unit 11: High Availability and Split Mirror lineExercise 8: DB2 Table space Relocation Database Copy Explain the basic principles DB2 uses forUnit 9: DB2 Additional Recovery Facilities Day 4 database recovery and restartExercise 9: Additional Recovery Facilities Unit 12: Basic Database Disaster Describe the capabilities and functionalUnit 10: DB2 Recovery History File Recovery Techniques requirements of DB2 loggingUnit 11: High Availability and Split Mirror Exercise 11: DB2 Database Disaster Select options for some of the DB2Database Copy Recovery using Log Shipping database parameters that support recoveryDay 4 Unit 13: DB2 High Availability Disaster DB2 Recovery Log ManagementUnit 12: Basic Database Disaster Recovery Recovery (HADR) Configure the database options toTechniques Exercise 12: DB2 High Availability automate archive log managementExercise 11: DB2 Database Disaster Disaster Recovery (HADR) Implement infinite active logging to supportRecovery using Log Shipping Unit 14: DB2 DPF Partitioned Database applications that require large amounts ofUnit 13: DB2 High Availability Disaster Recovery logged database changesRecovery (HADR) Describe the options provided by DB2 9 forExercise 12: DB2 High Availability Disaster Linux, UNIX, and Windows to reduce logRecovery (HADR) line volume, including the NOT LOGGEDUnit 14: DB2 DPF Partitioned Database State the three types of recovery support INITIALLY optionRecovery Select the DB2 Database parameters DB2 Dropped Table Recovery

that support the DB2 logs Implement dropped table recovery forExplain the DB2 facility to recover from selected table spaces

line an SQL DROP TABLE statement issued Use the DB2 LIST HISTORY command toExplain the basic principles DB2 uses for in error gather the information needed to recover adatabase recovery and restart Review the considerations of using dropped tableDescribe the capabilities and functional standard DB2 database recovery options Plan and invoke the DB2 utilities involvedrequirements of DB2 logging Plan for point-in-time recovery of a table in recovering a dropped tableSelect options for some of the DB2 spaces to support application processing Database Rebuild Supportdatabase parameters that support recovery errors Explain the capabilities of the REBUILDDB2 Recovery Log Management Plan a database recovery strategy that option for the RESTORE commandConfigure the database options to automate includes both full and Incremental List the types of information included inarchive log management backups to reduce the duration and size each DB2 backup image and describe how


Implement infinite active logging to support of database backups it is used to support rebuilding a databaseapplications that require large amounts of Describe the concepts and processing for Plan for supporting database and disasterlogged database changes DB2 database crash recovery recovery scenarios using DB2 databaseDescribe the options provided by DB2 9 for Explain the facility of the DB2 RESTORE and table space backups using theLinux, UNIX, and Windows to reduce log command to recover table spaces to RESTORE command with a REBUILDvolume, including the NOT LOGGED different containers optionINITIALLY option Explain the LOAD Utility options COPY Utilize LIST UTILITIES SHOW DETAIL toDB2 Dropped Table Recovery YES, COPY NO and monitor progress of a RESTORE UtilityImplement dropped table recovery for NONRECOVERABLE impact on during database rebuildingselected table spaces database recovery Table Space RecoveryUse the DB2 LIST HISTORY command to Explain the information recorded in the Explain how the minimum recovery timegather the information needed to recover a Recovery History file for a table space may impact applicationdropped table Describe various techniques for point in time recoveryPlan and invoke the DB2 utilities involved in supporting High Availability of DB2 Use the ONLINE option for RESTORE andrecovering a dropped table databases ROLLFORWARD commands to recoverDatabase Rebuild Support Describe the benefits and limitations of selected table spaces with an activeExplain the capabilities of the REBUILD several methods for supporting database databaseoption for the RESTORE command disaster recovery DB2 Incremental Backup and RecoveryList the types of information included in each Describe the benefits and limitations of Implement a physical database design toDB2 backup image and describe how it is implementing High Availability Disaster take advantage of Incremental backups ofused to support rebuilding a database Recovery (HADR) selected table spacesPlan for supporting database and disaster Explain database recovery facilities in a Utilize an Incremental restore to recover arecovery scenarios using DB2 database and DB2 DPF partitioned database DB2 database or table space fromtable space backups using the RESTORE Day 1 Incremental backup imagescommand with a REBUILD option Unit 1: DB2 Database Recovery Review Use the LIST UTILITIES command to trackUtilize LIST UTILITIES SHOW DETAIL to Unit 4: Database Rebuild Support the processing of an Incremental backupmonitor progress of a RESTORE Utility Exercise 7: Database Crash Recovery or restore processduring database rebuilding Exercise 10: DB2 High Availability using DB2 Database Crash RecoveryTable Space Recovery split mirror copies Select an appropriate value for SOFTMAXExplain how the minimum recovery time for to reduce database crash recovery timea table space may impact application point Configure DB2 database options toin time recovery line support crash recovery for applicationsUse the ONLINE option for RESTORE and Explain the basic principles DB2 uses for Describe the impact of a database crashROLLFORWARD commands to recover database recovery and restart and restart for DB2 Utilities like LOAD,selected table spaces with an active Describe the capabilities and functional REORG and IMPORTdatabase requirements of DB2 logging DB2 Database and Table SpaceDB2 Incremental Backup and Recovery Select options for some of the DB2 RelocationImplement a physical database design to database parameters that support Use the SET TABLESPACEtake advantage of Incremental backups of recovery CONTAINERS command to define newselected table spaces DB2 Recovery Log Management containers during a redirected restoreUtilize an Incremental restore to recover a Configure the database options to Utilize the RESTORE utility to change theDB2 database or table space from automate archive log management database storage paths for AUTOMATICIncremental backup images Implement infinite active logging to STORAGE table spacesUse the LIST UTILITIES command to track support applications that require large Plan the use of redirected restore as partthe processing of an Incremental backup or amounts of logged database changes of a disaster recoveryrestore process Describe the options provided by DB2 9 Describe two methods that can be used toDB2 Database Crash Recovery for Linux, UNIX, and Windows to reduce convert a DMS table space to utilizeSelect an appropriate value for SOFTMAX to log volume, including the NOT LOGGED automatic storagereduce database crash recovery time INITIALLY option Use the GENERATE SCRIPT option ofConfigure DB2 database options to support DB2 Dropped Table Recovery RESTORE to set up a command script forcrash recovery for applications Implement dropped table recovery for a redirected restore operationDescribe the impact of a database crash selected table spaces Copy schemas from one database toand restart for DB2 Utilities like LOAD, Use the DB2 LIST HISTORY command another using the TRANSPORT option ofREORG and IMPORT to gather the information needed to the RESTORE utilityDB2 Database and Table Space Relocation recover a dropped table Use db2relocatedb when moving orUse the SET TABLESPACE CONTAINERS Plan and invoke the DB2 utilities involved copying DB2 databases with non-DB2command to define new containers during a in recovering a dropped table utilitiesredirected restore Database Rebuild Support DB2 Additional Recovery FacilitiesUtilize the RESTORE utility to change the Explain the capabilities of the REBUILD Select the appropriate method fordatabase storage paths for AUTOMATIC option for the RESTORE command protecting the database from loss of logSTORAGE table spaces List the types of information included in filePlan the use of redirected restore as part of each DB2 backup image and describe Select the BACKUP Utility option toa disaster recovery how it is used to support rebuilding a include the required logs in an onlineDescribe two methods that can be used to database backup imageconvert a DMS table space to utilize Plan for supporting database and Use the DB2 ARCHIVE LOG command toautomatic storage disaster recovery scenarios using DB2 make the current DB2 log available for


Use the GENERATE SCRIPT option of database and table space backups using archivalRESTORE to set up a command script for a the RESTORE command with a Implement the DB2 option for blockingredirected restore operation REBUILD option update transactions when the log diskCopy schemas from one database to Utilize LIST UTILITIES SHOW DETAIL to becomes fullanother using the TRANSPORT option of monitor progress of a RESTORE Utility Implement the DB2 Utility Throttle usingthe RESTORE utility during database rebuilding the UTIL_IMPACT_LIM DatabaseUse db2relocatedb when moving or copying Table Space Recovery Manager configuration optionDB2 databases with non-DB2 utilities Explain how the minimum recovery time Configure a DB2 database for automaticDB2 Additional Recovery Facilities for a table space may impact application backupsSelect the appropriate method for protecting point in time recovery Explain the self optimizing features of thethe database from loss of log file Use the ONLINE option for RESTORE Backup UtilitySelect the BACKUP Utility option to include and ROLLFORWARD commands to DB2 Recovery History Filethe required logs in an online backup image recover selected table spaces with an Use the DB2 LIST HISTORY command toUse the DB2 ARCHIVE LOG command to active database display selected information needed tomake the current DB2 log available for DB2 Incremental Backup and Recovery plan database recoveryarchival Implement a physical database design to Retrieve information from the databaseImplement the DB2 option for blocking take advantage of Incremental backups recovery history using SQLupdate transactions when the log disk of selected table spaces Configure a DB2 database for automaticbecomes full Utilize an Incremental restore to recover removal of database recovery objectsImplement the DB2 Utility Throttle using the a DB2 database or table space from including backups and archived logsUTIL_IMPACT_LIM Database Manager Incremental backup images Use the PRUNE HISTORY command toconfiguration option Use the LIST UTILITIES command to remove outdated information in theConfigure a DB2 database for automatic track the processing of an Incremental Recovery Historybackups backup or restore process Restore a damaged Recovery History fileExplain the self optimizing features of the DB2 Database Crash Recovery High Availability and Split Mirror DatabaseBackup Utility Select an appropriate value for CopyDB2 Recovery History File SOFTMAX to reduce database crash Explain the concepts involved whenUse the DB2 LIST HISTORY command to recovery time implementing the automated failover of adisplay selected information needed to plan Configure DB2 database options to DB2 databasedatabase recovery support crash recovery for applications Describe the integrated clusterRetrieve information from the database Describe the impact of a database crash configuration and management features ofrecovery history using SQL and restart for DB2 Utilities like LOAD, DB2Configure a DB2 database for automatic REORG and IMPORT Discuss the concepts used by DB2removal of database recovery objects DB2 Database and Table Space pureScale to support High Availability for aincluding backups and archived logs Relocation DB2 databaseUse the PRUNE HISTORY command to Use the SET TABLESPACE Plan for using split mirror copies to createremove outdated information in the CONTAINERS command to define new a standby database, a database snapshotRecovery History containers during a redirected restore or a database mirrorRestore a damaged Recovery History file Utilize the RESTORE utility to change the Utilize the SET WRITE SUSPEND andHigh Availability and Split Mirror Database database storage paths for AUTOMATIC DBD2INIDB commands with split mirrorCopy STORAGE table spaces database copiesExplain the concepts involved when Plan the use of redirected restore as part Use the AS SNAPSHOT option of the DB2implementing the automated failover of a of a disaster recovery BACKUP and RESTORE utilitiesDB2 database Describe two methods that can be used Basic Database Disaster RecoveryDescribe the integrated cluster configuration to convert a DMS table space to utilize Techniquesand management features of DB2 automatic storage Explain setup for a Standby database at aDiscuss the concepts used by DB2 Use the GENERATE SCRIPT option of remote locationpureScale to support High Availability for a RESTORE to set up a command script Plan for database disaster recovery usingDB2 database for a redirected restore operation remotely mirrored disksPlan for using split mirror copies to create a Copy schemas from one database to Describe the use of DB2 Replication tostandby database, a database snapshot or a another using the TRANSPORT option of recover selected DB2 tables in a remotedatabase mirror the RESTORE utility databaseUtilize the SET WRITE SUSPEND and Use db2relocatedb when moving or DB2 High Availability Disaster RecoveryDBD2INIDB commands with split mirror copying DB2 databases with non-DB2 (HADR)database copies utilities Implement HADR, including the setup of aUse the AS SNAPSHOT option of the DB2 DB2 Additional Recovery Facilities Primary and Standby databaseBACKUP and RESTORE utilities Select the appropriate method for Use the commands START HADR, STOPBasic Database Disaster Recovery protecting the database from loss of log HADR, and TAKEOVER to manage anTechniques file operational HADR systemExplain setup for a Standby database at a Select the BACKUP Utility option to Plan for the use of the DB2 Utilities likeremote location include the required logs in an online LOAD, REORG, Backup and Restore in anPlan for database disaster recovery using backup image HADR environmentremotely mirrored disks Use the DB2 ARCHIVE LOG command Select appropriate HADR databaseDescribe the use of DB2 Replication to to make the current DB2 log available for configuration options in order to meet therecover selected DB2 tables in a remote archival requirements of a specific applicationdatabase Implement the DB2 option for blocking environment including the


DB2 High Availability Disaster Recovery update transactions when the log disk HADR_PEER_WINDOW(HADR) becomes full Monitor the status of the Primary andImplement HADR, including the setup of a Implement the DB2 Utility Throttle using Standby database using GET SNAPSHOTPrimary and Standby database the UTIL_IMPACT_LIM Database FOR DATABASE or db2pd - hadrUse the commands START HADR, STOP Manager configuration option Implement Read-only application access toHADR, and TAKEOVER to manage an Configure a DB2 database for automatic the Standby Database of an HADRoperational HADR system backups database environmentPlan for the use of the DB2 Utilities like Explain the self optimizing features of the DB2 DPF Partitioned Database RecoveryLOAD, REORG, Backup and Restore in an Backup Utility ConsiderationsHADR environment DB2 Recovery History File Describe the use of the Single SystemSelect appropriate HADR database Use the DB2 LIST HISTORY command View options for Backup of a partitionedconfiguration options in order to meet the to display selected information needed to databaserequirements of a specific application plan database recovery Recover a partitioned database using theenvironment including the Retrieve information from the database TO END OF LOGS option of theHADR_PEER_WINDOW recovery history using SQL ROLLFORWARD commandMonitor the status of the Primary and Configure a DB2 database for automatic Create an online Backup of a DPFStandby database using GET SNAPSHOT removal of database recovery objects partitioned database that includes all of theFOR DATABASE or db2pd - hadr including backups and archived logs required active logsImplement Read-only application access to Use the PRUNE HISTORY command to Implement automated archival of DB2 logsthe Standby Database of an HADR remove outdated information in the in a DPF partitioned databasedatabase environment Recovery History Perform dropped table recovery in a DPFDB2 DPF Partitioned Database Recovery Restore a damaged Recovery History file partitioned databaseConsiderations High Availability and Split Mirror Use the REBUILD option of RESTORE toDescribe the use of the Single System View Database Copy build a partial copy of a DPF Partitionedoptions for Backup of a partitioned database Explain the concepts involved when databaseRecover a partitioned database using the implementing the automated failover of a Describe the crash recovery processingTO END OF LOGS option of the DB2 database performed for a DPF partitioned databaseROLLFORWARD command Describe the integrated cluster Explain the use of redirected restores andCreate an online Backup of a DPF configuration and management features db2relocatedb with DPF partitionedpartitioned database that includes all of the of DB2 databasesrequired active logs Discuss the concepts used by DB2 Use db2inidb for split mirror copies with aImplement automated archival of DB2 logs pureScale to support High Availability for DPF partitioned databasesin a DPF partitioned database a DB2 database AgendaPerform dropped table recovery in a DPF Plan for using split mirror copies to create Exercise 1: Configuring DB2 for Recoverypartitioned database a standby database, a database Unit 2: DB2 Recovery Log ManagementUse the REBUILD option of RESTORE to snapshot or a database mirror Exercise 2: Managing DB2 Log Filesbuild a partial copy of a DPF Partitioned Utilize the SET WRITE SUSPEND and Unit 3: Dropped Table Recoverydatabase DBD2INIDB commands with split mirror Exercise 3: DB2 Dropped Table RecoveryDescribe the crash recovery processing database copies Day 2performed for a DPF partitioned database Use the AS SNAPSHOT option of the Exercise 4: Database Rebuild SupportExplain the use of redirected restores and DB2 BACKUP and RESTORE utilities Unit 5: Table Space Recoverydb2relocatedb with DPF partitioned Basic Database Disaster Recovery Exercise 5: Table Space Point-in-Timedatabases Techniques RecoveryUse db2inidb for split mirror copies with a Explain setup for a Standby database at Unit 6: Incremental Backup and RecoveryDPF partitioned databases a remote location Exercise 6: Incremental Backup andAgenda Plan for database disaster recovery using RestoreExercise 1: Configuring DB2 for Recovery remotely mirrored disks Unit 7: DB2 Database Crash RecoveryUnit 2: DB2 Recovery Log Management Describe the use of DB2 Replication to Day 3Exercise 2: Managing DB2 Log Files recover selected DB2 tables in a remote Unit 8: DB2 Database and Table SpaceUnit 3: Dropped Table Recovery database RelocationExercise 3: DB2 Dropped Table Recovery DB2 High Availability Disaster Recovery Exercise 8: DB2 Table space RelocationDay 2 (HADR) Unit 9: DB2 Additional Recovery FacilitiesExercise 4: Database Rebuild Support Implement HADR, including the setup of Exercise 9: Additional Recovery FacilitiesUnit 5: Table Space Recovery a Primary and Standby database Unit 10: DB2 Recovery History FileExercise 5: Table Space Point-in-Time Use the commands START HADR, Unit 11: High Availability and Split MirrorRecovery STOP HADR, and TAKEOVER to Database CopyUnit 6: Incremental Backup and Recovery manage an operational HADR system Day 4Exercise 6: Incremental Backup and Restore Plan for the use of the DB2 Utilities like Unit 12: Basic Database DisasterUnit 7: DB2 Database Crash Recovery LOAD, REORG, Backup and Restore in Recovery TechniquesDay 3 an HADR environment Exercise 11: DB2 Database DisasterUnit 8: DB2 Database and Table Space Select appropriate HADR database Recovery using Log ShippingRelocation configuration options in order to meet the Unit 13: DB2 High Availability DisasterExercise 8: DB2 Table space Relocation requirements of a specific application Recovery (HADR)Unit 9: DB2 Additional Recovery Facilities environment including the Exercise 12: DB2 High Availability DisasterExercise 9: Additional Recovery Facilities HADR_PEER_WINDOW Recovery (HADR)Unit 10: DB2 Recovery History File Monitor the status of the Primary and Unit 14: DB2 DPF Partitioned Database


Unit 11: High Availability and Split Mirror Standby database using GET RecoveryDatabase Copy SNAPSHOT FOR DATABASE or db2pd -Day 4 hadrUnit 12: Basic Database Disaster Recovery Implement Read-only application access lineTechniques to the Standby Database of an HADR Explain the basic principles DB2 uses forExercise 11: DB2 Database Disaster database environment database recovery and restartRecovery using Log Shipping DB2 DPF Partitioned Database Recovery Describe the capabilities and functionalUnit 13: DB2 High Availability Disaster Considerations requirements of DB2 loggingRecovery (HADR) Describe the use of the Single System Select options for some of the DB2Exercise 12: DB2 High Availability Disaster View options for Backup of a partitioned database parameters that support recoveryRecovery (HADR) database DB2 Recovery Log ManagementUnit 14: DB2 DPF Partitioned Database Recover a partitioned database using the Configure the database options toRecovery TO END OF LOGS option of the automate archive log management

ROLLFORWARD command Implement infinite active logging to supportCreate an online Backup of a DPF applications that require large amounts of

line partitioned database that includes all of logged database changesState the three types of recovery support the required active logs Describe the options provided by DB2 9 forSelect the DB2 Database parameters that Implement automated archival of DB2 Linux, UNIX, and Windows to reduce logsupport the DB2 logs logs in a DPF partitioned database volume, including the NOT LOGGEDExplain the DB2 facility to recover from an Perform dropped table recovery in a DPF INITIALLY optionSQL DROP TABLE statement issued in partitioned database DB2 Dropped Table Recoveryerror Use the REBUILD option of RESTORE to Implement dropped table recovery forReview the considerations of using standard build a partial copy of a DPF Partitioned selected table spacesDB2 database recovery options database Use the DB2 LIST HISTORY command toPlan for point-in-time recovery of a table Describe the crash recovery processing gather the information needed to recover aspaces to support application processing performed for a DPF partitioned database dropped tableerrors Explain the use of redirected restores and Plan and invoke the DB2 utilities involvedPlan a database recovery strategy that db2relocatedb with DPF partitioned in recovering a dropped tableincludes both full and Incremental backups databases Database Rebuild Supportto reduce the duration and size of database Use db2inidb for split mirror copies with a Explain the capabilities of the REBUILDbackups DPF partitioned databases option for the RESTORE commandDescribe the concepts and processing for Agenda List the types of information included inDB2 database crash recovery Exercise 1: Configuring DB2 for Recovery each DB2 backup image and describe howExplain the facility of the DB2 RESTORE Unit 2: DB2 Recovery Log Management it is used to support rebuilding a databasecommand to recover table spaces to Exercise 2: Managing DB2 Log Files Plan for supporting database and disasterdifferent containers Unit 3: Dropped Table Recovery recovery scenarios using DB2 databaseExplain the LOAD Utility options COPY Exercise 3: DB2 Dropped Table and table space backups using theYES, COPY NO and NONRECOVERABLE Recovery RESTORE command with a REBUILDimpact on database recovery Day 2 optionExplain the information recorded in the Exercise 4: Database Rebuild Support Utilize LIST UTILITIES SHOW DETAIL toRecovery History file Unit 5: Table Space Recovery monitor progress of a RESTORE UtilityDescribe various techniques for supporting Exercise 5: Table Space Point-in-Time during database rebuildingHigh Availability of DB2 databases Recovery Table Space RecoveryDescribe the benefits and limitations of Unit 6: Incremental Backup and Recovery Explain how the minimum recovery timeseveral methods for supporting database Exercise 6: Incremental Backup and for a table space may impact applicationdisaster recovery Restore point in time recoveryDescribe the benefits and limitations of Unit 7: DB2 Database Crash Recovery Use the ONLINE option for RESTORE andimplementing High Availability Disaster Day 3 ROLLFORWARD commands to recoverRecovery (HADR) Unit 8: DB2 Database and Table Space selected table spaces with an activeExplain database recovery facilities in a DB2 Relocation databaseDPF partitioned database Exercise 8: DB2 Table space Relocation DB2 Incremental Backup and RecoveryDay 1 Unit 9: DB2 Additional Recovery Facilities Implement a physical database design toUnit 1: DB2 Database Recovery Review Exercise 9: Additional Recovery Facilities take advantage of Incremental backups ofUnit 4: Database Rebuild Support Unit 10: DB2 Recovery History File selected table spacesExercise 7: Database Crash Recovery Unit 11: High Availability and Split Mirror Utilize an Incremental restore to recover aExercise 10: DB2 High Availability using split Database Copy DB2 database or table space frommirror copies Day 4 Incremental backup images

Unit 12: Basic Database Disaster Use the LIST UTILITIES command to trackRecovery Techniques the processing of an Incremental backup

line Exercise 11: DB2 Database Disaster or restore processExplain the basic principles DB2 uses for Recovery using Log Shipping DB2 Database Crash Recoverydatabase recovery and restart Unit 13: DB2 High Availability Disaster Select an appropriate value for SOFTMAXDescribe the capabilities and functional Recovery (HADR) to reduce database crash recovery timerequirements of DB2 logging Exercise 12: DB2 High Availability Configure DB2 database options toSelect options for some of the DB2 Disaster Recovery (HADR) support crash recovery for applicationsdatabase parameters that support recovery Unit 14: DB2 DPF Partitioned Database Describe the impact of a database crash


DB2 Recovery Log Management Recovery and restart for DB2 Utilities like LOAD,Configure the database options to automate REORG and IMPORTarchive log management DB2 Database and Table SpaceImplement infinite active logging to support line Relocationapplications that require large amounts of Explain the basic principles DB2 uses for Use the SET TABLESPACElogged database changes database recovery and restart CONTAINERS command to define newDescribe the options provided by DB2 9 for Describe the capabilities and functional containers during a redirected restoreLinux, UNIX, and Windows to reduce log requirements of DB2 logging Utilize the RESTORE utility to change thevolume, including the NOT LOGGED Select options for some of the DB2 database storage paths for AUTOMATICINITIALLY option database parameters that support STORAGE table spacesDB2 Dropped Table Recovery recovery Plan the use of redirected restore as partImplement dropped table recovery for DB2 Recovery Log Management of a disaster recoveryselected table spaces Configure the database options to Describe two methods that can be used toUse the DB2 LIST HISTORY command to automate archive log management convert a DMS table space to utilizegather the information needed to recover a Implement infinite active logging to automatic storagedropped table support applications that require large Use the GENERATE SCRIPT option ofPlan and invoke the DB2 utilities involved in amounts of logged database changes RESTORE to set up a command script forrecovering a dropped table Describe the options provided by DB2 9 a redirected restore operationDatabase Rebuild Support for Linux, UNIX, and Windows to reduce Copy schemas from one database toExplain the capabilities of the REBUILD log volume, including the NOT LOGGED another using the TRANSPORT option ofoption for the RESTORE command INITIALLY option the RESTORE utilityList the types of information included in each DB2 Dropped Table Recovery Use db2relocatedb when moving orDB2 backup image and describe how it is Implement dropped table recovery for copying DB2 databases with non-DB2used to support rebuilding a database selected table spaces utilitiesPlan for supporting database and disaster Use the DB2 LIST HISTORY command DB2 Additional Recovery Facilitiesrecovery scenarios using DB2 database and to gather the information needed to Select the appropriate method fortable space backups using the RESTORE recover a dropped table protecting the database from loss of logcommand with a REBUILD option Plan and invoke the DB2 utilities involved fileUtilize LIST UTILITIES SHOW DETAIL to in recovering a dropped table Select the BACKUP Utility option tomonitor progress of a RESTORE Utility Database Rebuild Support include the required logs in an onlineduring database rebuilding Explain the capabilities of the REBUILD backup imageTable Space Recovery option for the RESTORE command Use the DB2 ARCHIVE LOG command toExplain how the minimum recovery time for List the types of information included in make the current DB2 log available fora table space may impact application point each DB2 backup image and describe archivalin time recovery how it is used to support rebuilding a Implement the DB2 option for blockingUse the ONLINE option for RESTORE and database update transactions when the log diskROLLFORWARD commands to recover Plan for supporting database and becomes fullselected table spaces with an active disaster recovery scenarios using DB2 Implement the DB2 Utility Throttle usingdatabase database and table space backups using the UTIL_IMPACT_LIM DatabaseDB2 Incremental Backup and Recovery the RESTORE command with a Manager configuration optionImplement a physical database design to REBUILD option Configure a DB2 database for automatictake advantage of Incremental backups of Utilize LIST UTILITIES SHOW DETAIL to backupsselected table spaces monitor progress of a RESTORE Utility Explain the self optimizing features of theUtilize an Incremental restore to recover a during database rebuilding Backup UtilityDB2 database or table space from Table Space Recovery DB2 Recovery History FileIncremental backup images Explain how the minimum recovery time Use the DB2 LIST HISTORY command toUse the LIST UTILITIES command to track for a table space may impact application display selected information needed tothe processing of an Incremental backup or point in time recovery plan database recoveryrestore process Use the ONLINE option for RESTORE Retrieve information from the databaseDB2 Database Crash Recovery and ROLLFORWARD commands to recovery history using SQLSelect an appropriate value for SOFTMAX to recover selected table spaces with an Configure a DB2 database for automaticreduce database crash recovery time active database removal of database recovery objectsConfigure DB2 database options to support DB2 Incremental Backup and Recovery including backups and archived logscrash recovery for applications Implement a physical database design to Use the PRUNE HISTORY command toDescribe the impact of a database crash take advantage of Incremental backups remove outdated information in theand restart for DB2 Utilities like LOAD, of selected table spaces Recovery HistoryREORG and IMPORT Utilize an Incremental restore to recover Restore a damaged Recovery History fileDB2 Database and Table Space Relocation a DB2 database or table space from High Availability and Split Mirror DatabaseUse the SET TABLESPACE CONTAINERS Incremental backup images Copycommand to define new containers during a Use the LIST UTILITIES command to Explain the concepts involved whenredirected restore track the processing of an Incremental implementing the automated failover of aUtilize the RESTORE utility to change the backup or restore process DB2 databasedatabase storage paths for AUTOMATIC DB2 Database Crash Recovery Describe the integrated clusterSTORAGE table spaces Select an appropriate value for configuration and management features ofPlan the use of redirected restore as part of SOFTMAX to reduce database crash DB2a disaster recovery recovery time Discuss the concepts used by DB2


Describe two methods that can be used to Configure DB2 database options to pureScale to support High Availability for aconvert a DMS table space to utilize support crash recovery for applications DB2 databaseautomatic storage Describe the impact of a database crash Plan for using split mirror copies to createUse the GENERATE SCRIPT option of and restart for DB2 Utilities like LOAD, a standby database, a database snapshotRESTORE to set up a command script for a REORG and IMPORT or a database mirrorredirected restore operation DB2 Database and Table Space Utilize the SET WRITE SUSPEND andCopy schemas from one database to Relocation DBD2INIDB commands with split mirroranother using the TRANSPORT option of Use the SET TABLESPACE database copiesthe RESTORE utility CONTAINERS command to define new Use the AS SNAPSHOT option of the DB2Use db2relocatedb when moving or copying containers during a redirected restore BACKUP and RESTORE utilitiesDB2 databases with non-DB2 utilities Utilize the RESTORE utility to change the Basic Database Disaster RecoveryDB2 Additional Recovery Facilities database storage paths for AUTOMATIC TechniquesSelect the appropriate method for protecting STORAGE table spaces Explain setup for a Standby database at athe database from loss of log file Plan the use of redirected restore as part remote locationSelect the BACKUP Utility option to include of a disaster recovery Plan for database disaster recovery usingthe required logs in an online backup image Describe two methods that can be used remotely mirrored disksUse the DB2 ARCHIVE LOG command to to convert a DMS table space to utilize Describe the use of DB2 Replication tomake the current DB2 log available for automatic storage recover selected DB2 tables in a remotearchival Use the GENERATE SCRIPT option of databaseImplement the DB2 option for blocking RESTORE to set up a command script DB2 High Availability Disaster Recoveryupdate transactions when the log disk for a redirected restore operation (HADR)becomes full Copy schemas from one database to Implement HADR, including the setup of aImplement the DB2 Utility Throttle using the another using the TRANSPORT option of Primary and Standby databaseUTIL_IMPACT_LIM Database Manager the RESTORE utility Use the commands START HADR, STOPconfiguration option Use db2relocatedb when moving or HADR, and TAKEOVER to manage anConfigure a DB2 database for automatic copying DB2 databases with non-DB2 operational HADR systembackups utilities Plan for the use of the DB2 Utilities likeExplain the self optimizing features of the DB2 Additional Recovery Facilities LOAD, REORG, Backup and Restore in anBackup Utility Select the appropriate method for HADR environmentDB2 Recovery History File protecting the database from loss of log Select appropriate HADR databaseUse the DB2 LIST HISTORY command to file configuration options in order to meet thedisplay selected information needed to plan Select the BACKUP Utility option to requirements of a specific applicationdatabase recovery include the required logs in an online environment including theRetrieve information from the database backup image HADR_PEER_WINDOWrecovery history using SQL Use the DB2 ARCHIVE LOG command Monitor the status of the Primary andConfigure a DB2 database for automatic to make the current DB2 log available for Standby database using GET SNAPSHOTremoval of database recovery objects archival FOR DATABASE or db2pd - hadrincluding backups and archived logs Implement the DB2 option for blocking Implement Read-only application access toUse the PRUNE HISTORY command to update transactions when the log disk the Standby Database of an HADRremove outdated information in the becomes full database environmentRecovery History Implement the DB2 Utility Throttle using DB2 DPF Partitioned Database RecoveryRestore a damaged Recovery History file the UTIL_IMPACT_LIM Database ConsiderationsHigh Availability and Split Mirror Database Manager configuration option Describe the use of the Single SystemCopy Configure a DB2 database for automatic View options for Backup of a partitionedExplain the concepts involved when backups databaseimplementing the automated failover of a Explain the self optimizing features of the Recover a partitioned database using theDB2 database Backup Utility TO END OF LOGS option of theDescribe the integrated cluster configuration DB2 Recovery History File ROLLFORWARD commandand management features of DB2 Use the DB2 LIST HISTORY command Create an online Backup of a DPFDiscuss the concepts used by DB2 to display selected information needed to partitioned database that includes all of thepureScale to support High Availability for a plan database recovery required active logsDB2 database Retrieve information from the database Implement automated archival of DB2 logsPlan for using split mirror copies to create a recovery history using SQL in a DPF partitioned databasestandby database, a database snapshot or a Configure a DB2 database for automatic Perform dropped table recovery in a DPFdatabase mirror removal of database recovery objects partitioned databaseUtilize the SET WRITE SUSPEND and including backups and archived logs Use the REBUILD option of RESTORE toDBD2INIDB commands with split mirror Use the PRUNE HISTORY command to build a partial copy of a DPF Partitioneddatabase copies remove outdated information in the databaseUse the AS SNAPSHOT option of the DB2 Recovery History Describe the crash recovery processingBACKUP and RESTORE utilities Restore a damaged Recovery History file performed for a DPF partitioned databaseBasic Database Disaster Recovery High Availability and Split Mirror Explain the use of redirected restores andTechniques Database Copy db2relocatedb with DPF partitionedExplain setup for a Standby database at a Explain the concepts involved when databasesremote location implementing the automated failover of a Use db2inidb for split mirror copies with aPlan for database disaster recovery using DB2 database DPF partitioned databasesremotely mirrored disks Describe the integrated cluster Agenda


Describe the use of DB2 Replication to configuration and management features Exercise 1: Configuring DB2 for Recoveryrecover selected DB2 tables in a remote of DB2 Unit 2: DB2 Recovery Log Managementdatabase Discuss the concepts used by DB2 Exercise 2: Managing DB2 Log FilesDB2 High Availability Disaster Recovery pureScale to support High Availability for Unit 3: Dropped Table Recovery(HADR) a DB2 database Exercise 3: DB2 Dropped Table RecoveryImplement HADR, including the setup of a Plan for using split mirror copies to create Day 2Primary and Standby database a standby database, a database Exercise 4: Database Rebuild SupportUse the commands START HADR, STOP snapshot or a database mirror Unit 5: Table Space RecoveryHADR, and TAKEOVER to manage an Utilize the SET WRITE SUSPEND and Exercise 5: Table Space Point-in-Timeoperational HADR system DBD2INIDB commands with split mirror RecoveryPlan for the use of the DB2 Utilities like database copies Unit 6: Incremental Backup and RecoveryLOAD, REORG, Backup and Restore in an Use the AS SNAPSHOT option of the Exercise 6: Incremental Backup andHADR environment DB2 BACKUP and RESTORE utilities RestoreSelect appropriate HADR database Basic Database Disaster Recovery Unit 7: DB2 Database Crash Recoveryconfiguration options in order to meet the Techniques Day 3requirements of a specific application Explain setup for a Standby database at Unit 8: DB2 Database and Table Spaceenvironment including the a remote location RelocationHADR_PEER_WINDOW Plan for database disaster recovery using Exercise 8: DB2 Table space RelocationMonitor the status of the Primary and remotely mirrored disks Unit 9: DB2 Additional Recovery FacilitiesStandby database using GET SNAPSHOT Describe the use of DB2 Replication to Exercise 9: Additional Recovery FacilitiesFOR DATABASE or db2pd - hadr recover selected DB2 tables in a remote Unit 10: DB2 Recovery History FileImplement Read-only application access to database Unit 11: High Availability and Split Mirrorthe Standby Database of an HADR DB2 High Availability Disaster Recovery Database Copydatabase environment (HADR) Day 4DB2 DPF Partitioned Database Recovery Implement HADR, including the setup of Unit 12: Basic Database DisasterConsiderations a Primary and Standby database Recovery TechniquesDescribe the use of the Single System View Use the commands START HADR, Exercise 11: DB2 Database Disasteroptions for Backup of a partitioned database STOP HADR, and TAKEOVER to Recovery using Log ShippingRecover a partitioned database using the manage an operational HADR system Unit 13: DB2 High Availability DisasterTO END OF LOGS option of the Plan for the use of the DB2 Utilities like Recovery (HADR)ROLLFORWARD command LOAD, REORG, Backup and Restore in Exercise 12: DB2 High Availability DisasterCreate an online Backup of a DPF an HADR environment Recovery (HADR)partitioned database that includes all of the Select appropriate HADR database Unit 14: DB2 DPF Partitioned Databaserequired active logs configuration options in order to meet the RecoveryImplement automated archival of DB2 logs requirements of a specific applicationin a DPF partitioned database environment including thePerform dropped table recovery in a DPF HADR_PEER_WINDOW linepartitioned database Monitor the status of the Primary and Explain the basic principles DB2 uses forUse the REBUILD option of RESTORE to Standby database using GET database recovery and restartbuild a partial copy of a DPF Partitioned SNAPSHOT FOR DATABASE or db2pd - Describe the capabilities and functionaldatabase hadr requirements of DB2 loggingDescribe the crash recovery processing Implement Read-only application access Select options for some of the DB2performed for a DPF partitioned database to the Standby Database of an HADR database parameters that support recoveryExplain the use of redirected restores and database environment DB2 Recovery Log Managementdb2relocatedb with DPF partitioned DB2 DPF Partitioned Database Recovery Configure the database options todatabases Considerations automate archive log managementUse db2inidb for split mirror copies with a Describe the use of the Single System Implement infinite active logging to supportDPF partitioned databases View options for Backup of a partitioned applications that require large amounts ofAgenda database logged database changesExercise 1: Configuring DB2 for Recovery Recover a partitioned database using the Describe the options provided by DB2 9 forUnit 2: DB2 Recovery Log Management TO END OF LOGS option of the Linux, UNIX, and Windows to reduce logExercise 2: Managing DB2 Log Files ROLLFORWARD command volume, including the NOT LOGGEDUnit 3: Dropped Table Recovery Create an online Backup of a DPF INITIALLY optionExercise 3: DB2 Dropped Table Recovery partitioned database that includes all of DB2 Dropped Table RecoveryDay 2 the required active logs Implement dropped table recovery forExercise 4: Database Rebuild Support Implement automated archival of DB2 selected table spacesUnit 5: Table Space Recovery logs in a DPF partitioned database Use the DB2 LIST HISTORY command toExercise 5: Table Space Point-in-Time Perform dropped table recovery in a DPF gather the information needed to recover aRecovery partitioned database dropped tableUnit 6: Incremental Backup and Recovery Use the REBUILD option of RESTORE to Plan and invoke the DB2 utilities involvedExercise 6: Incremental Backup and Restore build a partial copy of a DPF Partitioned in recovering a dropped tableUnit 7: DB2 Database Crash Recovery database Database Rebuild SupportDay 3 Describe the crash recovery processing Explain the capabilities of the REBUILDUnit 8: DB2 Database and Table Space performed for a DPF partitioned database option for the RESTORE commandRelocation Explain the use of redirected restores and List the types of information included inExercise 8: DB2 Table space Relocation db2relocatedb with DPF partitioned each DB2 backup image and describe how


Unit 9: DB2 Additional Recovery Facilities databases it is used to support rebuilding a databaseExercise 9: Additional Recovery Facilities Use db2inidb for split mirror copies with a Plan for supporting database and disasterUnit 10: DB2 Recovery History File DPF partitioned databases recovery scenarios using DB2 databaseUnit 11: High Availability and Split Mirror Agenda and table space backups using theDatabase Copy Exercise 1: Configuring DB2 for Recovery RESTORE command with a REBUILDDay 4 Unit 2: DB2 Recovery Log Management optionUnit 12: Basic Database Disaster Recovery Exercise 2: Managing DB2 Log Files Utilize LIST UTILITIES SHOW DETAIL toTechniques Unit 3: Dropped Table Recovery monitor progress of a RESTORE UtilityExercise 11: DB2 Database Disaster Exercise 3: DB2 Dropped Table during database rebuildingRecovery using Log Shipping Recovery Table Space RecoveryUnit 13: DB2 High Availability Disaster Day 2 Explain how the minimum recovery timeRecovery (HADR) Exercise 4: Database Rebuild Support for a table space may impact applicationExercise 12: DB2 High Availability Disaster Unit 5: Table Space Recovery point in time recoveryRecovery (HADR) Exercise 5: Table Space Point-in-Time Use the ONLINE option for RESTORE andUnit 14: DB2 DPF Partitioned Database Recovery ROLLFORWARD commands to recoverRecovery Unit 6: Incremental Backup and Recovery selected table spaces with an active

Exercise 6: Incremental Backup and databaseRestore DB2 Incremental Backup and Recovery

line Unit 7: DB2 Database Crash Recovery Implement a physical database design toExplain the basic principles DB2 uses for Day 3 take advantage of Incremental backups ofdatabase recovery and restart Unit 8: DB2 Database and Table Space selected table spacesDescribe the capabilities and functional Relocation Utilize an Incremental restore to recover arequirements of DB2 logging Exercise 8: DB2 Table space Relocation DB2 database or table space fromSelect options for some of the DB2 Unit 9: DB2 Additional Recovery Facilities Incremental backup imagesdatabase parameters that support recovery Exercise 9: Additional Recovery Facilities Use the LIST UTILITIES command to trackDB2 Recovery Log Management Unit 10: DB2 Recovery History File the processing of an Incremental backupConfigure the database options to automate Unit 11: High Availability and Split Mirror or restore processarchive log management Database Copy DB2 Database Crash RecoveryImplement infinite active logging to support Day 4 Select an appropriate value for SOFTMAXapplications that require large amounts of Unit 12: Basic Database Disaster to reduce database crash recovery timelogged database changes Recovery Techniques Configure DB2 database options toDescribe the options provided by DB2 9 for Exercise 11: DB2 Database Disaster support crash recovery for applicationsLinux, UNIX, and Windows to reduce log Recovery using Log Shipping Describe the impact of a database crashvolume, including the NOT LOGGED Unit 13: DB2 High Availability Disaster and restart for DB2 Utilities like LOAD,INITIALLY option Recovery (HADR) REORG and IMPORTDB2 Dropped Table Recovery Exercise 12: DB2 High Availability DB2 Database and Table SpaceImplement dropped table recovery for Disaster Recovery (HADR) Relocationselected table spaces Unit 14: DB2 DPF Partitioned Database Use the SET TABLESPACEUse the DB2 LIST HISTORY command to Recovery CONTAINERS command to define newgather the information needed to recover a containers during a redirected restoredropped table Utilize the RESTORE utility to change thePlan and invoke the DB2 utilities involved in line database storage paths for AUTOMATICrecovering a dropped table Explain the basic principles DB2 uses for STORAGE table spacesDatabase Rebuild Support database recovery and restart Plan the use of redirected restore as partExplain the capabilities of the REBUILD Describe the capabilities and functional of a disaster recoveryoption for the RESTORE command requirements of DB2 logging Describe two methods that can be used toList the types of information included in each Select options for some of the DB2 convert a DMS table space to utilizeDB2 backup image and describe how it is database parameters that support automatic storageused to support rebuilding a database recovery Use the GENERATE SCRIPT option ofPlan for supporting database and disaster DB2 Recovery Log Management RESTORE to set up a command script forrecovery scenarios using DB2 database and Configure the database options to a redirected restore operationtable space backups using the RESTORE automate archive log management Copy schemas from one database tocommand with a REBUILD option Implement infinite active logging to another using the TRANSPORT option ofUtilize LIST UTILITIES SHOW DETAIL to support applications that require large the RESTORE utilitymonitor progress of a RESTORE Utility amounts of logged database changes Use db2relocatedb when moving orduring database rebuilding Describe the options provided by DB2 9 copying DB2 databases with non-DB2Table Space Recovery for Linux, UNIX, and Windows to reduce utilitiesExplain how the minimum recovery time for log volume, including the NOT LOGGED DB2 Additional Recovery Facilitiesa table space may impact application point INITIALLY option Select the appropriate method forin time recovery DB2 Dropped Table Recovery protecting the database from loss of logUse the ONLINE option for RESTORE and Implement dropped table recovery for fileROLLFORWARD commands to recover selected table spaces Select the BACKUP Utility option toselected table spaces with an active Use the DB2 LIST HISTORY command include the required logs in an onlinedatabase to gather the information needed to backup imageDB2 Incremental Backup and Recovery recover a dropped table Use the DB2 ARCHIVE LOG command toImplement a physical database design to Plan and invoke the DB2 utilities involved make the current DB2 log available for


take advantage of Incremental backups of in recovering a dropped table archivalselected table spaces Database Rebuild Support Implement the DB2 option for blockingUtilize an Incremental restore to recover a Explain the capabilities of the REBUILD update transactions when the log diskDB2 database or table space from option for the RESTORE command becomes fullIncremental backup images List the types of information included in Implement the DB2 Utility Throttle usingUse the LIST UTILITIES command to track each DB2 backup image and describe the UTIL_IMPACT_LIM Databasethe processing of an Incremental backup or how it is used to support rebuilding a Manager configuration optionrestore process database Configure a DB2 database for automaticDB2 Database Crash Recovery Plan for supporting database and backupsSelect an appropriate value for SOFTMAX to disaster recovery scenarios using DB2 Explain the self optimizing features of thereduce database crash recovery time database and table space backups using Backup UtilityConfigure DB2 database options to support the RESTORE command with a DB2 Recovery History Filecrash recovery for applications REBUILD option Use the DB2 LIST HISTORY command toDescribe the impact of a database crash Utilize LIST UTILITIES SHOW DETAIL to display selected information needed toand restart for DB2 Utilities like LOAD, monitor progress of a RESTORE Utility plan database recoveryREORG and IMPORT during database rebuilding Retrieve information from the databaseDB2 Database and Table Space Relocation Table Space Recovery recovery history using SQLUse the SET TABLESPACE CONTAINERS Explain how the minimum recovery time Configure a DB2 database for automaticcommand to define new containers during a for a table space may impact application removal of database recovery objectsredirected restore point in time recovery including backups and archived logsUtilize the RESTORE utility to change the Use the ONLINE option for RESTORE Use the PRUNE HISTORY command todatabase storage paths for AUTOMATIC and ROLLFORWARD commands to remove outdated information in theSTORAGE table spaces recover selected table spaces with an Recovery HistoryPlan the use of redirected restore as part of active database Restore a damaged Recovery History filea disaster recovery DB2 Incremental Backup and Recovery High Availability and Split Mirror DatabaseDescribe two methods that can be used to Implement a physical database design to Copyconvert a DMS table space to utilize take advantage of Incremental backups Explain the concepts involved whenautomatic storage of selected table spaces implementing the automated failover of aUse the GENERATE SCRIPT option of Utilize an Incremental restore to recover DB2 databaseRESTORE to set up a command script for a a DB2 database or table space from Describe the integrated clusterredirected restore operation Incremental backup images configuration and management features ofCopy schemas from one database to Use the LIST UTILITIES command to DB2another using the TRANSPORT option of track the processing of an Incremental Discuss the concepts used by DB2the RESTORE utility backup or restore process pureScale to support High Availability for aUse db2relocatedb when moving or copying DB2 Database Crash Recovery DB2 databaseDB2 databases with non-DB2 utilities Select an appropriate value for Plan for using split mirror copies to createDB2 Additional Recovery Facilities SOFTMAX to reduce database crash a standby database, a database snapshotSelect the appropriate method for protecting recovery time or a database mirrorthe database from loss of log file Configure DB2 database options to Utilize the SET WRITE SUSPEND andSelect the BACKUP Utility option to include support crash recovery for applications DBD2INIDB commands with split mirrorthe required logs in an online backup image Describe the impact of a database crash database copiesUse the DB2 ARCHIVE LOG command to and restart for DB2 Utilities like LOAD, Use the AS SNAPSHOT option of the DB2make the current DB2 log available for REORG and IMPORT BACKUP and RESTORE utilitiesarchival DB2 Database and Table Space Basic Database Disaster RecoveryImplement the DB2 option for blocking Relocation Techniquesupdate transactions when the log disk Use the SET TABLESPACE Explain setup for a Standby database at abecomes full CONTAINERS command to define new remote locationImplement the DB2 Utility Throttle using the containers during a redirected restore Plan for database disaster recovery usingUTIL_IMPACT_LIM Database Manager Utilize the RESTORE utility to change the remotely mirrored disksconfiguration option database storage paths for AUTOMATIC Describe the use of DB2 Replication toConfigure a DB2 database for automatic STORAGE table spaces recover selected DB2 tables in a remotebackups Plan the use of redirected restore as part databaseExplain the self optimizing features of the of a disaster recovery DB2 High Availability Disaster RecoveryBackup Utility Describe two methods that can be used (HADR)DB2 Recovery History File to convert a DMS table space to utilize Implement HADR, including the setup of aUse the DB2 LIST HISTORY command to automatic storage Primary and Standby databasedisplay selected information needed to plan Use the GENERATE SCRIPT option of Use the commands START HADR, STOPdatabase recovery RESTORE to set up a command script HADR, and TAKEOVER to manage anRetrieve information from the database for a redirected restore operation operational HADR systemrecovery history using SQL Copy schemas from one database to Plan for the use of the DB2 Utilities likeConfigure a DB2 database for automatic another using the TRANSPORT option of LOAD, REORG, Backup and Restore in anremoval of database recovery objects the RESTORE utility HADR environmentincluding backups and archived logs Use db2relocatedb when moving or Select appropriate HADR databaseUse the PRUNE HISTORY command to copying DB2 databases with non-DB2 configuration options in order to meet theremove outdated information in the utilities requirements of a specific applicationRecovery History DB2 Additional Recovery Facilities environment including the


Restore a damaged Recovery History file Select the appropriate method for HADR_PEER_WINDOWHigh Availability and Split Mirror Database protecting the database from loss of log Monitor the status of the Primary andCopy file Standby database using GET SNAPSHOTExplain the concepts involved when Select the BACKUP Utility option to FOR DATABASE or db2pd - hadrimplementing the automated failover of a include the required logs in an online Implement Read-only application access toDB2 database backup image the Standby Database of an HADRDescribe the integrated cluster configuration Use the DB2 ARCHIVE LOG command database environmentand management features of DB2 to make the current DB2 log available for DB2 DPF Partitioned Database RecoveryDiscuss the concepts used by DB2 archival ConsiderationspureScale to support High Availability for a Implement the DB2 option for blocking Describe the use of the Single SystemDB2 database update transactions when the log disk View options for Backup of a partitionedPlan for using split mirror copies to create a becomes full databasestandby database, a database snapshot or a Implement the DB2 Utility Throttle using Recover a partitioned database using thedatabase mirror the UTIL_IMPACT_LIM Database TO END OF LOGS option of theUtilize the SET WRITE SUSPEND and Manager configuration option ROLLFORWARD commandDBD2INIDB commands with split mirror Configure a DB2 database for automatic Create an online Backup of a DPFdatabase copies backups partitioned database that includes all of theUse the AS SNAPSHOT option of the DB2 Explain the self optimizing features of the required active logsBACKUP and RESTORE utilities Backup Utility Implement automated archival of DB2 logsBasic Database Disaster Recovery DB2 Recovery History File in a DPF partitioned databaseTechniques Use the DB2 LIST HISTORY command Perform dropped table recovery in a DPFExplain setup for a Standby database at a to display selected information needed to partitioned databaseremote location plan database recovery Use the REBUILD option of RESTORE toPlan for database disaster recovery using Retrieve information from the database build a partial copy of a DPF Partitionedremotely mirrored disks recovery history using SQL databaseDescribe the use of DB2 Replication to Configure a DB2 database for automatic Describe the crash recovery processingrecover selected DB2 tables in a remote removal of database recovery objects performed for a DPF partitioned databasedatabase including backups and archived logs Explain the use of redirected restores andDB2 High Availability Disaster Recovery Use the PRUNE HISTORY command to db2relocatedb with DPF partitioned(HADR) remove outdated information in the databasesImplement HADR, including the setup of a Recovery History Use db2inidb for split mirror copies with aPrimary and Standby database Restore a damaged Recovery History file DPF partitioned databasesUse the commands START HADR, STOP High Availability and Split Mirror AgendaHADR, and TAKEOVER to manage an Database Copy Exercise 1: Configuring DB2 for Recoveryoperational HADR system Explain the concepts involved when Unit 2: DB2 Recovery Log ManagementPlan for the use of the DB2 Utilities like implementing the automated failover of a Exercise 2: Managing DB2 Log FilesLOAD, REORG, Backup and Restore in an DB2 database Unit 3: Dropped Table RecoveryHADR environment Describe the integrated cluster Exercise 3: DB2 Dropped Table RecoverySelect appropriate HADR database configuration and management features Day 2configuration options in order to meet the of DB2 Exercise 4: Database Rebuild Supportrequirements of a specific application Discuss the concepts used by DB2 Unit 5: Table Space Recoveryenvironment including the pureScale to support High Availability for Exercise 5: Table Space Point-in-TimeHADR_PEER_WINDOW a DB2 database RecoveryMonitor the status of the Primary and Plan for using split mirror copies to create Unit 6: Incremental Backup and RecoveryStandby database using GET SNAPSHOT a standby database, a database Exercise 6: Incremental Backup andFOR DATABASE or db2pd - hadr snapshot or a database mirror RestoreImplement Read-only application access to Utilize the SET WRITE SUSPEND and Unit 7: DB2 Database Crash Recoverythe Standby Database of an HADR DBD2INIDB commands with split mirror Day 3database environment database copies Unit 8: DB2 Database and Table SpaceDB2 DPF Partitioned Database Recovery Use the AS SNAPSHOT option of the RelocationConsiderations DB2 BACKUP and RESTORE utilities Exercise 8: DB2 Table space RelocationDescribe the use of the Single System View Basic Database Disaster Recovery Unit 9: DB2 Additional Recovery Facilitiesoptions for Backup of a partitioned database Techniques Exercise 9: Additional Recovery FacilitiesRecover a partitioned database using the Explain setup for a Standby database at Unit 10: DB2 Recovery History FileTO END OF LOGS option of the a remote location Unit 11: High Availability and Split MirrorROLLFORWARD command Plan for database disaster recovery using Database CopyCreate an online Backup of a DPF remotely mirrored disks Day 4partitioned database that includes all of the Describe the use of DB2 Replication to Unit 12: Basic Database Disasterrequired active logs recover selected DB2 tables in a remote Recovery TechniquesImplement automated archival of DB2 logs database Exercise 11: DB2 Database Disasterin a DPF partitioned database DB2 High Availability Disaster Recovery Recovery using Log ShippingPerform dropped table recovery in a DPF (HADR) Unit 13: DB2 High Availability Disasterpartitioned database Implement HADR, including the setup of Recovery (HADR)Use the REBUILD option of RESTORE to a Primary and Standby database Exercise 12: DB2 High Availability Disasterbuild a partial copy of a DPF Partitioned Use the commands START HADR, Recovery (HADR)database STOP HADR, and TAKEOVER to Unit 14: DB2 DPF Partitioned Database


Describe the crash recovery processing manage an operational HADR system Recoveryperformed for a DPF partitioned database Plan for the use of the DB2 Utilities likeExplain the use of redirected restores and LOAD, REORG, Backup and Restore indb2relocatedb with DPF partitioned an HADR environment linedatabases Select appropriate HADR database Explain the basic principles DB2 uses forUse db2inidb for split mirror copies with a configuration options in order to meet the database recovery and restartDPF partitioned databases requirements of a specific application Describe the capabilities and functionalAgenda environment including the requirements of DB2 loggingExercise 1: Configuring DB2 for Recovery HADR_PEER_WINDOW Select options for some of the DB2Unit 2: DB2 Recovery Log Management Monitor the status of the Primary and database parameters that support recoveryExercise 2: Managing DB2 Log Files Standby database using GET DB2 Recovery Log ManagementUnit 3: Dropped Table Recovery SNAPSHOT FOR DATABASE or db2pd - Configure the database options toExercise 3: DB2 Dropped Table Recovery hadr automate archive log managementDay 2 Implement Read-only application access Implement infinite active logging to supportExercise 4: Database Rebuild Support to the Standby Database of an HADR applications that require large amounts ofUnit 5: Table Space Recovery database environment logged database changesExercise 5: Table Space Point-in-Time DB2 DPF Partitioned Database Recovery Describe the options provided by DB2 9 forRecovery Considerations Linux, UNIX, and Windows to reduce logUnit 6: Incremental Backup and Recovery Describe the use of the Single System volume, including the NOT LOGGEDExercise 6: Incremental Backup and Restore View options for Backup of a partitioned INITIALLY optionUnit 7: DB2 Database Crash Recovery database DB2 Dropped Table RecoveryDay 3 Recover a partitioned database using the Implement dropped table recovery forUnit 8: DB2 Database and Table Space TO END OF LOGS option of the selected table spacesRelocation ROLLFORWARD command Use the DB2 LIST HISTORY command toExercise 8: DB2 Table space Relocation Create an online Backup of a DPF gather the information needed to recover aUnit 9: DB2 Additional Recovery Facilities partitioned database that includes all of dropped tableExercise 9: Additional Recovery Facilities the required active logs Plan and invoke the DB2 utilities involvedUnit 10: DB2 Recovery History File Implement automated archival of DB2 in recovering a dropped tableUnit 11: High Availability and Split Mirror logs in a DPF partitioned database Database Rebuild SupportDatabase Copy Perform dropped table recovery in a DPF Explain the capabilities of the REBUILDDay 4 partitioned database option for the RESTORE commandUnit 12: Basic Database Disaster Recovery Use the REBUILD option of RESTORE to List the types of information included inTechniques build a partial copy of a DPF Partitioned each DB2 backup image and describe howExercise 11: DB2 Database Disaster database it is used to support rebuilding a databaseRecovery using Log Shipping Describe the crash recovery processing Plan for supporting database and disasterUnit 13: DB2 High Availability Disaster performed for a DPF partitioned database recovery scenarios using DB2 databaseRecovery (HADR) Explain the use of redirected restores and and table space backups using theExercise 12: DB2 High Availability Disaster db2relocatedb with DPF partitioned RESTORE command with a REBUILDRecovery (HADR) databases optionUnit 14: DB2 DPF Partitioned Database Use db2inidb for split mirror copies with a Utilize LIST UTILITIES SHOW DETAIL toRecovery DPF partitioned databases monitor progress of a RESTORE Utility

Agenda during database rebuildingExercise 1: Configuring DB2 for Recovery Table Space Recovery

line Unit 2: DB2 Recovery Log Management Explain how the minimum recovery timeExplain the basic principles DB2 uses for Exercise 2: Managing DB2 Log Files for a table space may impact applicationdatabase recovery and restart Unit 3: Dropped Table Recovery point in time recoveryDescribe the capabilities and functional Exercise 3: DB2 Dropped Table Use the ONLINE option for RESTORE andrequirements of DB2 logging Recovery ROLLFORWARD commands to recoverSelect options for some of the DB2 Day 2 selected table spaces with an activedatabase parameters that support recovery Exercise 4: Database Rebuild Support databaseDB2 Recovery Log Management Unit 5: Table Space Recovery DB2 Incremental Backup and RecoveryConfigure the database options to automate Exercise 5: Table Space Point-in-Time Implement a physical database design toarchive log management Recovery take advantage of Incremental backups ofImplement infinite active logging to support Unit 6: Incremental Backup and Recovery selected table spacesapplications that require large amounts of Exercise 6: Incremental Backup and Utilize an Incremental restore to recover alogged database changes Restore DB2 database or table space fromDescribe the options provided by DB2 9 for Unit 7: DB2 Database Crash Recovery Incremental backup imagesLinux, UNIX, and Windows to reduce log Day 3 Use the LIST UTILITIES command to trackvolume, including the NOT LOGGED Unit 8: DB2 Database and Table Space the processing of an Incremental backupINITIALLY option Relocation or restore processDB2 Dropped Table Recovery Exercise 8: DB2 Table space Relocation DB2 Database Crash RecoveryImplement dropped table recovery for Unit 9: DB2 Additional Recovery Facilities Select an appropriate value for SOFTMAXselected table spaces Exercise 9: Additional Recovery Facilities to reduce database crash recovery timeUse the DB2 LIST HISTORY command to Unit 10: DB2 Recovery History File Configure DB2 database options togather the information needed to recover a Unit 11: High Availability and Split Mirror support crash recovery for applicationsdropped table Database Copy Describe the impact of a database crash


Plan and invoke the DB2 utilities involved in Day 4 and restart for DB2 Utilities like LOAD,recovering a dropped table Unit 12: Basic Database Disaster REORG and IMPORTDatabase Rebuild Support Recovery Techniques DB2 Database and Table SpaceExplain the capabilities of the REBUILD Exercise 11: DB2 Database Disaster Relocationoption for the RESTORE command Recovery using Log Shipping Use the SET TABLESPACEList the types of information included in each Unit 13: DB2 High Availability Disaster CONTAINERS command to define newDB2 backup image and describe how it is Recovery (HADR) containers during a redirected restoreused to support rebuilding a database Exercise 12: DB2 High Availability Utilize the RESTORE utility to change thePlan for supporting database and disaster Disaster Recovery (HADR) database storage paths for AUTOMATICrecovery scenarios using DB2 database and Unit 14: DB2 DPF Partitioned Database STORAGE table spacestable space backups using the RESTORE Recovery Plan the use of redirected restore as partcommand with a REBUILD option of a disaster recoveryUtilize LIST UTILITIES SHOW DETAIL to Describe two methods that can be used tomonitor progress of a RESTORE Utility line convert a DMS table space to utilizeduring database rebuilding Explain the basic principles DB2 uses for automatic storageTable Space Recovery database recovery and restart Use the GENERATE SCRIPT option ofExplain how the minimum recovery time for Describe the capabilities and functional RESTORE to set up a command script fora table space may impact application point requirements of DB2 logging a redirected restore operationin time recovery Select options for some of the DB2 Copy schemas from one database toUse the ONLINE option for RESTORE and database parameters that support another using the TRANSPORT option ofROLLFORWARD commands to recover recovery the RESTORE utilityselected table spaces with an active DB2 Recovery Log Management Use db2relocatedb when moving ordatabase Configure the database options to copying DB2 databases with non-DB2DB2 Incremental Backup and Recovery automate archive log management utilitiesImplement a physical database design to Implement infinite active logging to DB2 Additional Recovery Facilitiestake advantage of Incremental backups of support applications that require large Select the appropriate method forselected table spaces amounts of logged database changes protecting the database from loss of logUtilize an Incremental restore to recover a Describe the options provided by DB2 9 fileDB2 database or table space from for Linux, UNIX, and Windows to reduce Select the BACKUP Utility option toIncremental backup images log volume, including the NOT LOGGED include the required logs in an onlineUse the LIST UTILITIES command to track INITIALLY option backup imagethe processing of an Incremental backup or DB2 Dropped Table Recovery Use the DB2 ARCHIVE LOG command torestore process Implement dropped table recovery for make the current DB2 log available forDB2 Database Crash Recovery selected table spaces archivalSelect an appropriate value for SOFTMAX to Use the DB2 LIST HISTORY command Implement the DB2 option for blockingreduce database crash recovery time to gather the information needed to update transactions when the log diskConfigure DB2 database options to support recover a dropped table becomes fullcrash recovery for applications Plan and invoke the DB2 utilities involved Implement the DB2 Utility Throttle usingDescribe the impact of a database crash in recovering a dropped table the UTIL_IMPACT_LIM Databaseand restart for DB2 Utilities like LOAD, Database Rebuild Support Manager configuration optionREORG and IMPORT Explain the capabilities of the REBUILD Configure a DB2 database for automaticDB2 Database and Table Space Relocation option for the RESTORE command backupsUse the SET TABLESPACE CONTAINERS List the types of information included in Explain the self optimizing features of thecommand to define new containers during a each DB2 backup image and describe Backup Utilityredirected restore how it is used to support rebuilding a DB2 Recovery History FileUtilize the RESTORE utility to change the database Use the DB2 LIST HISTORY command todatabase storage paths for AUTOMATIC Plan for supporting database and display selected information needed toSTORAGE table spaces disaster recovery scenarios using DB2 plan database recoveryPlan the use of redirected restore as part of database and table space backups using Retrieve information from the databasea disaster recovery the RESTORE command with a recovery history using SQLDescribe two methods that can be used to REBUILD option Configure a DB2 database for automaticconvert a DMS table space to utilize Utilize LIST UTILITIES SHOW DETAIL to removal of database recovery objectsautomatic storage monitor progress of a RESTORE Utility including backups and archived logsUse the GENERATE SCRIPT option of during database rebuilding Use the PRUNE HISTORY command toRESTORE to set up a command script for a Table Space Recovery remove outdated information in theredirected restore operation Explain how the minimum recovery time Recovery HistoryCopy schemas from one database to for a table space may impact application Restore a damaged Recovery History fileanother using the TRANSPORT option of point in time recovery High Availability and Split Mirror Databasethe RESTORE utility Use the ONLINE option for RESTORE CopyUse db2relocatedb when moving or copying and ROLLFORWARD commands to Explain the concepts involved whenDB2 databases with non-DB2 utilities recover selected table spaces with an implementing the automated failover of aDB2 Additional Recovery Facilities active database DB2 databaseSelect the appropriate method for protecting DB2 Incremental Backup and Recovery Describe the integrated clusterthe database from loss of log file Implement a physical database design to configuration and management features ofSelect the BACKUP Utility option to include take advantage of Incremental backups DB2the required logs in an online backup image of selected table spaces Discuss the concepts used by DB2


Use the DB2 ARCHIVE LOG command to Utilize an Incremental restore to recover pureScale to support High Availability for amake the current DB2 log available for a DB2 database or table space from DB2 databasearchival Incremental backup images Plan for using split mirror copies to createImplement the DB2 option for blocking Use the LIST UTILITIES command to a standby database, a database snapshotupdate transactions when the log disk track the processing of an Incremental or a database mirrorbecomes full backup or restore process Utilize the SET WRITE SUSPEND andImplement the DB2 Utility Throttle using the DB2 Database Crash Recovery DBD2INIDB commands with split mirrorUTIL_IMPACT_LIM Database Manager Select an appropriate value for database copiesconfiguration option SOFTMAX to reduce database crash Use the AS SNAPSHOT option of the DB2Configure a DB2 database for automatic recovery time BACKUP and RESTORE utilitiesbackups Configure DB2 database options to Basic Database Disaster RecoveryExplain the self optimizing features of the support crash recovery for applications TechniquesBackup Utility Describe the impact of a database crash Explain setup for a Standby database at aDB2 Recovery History File and restart for DB2 Utilities like LOAD, remote locationUse the DB2 LIST HISTORY command to REORG and IMPORT Plan for database disaster recovery usingdisplay selected information needed to plan DB2 Database and Table Space remotely mirrored disksdatabase recovery Relocation Describe the use of DB2 Replication toRetrieve information from the database Use the SET TABLESPACE recover selected DB2 tables in a remoterecovery history using SQL CONTAINERS command to define new databaseConfigure a DB2 database for automatic containers during a redirected restore DB2 High Availability Disaster Recoveryremoval of database recovery objects Utilize the RESTORE utility to change the (HADR)including backups and archived logs database storage paths for AUTOMATIC Implement HADR, including the setup of aUse the PRUNE HISTORY command to STORAGE table spaces Primary and Standby databaseremove outdated information in the Plan the use of redirected restore as part Use the commands START HADR, STOPRecovery History of a disaster recovery HADR, and TAKEOVER to manage anRestore a damaged Recovery History file Describe two methods that can be used operational HADR systemHigh Availability and Split Mirror Database to convert a DMS table space to utilize Plan for the use of the DB2 Utilities likeCopy automatic storage LOAD, REORG, Backup and Restore in anExplain the concepts involved when Use the GENERATE SCRIPT option of HADR environmentimplementing the automated failover of a RESTORE to set up a command script Select appropriate HADR databaseDB2 database for a redirected restore operation configuration options in order to meet theDescribe the integrated cluster configuration Copy schemas from one database to requirements of a specific applicationand management features of DB2 another using the TRANSPORT option of environment including theDiscuss the concepts used by DB2 the RESTORE utility HADR_PEER_WINDOWpureScale to support High Availability for a Use db2relocatedb when moving or Monitor the status of the Primary andDB2 database copying DB2 databases with non-DB2 Standby database using GET SNAPSHOTPlan for using split mirror copies to create a utilities FOR DATABASE or db2pd - hadrstandby database, a database snapshot or a DB2 Additional Recovery Facilities Implement Read-only application access todatabase mirror Select the appropriate method for the Standby Database of an HADRUtilize the SET WRITE SUSPEND and protecting the database from loss of log database environmentDBD2INIDB commands with split mirror file DB2 DPF Partitioned Database Recoverydatabase copies Select the BACKUP Utility option to ConsiderationsUse the AS SNAPSHOT option of the DB2 include the required logs in an online Describe the use of the Single SystemBACKUP and RESTORE utilities backup image View options for Backup of a partitionedBasic Database Disaster Recovery Use the DB2 ARCHIVE LOG command databaseTechniques to make the current DB2 log available for Recover a partitioned database using theExplain setup for a Standby database at a archival TO END OF LOGS option of theremote location Implement the DB2 option for blocking ROLLFORWARD commandPlan for database disaster recovery using update transactions when the log disk Create an online Backup of a DPFremotely mirrored disks becomes full partitioned database that includes all of theDescribe the use of DB2 Replication to Implement the DB2 Utility Throttle using required active logsrecover selected DB2 tables in a remote the UTIL_IMPACT_LIM Database Implement automated archival of DB2 logsdatabase Manager configuration option in a DPF partitioned databaseDB2 High Availability Disaster Recovery Configure a DB2 database for automatic Perform dropped table recovery in a DPF(HADR) backups partitioned databaseImplement HADR, including the setup of a Explain the self optimizing features of the Use the REBUILD option of RESTORE toPrimary and Standby database Backup Utility build a partial copy of a DPF PartitionedUse the commands START HADR, STOP DB2 Recovery History File databaseHADR, and TAKEOVER to manage an Use the DB2 LIST HISTORY command Describe the crash recovery processingoperational HADR system to display selected information needed to performed for a DPF partitioned databasePlan for the use of the DB2 Utilities like plan database recovery Explain the use of redirected restores andLOAD, REORG, Backup and Restore in an Retrieve information from the database db2relocatedb with DPF partitionedHADR environment recovery history using SQL databasesSelect appropriate HADR database Configure a DB2 database for automatic Use db2inidb for split mirror copies with aconfiguration options in order to meet the removal of database recovery objects DPF partitioned databasesrequirements of a specific application including backups and archived logs Agenda


environment including the Use the PRUNE HISTORY command to Exercise 1: Configuring DB2 for RecoveryHADR_PEER_WINDOW remove outdated information in the Unit 2: DB2 Recovery Log ManagementMonitor the status of the Primary and Recovery History Exercise 2: Managing DB2 Log FilesStandby database using GET SNAPSHOT Restore a damaged Recovery History file Unit 3: Dropped Table RecoveryFOR DATABASE or db2pd - hadr High Availability and Split Mirror Exercise 3: DB2 Dropped Table RecoveryImplement Read-only application access to Database Copy Day 2the Standby Database of an HADR Explain the concepts involved when Exercise 4: Database Rebuild Supportdatabase environment implementing the automated failover of a Unit 5: Table Space RecoveryDB2 DPF Partitioned Database Recovery DB2 database Exercise 5: Table Space Point-in-TimeConsiderations Describe the integrated cluster RecoveryDescribe the use of the Single System View configuration and management features Unit 6: Incremental Backup and Recoveryoptions for Backup of a partitioned database of DB2 Exercise 6: Incremental Backup andRecover a partitioned database using the Discuss the concepts used by DB2 RestoreTO END OF LOGS option of the pureScale to support High Availability for Unit 7: DB2 Database Crash RecoveryROLLFORWARD command a DB2 database Day 3Create an online Backup of a DPF Plan for using split mirror copies to create Unit 8: DB2 Database and Table Spacepartitioned database that includes all of the a standby database, a database Relocationrequired active logs snapshot or a database mirror Exercise 8: DB2 Table space RelocationImplement automated archival of DB2 logs Utilize the SET WRITE SUSPEND and Unit 9: DB2 Additional Recovery Facilitiesin a DPF partitioned database DBD2INIDB commands with split mirror Exercise 9: Additional Recovery FacilitiesPerform dropped table recovery in a DPF database copies Unit 10: DB2 Recovery History Filepartitioned database Use the AS SNAPSHOT option of the Unit 11: High Availability and Split MirrorUse the REBUILD option of RESTORE to DB2 BACKUP and RESTORE utilities Database Copybuild a partial copy of a DPF Partitioned Basic Database Disaster Recovery Day 4database Techniques Unit 12: Basic Database DisasterDescribe the crash recovery processing Explain setup for a Standby database at Recovery Techniquesperformed for a DPF partitioned database a remote location Exercise 11: DB2 Database DisasterExplain the use of redirected restores and Plan for database disaster recovery using Recovery using Log Shippingdb2relocatedb with DPF partitioned remotely mirrored disks Unit 13: DB2 High Availability Disasterdatabases Describe the use of DB2 Replication to Recovery (HADR)Use db2inidb for split mirror copies with a recover selected DB2 tables in a remote Exercise 12: DB2 High Availability DisasterDPF partitioned databases database Recovery (HADR)Agenda DB2 High Availability Disaster Recovery Unit 14: DB2 DPF Partitioned DatabaseExercise 1: Configuring DB2 for Recovery (HADR) RecoveryUnit 2: DB2 Recovery Log Management Implement HADR, including the setup ofExercise 2: Managing DB2 Log Files a Primary and Standby databaseUnit 3: Dropped Table Recovery Use the commands START HADR, lineExercise 3: DB2 Dropped Table Recovery STOP HADR, and TAKEOVER to Explain the basic principles DB2 uses forDay 2 manage an operational HADR system database recovery and restartExercise 4: Database Rebuild Support Plan for the use of the DB2 Utilities like Describe the capabilities and functionalUnit 5: Table Space Recovery LOAD, REORG, Backup and Restore in requirements of DB2 loggingExercise 5: Table Space Point-in-Time an HADR environment Select options for some of the DB2Recovery Select appropriate HADR database database parameters that support recoveryUnit 6: Incremental Backup and Recovery configuration options in order to meet the DB2 Recovery Log ManagementExercise 6: Incremental Backup and Restore requirements of a specific application Configure the database options toUnit 7: DB2 Database Crash Recovery environment including the automate archive log managementDay 3 HADR_PEER_WINDOW Implement infinite active logging to supportUnit 8: DB2 Database and Table Space Monitor the status of the Primary and applications that require large amounts ofRelocation Standby database using GET logged database changesExercise 8: DB2 Table space Relocation SNAPSHOT FOR DATABASE or db2pd - Describe the options provided by DB2 9 forUnit 9: DB2 Additional Recovery Facilities hadr Linux, UNIX, and Windows to reduce logExercise 9: Additional Recovery Facilities Implement Read-only application access volume, including the NOT LOGGEDUnit 10: DB2 Recovery History File to the Standby Database of an HADR INITIALLY optionUnit 11: High Availability and Split Mirror database environment DB2 Dropped Table RecoveryDatabase Copy DB2 DPF Partitioned Database Recovery Implement dropped table recovery forDay 4 Considerations selected table spacesUnit 12: Basic Database Disaster Recovery Describe the use of the Single System Use the DB2 LIST HISTORY command toTechniques View options for Backup of a partitioned gather the information needed to recover aExercise 11: DB2 Database Disaster database dropped tableRecovery using Log Shipping Recover a partitioned database using the Plan and invoke the DB2 utilities involvedUnit 13: DB2 High Availability Disaster TO END OF LOGS option of the in recovering a dropped tableRecovery (HADR) ROLLFORWARD command Database Rebuild SupportExercise 12: DB2 High Availability Disaster Create an online Backup of a DPF Explain the capabilities of the REBUILDRecovery (HADR) partitioned database that includes all of option for the RESTORE commandUnit 14: DB2 DPF Partitioned Database the required active logs List the types of information included inRecovery Implement automated archival of DB2 each DB2 backup image and describe how


logs in a DPF partitioned database it is used to support rebuilding a databasePerform dropped table recovery in a DPF Plan for supporting database and disaster

line partitioned database recovery scenarios using DB2 databaseExplain the basic principles DB2 uses for Use the REBUILD option of RESTORE to and table space backups using thedatabase recovery and restart build a partial copy of a DPF Partitioned RESTORE command with a REBUILDDescribe the capabilities and functional database optionrequirements of DB2 logging Describe the crash recovery processing Utilize LIST UTILITIES SHOW DETAIL toSelect options for some of the DB2 performed for a DPF partitioned database monitor progress of a RESTORE Utilitydatabase parameters that support recovery Explain the use of redirected restores and during database rebuildingDB2 Recovery Log Management db2relocatedb with DPF partitioned Table Space RecoveryConfigure the database options to automate databases Explain how the minimum recovery timearchive log management Use db2inidb for split mirror copies with a for a table space may impact applicationImplement infinite active logging to support DPF partitioned databases point in time recoveryapplications that require large amounts of Agenda Use the ONLINE option for RESTORE andlogged database changes Exercise 1: Configuring DB2 for Recovery ROLLFORWARD commands to recoverDescribe the options provided by DB2 9 for Unit 2: DB2 Recovery Log Management selected table spaces with an activeLinux, UNIX, and Windows to reduce log Exercise 2: Managing DB2 Log Files databasevolume, including the NOT LOGGED Unit 3: Dropped Table Recovery DB2 Incremental Backup and RecoveryINITIALLY option Exercise 3: DB2 Dropped Table Implement a physical database design toDB2 Dropped Table Recovery Recovery take advantage of Incremental backups ofImplement dropped table recovery for Day 2 selected table spacesselected table spaces Exercise 4: Database Rebuild Support Utilize an Incremental restore to recover aUse the DB2 LIST HISTORY command to Unit 5: Table Space Recovery DB2 database or table space fromgather the information needed to recover a Exercise 5: Table Space Point-in-Time Incremental backup imagesdropped table Recovery Use the LIST UTILITIES command to trackPlan and invoke the DB2 utilities involved in Unit 6: Incremental Backup and Recovery the processing of an Incremental backuprecovering a dropped table Exercise 6: Incremental Backup and or restore processDatabase Rebuild Support Restore DB2 Database Crash RecoveryExplain the capabilities of the REBUILD Unit 7: DB2 Database Crash Recovery Select an appropriate value for SOFTMAXoption for the RESTORE command Day 3 to reduce database crash recovery timeList the types of information included in each Unit 8: DB2 Database and Table Space Configure DB2 database options toDB2 backup image and describe how it is Relocation support crash recovery for applicationsused to support rebuilding a database Exercise 8: DB2 Table space Relocation Describe the impact of a database crashPlan for supporting database and disaster Unit 9: DB2 Additional Recovery Facilities and restart for DB2 Utilities like LOAD,recovery scenarios using DB2 database and Exercise 9: Additional Recovery Facilities REORG and IMPORTtable space backups using the RESTORE Unit 10: DB2 Recovery History File DB2 Database and Table Spacecommand with a REBUILD option Unit 11: High Availability and Split Mirror RelocationUtilize LIST UTILITIES SHOW DETAIL to Database Copy Use the SET TABLESPACEmonitor progress of a RESTORE Utility Day 4 CONTAINERS command to define newduring database rebuilding Unit 12: Basic Database Disaster containers during a redirected restoreTable Space Recovery Recovery Techniques Utilize the RESTORE utility to change theExplain how the minimum recovery time for Exercise 11: DB2 Database Disaster database storage paths for AUTOMATICa table space may impact application point Recovery using Log Shipping STORAGE table spacesin time recovery Unit 13: DB2 High Availability Disaster Plan the use of redirected restore as partUse the ONLINE option for RESTORE and Recovery (HADR) of a disaster recoveryROLLFORWARD commands to recover Exercise 12: DB2 High Availability Describe two methods that can be used toselected table spaces with an active Disaster Recovery (HADR) convert a DMS table space to utilizedatabase Unit 14: DB2 DPF Partitioned Database automatic storageDB2 Incremental Backup and Recovery Recovery Use the GENERATE SCRIPT option ofImplement a physical database design to RESTORE to set up a command script fortake advantage of Incremental backups of a redirected restore operationselected table spaces line Copy schemas from one database toUtilize an Incremental restore to recover a Explain the basic principles DB2 uses for another using the TRANSPORT option ofDB2 database or table space from database recovery and restart the RESTORE utilityIncremental backup images Describe the capabilities and functional Use db2relocatedb when moving orUse the LIST UTILITIES command to track requirements of DB2 logging copying DB2 databases with non-DB2the processing of an Incremental backup or Select options for some of the DB2 utilitiesrestore process database parameters that support DB2 Additional Recovery FacilitiesDB2 Database Crash Recovery recovery Select the appropriate method forSelect an appropriate value for SOFTMAX to DB2 Recovery Log Management protecting the database from loss of logreduce database crash recovery time Configure the database options to fileConfigure DB2 database options to support automate archive log management Select the BACKUP Utility option tocrash recovery for applications Implement infinite active logging to include the required logs in an onlineDescribe the impact of a database crash support applications that require large backup imageand restart for DB2 Utilities like LOAD, amounts of logged database changes Use the DB2 ARCHIVE LOG command toREORG and IMPORT Describe the options provided by DB2 9 make the current DB2 log available for


DB2 Database and Table Space Relocation for Linux, UNIX, and Windows to reduce archivalUse the SET TABLESPACE CONTAINERS log volume, including the NOT LOGGED Implement the DB2 option for blockingcommand to define new containers during a INITIALLY option update transactions when the log diskredirected restore DB2 Dropped Table Recovery becomes fullUtilize the RESTORE utility to change the Implement dropped table recovery for Implement the DB2 Utility Throttle usingdatabase storage paths for AUTOMATIC selected table spaces the UTIL_IMPACT_LIM DatabaseSTORAGE table spaces Use the DB2 LIST HISTORY command Manager configuration optionPlan the use of redirected restore as part of to gather the information needed to Configure a DB2 database for automatica disaster recovery recover a dropped table backupsDescribe two methods that can be used to Plan and invoke the DB2 utilities involved Explain the self optimizing features of theconvert a DMS table space to utilize in recovering a dropped table Backup Utilityautomatic storage Database Rebuild Support DB2 Recovery History FileUse the GENERATE SCRIPT option of Explain the capabilities of the REBUILD Use the DB2 LIST HISTORY command toRESTORE to set up a command script for a option for the RESTORE command display selected information needed toredirected restore operation List the types of information included in plan database recoveryCopy schemas from one database to each DB2 backup image and describe Retrieve information from the databaseanother using the TRANSPORT option of how it is used to support rebuilding a recovery history using SQLthe RESTORE utility database Configure a DB2 database for automaticUse db2relocatedb when moving or copying Plan for supporting database and removal of database recovery objectsDB2 databases with non-DB2 utilities disaster recovery scenarios using DB2 including backups and archived logsDB2 Additional Recovery Facilities database and table space backups using Use the PRUNE HISTORY command toSelect the appropriate method for protecting the RESTORE command with a remove outdated information in thethe database from loss of log file REBUILD option Recovery HistorySelect the BACKUP Utility option to include Utilize LIST UTILITIES SHOW DETAIL to Restore a damaged Recovery History filethe required logs in an online backup image monitor progress of a RESTORE Utility High Availability and Split Mirror DatabaseUse the DB2 ARCHIVE LOG command to during database rebuilding Copymake the current DB2 log available for Table Space Recovery Explain the concepts involved whenarchival Explain how the minimum recovery time implementing the automated failover of aImplement the DB2 option for blocking for a table space may impact application DB2 databaseupdate transactions when the log disk point in time recovery Describe the integrated clusterbecomes full Use the ONLINE option for RESTORE configuration and management features ofImplement the DB2 Utility Throttle using the and ROLLFORWARD commands to DB2UTIL_IMPACT_LIM Database Manager recover selected table spaces with an Discuss the concepts used by DB2configuration option active database pureScale to support High Availability for aConfigure a DB2 database for automatic DB2 Incremental Backup and Recovery DB2 databasebackups Implement a physical database design to Plan for using split mirror copies to createExplain the self optimizing features of the take advantage of Incremental backups a standby database, a database snapshotBackup Utility of selected table spaces or a database mirrorDB2 Recovery History File Utilize an Incremental restore to recover Utilize the SET WRITE SUSPEND andUse the DB2 LIST HISTORY command to a DB2 database or table space from DBD2INIDB commands with split mirrordisplay selected information needed to plan Incremental backup images database copiesdatabase recovery Use the LIST UTILITIES command to Use the AS SNAPSHOT option of the DB2Retrieve information from the database track the processing of an Incremental BACKUP and RESTORE utilitiesrecovery history using SQL backup or restore process Basic Database Disaster RecoveryConfigure a DB2 database for automatic DB2 Database Crash Recovery Techniquesremoval of database recovery objects Select an appropriate value for Explain setup for a Standby database at aincluding backups and archived logs SOFTMAX to reduce database crash remote locationUse the PRUNE HISTORY command to recovery time Plan for database disaster recovery usingremove outdated information in the Configure DB2 database options to remotely mirrored disksRecovery History support crash recovery for applications Describe the use of DB2 Replication toRestore a damaged Recovery History file Describe the impact of a database crash recover selected DB2 tables in a remoteHigh Availability and Split Mirror Database and restart for DB2 Utilities like LOAD, databaseCopy REORG and IMPORT DB2 High Availability Disaster RecoveryExplain the concepts involved when DB2 Database and Table Space (HADR)implementing the automated failover of a Relocation Implement HADR, including the setup of aDB2 database Use the SET TABLESPACE Primary and Standby databaseDescribe the integrated cluster configuration CONTAINERS command to define new Use the commands START HADR, STOPand management features of DB2 containers during a redirected restore HADR, and TAKEOVER to manage anDiscuss the concepts used by DB2 Utilize the RESTORE utility to change the operational HADR systempureScale to support High Availability for a database storage paths for AUTOMATIC Plan for the use of the DB2 Utilities likeDB2 database STORAGE table spaces LOAD, REORG, Backup and Restore in anPlan for using split mirror copies to create a Plan the use of redirected restore as part HADR environmentstandby database, a database snapshot or a of a disaster recovery Select appropriate HADR databasedatabase mirror Describe two methods that can be used configuration options in order to meet theUtilize the SET WRITE SUSPEND and to convert a DMS table space to utilize requirements of a specific applicationDBD2INIDB commands with split mirror automatic storage environment including the


database copies Use the GENERATE SCRIPT option of HADR_PEER_WINDOWUse the AS SNAPSHOT option of the DB2 RESTORE to set up a command script Monitor the status of the Primary andBACKUP and RESTORE utilities for a redirected restore operation Standby database using GET SNAPSHOTBasic Database Disaster Recovery Copy schemas from one database to FOR DATABASE or db2pd - hadrTechniques another using the TRANSPORT option of Implement Read-only application access toExplain setup for a Standby database at a the RESTORE utility the Standby Database of an HADRremote location Use db2relocatedb when moving or database environmentPlan for database disaster recovery using copying DB2 databases with non-DB2 DB2 DPF Partitioned Database Recoveryremotely mirrored disks utilities ConsiderationsDescribe the use of DB2 Replication to DB2 Additional Recovery Facilities Describe the use of the Single Systemrecover selected DB2 tables in a remote Select the appropriate method for View options for Backup of a partitioneddatabase protecting the database from loss of log databaseDB2 High Availability Disaster Recovery file Recover a partitioned database using the(HADR) Select the BACKUP Utility option to TO END OF LOGS option of theImplement HADR, including the setup of a include the required logs in an online ROLLFORWARD commandPrimary and Standby database backup image Create an online Backup of a DPFUse the commands START HADR, STOP Use the DB2 ARCHIVE LOG command partitioned database that includes all of theHADR, and TAKEOVER to manage an to make the current DB2 log available for required active logsoperational HADR system archival Implement automated archival of DB2 logsPlan for the use of the DB2 Utilities like Implement the DB2 option for blocking in a DPF partitioned databaseLOAD, REORG, Backup and Restore in an update transactions when the log disk Perform dropped table recovery in a DPFHADR environment becomes full partitioned databaseSelect appropriate HADR database Implement the DB2 Utility Throttle using Use the REBUILD option of RESTORE toconfiguration options in order to meet the the UTIL_IMPACT_LIM Database build a partial copy of a DPF Partitionedrequirements of a specific application Manager configuration option databaseenvironment including the Configure a DB2 database for automatic Describe the crash recovery processingHADR_PEER_WINDOW backups performed for a DPF partitioned databaseMonitor the status of the Primary and Explain the self optimizing features of the Explain the use of redirected restores andStandby database using GET SNAPSHOT Backup Utility db2relocatedb with DPF partitionedFOR DATABASE or db2pd - hadr DB2 Recovery History File databasesImplement Read-only application access to Use the DB2 LIST HISTORY command Use db2inidb for split mirror copies with athe Standby Database of an HADR to display selected information needed to DPF partitioned databasesdatabase environment plan database recovery AgendaDB2 DPF Partitioned Database Recovery Retrieve information from the database Exercise 1: Configuring DB2 for RecoveryConsiderations recovery history using SQL Unit 2: DB2 Recovery Log ManagementDescribe the use of the Single System View Configure a DB2 database for automatic Exercise 2: Managing DB2 Log Filesoptions for Backup of a partitioned database removal of database recovery objects Unit 3: Dropped Table RecoveryRecover a partitioned database using the including backups and archived logs Exercise 3: DB2 Dropped Table RecoveryTO END OF LOGS option of the Use the PRUNE HISTORY command to Day 2ROLLFORWARD command remove outdated information in the Exercise 4: Database Rebuild SupportCreate an online Backup of a DPF Recovery History Unit 5: Table Space Recoverypartitioned database that includes all of the Restore a damaged Recovery History file Exercise 5: Table Space Point-in-Timerequired active logs High Availability and Split Mirror RecoveryImplement automated archival of DB2 logs Database Copy Unit 6: Incremental Backup and Recoveryin a DPF partitioned database Explain the concepts involved when Exercise 6: Incremental Backup andPerform dropped table recovery in a DPF implementing the automated failover of a Restorepartitioned database DB2 database Unit 7: DB2 Database Crash RecoveryUse the REBUILD option of RESTORE to Describe the integrated cluster Day 3build a partial copy of a DPF Partitioned configuration and management features Unit 8: DB2 Database and Table Spacedatabase of DB2 RelocationDescribe the crash recovery processing Discuss the concepts used by DB2 Exercise 8: DB2 Table space Relocationperformed for a DPF partitioned database pureScale to support High Availability for Unit 9: DB2 Additional Recovery FacilitiesExplain the use of redirected restores and a DB2 database Exercise 9: Additional Recovery Facilitiesdb2relocatedb with DPF partitioned Plan for using split mirror copies to create Unit 10: DB2 Recovery History Filedatabases a standby database, a database Unit 11: High Availability and Split MirrorUse db2inidb for split mirror copies with a snapshot or a database mirror Database CopyDPF partitioned databases Utilize the SET WRITE SUSPEND and Day 4Agenda DBD2INIDB commands with split mirror Unit 12: Basic Database DisasterExercise 1: Configuring DB2 for Recovery database copies Recovery TechniquesUnit 2: DB2 Recovery Log Management Use the AS SNAPSHOT option of the Exercise 11: DB2 Database DisasterExercise 2: Managing DB2 Log Files DB2 BACKUP and RESTORE utilities Recovery using Log ShippingUnit 3: Dropped Table Recovery Basic Database Disaster Recovery Unit 13: DB2 High Availability DisasterExercise 3: DB2 Dropped Table Recovery Techniques Recovery (HADR)Day 2 Explain setup for a Standby database at Exercise 12: DB2 High Availability DisasterExercise 4: Database Rebuild Support a remote location Recovery (HADR)Unit 5: Table Space Recovery Plan for database disaster recovery using Unit 14: DB2 DPF Partitioned Database


Exercise 5: Table Space Point-in-Time remotely mirrored disks RecoveryRecovery Describe the use of DB2 Replication toUnit 6: Incremental Backup and Recovery recover selected DB2 tables in a remoteExercise 6: Incremental Backup and Restore database lineUnit 7: DB2 Database Crash Recovery DB2 High Availability Disaster Recovery Explain the basic principles DB2 uses forDay 3 (HADR) database recovery and restartUnit 8: DB2 Database and Table Space Implement HADR, including the setup of Describe the capabilities and functionalRelocation a Primary and Standby database requirements of DB2 loggingExercise 8: DB2 Table space Relocation Use the commands START HADR, Select options for some of the DB2Unit 9: DB2 Additional Recovery Facilities STOP HADR, and TAKEOVER to database parameters that support recoveryExercise 9: Additional Recovery Facilities manage an operational HADR system DB2 Recovery Log ManagementUnit 10: DB2 Recovery History File Plan for the use of the DB2 Utilities like Configure the database options toUnit 11: High Availability and Split Mirror LOAD, REORG, Backup and Restore in automate archive log managementDatabase Copy an HADR environment Implement infinite active logging to supportDay 4 Select appropriate HADR database applications that require large amounts ofUnit 12: Basic Database Disaster Recovery configuration options in order to meet the logged database changesTechniques requirements of a specific application Describe the options provided by DB2 9 forExercise 11: DB2 Database Disaster environment including the Linux, UNIX, and Windows to reduce logRecovery using Log Shipping HADR_PEER_WINDOW volume, including the NOT LOGGEDUnit 13: DB2 High Availability Disaster Monitor the status of the Primary and INITIALLY optionRecovery (HADR) Standby database using GET DB2 Dropped Table RecoveryExercise 12: DB2 High Availability Disaster SNAPSHOT FOR DATABASE or db2pd - Implement dropped table recovery forRecovery (HADR) hadr selected table spacesUnit 14: DB2 DPF Partitioned Database Implement Read-only application access Use the DB2 LIST HISTORY command toRecovery to the Standby Database of an HADR gather the information needed to recover a

database environment dropped tableDB2 DPF Partitioned Database Recovery Plan and invoke the DB2 utilities involved

line Considerations in recovering a dropped tableState the three types of recovery support Describe the use of the Single System Database Rebuild SupportSelect the DB2 Database parameters that View options for Backup of a partitioned Explain the capabilities of the REBUILDsupport the DB2 logs database option for the RESTORE commandExplain the DB2 facility to recover from an Recover a partitioned database using the List the types of information included inSQL DROP TABLE statement issued in TO END OF LOGS option of the each DB2 backup image and describe howerror ROLLFORWARD command it is used to support rebuilding a databaseReview the considerations of using standard Create an online Backup of a DPF Plan for supporting database and disasterDB2 database recovery options partitioned database that includes all of recovery scenarios using DB2 databasePlan for point-in-time recovery of a table the required active logs and table space backups using thespaces to support application processing Implement automated archival of DB2 RESTORE command with a REBUILDerrors logs in a DPF partitioned database optionPlan a database recovery strategy that Perform dropped table recovery in a DPF Utilize LIST UTILITIES SHOW DETAIL toincludes both full and Incremental backups partitioned database monitor progress of a RESTORE Utilityto reduce the duration and size of database Use the REBUILD option of RESTORE to during database rebuildingbackups build a partial copy of a DPF Partitioned Table Space RecoveryDescribe the concepts and processing for database Explain how the minimum recovery timeDB2 database crash recovery Describe the crash recovery processing for a table space may impact applicationExplain the facility of the DB2 RESTORE performed for a DPF partitioned database point in time recoverycommand to recover table spaces to Explain the use of redirected restores and Use the ONLINE option for RESTORE anddifferent containers db2relocatedb with DPF partitioned ROLLFORWARD commands to recoverExplain the LOAD Utility options COPY databases selected table spaces with an activeYES, COPY NO and NONRECOVERABLE Use db2inidb for split mirror copies with a databaseimpact on database recovery DPF partitioned databases DB2 Incremental Backup and RecoveryExplain the information recorded in the Agenda Implement a physical database design toRecovery History file Exercise 1: Configuring DB2 for Recovery take advantage of Incremental backups ofDescribe various techniques for supporting Unit 2: DB2 Recovery Log Management selected table spacesHigh Availability of DB2 databases Exercise 2: Managing DB2 Log Files Utilize an Incremental restore to recover aDescribe the benefits and limitations of Unit 3: Dropped Table Recovery DB2 database or table space fromseveral methods for supporting database Exercise 3: DB2 Dropped Table Incremental backup imagesdisaster recovery Recovery Use the LIST UTILITIES command to trackDescribe the benefits and limitations of Day 2 the processing of an Incremental backupimplementing High Availability Disaster Exercise 4: Database Rebuild Support or restore processRecovery (HADR) Unit 5: Table Space Recovery DB2 Database Crash RecoveryExplain database recovery facilities in a DB2 Exercise 5: Table Space Point-in-Time Select an appropriate value for SOFTMAXDPF partitioned database Recovery to reduce database crash recovery timeDay 1 Unit 6: Incremental Backup and Recovery Configure DB2 database options toUnit 1: DB2 Database Recovery Review Exercise 6: Incremental Backup and support crash recovery for applicationsUnit 4: Database Rebuild Support Restore Describe the impact of a database crash


Exercise 7: Database Crash Recovery Unit 7: DB2 Database Crash Recovery and restart for DB2 Utilities like LOAD,Exercise 10: DB2 High Availability using split Day 3 REORG and IMPORTmirror copies Unit 8: DB2 Database and Table Space DB2 Database and Table Space

Relocation RelocationExercise 8: DB2 Table space Relocation Use the SET TABLESPACE

line Unit 9: DB2 Additional Recovery Facilities CONTAINERS command to define newExplain the basic principles DB2 uses for Exercise 9: Additional Recovery Facilities containers during a redirected restoredatabase recovery and restart Unit 10: DB2 Recovery History File Utilize the RESTORE utility to change theDescribe the capabilities and functional Unit 11: High Availability and Split Mirror database storage paths for AUTOMATICrequirements of DB2 logging Database Copy STORAGE table spacesSelect options for some of the DB2 Day 4 Plan the use of redirected restore as partdatabase parameters that support recovery Unit 12: Basic Database Disaster of a disaster recoveryDB2 Recovery Log Management Recovery Techniques Describe two methods that can be used toConfigure the database options to automate Exercise 11: DB2 Database Disaster convert a DMS table space to utilizearchive log management Recovery using Log Shipping automatic storageImplement infinite active logging to support Unit 13: DB2 High Availability Disaster Use the GENERATE SCRIPT option ofapplications that require large amounts of Recovery (HADR) RESTORE to set up a command script forlogged database changes Exercise 12: DB2 High Availability a redirected restore operationDescribe the options provided by DB2 9 for Disaster Recovery (HADR) Copy schemas from one database toLinux, UNIX, and Windows to reduce log Unit 14: DB2 DPF Partitioned Database another using the TRANSPORT option ofvolume, including the NOT LOGGED Recovery the RESTORE utilityINITIALLY option Use db2relocatedb when moving orDB2 Dropped Table Recovery copying DB2 databases with non-DB2Implement dropped table recovery for line utilitiesselected table spaces Explain the basic principles DB2 uses for DB2 Additional Recovery FacilitiesUse the DB2 LIST HISTORY command to database recovery and restart Select the appropriate method forgather the information needed to recover a Describe the capabilities and functional protecting the database from loss of logdropped table requirements of DB2 logging filePlan and invoke the DB2 utilities involved in Select options for some of the DB2 Select the BACKUP Utility option torecovering a dropped table database parameters that support include the required logs in an onlineDatabase Rebuild Support recovery backup imageExplain the capabilities of the REBUILD DB2 Recovery Log Management Use the DB2 ARCHIVE LOG command tooption for the RESTORE command Configure the database options to make the current DB2 log available forList the types of information included in each automate archive log management archivalDB2 backup image and describe how it is Implement infinite active logging to Implement the DB2 option for blockingused to support rebuilding a database support applications that require large update transactions when the log diskPlan for supporting database and disaster amounts of logged database changes becomes fullrecovery scenarios using DB2 database and Describe the options provided by DB2 9 Implement the DB2 Utility Throttle usingtable space backups using the RESTORE for Linux, UNIX, and Windows to reduce the UTIL_IMPACT_LIM Databasecommand with a REBUILD option log volume, including the NOT LOGGED Manager configuration optionUtilize LIST UTILITIES SHOW DETAIL to INITIALLY option Configure a DB2 database for automaticmonitor progress of a RESTORE Utility DB2 Dropped Table Recovery backupsduring database rebuilding Implement dropped table recovery for Explain the self optimizing features of theTable Space Recovery selected table spaces Backup UtilityExplain how the minimum recovery time for Use the DB2 LIST HISTORY command DB2 Recovery History Filea table space may impact application point to gather the information needed to Use the DB2 LIST HISTORY command toin time recovery recover a dropped table display selected information needed toUse the ONLINE option for RESTORE and Plan and invoke the DB2 utilities involved plan database recoveryROLLFORWARD commands to recover in recovering a dropped table Retrieve information from the databaseselected table spaces with an active Database Rebuild Support recovery history using SQLdatabase Explain the capabilities of the REBUILD Configure a DB2 database for automaticDB2 Incremental Backup and Recovery option for the RESTORE command removal of database recovery objectsImplement a physical database design to List the types of information included in including backups and archived logstake advantage of Incremental backups of each DB2 backup image and describe Use the PRUNE HISTORY command toselected table spaces how it is used to support rebuilding a remove outdated information in theUtilize an Incremental restore to recover a database Recovery HistoryDB2 database or table space from Plan for supporting database and Restore a damaged Recovery History fileIncremental backup images disaster recovery scenarios using DB2 High Availability and Split Mirror DatabaseUse the LIST UTILITIES command to track database and table space backups using Copythe processing of an Incremental backup or the RESTORE command with a Explain the concepts involved whenrestore process REBUILD option implementing the automated failover of aDB2 Database Crash Recovery Utilize LIST UTILITIES SHOW DETAIL to DB2 databaseSelect an appropriate value for SOFTMAX to monitor progress of a RESTORE Utility Describe the integrated clusterreduce database crash recovery time during database rebuilding configuration and management features ofConfigure DB2 database options to support Table Space Recovery DB2crash recovery for applications Explain how the minimum recovery time Discuss the concepts used by DB2


Describe the impact of a database crash for a table space may impact application pureScale to support High Availability for aand restart for DB2 Utilities like LOAD, point in time recovery DB2 databaseREORG and IMPORT Use the ONLINE option for RESTORE Plan for using split mirror copies to createDB2 Database and Table Space Relocation and ROLLFORWARD commands to a standby database, a database snapshotUse the SET TABLESPACE CONTAINERS recover selected table spaces with an or a database mirrorcommand to define new containers during a active database Utilize the SET WRITE SUSPEND andredirected restore DB2 Incremental Backup and Recovery DBD2INIDB commands with split mirrorUtilize the RESTORE utility to change the Implement a physical database design to database copiesdatabase storage paths for AUTOMATIC take advantage of Incremental backups Use the AS SNAPSHOT option of the DB2STORAGE table spaces of selected table spaces BACKUP and RESTORE utilitiesPlan the use of redirected restore as part of Utilize an Incremental restore to recover Basic Database Disaster Recoverya disaster recovery a DB2 database or table space from TechniquesDescribe two methods that can be used to Incremental backup images Explain setup for a Standby database at aconvert a DMS table space to utilize Use the LIST UTILITIES command to remote locationautomatic storage track the processing of an Incremental Plan for database disaster recovery usingUse the GENERATE SCRIPT option of backup or restore process remotely mirrored disksRESTORE to set up a command script for a DB2 Database Crash Recovery Describe the use of DB2 Replication toredirected restore operation Select an appropriate value for recover selected DB2 tables in a remoteCopy schemas from one database to SOFTMAX to reduce database crash databaseanother using the TRANSPORT option of recovery time DB2 High Availability Disaster Recoverythe RESTORE utility Configure DB2 database options to (HADR)Use db2relocatedb when moving or copying support crash recovery for applications Implement HADR, including the setup of aDB2 databases with non-DB2 utilities Describe the impact of a database crash Primary and Standby databaseDB2 Additional Recovery Facilities and restart for DB2 Utilities like LOAD, Use the commands START HADR, STOPSelect the appropriate method for protecting REORG and IMPORT HADR, and TAKEOVER to manage anthe database from loss of log file DB2 Database and Table Space operational HADR systemSelect the BACKUP Utility option to include Relocation Plan for the use of the DB2 Utilities likethe required logs in an online backup image Use the SET TABLESPACE LOAD, REORG, Backup and Restore in anUse the DB2 ARCHIVE LOG command to CONTAINERS command to define new HADR environmentmake the current DB2 log available for containers during a redirected restore Select appropriate HADR databasearchival Utilize the RESTORE utility to change the configuration options in order to meet theImplement the DB2 option for blocking database storage paths for AUTOMATIC requirements of a specific applicationupdate transactions when the log disk STORAGE table spaces environment including thebecomes full Plan the use of redirected restore as part HADR_PEER_WINDOWImplement the DB2 Utility Throttle using the of a disaster recovery Monitor the status of the Primary andUTIL_IMPACT_LIM Database Manager Describe two methods that can be used Standby database using GET SNAPSHOTconfiguration option to convert a DMS table space to utilize FOR DATABASE or db2pd - hadrConfigure a DB2 database for automatic automatic storage Implement Read-only application access tobackups Use the GENERATE SCRIPT option of the Standby Database of an HADRExplain the self optimizing features of the RESTORE to set up a command script database environmentBackup Utility for a redirected restore operation DB2 DPF Partitioned Database RecoveryDB2 Recovery History File Copy schemas from one database to ConsiderationsUse the DB2 LIST HISTORY command to another using the TRANSPORT option of Describe the use of the Single Systemdisplay selected information needed to plan the RESTORE utility View options for Backup of a partitioneddatabase recovery Use db2relocatedb when moving or databaseRetrieve information from the database copying DB2 databases with non-DB2 Recover a partitioned database using therecovery history using SQL utilities TO END OF LOGS option of theConfigure a DB2 database for automatic DB2 Additional Recovery Facilities ROLLFORWARD commandremoval of database recovery objects Select the appropriate method for Create an online Backup of a DPFincluding backups and archived logs protecting the database from loss of log partitioned database that includes all of theUse the PRUNE HISTORY command to file required active logsremove outdated information in the Select the BACKUP Utility option to Implement automated archival of DB2 logsRecovery History include the required logs in an online in a DPF partitioned databaseRestore a damaged Recovery History file backup image Perform dropped table recovery in a DPFHigh Availability and Split Mirror Database Use the DB2 ARCHIVE LOG command partitioned databaseCopy to make the current DB2 log available for Use the REBUILD option of RESTORE toExplain the concepts involved when archival build a partial copy of a DPF Partitionedimplementing the automated failover of a Implement the DB2 option for blocking databaseDB2 database update transactions when the log disk Describe the crash recovery processingDescribe the integrated cluster configuration becomes full performed for a DPF partitioned databaseand management features of DB2 Implement the DB2 Utility Throttle using Explain the use of redirected restores andDiscuss the concepts used by DB2 the UTIL_IMPACT_LIM Database db2relocatedb with DPF partitionedpureScale to support High Availability for a Manager configuration option databasesDB2 database Configure a DB2 database for automatic Use db2inidb for split mirror copies with aPlan for using split mirror copies to create a backups DPF partitioned databasesstandby database, a database snapshot or a Explain the self optimizing features of the Agenda


database mirror Backup Utility Exercise 1: Configuring DB2 for RecoveryUtilize the SET WRITE SUSPEND and DB2 Recovery History File Unit 2: DB2 Recovery Log ManagementDBD2INIDB commands with split mirror Use the DB2 LIST HISTORY command Exercise 2: Managing DB2 Log Filesdatabase copies to display selected information needed to Unit 3: Dropped Table RecoveryUse the AS SNAPSHOT option of the DB2 plan database recovery Exercise 3: DB2 Dropped Table RecoveryBACKUP and RESTORE utilities Retrieve information from the database Day 2Basic Database Disaster Recovery recovery history using SQL Exercise 4: Database Rebuild SupportTechniques Configure a DB2 database for automatic Unit 5: Table Space RecoveryExplain setup for a Standby database at a removal of database recovery objects Exercise 5: Table Space Point-in-Timeremote location including backups and archived logs RecoveryPlan for database disaster recovery using Use the PRUNE HISTORY command to Unit 6: Incremental Backup and Recoveryremotely mirrored disks remove outdated information in the Exercise 6: Incremental Backup andDescribe the use of DB2 Replication to Recovery History Restorerecover selected DB2 tables in a remote Restore a damaged Recovery History file Unit 7: DB2 Database Crash Recoverydatabase High Availability and Split Mirror Day 3DB2 High Availability Disaster Recovery Database Copy Unit 8: DB2 Database and Table Space(HADR) Explain the concepts involved when RelocationImplement HADR, including the setup of a implementing the automated failover of a Exercise 8: DB2 Table space RelocationPrimary and Standby database DB2 database Unit 9: DB2 Additional Recovery FacilitiesUse the commands START HADR, STOP Describe the integrated cluster Exercise 9: Additional Recovery FacilitiesHADR, and TAKEOVER to manage an configuration and management features Unit 10: DB2 Recovery History Fileoperational HADR system of DB2 Unit 11: High Availability and Split MirrorPlan for the use of the DB2 Utilities like Discuss the concepts used by DB2 Database CopyLOAD, REORG, Backup and Restore in an pureScale to support High Availability for Day 4HADR environment a DB2 database Unit 12: Basic Database DisasterSelect appropriate HADR database Plan for using split mirror copies to create Recovery Techniquesconfiguration options in order to meet the a standby database, a database Exercise 11: DB2 Database Disasterrequirements of a specific application snapshot or a database mirror Recovery using Log Shippingenvironment including the Utilize the SET WRITE SUSPEND and Unit 13: DB2 High Availability DisasterHADR_PEER_WINDOW DBD2INIDB commands with split mirror Recovery (HADR)Monitor the status of the Primary and database copies Exercise 12: DB2 High Availability DisasterStandby database using GET SNAPSHOT Use the AS SNAPSHOT option of the Recovery (HADR)FOR DATABASE or db2pd - hadr DB2 BACKUP and RESTORE utilities Unit 14: DB2 DPF Partitioned DatabaseImplement Read-only application access to Basic Database Disaster Recovery Recoverythe Standby Database of an HADR Techniquesdatabase environment Explain setup for a Standby database atDB2 DPF Partitioned Database Recovery a remote location lineConsiderations Plan for database disaster recovery using Explain the basic principles DB2 uses forDescribe the use of the Single System View remotely mirrored disks database recovery and restartoptions for Backup of a partitioned database Describe the use of DB2 Replication to Describe the capabilities and functionalRecover a partitioned database using the recover selected DB2 tables in a remote requirements of DB2 loggingTO END OF LOGS option of the database Select options for some of the DB2ROLLFORWARD command DB2 High Availability Disaster Recovery database parameters that support recoveryCreate an online Backup of a DPF (HADR) DB2 Recovery Log Managementpartitioned database that includes all of the Implement HADR, including the setup of Configure the database options torequired active logs a Primary and Standby database automate archive log managementImplement automated archival of DB2 logs Use the commands START HADR, Implement infinite active logging to supportin a DPF partitioned database STOP HADR, and TAKEOVER to applications that require large amounts ofPerform dropped table recovery in a DPF manage an operational HADR system logged database changespartitioned database Plan for the use of the DB2 Utilities like Describe the options provided by DB2 9 forUse the REBUILD option of RESTORE to LOAD, REORG, Backup and Restore in Linux, UNIX, and Windows to reduce logbuild a partial copy of a DPF Partitioned an HADR environment volume, including the NOT LOGGEDdatabase Select appropriate HADR database INITIALLY optionDescribe the crash recovery processing configuration options in order to meet the DB2 Dropped Table Recoveryperformed for a DPF partitioned database requirements of a specific application Implement dropped table recovery forExplain the use of redirected restores and environment including the selected table spacesdb2relocatedb with DPF partitioned HADR_PEER_WINDOW Use the DB2 LIST HISTORY command todatabases Monitor the status of the Primary and gather the information needed to recover aUse db2inidb for split mirror copies with a Standby database using GET dropped tableDPF partitioned databases SNAPSHOT FOR DATABASE or db2pd - Plan and invoke the DB2 utilities involvedAgenda hadr in recovering a dropped tableExercise 1: Configuring DB2 for Recovery Implement Read-only application access Database Rebuild SupportUnit 2: DB2 Recovery Log Management to the Standby Database of an HADR Explain the capabilities of the REBUILDExercise 2: Managing DB2 Log Files database environment option for the RESTORE commandUnit 3: Dropped Table Recovery DB2 DPF Partitioned Database Recovery List the types of information included inExercise 3: DB2 Dropped Table Recovery Considerations each DB2 backup image and describe how


Day 2 Describe the use of the Single System it is used to support rebuilding a databaseExercise 4: Database Rebuild Support View options for Backup of a partitioned Plan for supporting database and disasterUnit 5: Table Space Recovery database recovery scenarios using DB2 databaseExercise 5: Table Space Point-in-Time Recover a partitioned database using the and table space backups using theRecovery TO END OF LOGS option of the RESTORE command with a REBUILDUnit 6: Incremental Backup and Recovery ROLLFORWARD command optionExercise 6: Incremental Backup and Restore Create an online Backup of a DPF Utilize LIST UTILITIES SHOW DETAIL toUnit 7: DB2 Database Crash Recovery partitioned database that includes all of monitor progress of a RESTORE UtilityDay 3 the required active logs during database rebuildingUnit 8: DB2 Database and Table Space Implement automated archival of DB2 Table Space RecoveryRelocation logs in a DPF partitioned database Explain how the minimum recovery timeExercise 8: DB2 Table space Relocation Perform dropped table recovery in a DPF for a table space may impact applicationUnit 9: DB2 Additional Recovery Facilities partitioned database point in time recoveryExercise 9: Additional Recovery Facilities Use the REBUILD option of RESTORE to Use the ONLINE option for RESTORE andUnit 10: DB2 Recovery History File build a partial copy of a DPF Partitioned ROLLFORWARD commands to recoverUnit 11: High Availability and Split Mirror database selected table spaces with an activeDatabase Copy Describe the crash recovery processing databaseDay 4 performed for a DPF partitioned database DB2 Incremental Backup and RecoveryUnit 12: Basic Database Disaster Recovery Explain the use of redirected restores and Implement a physical database design toTechniques db2relocatedb with DPF partitioned take advantage of Incremental backups ofExercise 11: DB2 Database Disaster databases selected table spacesRecovery using Log Shipping Use db2inidb for split mirror copies with a Utilize an Incremental restore to recover aUnit 13: DB2 High Availability Disaster DPF partitioned databases DB2 database or table space fromRecovery (HADR) Agenda Incremental backup imagesExercise 12: DB2 High Availability Disaster Exercise 1: Configuring DB2 for Recovery Use the LIST UTILITIES command to trackRecovery (HADR) Unit 2: DB2 Recovery Log Management the processing of an Incremental backupUnit 14: DB2 DPF Partitioned Database Exercise 2: Managing DB2 Log Files or restore processRecovery Unit 3: Dropped Table Recovery DB2 Database Crash Recovery

Exercise 3: DB2 Dropped Table Select an appropriate value for SOFTMAXRecovery to reduce database crash recovery time

line Day 2 Configure DB2 database options toExplain the basic principles DB2 uses for Exercise 4: Database Rebuild Support support crash recovery for applicationsdatabase recovery and restart Unit 5: Table Space Recovery Describe the impact of a database crashDescribe the capabilities and functional Exercise 5: Table Space Point-in-Time and restart for DB2 Utilities like LOAD,requirements of DB2 logging Recovery REORG and IMPORTSelect options for some of the DB2 Unit 6: Incremental Backup and Recovery DB2 Database and Table Spacedatabase parameters that support recovery Exercise 6: Incremental Backup and RelocationDB2 Recovery Log Management Restore Use the SET TABLESPACEConfigure the database options to automate Unit 7: DB2 Database Crash Recovery CONTAINERS command to define newarchive log management Day 3 containers during a redirected restoreImplement infinite active logging to support Unit 8: DB2 Database and Table Space Utilize the RESTORE utility to change theapplications that require large amounts of Relocation database storage paths for AUTOMATIClogged database changes Exercise 8: DB2 Table space Relocation STORAGE table spacesDescribe the options provided by DB2 9 for Unit 9: DB2 Additional Recovery Facilities Plan the use of redirected restore as partLinux, UNIX, and Windows to reduce log Exercise 9: Additional Recovery Facilities of a disaster recoveryvolume, including the NOT LOGGED Unit 10: DB2 Recovery History File Describe two methods that can be used toINITIALLY option Unit 11: High Availability and Split Mirror convert a DMS table space to utilizeDB2 Dropped Table Recovery Database Copy automatic storageImplement dropped table recovery for Day 4 Use the GENERATE SCRIPT option ofselected table spaces Unit 12: Basic Database Disaster RESTORE to set up a command script forUse the DB2 LIST HISTORY command to Recovery Techniques a redirected restore operationgather the information needed to recover a Exercise 11: DB2 Database Disaster Copy schemas from one database todropped table Recovery using Log Shipping another using the TRANSPORT option ofPlan and invoke the DB2 utilities involved in Unit 13: DB2 High Availability Disaster the RESTORE utilityrecovering a dropped table Recovery (HADR) Use db2relocatedb when moving orDatabase Rebuild Support Exercise 12: DB2 High Availability copying DB2 databases with non-DB2Explain the capabilities of the REBUILD Disaster Recovery (HADR) utilitiesoption for the RESTORE command Unit 14: DB2 DPF Partitioned Database DB2 Additional Recovery FacilitiesList the types of information included in each Recovery Select the appropriate method forDB2 backup image and describe how it is protecting the database from loss of logused to support rebuilding a database filePlan for supporting database and disaster line Select the BACKUP Utility option torecovery scenarios using DB2 database and Explain the basic principles DB2 uses for include the required logs in an onlinetable space backups using the RESTORE database recovery and restart backup imagecommand with a REBUILD option Describe the capabilities and functional Use the DB2 ARCHIVE LOG command toUtilize LIST UTILITIES SHOW DETAIL to requirements of DB2 logging make the current DB2 log available for


monitor progress of a RESTORE Utility Select options for some of the DB2 archivalduring database rebuilding database parameters that support Implement the DB2 option for blockingTable Space Recovery recovery update transactions when the log diskExplain how the minimum recovery time for DB2 Recovery Log Management becomes fulla table space may impact application point Configure the database options to Implement the DB2 Utility Throttle usingin time recovery automate archive log management the UTIL_IMPACT_LIM DatabaseUse the ONLINE option for RESTORE and Implement infinite active logging to Manager configuration optionROLLFORWARD commands to recover support applications that require large Configure a DB2 database for automaticselected table spaces with an active amounts of logged database changes backupsdatabase Describe the options provided by DB2 9 Explain the self optimizing features of theDB2 Incremental Backup and Recovery for Linux, UNIX, and Windows to reduce Backup UtilityImplement a physical database design to log volume, including the NOT LOGGED DB2 Recovery History Filetake advantage of Incremental backups of INITIALLY option Use the DB2 LIST HISTORY command toselected table spaces DB2 Dropped Table Recovery display selected information needed toUtilize an Incremental restore to recover a Implement dropped table recovery for plan database recoveryDB2 database or table space from selected table spaces Retrieve information from the databaseIncremental backup images Use the DB2 LIST HISTORY command recovery history using SQLUse the LIST UTILITIES command to track to gather the information needed to Configure a DB2 database for automaticthe processing of an Incremental backup or recover a dropped table removal of database recovery objectsrestore process Plan and invoke the DB2 utilities involved including backups and archived logsDB2 Database Crash Recovery in recovering a dropped table Use the PRUNE HISTORY command toSelect an appropriate value for SOFTMAX to Database Rebuild Support remove outdated information in thereduce database crash recovery time Explain the capabilities of the REBUILD Recovery HistoryConfigure DB2 database options to support option for the RESTORE command Restore a damaged Recovery History filecrash recovery for applications List the types of information included in High Availability and Split Mirror DatabaseDescribe the impact of a database crash each DB2 backup image and describe Copyand restart for DB2 Utilities like LOAD, how it is used to support rebuilding a Explain the concepts involved whenREORG and IMPORT database implementing the automated failover of aDB2 Database and Table Space Relocation Plan for supporting database and DB2 databaseUse the SET TABLESPACE CONTAINERS disaster recovery scenarios using DB2 Describe the integrated clustercommand to define new containers during a database and table space backups using configuration and management features ofredirected restore the RESTORE command with a DB2Utilize the RESTORE utility to change the REBUILD option Discuss the concepts used by DB2database storage paths for AUTOMATIC Utilize LIST UTILITIES SHOW DETAIL to pureScale to support High Availability for aSTORAGE table spaces monitor progress of a RESTORE Utility DB2 databasePlan the use of redirected restore as part of during database rebuilding Plan for using split mirror copies to createa disaster recovery Table Space Recovery a standby database, a database snapshotDescribe two methods that can be used to Explain how the minimum recovery time or a database mirrorconvert a DMS table space to utilize for a table space may impact application Utilize the SET WRITE SUSPEND andautomatic storage point in time recovery DBD2INIDB commands with split mirrorUse the GENERATE SCRIPT option of Use the ONLINE option for RESTORE database copiesRESTORE to set up a command script for a and ROLLFORWARD commands to Use the AS SNAPSHOT option of the DB2redirected restore operation recover selected table spaces with an BACKUP and RESTORE utilitiesCopy schemas from one database to active database Basic Database Disaster Recoveryanother using the TRANSPORT option of DB2 Incremental Backup and Recovery Techniquesthe RESTORE utility Implement a physical database design to Explain setup for a Standby database at aUse db2relocatedb when moving or copying take advantage of Incremental backups remote locationDB2 databases with non-DB2 utilities of selected table spaces Plan for database disaster recovery usingDB2 Additional Recovery Facilities Utilize an Incremental restore to recover remotely mirrored disksSelect the appropriate method for protecting a DB2 database or table space from Describe the use of DB2 Replication tothe database from loss of log file Incremental backup images recover selected DB2 tables in a remoteSelect the BACKUP Utility option to include Use the LIST UTILITIES command to databasethe required logs in an online backup image track the processing of an Incremental DB2 High Availability Disaster RecoveryUse the DB2 ARCHIVE LOG command to backup or restore process (HADR)make the current DB2 log available for DB2 Database Crash Recovery Implement HADR, including the setup of aarchival Select an appropriate value for Primary and Standby databaseImplement the DB2 option for blocking SOFTMAX to reduce database crash Use the commands START HADR, STOPupdate transactions when the log disk recovery time HADR, and TAKEOVER to manage anbecomes full Configure DB2 database options to operational HADR systemImplement the DB2 Utility Throttle using the support crash recovery for applications Plan for the use of the DB2 Utilities likeUTIL_IMPACT_LIM Database Manager Describe the impact of a database crash LOAD, REORG, Backup and Restore in anconfiguration option and restart for DB2 Utilities like LOAD, HADR environmentConfigure a DB2 database for automatic REORG and IMPORT Select appropriate HADR databasebackups DB2 Database and Table Space configuration options in order to meet theExplain the self optimizing features of the Relocation requirements of a specific applicationBackup Utility Use the SET TABLESPACE environment including the


DB2 Recovery History File CONTAINERS command to define new HADR_PEER_WINDOWUse the DB2 LIST HISTORY command to containers during a redirected restore Monitor the status of the Primary anddisplay selected information needed to plan Utilize the RESTORE utility to change the Standby database using GET SNAPSHOTdatabase recovery database storage paths for AUTOMATIC FOR DATABASE or db2pd - hadrRetrieve information from the database STORAGE table spaces Implement Read-only application access torecovery history using SQL Plan the use of redirected restore as part the Standby Database of an HADRConfigure a DB2 database for automatic of a disaster recovery database environmentremoval of database recovery objects Describe two methods that can be used DB2 DPF Partitioned Database Recoveryincluding backups and archived logs to convert a DMS table space to utilize ConsiderationsUse the PRUNE HISTORY command to automatic storage Describe the use of the Single Systemremove outdated information in the Use the GENERATE SCRIPT option of View options for Backup of a partitionedRecovery History RESTORE to set up a command script databaseRestore a damaged Recovery History file for a redirected restore operation Recover a partitioned database using theHigh Availability and Split Mirror Database Copy schemas from one database to TO END OF LOGS option of theCopy another using the TRANSPORT option of ROLLFORWARD commandExplain the concepts involved when the RESTORE utility Create an online Backup of a DPFimplementing the automated failover of a Use db2relocatedb when moving or partitioned database that includes all of theDB2 database copying DB2 databases with non-DB2 required active logsDescribe the integrated cluster configuration utilities Implement automated archival of DB2 logsand management features of DB2 DB2 Additional Recovery Facilities in a DPF partitioned databaseDiscuss the concepts used by DB2 Select the appropriate method for Perform dropped table recovery in a DPFpureScale to support High Availability for a protecting the database from loss of log partitioned databaseDB2 database file Use the REBUILD option of RESTORE toPlan for using split mirror copies to create a Select the BACKUP Utility option to build a partial copy of a DPF Partitionedstandby database, a database snapshot or a include the required logs in an online databasedatabase mirror backup image Describe the crash recovery processingUtilize the SET WRITE SUSPEND and Use the DB2 ARCHIVE LOG command performed for a DPF partitioned databaseDBD2INIDB commands with split mirror to make the current DB2 log available for Explain the use of redirected restores anddatabase copies archival db2relocatedb with DPF partitionedUse the AS SNAPSHOT option of the DB2 Implement the DB2 option for blocking databasesBACKUP and RESTORE utilities update transactions when the log disk Use db2inidb for split mirror copies with aBasic Database Disaster Recovery becomes full DPF partitioned databasesTechniques Implement the DB2 Utility Throttle using AgendaExplain setup for a Standby database at a the UTIL_IMPACT_LIM Database Exercise 1: Configuring DB2 for Recoveryremote location Manager configuration option Unit 2: DB2 Recovery Log ManagementPlan for database disaster recovery using Configure a DB2 database for automatic Exercise 2: Managing DB2 Log Filesremotely mirrored disks backups Unit 3: Dropped Table RecoveryDescribe the use of DB2 Replication to Explain the self optimizing features of the Exercise 3: DB2 Dropped Table Recoveryrecover selected DB2 tables in a remote Backup Utility Day 2database DB2 Recovery History File Exercise 4: Database Rebuild SupportDB2 High Availability Disaster Recovery Use the DB2 LIST HISTORY command Unit 5: Table Space Recovery(HADR) to display selected information needed to Exercise 5: Table Space Point-in-TimeImplement HADR, including the setup of a plan database recovery RecoveryPrimary and Standby database Retrieve information from the database Unit 6: Incremental Backup and RecoveryUse the commands START HADR, STOP recovery history using SQL Exercise 6: Incremental Backup andHADR, and TAKEOVER to manage an Configure a DB2 database for automatic Restoreoperational HADR system removal of database recovery objects Unit 7: DB2 Database Crash RecoveryPlan for the use of the DB2 Utilities like including backups and archived logs Day 3LOAD, REORG, Backup and Restore in an Use the PRUNE HISTORY command to Unit 8: DB2 Database and Table SpaceHADR environment remove outdated information in the RelocationSelect appropriate HADR database Recovery History Exercise 8: DB2 Table space Relocationconfiguration options in order to meet the Restore a damaged Recovery History file Unit 9: DB2 Additional Recovery Facilitiesrequirements of a specific application High Availability and Split Mirror Exercise 9: Additional Recovery Facilitiesenvironment including the Database Copy Unit 10: DB2 Recovery History FileHADR_PEER_WINDOW Explain the concepts involved when Unit 11: High Availability and Split MirrorMonitor the status of the Primary and implementing the automated failover of a Database CopyStandby database using GET SNAPSHOT DB2 database Day 4FOR DATABASE or db2pd - hadr Describe the integrated cluster Unit 12: Basic Database DisasterImplement Read-only application access to configuration and management features Recovery Techniquesthe Standby Database of an HADR of DB2 Exercise 11: DB2 Database Disasterdatabase environment Discuss the concepts used by DB2 Recovery using Log ShippingDB2 DPF Partitioned Database Recovery pureScale to support High Availability for Unit 13: DB2 High Availability DisasterConsiderations a DB2 database Recovery (HADR)Describe the use of the Single System View Plan for using split mirror copies to create Exercise 12: DB2 High Availability Disasteroptions for Backup of a partitioned database a standby database, a database Recovery (HADR)Recover a partitioned database using the snapshot or a database mirror Unit 14: DB2 DPF Partitioned Database


TO END OF LOGS option of the Utilize the SET WRITE SUSPEND and RecoveryROLLFORWARD command DBD2INIDB commands with split mirrorCreate an online Backup of a DPF database copiespartitioned database that includes all of the Use the AS SNAPSHOT option of the linerequired active logs DB2 BACKUP and RESTORE utilities State the three types of recovery supportImplement automated archival of DB2 logs Basic Database Disaster Recovery Select the DB2 Database parameters thatin a DPF partitioned database Techniques support the DB2 logsPerform dropped table recovery in a DPF Explain setup for a Standby database at Explain the DB2 facility to recover from anpartitioned database a remote location SQL DROP TABLE statement issued inUse the REBUILD option of RESTORE to Plan for database disaster recovery using errorbuild a partial copy of a DPF Partitioned remotely mirrored disks Review the considerations of usingdatabase Describe the use of DB2 Replication to standard DB2 database recovery optionsDescribe the crash recovery processing recover selected DB2 tables in a remote Plan for point-in-time recovery of a tableperformed for a DPF partitioned database database spaces to support application processingExplain the use of redirected restores and DB2 High Availability Disaster Recovery errorsdb2relocatedb with DPF partitioned (HADR) Plan a database recovery strategy thatdatabases Implement HADR, including the setup of includes both full and Incremental backupsUse db2inidb for split mirror copies with a a Primary and Standby database to reduce the duration and size ofDPF partitioned databases Use the commands START HADR, database backupsAgenda STOP HADR, and TAKEOVER to Describe the concepts and processing forExercise 1: Configuring DB2 for Recovery manage an operational HADR system DB2 database crash recoveryUnit 2: DB2 Recovery Log Management Plan for the use of the DB2 Utilities like Explain the facility of the DB2 RESTOREExercise 2: Managing DB2 Log Files LOAD, REORG, Backup and Restore in command to recover table spaces toUnit 3: Dropped Table Recovery an HADR environment different containersExercise 3: DB2 Dropped Table Recovery Select appropriate HADR database Explain the LOAD Utility options COPYDay 2 configuration options in order to meet the YES, COPY NO andExercise 4: Database Rebuild Support requirements of a specific application NONRECOVERABLE impact on databaseUnit 5: Table Space Recovery environment including the recoveryExercise 5: Table Space Point-in-Time HADR_PEER_WINDOW Explain the information recorded in theRecovery Monitor the status of the Primary and Recovery History fileUnit 6: Incremental Backup and Recovery Standby database using GET Describe various techniques for supportingExercise 6: Incremental Backup and Restore SNAPSHOT FOR DATABASE or db2pd - High Availability of DB2 databasesUnit 7: DB2 Database Crash Recovery hadr Describe the benefits and limitations ofDay 3 Implement Read-only application access several methods for supporting databaseUnit 8: DB2 Database and Table Space to the Standby Database of an HADR disaster recoveryRelocation database environment Describe the benefits and limitations ofExercise 8: DB2 Table space Relocation DB2 DPF Partitioned Database Recovery implementing High Availability DisasterUnit 9: DB2 Additional Recovery Facilities Considerations Recovery (HADR)Exercise 9: Additional Recovery Facilities Describe the use of the Single System Explain database recovery facilities in aUnit 10: DB2 Recovery History File View options for Backup of a partitioned DB2 DPF partitioned databaseUnit 11: High Availability and Split Mirror database Day 1Database Copy Recover a partitioned database using the Unit 1: DB2 Database Recovery ReviewDay 4 TO END OF LOGS option of the Unit 4: Database Rebuild SupportUnit 12: Basic Database Disaster Recovery ROLLFORWARD command Exercise 7: Database Crash RecoveryTechniques Create an online Backup of a DPF Exercise 10: DB2 High Availability usingExercise 11: DB2 Database Disaster partitioned database that includes all of split mirror copiesRecovery using Log Shipping the required active logsUnit 13: DB2 High Availability Disaster Implement automated archival of DB2Recovery (HADR) logs in a DPF partitioned database lineExercise 12: DB2 High Availability Disaster Perform dropped table recovery in a DPF State the three types of recovery supportRecovery (HADR) partitioned database Select the DB2 Database parameters thatUnit 14: DB2 DPF Partitioned Database Use the REBUILD option of RESTORE to support the DB2 logsRecovery build a partial copy of a DPF Partitioned Explain the DB2 facility to recover from an

database SQL DROP TABLE statement issued inDescribe the crash recovery processing error

line performed for a DPF partitioned database Review the considerations of usingExplain the basic principles DB2 uses for Explain the use of redirected restores and standard DB2 database recovery optionsdatabase recovery and restart db2relocatedb with DPF partitioned Plan for point-in-time recovery of a tableDescribe the capabilities and functional databases spaces to support application processingrequirements of DB2 logging Use db2inidb for split mirror copies with a errorsSelect options for some of the DB2 DPF partitioned databases Plan a database recovery strategy thatdatabase parameters that support recovery Agenda includes both full and Incremental backupsDB2 Recovery Log Management Exercise 1: Configuring DB2 for Recovery to reduce the duration and size ofConfigure the database options to automate Unit 2: DB2 Recovery Log Management database backupsarchive log management Exercise 2: Managing DB2 Log Files Describe the concepts and processing forImplement infinite active logging to support Unit 3: Dropped Table Recovery DB2 database crash recovery


applications that require large amounts of Exercise 3: DB2 Dropped Table Explain the facility of the DB2 RESTORElogged database changes Recovery command to recover table spaces toDescribe the options provided by DB2 9 for Day 2 different containersLinux, UNIX, and Windows to reduce log Exercise 4: Database Rebuild Support Explain the LOAD Utility options COPYvolume, including the NOT LOGGED Unit 5: Table Space Recovery YES, COPY NO andINITIALLY option Exercise 5: Table Space Point-in-Time NONRECOVERABLE impact on databaseDB2 Dropped Table Recovery Recovery recoveryImplement dropped table recovery for Unit 6: Incremental Backup and Recovery Explain the information recorded in theselected table spaces Exercise 6: Incremental Backup and Recovery History fileUse the DB2 LIST HISTORY command to Restore Describe various techniques for supportinggather the information needed to recover a Unit 7: DB2 Database Crash Recovery High Availability of DB2 databasesdropped table Day 3 Describe the benefits and limitations ofPlan and invoke the DB2 utilities involved in Unit 8: DB2 Database and Table Space several methods for supporting databaserecovering a dropped table Relocation disaster recoveryDatabase Rebuild Support Exercise 8: DB2 Table space Relocation Describe the benefits and limitations ofExplain the capabilities of the REBUILD Unit 9: DB2 Additional Recovery Facilities implementing High Availability Disasteroption for the RESTORE command Exercise 9: Additional Recovery Facilities Recovery (HADR)List the types of information included in each Unit 10: DB2 Recovery History File Explain database recovery facilities in aDB2 backup image and describe how it is Unit 11: High Availability and Split Mirror DB2 DPF partitioned databaseused to support rebuilding a database Database Copy Day 1Plan for supporting database and disaster Day 4 Unit 1: DB2 Database Recovery Reviewrecovery scenarios using DB2 database and Unit 12: Basic Database Disaster Unit 4: Database Rebuild Supporttable space backups using the RESTORE Recovery Techniques Exercise 7: Database Crash Recoverycommand with a REBUILD option Exercise 11: DB2 Database Disaster Exercise 10: DB2 High Availability usingUtilize LIST UTILITIES SHOW DETAIL to Recovery using Log Shipping split mirror copiesmonitor progress of a RESTORE Utility Unit 13: DB2 High Availability Disasterduring database rebuilding Recovery (HADR)Table Space Recovery Exercise 12: DB2 High Availability lineExplain how the minimum recovery time for Disaster Recovery (HADR) Explain the basic principles DB2 uses fora table space may impact application point Unit 14: DB2 DPF Partitioned Database database recovery and restartin time recovery Recovery Describe the capabilities and functionalUse the ONLINE option for RESTORE and requirements of DB2 loggingROLLFORWARD commands to recover Select options for some of the DB2selected table spaces with an active line database parameters that support recoverydatabase Explain the basic principles DB2 uses for DB2 Recovery Log ManagementDB2 Incremental Backup and Recovery database recovery and restart Configure the database options toImplement a physical database design to Describe the capabilities and functional automate archive log managementtake advantage of Incremental backups of requirements of DB2 logging Implement infinite active logging to supportselected table spaces Select options for some of the DB2 applications that require large amounts ofUtilize an Incremental restore to recover a database parameters that support logged database changesDB2 database or table space from recovery Describe the options provided by DB2 9 forIncremental backup images DB2 Recovery Log Management Linux, UNIX, and Windows to reduce logUse the LIST UTILITIES command to track Configure the database options to volume, including the NOT LOGGEDthe processing of an Incremental backup or automate archive log management INITIALLY optionrestore process Implement infinite active logging to DB2 Dropped Table RecoveryDB2 Database Crash Recovery support applications that require large Implement dropped table recovery forSelect an appropriate value for SOFTMAX to amounts of logged database changes selected table spacesreduce database crash recovery time Describe the options provided by DB2 9 Use the DB2 LIST HISTORY command toConfigure DB2 database options to support for Linux, UNIX, and Windows to reduce gather the information needed to recover acrash recovery for applications log volume, including the NOT LOGGED dropped tableDescribe the impact of a database crash INITIALLY option Plan and invoke the DB2 utilities involvedand restart for DB2 Utilities like LOAD, DB2 Dropped Table Recovery in recovering a dropped tableREORG and IMPORT Implement dropped table recovery for Database Rebuild SupportDB2 Database and Table Space Relocation selected table spaces Explain the capabilities of the REBUILDUse the SET TABLESPACE CONTAINERS Use the DB2 LIST HISTORY command option for the RESTORE commandcommand to define new containers during a to gather the information needed to List the types of information included inredirected restore recover a dropped table each DB2 backup image and describe howUtilize the RESTORE utility to change the Plan and invoke the DB2 utilities involved it is used to support rebuilding a databasedatabase storage paths for AUTOMATIC in recovering a dropped table Plan for supporting database and disasterSTORAGE table spaces Database Rebuild Support recovery scenarios using DB2 databasePlan the use of redirected restore as part of Explain the capabilities of the REBUILD and table space backups using thea disaster recovery option for the RESTORE command RESTORE command with a REBUILDDescribe two methods that can be used to List the types of information included in optionconvert a DMS table space to utilize each DB2 backup image and describe Utilize LIST UTILITIES SHOW DETAIL toautomatic storage how it is used to support rebuilding a monitor progress of a RESTORE UtilityUse the GENERATE SCRIPT option of database during database rebuilding


RESTORE to set up a command script for a Plan for supporting database and Table Space Recoveryredirected restore operation disaster recovery scenarios using DB2 Explain how the minimum recovery timeCopy schemas from one database to database and table space backups using for a table space may impact applicationanother using the TRANSPORT option of the RESTORE command with a point in time recoverythe RESTORE utility REBUILD option Use the ONLINE option for RESTORE andUse db2relocatedb when moving or copying Utilize LIST UTILITIES SHOW DETAIL to ROLLFORWARD commands to recoverDB2 databases with non-DB2 utilities monitor progress of a RESTORE Utility selected table spaces with an activeDB2 Additional Recovery Facilities during database rebuilding databaseSelect the appropriate method for protecting Table Space Recovery DB2 Incremental Backup and Recoverythe database from loss of log file Explain how the minimum recovery time Implement a physical database design toSelect the BACKUP Utility option to include for a table space may impact application take advantage of Incremental backups ofthe required logs in an online backup image point in time recovery selected table spacesUse the DB2 ARCHIVE LOG command to Use the ONLINE option for RESTORE Utilize an Incremental restore to recover amake the current DB2 log available for and ROLLFORWARD commands to DB2 database or table space fromarchival recover selected table spaces with an Incremental backup imagesImplement the DB2 option for blocking active database Use the LIST UTILITIES command to trackupdate transactions when the log disk DB2 Incremental Backup and Recovery the processing of an Incremental backupbecomes full Implement a physical database design to or restore processImplement the DB2 Utility Throttle using the take advantage of Incremental backups DB2 Database Crash RecoveryUTIL_IMPACT_LIM Database Manager of selected table spaces Select an appropriate value for SOFTMAXconfiguration option Utilize an Incremental restore to recover to reduce database crash recovery timeConfigure a DB2 database for automatic a DB2 database or table space from Configure DB2 database options tobackups Incremental backup images support crash recovery for applicationsExplain the self optimizing features of the Use the LIST UTILITIES command to Describe the impact of a database crashBackup Utility track the processing of an Incremental and restart for DB2 Utilities like LOAD,DB2 Recovery History File backup or restore process REORG and IMPORTUse the DB2 LIST HISTORY command to DB2 Database Crash Recovery DB2 Database and Table Spacedisplay selected information needed to plan Select an appropriate value for Relocationdatabase recovery SOFTMAX to reduce database crash Use the SET TABLESPACERetrieve information from the database recovery time CONTAINERS command to define newrecovery history using SQL Configure DB2 database options to containers during a redirected restoreConfigure a DB2 database for automatic support crash recovery for applications Utilize the RESTORE utility to change theremoval of database recovery objects Describe the impact of a database crash database storage paths for AUTOMATICincluding backups and archived logs and restart for DB2 Utilities like LOAD, STORAGE table spacesUse the PRUNE HISTORY command to REORG and IMPORT Plan the use of redirected restore as partremove outdated information in the DB2 Database and Table Space of a disaster recoveryRecovery History Relocation Describe two methods that can be used toRestore a damaged Recovery History file Use the SET TABLESPACE convert a DMS table space to utilizeHigh Availability and Split Mirror Database CONTAINERS command to define new automatic storageCopy containers during a redirected restore Use the GENERATE SCRIPT option ofExplain the concepts involved when Utilize the RESTORE utility to change the RESTORE to set up a command script forimplementing the automated failover of a database storage paths for AUTOMATIC a redirected restore operationDB2 database STORAGE table spaces Copy schemas from one database toDescribe the integrated cluster configuration Plan the use of redirected restore as part another using the TRANSPORT option ofand management features of DB2 of a disaster recovery the RESTORE utilityDiscuss the concepts used by DB2 Describe two methods that can be used Use db2relocatedb when moving orpureScale to support High Availability for a to convert a DMS table space to utilize copying DB2 databases with non-DB2DB2 database automatic storage utilitiesPlan for using split mirror copies to create a Use the GENERATE SCRIPT option of DB2 Additional Recovery Facilitiesstandby database, a database snapshot or a RESTORE to set up a command script Select the appropriate method fordatabase mirror for a redirected restore operation protecting the database from loss of logUtilize the SET WRITE SUSPEND and Copy schemas from one database to fileDBD2INIDB commands with split mirror another using the TRANSPORT option of Select the BACKUP Utility option todatabase copies the RESTORE utility include the required logs in an onlineUse the AS SNAPSHOT option of the DB2 Use db2relocatedb when moving or backup imageBACKUP and RESTORE utilities copying DB2 databases with non-DB2 Use the DB2 ARCHIVE LOG command toBasic Database Disaster Recovery utilities make the current DB2 log available forTechniques DB2 Additional Recovery Facilities archivalExplain setup for a Standby database at a Select the appropriate method for Implement the DB2 option for blockingremote location protecting the database from loss of log update transactions when the log diskPlan for database disaster recovery using file becomes fullremotely mirrored disks Select the BACKUP Utility option to Implement the DB2 Utility Throttle usingDescribe the use of DB2 Replication to include the required logs in an online the UTIL_IMPACT_LIM Databaserecover selected DB2 tables in a remote backup image Manager configuration optiondatabase Use the DB2 ARCHIVE LOG command Configure a DB2 database for automaticDB2 High Availability Disaster Recovery to make the current DB2 log available for backups


(HADR) archival Explain the self optimizing features of theImplement HADR, including the setup of a Implement the DB2 option for blocking Backup UtilityPrimary and Standby database update transactions when the log disk DB2 Recovery History FileUse the commands START HADR, STOP becomes full Use the DB2 LIST HISTORY command toHADR, and TAKEOVER to manage an Implement the DB2 Utility Throttle using display selected information needed tooperational HADR system the UTIL_IMPACT_LIM Database plan database recoveryPlan for the use of the DB2 Utilities like Manager configuration option Retrieve information from the databaseLOAD, REORG, Backup and Restore in an Configure a DB2 database for automatic recovery history using SQLHADR environment backups Configure a DB2 database for automaticSelect appropriate HADR database Explain the self optimizing features of the removal of database recovery objectsconfiguration options in order to meet the Backup Utility including backups and archived logsrequirements of a specific application DB2 Recovery History File Use the PRUNE HISTORY command toenvironment including the Use the DB2 LIST HISTORY command remove outdated information in theHADR_PEER_WINDOW to display selected information needed to Recovery HistoryMonitor the status of the Primary and plan database recovery Restore a damaged Recovery History fileStandby database using GET SNAPSHOT Retrieve information from the database High Availability and Split Mirror DatabaseFOR DATABASE or db2pd - hadr recovery history using SQL CopyImplement Read-only application access to Configure a DB2 database for automatic Explain the concepts involved whenthe Standby Database of an HADR removal of database recovery objects implementing the automated failover of adatabase environment including backups and archived logs DB2 databaseDB2 DPF Partitioned Database Recovery Use the PRUNE HISTORY command to Describe the integrated clusterConsiderations remove outdated information in the configuration and management features ofDescribe the use of the Single System View Recovery History DB2options for Backup of a partitioned database Restore a damaged Recovery History file Discuss the concepts used by DB2Recover a partitioned database using the High Availability and Split Mirror pureScale to support High Availability for aTO END OF LOGS option of the Database Copy DB2 databaseROLLFORWARD command Explain the concepts involved when Plan for using split mirror copies to createCreate an online Backup of a DPF implementing the automated failover of a a standby database, a database snapshotpartitioned database that includes all of the DB2 database or a database mirrorrequired active logs Describe the integrated cluster Utilize the SET WRITE SUSPEND andImplement automated archival of DB2 logs configuration and management features DBD2INIDB commands with split mirrorin a DPF partitioned database of DB2 database copiesPerform dropped table recovery in a DPF Discuss the concepts used by DB2 Use the AS SNAPSHOT option of the DB2partitioned database pureScale to support High Availability for BACKUP and RESTORE utilitiesUse the REBUILD option of RESTORE to a DB2 database Basic Database Disaster Recoverybuild a partial copy of a DPF Partitioned Plan for using split mirror copies to create Techniquesdatabase a standby database, a database Explain setup for a Standby database at aDescribe the crash recovery processing snapshot or a database mirror remote locationperformed for a DPF partitioned database Utilize the SET WRITE SUSPEND and Plan for database disaster recovery usingExplain the use of redirected restores and DBD2INIDB commands with split mirror remotely mirrored disksdb2relocatedb with DPF partitioned database copies Describe the use of DB2 Replication todatabases Use the AS SNAPSHOT option of the recover selected DB2 tables in a remoteUse db2inidb for split mirror copies with a DB2 BACKUP and RESTORE utilities databaseDPF partitioned databases Basic Database Disaster Recovery DB2 High Availability Disaster RecoveryAgenda Techniques (HADR)Exercise 1: Configuring DB2 for Recovery Explain setup for a Standby database at Implement HADR, including the setup of aUnit 2: DB2 Recovery Log Management a remote location Primary and Standby databaseExercise 2: Managing DB2 Log Files Plan for database disaster recovery using Use the commands START HADR, STOPUnit 3: Dropped Table Recovery remotely mirrored disks HADR, and TAKEOVER to manage anExercise 3: DB2 Dropped Table Recovery Describe the use of DB2 Replication to operational HADR systemDay 2 recover selected DB2 tables in a remote Plan for the use of the DB2 Utilities likeExercise 4: Database Rebuild Support database LOAD, REORG, Backup and Restore in anUnit 5: Table Space Recovery DB2 High Availability Disaster Recovery HADR environmentExercise 5: Table Space Point-in-Time (HADR) Select appropriate HADR databaseRecovery Implement HADR, including the setup of configuration options in order to meet theUnit 6: Incremental Backup and Recovery a Primary and Standby database requirements of a specific applicationExercise 6: Incremental Backup and Restore Use the commands START HADR, environment including theUnit 7: DB2 Database Crash Recovery STOP HADR, and TAKEOVER to HADR_PEER_WINDOWDay 3 manage an operational HADR system Monitor the status of the Primary andUnit 8: DB2 Database and Table Space Plan for the use of the DB2 Utilities like Standby database using GET SNAPSHOTRelocation LOAD, REORG, Backup and Restore in FOR DATABASE or db2pd - hadrExercise 8: DB2 Table space Relocation an HADR environment Implement Read-only application access toUnit 9: DB2 Additional Recovery Facilities Select appropriate HADR database the Standby Database of an HADRExercise 9: Additional Recovery Facilities configuration options in order to meet the database environmentUnit 10: DB2 Recovery History File requirements of a specific application DB2 DPF Partitioned Database RecoveryUnit 11: High Availability and Split Mirror environment including the Considerations


Database Copy HADR_PEER_WINDOW Describe the use of the Single SystemDay 4 Monitor the status of the Primary and View options for Backup of a partitionedUnit 12: Basic Database Disaster Recovery Standby database using GET databaseTechniques SNAPSHOT FOR DATABASE or db2pd - Recover a partitioned database using theExercise 11: DB2 Database Disaster hadr TO END OF LOGS option of theRecovery using Log Shipping Implement Read-only application access ROLLFORWARD commandUnit 13: DB2 High Availability Disaster to the Standby Database of an HADR Create an online Backup of a DPFRecovery (HADR) database environment partitioned database that includes all of theExercise 12: DB2 High Availability Disaster DB2 DPF Partitioned Database Recovery required active logsRecovery (HADR) Considerations Implement automated archival of DB2 logsUnit 14: DB2 DPF Partitioned Database Describe the use of the Single System in a DPF partitioned databaseRecovery View options for Backup of a partitioned Perform dropped table recovery in a DPF

database partitioned databaseRecover a partitioned database using the Use the REBUILD option of RESTORE to

line TO END OF LOGS option of the build a partial copy of a DPF PartitionedExplain the basic principles DB2 uses for ROLLFORWARD command databasedatabase recovery and restart Create an online Backup of a DPF Describe the crash recovery processingDescribe the capabilities and functional partitioned database that includes all of performed for a DPF partitioned databaserequirements of DB2 logging the required active logs Explain the use of redirected restores andSelect options for some of the DB2 Implement automated archival of DB2 db2relocatedb with DPF partitioneddatabase parameters that support recovery logs in a DPF partitioned database databasesDB2 Recovery Log Management Perform dropped table recovery in a DPF Use db2inidb for split mirror copies with aConfigure the database options to automate partitioned database DPF partitioned databasesarchive log management Use the REBUILD option of RESTORE to AgendaImplement infinite active logging to support build a partial copy of a DPF Partitioned Exercise 1: Configuring DB2 for Recoveryapplications that require large amounts of database Unit 2: DB2 Recovery Log Managementlogged database changes Describe the crash recovery processing Exercise 2: Managing DB2 Log FilesDescribe the options provided by DB2 9 for performed for a DPF partitioned database Unit 3: Dropped Table RecoveryLinux, UNIX, and Windows to reduce log Explain the use of redirected restores and Exercise 3: DB2 Dropped Table Recoveryvolume, including the NOT LOGGED db2relocatedb with DPF partitioned Day 2INITIALLY option databases Exercise 4: Database Rebuild SupportDB2 Dropped Table Recovery Use db2inidb for split mirror copies with a Unit 5: Table Space RecoveryImplement dropped table recovery for DPF partitioned databases Exercise 5: Table Space Point-in-Timeselected table spaces Agenda RecoveryUse the DB2 LIST HISTORY command to Exercise 1: Configuring DB2 for Recovery Unit 6: Incremental Backup and Recoverygather the information needed to recover a Unit 2: DB2 Recovery Log Management Exercise 6: Incremental Backup anddropped table Exercise 2: Managing DB2 Log Files RestorePlan and invoke the DB2 utilities involved in Unit 3: Dropped Table Recovery Unit 7: DB2 Database Crash Recoveryrecovering a dropped table Exercise 3: DB2 Dropped Table Day 3Database Rebuild Support Recovery Unit 8: DB2 Database and Table SpaceExplain the capabilities of the REBUILD Day 2 Relocationoption for the RESTORE command Exercise 4: Database Rebuild Support Exercise 8: DB2 Table space RelocationList the types of information included in each Unit 5: Table Space Recovery Unit 9: DB2 Additional Recovery FacilitiesDB2 backup image and describe how it is Exercise 5: Table Space Point-in-Time Exercise 9: Additional Recovery Facilitiesused to support rebuilding a database Recovery Unit 10: DB2 Recovery History FilePlan for supporting database and disaster Unit 6: Incremental Backup and Recovery Unit 11: High Availability and Split Mirrorrecovery scenarios using DB2 database and Exercise 6: Incremental Backup and Database Copytable space backups using the RESTORE Restore Day 4command with a REBUILD option Unit 7: DB2 Database Crash Recovery Unit 12: Basic Database DisasterUtilize LIST UTILITIES SHOW DETAIL to Day 3 Recovery Techniquesmonitor progress of a RESTORE Utility Unit 8: DB2 Database and Table Space Exercise 11: DB2 Database Disasterduring database rebuilding Relocation Recovery using Log ShippingTable Space Recovery Exercise 8: DB2 Table space Relocation Unit 13: DB2 High Availability DisasterExplain how the minimum recovery time for Unit 9: DB2 Additional Recovery Facilities Recovery (HADR)a table space may impact application point Exercise 9: Additional Recovery Facilities Exercise 12: DB2 High Availability Disasterin time recovery Unit 10: DB2 Recovery History File Recovery (HADR)Use the ONLINE option for RESTORE and Unit 11: High Availability and Split Mirror Unit 14: DB2 DPF Partitioned DatabaseROLLFORWARD commands to recover Database Copy Recoveryselected table spaces with an active Day 4database Unit 12: Basic Database DisasterDB2 Incremental Backup and Recovery Recovery Techniques lineImplement a physical database design to Exercise 11: DB2 Database Disaster Explain the basic principles DB2 uses fortake advantage of Incremental backups of Recovery using Log Shipping database recovery and restartselected table spaces Unit 13: DB2 High Availability Disaster Describe the capabilities and functionalUtilize an Incremental restore to recover a Recovery (HADR) requirements of DB2 loggingDB2 database or table space from Exercise 12: DB2 High Availability Select options for some of the DB2


Incremental backup images Disaster Recovery (HADR) database parameters that support recoveryUse the LIST UTILITIES command to track Unit 14: DB2 DPF Partitioned Database DB2 Recovery Log Managementthe processing of an Incremental backup or Recovery Configure the database options torestore process automate archive log managementDB2 Database Crash Recovery Implement infinite active logging to supportSelect an appropriate value for SOFTMAX to line applications that require large amounts ofreduce database crash recovery time State the three types of recovery support logged database changesConfigure DB2 database options to support Select the DB2 Database parameters Describe the options provided by DB2 9 forcrash recovery for applications that support the DB2 logs Linux, UNIX, and Windows to reduce logDescribe the impact of a database crash Explain the DB2 facility to recover from volume, including the NOT LOGGEDand restart for DB2 Utilities like LOAD, an SQL DROP TABLE statement issued INITIALLY optionREORG and IMPORT in error DB2 Dropped Table RecoveryDB2 Database and Table Space Relocation Review the considerations of using Implement dropped table recovery forUse the SET TABLESPACE CONTAINERS standard DB2 database recovery options selected table spacescommand to define new containers during a Plan for point-in-time recovery of a table Use the DB2 LIST HISTORY command toredirected restore spaces to support application processing gather the information needed to recover aUtilize the RESTORE utility to change the errors dropped tabledatabase storage paths for AUTOMATIC Plan a database recovery strategy that Plan and invoke the DB2 utilities involvedSTORAGE table spaces includes both full and Incremental in recovering a dropped tablePlan the use of redirected restore as part of backups to reduce the duration and size Database Rebuild Supporta disaster recovery of database backups Explain the capabilities of the REBUILDDescribe two methods that can be used to Describe the concepts and processing for option for the RESTORE commandconvert a DMS table space to utilize DB2 database crash recovery List the types of information included inautomatic storage Explain the facility of the DB2 RESTORE each DB2 backup image and describe howUse the GENERATE SCRIPT option of command to recover table spaces to it is used to support rebuilding a databaseRESTORE to set up a command script for a different containers Plan for supporting database and disasterredirected restore operation Explain the LOAD Utility options COPY recovery scenarios using DB2 databaseCopy schemas from one database to YES, COPY NO and and table space backups using theanother using the TRANSPORT option of NONRECOVERABLE impact on RESTORE command with a REBUILDthe RESTORE utility database recovery optionUse db2relocatedb when moving or copying Explain the information recorded in the Utilize LIST UTILITIES SHOW DETAIL toDB2 databases with non-DB2 utilities Recovery History file monitor progress of a RESTORE UtilityDB2 Additional Recovery Facilities Describe various techniques for during database rebuildingSelect the appropriate method for protecting supporting High Availability of DB2 Table Space Recoverythe database from loss of log file databases Explain how the minimum recovery timeSelect the BACKUP Utility option to include Describe the benefits and limitations of for a table space may impact applicationthe required logs in an online backup image several methods for supporting database point in time recoveryUse the DB2 ARCHIVE LOG command to disaster recovery Use the ONLINE option for RESTORE andmake the current DB2 log available for Describe the benefits and limitations of ROLLFORWARD commands to recoverarchival implementing High Availability Disaster selected table spaces with an activeImplement the DB2 option for blocking Recovery (HADR) databaseupdate transactions when the log disk Explain database recovery facilities in a DB2 Incremental Backup and Recoverybecomes full DB2 DPF partitioned database Implement a physical database design toImplement the DB2 Utility Throttle using the Day 1 take advantage of Incremental backups ofUTIL_IMPACT_LIM Database Manager Unit 1: DB2 Database Recovery Review selected table spacesconfiguration option Unit 4: Database Rebuild Support Utilize an Incremental restore to recover aConfigure a DB2 database for automatic Exercise 7: Database Crash Recovery DB2 database or table space frombackups Exercise 10: DB2 High Availability using Incremental backup imagesExplain the self optimizing features of the split mirror copies Use the LIST UTILITIES command to trackBackup Utility the processing of an Incremental backupDB2 Recovery History File or restore processUse the DB2 LIST HISTORY command to line DB2 Database Crash Recoverydisplay selected information needed to plan Explain the basic principles DB2 uses for Select an appropriate value for SOFTMAXdatabase recovery database recovery and restart to reduce database crash recovery timeRetrieve information from the database Describe the capabilities and functional Configure DB2 database options torecovery history using SQL requirements of DB2 logging support crash recovery for applicationsConfigure a DB2 database for automatic Select options for some of the DB2 Describe the impact of a database crashremoval of database recovery objects database parameters that support and restart for DB2 Utilities like LOAD,including backups and archived logs recovery REORG and IMPORTUse the PRUNE HISTORY command to DB2 Recovery Log Management DB2 Database and Table Spaceremove outdated information in the Configure the database options to RelocationRecovery History automate archive log management Use the SET TABLESPACERestore a damaged Recovery History file Implement infinite active logging to CONTAINERS command to define newHigh Availability and Split Mirror Database support applications that require large containers during a redirected restoreCopy amounts of logged database changes Utilize the RESTORE utility to change theExplain the concepts involved when Describe the options provided by DB2 9 database storage paths for AUTOMATIC


implementing the automated failover of a for Linux, UNIX, and Windows to reduce STORAGE table spacesDB2 database log volume, including the NOT LOGGED Plan the use of redirected restore as partDescribe the integrated cluster configuration INITIALLY option of a disaster recoveryand management features of DB2 DB2 Dropped Table Recovery Describe two methods that can be used toDiscuss the concepts used by DB2 Implement dropped table recovery for convert a DMS table space to utilizepureScale to support High Availability for a selected table spaces automatic storageDB2 database Use the DB2 LIST HISTORY command Use the GENERATE SCRIPT option ofPlan for using split mirror copies to create a to gather the information needed to RESTORE to set up a command script forstandby database, a database snapshot or a recover a dropped table a redirected restore operationdatabase mirror Plan and invoke the DB2 utilities involved Copy schemas from one database toUtilize the SET WRITE SUSPEND and in recovering a dropped table another using the TRANSPORT option ofDBD2INIDB commands with split mirror Database Rebuild Support the RESTORE utilitydatabase copies Explain the capabilities of the REBUILD Use db2relocatedb when moving orUse the AS SNAPSHOT option of the DB2 option for the RESTORE command copying DB2 databases with non-DB2BACKUP and RESTORE utilities List the types of information included in utilitiesBasic Database Disaster Recovery each DB2 backup image and describe DB2 Additional Recovery FacilitiesTechniques how it is used to support rebuilding a Select the appropriate method forExplain setup for a Standby database at a database protecting the database from loss of logremote location Plan for supporting database and filePlan for database disaster recovery using disaster recovery scenarios using DB2 Select the BACKUP Utility option toremotely mirrored disks database and table space backups using include the required logs in an onlineDescribe the use of DB2 Replication to the RESTORE command with a backup imagerecover selected DB2 tables in a remote REBUILD option Use the DB2 ARCHIVE LOG command todatabase Utilize LIST UTILITIES SHOW DETAIL to make the current DB2 log available forDB2 High Availability Disaster Recovery monitor progress of a RESTORE Utility archival(HADR) during database rebuilding Implement the DB2 option for blockingImplement HADR, including the setup of a Table Space Recovery update transactions when the log diskPrimary and Standby database Explain how the minimum recovery time becomes fullUse the commands START HADR, STOP for a table space may impact application Implement the DB2 Utility Throttle usingHADR, and TAKEOVER to manage an point in time recovery the UTIL_IMPACT_LIM Databaseoperational HADR system Use the ONLINE option for RESTORE Manager configuration optionPlan for the use of the DB2 Utilities like and ROLLFORWARD commands to Configure a DB2 database for automaticLOAD, REORG, Backup and Restore in an recover selected table spaces with an backupsHADR environment active database Explain the self optimizing features of theSelect appropriate HADR database DB2 Incremental Backup and Recovery Backup Utilityconfiguration options in order to meet the Implement a physical database design to DB2 Recovery History Filerequirements of a specific application take advantage of Incremental backups Use the DB2 LIST HISTORY command toenvironment including the of selected table spaces display selected information needed toHADR_PEER_WINDOW Utilize an Incremental restore to recover plan database recoveryMonitor the status of the Primary and a DB2 database or table space from Retrieve information from the databaseStandby database using GET SNAPSHOT Incremental backup images recovery history using SQLFOR DATABASE or db2pd - hadr Use the LIST UTILITIES command to Configure a DB2 database for automaticImplement Read-only application access to track the processing of an Incremental removal of database recovery objectsthe Standby Database of an HADR backup or restore process including backups and archived logsdatabase environment DB2 Database Crash Recovery Use the PRUNE HISTORY command toDB2 DPF Partitioned Database Recovery Select an appropriate value for remove outdated information in theConsiderations SOFTMAX to reduce database crash Recovery HistoryDescribe the use of the Single System View recovery time Restore a damaged Recovery History fileoptions for Backup of a partitioned database Configure DB2 database options to High Availability and Split Mirror DatabaseRecover a partitioned database using the support crash recovery for applications CopyTO END OF LOGS option of the Describe the impact of a database crash Explain the concepts involved whenROLLFORWARD command and restart for DB2 Utilities like LOAD, implementing the automated failover of aCreate an online Backup of a DPF REORG and IMPORT DB2 databasepartitioned database that includes all of the DB2 Database and Table Space Describe the integrated clusterrequired active logs Relocation configuration and management features ofImplement automated archival of DB2 logs Use the SET TABLESPACE DB2in a DPF partitioned database CONTAINERS command to define new Discuss the concepts used by DB2Perform dropped table recovery in a DPF containers during a redirected restore pureScale to support High Availability for apartitioned database Utilize the RESTORE utility to change the DB2 databaseUse the REBUILD option of RESTORE to database storage paths for AUTOMATIC Plan for using split mirror copies to createbuild a partial copy of a DPF Partitioned STORAGE table spaces a standby database, a database snapshotdatabase Plan the use of redirected restore as part or a database mirrorDescribe the crash recovery processing of a disaster recovery Utilize the SET WRITE SUSPEND andperformed for a DPF partitioned database Describe two methods that can be used DBD2INIDB commands with split mirrorExplain the use of redirected restores and to convert a DMS table space to utilize database copiesdb2relocatedb with DPF partitioned automatic storage Use the AS SNAPSHOT option of the DB2


databases Use the GENERATE SCRIPT option of BACKUP and RESTORE utilitiesUse db2inidb for split mirror copies with a RESTORE to set up a command script Basic Database Disaster RecoveryDPF partitioned databases for a redirected restore operation TechniquesAgenda Copy schemas from one database to Explain setup for a Standby database at aExercise 1: Configuring DB2 for Recovery another using the TRANSPORT option of remote locationUnit 2: DB2 Recovery Log Management the RESTORE utility Plan for database disaster recovery usingExercise 2: Managing DB2 Log Files Use db2relocatedb when moving or remotely mirrored disksUnit 3: Dropped Table Recovery copying DB2 databases with non-DB2 Describe the use of DB2 Replication toExercise 3: DB2 Dropped Table Recovery utilities recover selected DB2 tables in a remoteDay 2 DB2 Additional Recovery Facilities databaseExercise 4: Database Rebuild Support Select the appropriate method for DB2 High Availability Disaster RecoveryUnit 5: Table Space Recovery protecting the database from loss of log (HADR)Exercise 5: Table Space Point-in-Time file Implement HADR, including the setup of aRecovery Select the BACKUP Utility option to Primary and Standby databaseUnit 6: Incremental Backup and Recovery include the required logs in an online Use the commands START HADR, STOPExercise 6: Incremental Backup and Restore backup image HADR, and TAKEOVER to manage anUnit 7: DB2 Database Crash Recovery Use the DB2 ARCHIVE LOG command operational HADR systemDay 3 to make the current DB2 log available for Plan for the use of the DB2 Utilities likeUnit 8: DB2 Database and Table Space archival LOAD, REORG, Backup and Restore in anRelocation Implement the DB2 option for blocking HADR environmentExercise 8: DB2 Table space Relocation update transactions when the log disk Select appropriate HADR databaseUnit 9: DB2 Additional Recovery Facilities becomes full configuration options in order to meet theExercise 9: Additional Recovery Facilities Implement the DB2 Utility Throttle using requirements of a specific applicationUnit 10: DB2 Recovery History File the UTIL_IMPACT_LIM Database environment including theUnit 11: High Availability and Split Mirror Manager configuration option HADR_PEER_WINDOWDatabase Copy Configure a DB2 database for automatic Monitor the status of the Primary andDay 4 backups Standby database using GET SNAPSHOTUnit 12: Basic Database Disaster Recovery Explain the self optimizing features of the FOR DATABASE or db2pd - hadrTechniques Backup Utility Implement Read-only application access toExercise 11: DB2 Database Disaster DB2 Recovery History File the Standby Database of an HADRRecovery using Log Shipping Use the DB2 LIST HISTORY command database environmentUnit 13: DB2 High Availability Disaster to display selected information needed to DB2 DPF Partitioned Database RecoveryRecovery (HADR) plan database recovery ConsiderationsExercise 12: DB2 High Availability Disaster Retrieve information from the database Describe the use of the Single SystemRecovery (HADR) recovery history using SQL View options for Backup of a partitionedUnit 14: DB2 DPF Partitioned Database Configure a DB2 database for automatic databaseRecovery removal of database recovery objects Recover a partitioned database using the

including backups and archived logs TO END OF LOGS option of theUse the PRUNE HISTORY command to ROLLFORWARD command

line remove outdated information in the Create an online Backup of a DPFState the three types of recovery support Recovery History partitioned database that includes all of theSelect the DB2 Database parameters that Restore a damaged Recovery History file required active logssupport the DB2 logs High Availability and Split Mirror Implement automated archival of DB2 logsExplain the DB2 facility to recover from an Database Copy in a DPF partitioned databaseSQL DROP TABLE statement issued in Explain the concepts involved when Perform dropped table recovery in a DPFerror implementing the automated failover of a partitioned databaseReview the considerations of using standard DB2 database Use the REBUILD option of RESTORE toDB2 database recovery options Describe the integrated cluster build a partial copy of a DPF PartitionedPlan for point-in-time recovery of a table configuration and management features databasespaces to support application processing of DB2 Describe the crash recovery processingerrors Discuss the concepts used by DB2 performed for a DPF partitioned databasePlan a database recovery strategy that pureScale to support High Availability for Explain the use of redirected restores andincludes both full and Incremental backups a DB2 database db2relocatedb with DPF partitionedto reduce the duration and size of database Plan for using split mirror copies to create databasesbackups a standby database, a database Use db2inidb for split mirror copies with aDescribe the concepts and processing for snapshot or a database mirror DPF partitioned databasesDB2 database crash recovery Utilize the SET WRITE SUSPEND and AgendaExplain the facility of the DB2 RESTORE DBD2INIDB commands with split mirror Exercise 1: Configuring DB2 for Recoverycommand to recover table spaces to database copies Unit 2: DB2 Recovery Log Managementdifferent containers Use the AS SNAPSHOT option of the Exercise 2: Managing DB2 Log FilesExplain the LOAD Utility options COPY DB2 BACKUP and RESTORE utilities Unit 3: Dropped Table RecoveryYES, COPY NO and NONRECOVERABLE Basic Database Disaster Recovery Exercise 3: DB2 Dropped Table Recoveryimpact on database recovery Techniques Day 2Explain the information recorded in the Explain setup for a Standby database at Exercise 4: Database Rebuild SupportRecovery History file a remote location Unit 5: Table Space RecoveryDescribe various techniques for supporting Plan for database disaster recovery using Exercise 5: Table Space Point-in-Time


High Availability of DB2 databases remotely mirrored disks RecoveryDescribe the benefits and limitations of Describe the use of DB2 Replication to Unit 6: Incremental Backup and Recoveryseveral methods for supporting database recover selected DB2 tables in a remote Exercise 6: Incremental Backup anddisaster recovery database RestoreDescribe the benefits and limitations of DB2 High Availability Disaster Recovery Unit 7: DB2 Database Crash Recoveryimplementing High Availability Disaster (HADR) Day 3Recovery (HADR) Implement HADR, including the setup of Unit 8: DB2 Database and Table SpaceExplain database recovery facilities in a DB2 a Primary and Standby database RelocationDPF partitioned database Use the commands START HADR, Exercise 8: DB2 Table space RelocationDay 1 STOP HADR, and TAKEOVER to Unit 9: DB2 Additional Recovery FacilitiesUnit 1: DB2 Database Recovery Review manage an operational HADR system Exercise 9: Additional Recovery FacilitiesUnit 4: Database Rebuild Support Plan for the use of the DB2 Utilities like Unit 10: DB2 Recovery History FileExercise 7: Database Crash Recovery LOAD, REORG, Backup and Restore in Unit 11: High Availability and Split MirrorExercise 10: DB2 High Availability using split an HADR environment Database Copymirror copies Select appropriate HADR database Day 4

configuration options in order to meet the Unit 12: Basic Database Disasterrequirements of a specific application Recovery Techniques

line environment including the Exercise 11: DB2 Database DisasterExplain the basic principles DB2 uses for HADR_PEER_WINDOW Recovery using Log Shippingdatabase recovery and restart Monitor the status of the Primary and Unit 13: DB2 High Availability DisasterDescribe the capabilities and functional Standby database using GET Recovery (HADR)requirements of DB2 logging SNAPSHOT FOR DATABASE or db2pd - Exercise 12: DB2 High Availability DisasterSelect options for some of the DB2 hadr Recovery (HADR)database parameters that support recovery Implement Read-only application access Unit 14: DB2 DPF Partitioned DatabaseDB2 Recovery Log Management to the Standby Database of an HADR RecoveryConfigure the database options to automate database environmentarchive log management DB2 DPF Partitioned Database RecoveryImplement infinite active logging to support Considerations lineapplications that require large amounts of Describe the use of the Single System Explain the basic principles DB2 uses forlogged database changes View options for Backup of a partitioned database recovery and restartDescribe the options provided by DB2 9 for database Describe the capabilities and functionalLinux, UNIX, and Windows to reduce log Recover a partitioned database using the requirements of DB2 loggingvolume, including the NOT LOGGED TO END OF LOGS option of the Select options for some of the DB2INITIALLY option ROLLFORWARD command database parameters that support recoveryDB2 Dropped Table Recovery Create an online Backup of a DPF DB2 Recovery Log ManagementImplement dropped table recovery for partitioned database that includes all of Configure the database options toselected table spaces the required active logs automate archive log managementUse the DB2 LIST HISTORY command to Implement automated archival of DB2 Implement infinite active logging to supportgather the information needed to recover a logs in a DPF partitioned database applications that require large amounts ofdropped table Perform dropped table recovery in a DPF logged database changesPlan and invoke the DB2 utilities involved in partitioned database Describe the options provided by DB2 9 forrecovering a dropped table Use the REBUILD option of RESTORE to Linux, UNIX, and Windows to reduce logDatabase Rebuild Support build a partial copy of a DPF Partitioned volume, including the NOT LOGGEDExplain the capabilities of the REBUILD database INITIALLY optionoption for the RESTORE command Describe the crash recovery processing DB2 Dropped Table RecoveryList the types of information included in each performed for a DPF partitioned database Implement dropped table recovery forDB2 backup image and describe how it is Explain the use of redirected restores and selected table spacesused to support rebuilding a database db2relocatedb with DPF partitioned Use the DB2 LIST HISTORY command toPlan for supporting database and disaster databases gather the information needed to recover arecovery scenarios using DB2 database and Use db2inidb for split mirror copies with a dropped tabletable space backups using the RESTORE DPF partitioned databases Plan and invoke the DB2 utilities involvedcommand with a REBUILD option Agenda in recovering a dropped tableUtilize LIST UTILITIES SHOW DETAIL to Exercise 1: Configuring DB2 for Recovery Database Rebuild Supportmonitor progress of a RESTORE Utility Unit 2: DB2 Recovery Log Management Explain the capabilities of the REBUILDduring database rebuilding Exercise 2: Managing DB2 Log Files option for the RESTORE commandTable Space Recovery Unit 3: Dropped Table Recovery List the types of information included inExplain how the minimum recovery time for Exercise 3: DB2 Dropped Table each DB2 backup image and describe howa table space may impact application point Recovery it is used to support rebuilding a databasein time recovery Day 2 Plan for supporting database and disasterUse the ONLINE option for RESTORE and Exercise 4: Database Rebuild Support recovery scenarios using DB2 databaseROLLFORWARD commands to recover Unit 5: Table Space Recovery and table space backups using theselected table spaces with an active Exercise 5: Table Space Point-in-Time RESTORE command with a REBUILDdatabase Recovery optionDB2 Incremental Backup and Recovery Unit 6: Incremental Backup and Recovery Utilize LIST UTILITIES SHOW DETAIL toImplement a physical database design to Exercise 6: Incremental Backup and monitor progress of a RESTORE Utilitytake advantage of Incremental backups of Restore during database rebuilding


selected table spaces Unit 7: DB2 Database Crash Recovery Table Space RecoveryUtilize an Incremental restore to recover a Day 3 Explain how the minimum recovery timeDB2 database or table space from Unit 8: DB2 Database and Table Space for a table space may impact applicationIncremental backup images Relocation point in time recoveryUse the LIST UTILITIES command to track Exercise 8: DB2 Table space Relocation Use the ONLINE option for RESTORE andthe processing of an Incremental backup or Unit 9: DB2 Additional Recovery Facilities ROLLFORWARD commands to recoverrestore process Exercise 9: Additional Recovery Facilities selected table spaces with an activeDB2 Database Crash Recovery Unit 10: DB2 Recovery History File databaseSelect an appropriate value for SOFTMAX to Unit 11: High Availability and Split Mirror DB2 Incremental Backup and Recoveryreduce database crash recovery time Database Copy Implement a physical database design toConfigure DB2 database options to support Day 4 take advantage of Incremental backups ofcrash recovery for applications Unit 12: Basic Database Disaster selected table spacesDescribe the impact of a database crash Recovery Techniques Utilize an Incremental restore to recover aand restart for DB2 Utilities like LOAD, Exercise 11: DB2 Database Disaster DB2 database or table space fromREORG and IMPORT Recovery using Log Shipping Incremental backup imagesDB2 Database and Table Space Relocation Unit 13: DB2 High Availability Disaster Use the LIST UTILITIES command to trackUse the SET TABLESPACE CONTAINERS Recovery (HADR) the processing of an Incremental backupcommand to define new containers during a Exercise 12: DB2 High Availability or restore processredirected restore Disaster Recovery (HADR) DB2 Database Crash RecoveryUtilize the RESTORE utility to change the Unit 14: DB2 DPF Partitioned Database Select an appropriate value for SOFTMAXdatabase storage paths for AUTOMATIC Recovery to reduce database crash recovery timeSTORAGE table spaces Configure DB2 database options toPlan the use of redirected restore as part of support crash recovery for applicationsa disaster recovery line Describe the impact of a database crashDescribe two methods that can be used to Explain the basic principles DB2 uses for and restart for DB2 Utilities like LOAD,convert a DMS table space to utilize database recovery and restart REORG and IMPORTautomatic storage Describe the capabilities and functional DB2 Database and Table SpaceUse the GENERATE SCRIPT option of requirements of DB2 logging RelocationRESTORE to set up a command script for a Select options for some of the DB2 Use the SET TABLESPACEredirected restore operation database parameters that support CONTAINERS command to define newCopy schemas from one database to recovery containers during a redirected restoreanother using the TRANSPORT option of DB2 Recovery Log Management Utilize the RESTORE utility to change thethe RESTORE utility Configure the database options to database storage paths for AUTOMATICUse db2relocatedb when moving or copying automate archive log management STORAGE table spacesDB2 databases with non-DB2 utilities Implement infinite active logging to Plan the use of redirected restore as partDB2 Additional Recovery Facilities support applications that require large of a disaster recoverySelect the appropriate method for protecting amounts of logged database changes Describe two methods that can be used tothe database from loss of log file Describe the options provided by DB2 9 convert a DMS table space to utilizeSelect the BACKUP Utility option to include for Linux, UNIX, and Windows to reduce automatic storagethe required logs in an online backup image log volume, including the NOT LOGGED Use the GENERATE SCRIPT option ofUse the DB2 ARCHIVE LOG command to INITIALLY option RESTORE to set up a command script formake the current DB2 log available for DB2 Dropped Table Recovery a redirected restore operationarchival Implement dropped table recovery for Copy schemas from one database toImplement the DB2 option for blocking selected table spaces another using the TRANSPORT option ofupdate transactions when the log disk Use the DB2 LIST HISTORY command the RESTORE utilitybecomes full to gather the information needed to Use db2relocatedb when moving orImplement the DB2 Utility Throttle using the recover a dropped table copying DB2 databases with non-DB2UTIL_IMPACT_LIM Database Manager Plan and invoke the DB2 utilities involved utilitiesconfiguration option in recovering a dropped table DB2 Additional Recovery FacilitiesConfigure a DB2 database for automatic Database Rebuild Support Select the appropriate method forbackups Explain the capabilities of the REBUILD protecting the database from loss of logExplain the self optimizing features of the option for the RESTORE command fileBackup Utility List the types of information included in Select the BACKUP Utility option toDB2 Recovery History File each DB2 backup image and describe include the required logs in an onlineUse the DB2 LIST HISTORY command to how it is used to support rebuilding a backup imagedisplay selected information needed to plan database Use the DB2 ARCHIVE LOG command todatabase recovery Plan for supporting database and make the current DB2 log available forRetrieve information from the database disaster recovery scenarios using DB2 archivalrecovery history using SQL database and table space backups using Implement the DB2 option for blockingConfigure a DB2 database for automatic the RESTORE command with a update transactions when the log diskremoval of database recovery objects REBUILD option becomes fullincluding backups and archived logs Utilize LIST UTILITIES SHOW DETAIL to Implement the DB2 Utility Throttle usingUse the PRUNE HISTORY command to monitor progress of a RESTORE Utility the UTIL_IMPACT_LIM Databaseremove outdated information in the during database rebuilding Manager configuration optionRecovery History Table Space Recovery Configure a DB2 database for automaticRestore a damaged Recovery History file Explain how the minimum recovery time backups


High Availability and Split Mirror Database for a table space may impact application Explain the self optimizing features of theCopy point in time recovery Backup UtilityExplain the concepts involved when Use the ONLINE option for RESTORE DB2 Recovery History Fileimplementing the automated failover of a and ROLLFORWARD commands to Use the DB2 LIST HISTORY command toDB2 database recover selected table spaces with an display selected information needed toDescribe the integrated cluster configuration active database plan database recoveryand management features of DB2 DB2 Incremental Backup and Recovery Retrieve information from the databaseDiscuss the concepts used by DB2 Implement a physical database design to recovery history using SQLpureScale to support High Availability for a take advantage of Incremental backups Configure a DB2 database for automaticDB2 database of selected table spaces removal of database recovery objectsPlan for using split mirror copies to create a Utilize an Incremental restore to recover including backups and archived logsstandby database, a database snapshot or a a DB2 database or table space from Use the PRUNE HISTORY command todatabase mirror Incremental backup images remove outdated information in theUtilize the SET WRITE SUSPEND and Use the LIST UTILITIES command to Recovery HistoryDBD2INIDB commands with split mirror track the processing of an Incremental Restore a damaged Recovery History filedatabase copies backup or restore process High Availability and Split Mirror DatabaseUse the AS SNAPSHOT option of the DB2 DB2 Database Crash Recovery CopyBACKUP and RESTORE utilities Select an appropriate value for Explain the concepts involved whenBasic Database Disaster Recovery SOFTMAX to reduce database crash implementing the automated failover of aTechniques recovery time DB2 databaseExplain setup for a Standby database at a Configure DB2 database options to Describe the integrated clusterremote location support crash recovery for applications configuration and management features ofPlan for database disaster recovery using Describe the impact of a database crash DB2remotely mirrored disks and restart for DB2 Utilities like LOAD, Discuss the concepts used by DB2Describe the use of DB2 Replication to REORG and IMPORT pureScale to support High Availability for arecover selected DB2 tables in a remote DB2 Database and Table Space DB2 databasedatabase Relocation Plan for using split mirror copies to createDB2 High Availability Disaster Recovery Use the SET TABLESPACE a standby database, a database snapshot(HADR) CONTAINERS command to define new or a database mirrorImplement HADR, including the setup of a containers during a redirected restore Utilize the SET WRITE SUSPEND andPrimary and Standby database Utilize the RESTORE utility to change the DBD2INIDB commands with split mirrorUse the commands START HADR, STOP database storage paths for AUTOMATIC database copiesHADR, and TAKEOVER to manage an STORAGE table spaces Use the AS SNAPSHOT option of the DB2operational HADR system Plan the use of redirected restore as part BACKUP and RESTORE utilitiesPlan for the use of the DB2 Utilities like of a disaster recovery Basic Database Disaster RecoveryLOAD, REORG, Backup and Restore in an Describe two methods that can be used TechniquesHADR environment to convert a DMS table space to utilize Explain setup for a Standby database at aSelect appropriate HADR database automatic storage remote locationconfiguration options in order to meet the Use the GENERATE SCRIPT option of Plan for database disaster recovery usingrequirements of a specific application RESTORE to set up a command script remotely mirrored disksenvironment including the for a redirected restore operation Describe the use of DB2 Replication toHADR_PEER_WINDOW Copy schemas from one database to recover selected DB2 tables in a remoteMonitor the status of the Primary and another using the TRANSPORT option of databaseStandby database using GET SNAPSHOT the RESTORE utility DB2 High Availability Disaster RecoveryFOR DATABASE or db2pd - hadr Use db2relocatedb when moving or (HADR)Implement Read-only application access to copying DB2 databases with non-DB2 Implement HADR, including the setup of athe Standby Database of an HADR utilities Primary and Standby databasedatabase environment DB2 Additional Recovery Facilities Use the commands START HADR, STOPDB2 DPF Partitioned Database Recovery Select the appropriate method for HADR, and TAKEOVER to manage anConsiderations protecting the database from loss of log operational HADR systemDescribe the use of the Single System View file Plan for the use of the DB2 Utilities likeoptions for Backup of a partitioned database Select the BACKUP Utility option to LOAD, REORG, Backup and Restore in anRecover a partitioned database using the include the required logs in an online HADR environmentTO END OF LOGS option of the backup image Select appropriate HADR databaseROLLFORWARD command Use the DB2 ARCHIVE LOG command configuration options in order to meet theCreate an online Backup of a DPF to make the current DB2 log available for requirements of a specific applicationpartitioned database that includes all of the archival environment including therequired active logs Implement the DB2 option for blocking HADR_PEER_WINDOWImplement automated archival of DB2 logs update transactions when the log disk Monitor the status of the Primary andin a DPF partitioned database becomes full Standby database using GET SNAPSHOTPerform dropped table recovery in a DPF Implement the DB2 Utility Throttle using FOR DATABASE or db2pd - hadrpartitioned database the UTIL_IMPACT_LIM Database Implement Read-only application access toUse the REBUILD option of RESTORE to Manager configuration option the Standby Database of an HADRbuild a partial copy of a DPF Partitioned Configure a DB2 database for automatic database environmentdatabase backups DB2 DPF Partitioned Database RecoveryDescribe the crash recovery processing Explain the self optimizing features of the Considerations


performed for a DPF partitioned database Backup Utility Describe the use of the Single SystemExplain the use of redirected restores and DB2 Recovery History File View options for Backup of a partitioneddb2relocatedb with DPF partitioned Use the DB2 LIST HISTORY command databasedatabases to display selected information needed to Recover a partitioned database using theUse db2inidb for split mirror copies with a plan database recovery TO END OF LOGS option of theDPF partitioned databases Retrieve information from the database ROLLFORWARD commandAgenda recovery history using SQL Create an online Backup of a DPFExercise 1: Configuring DB2 for Recovery Configure a DB2 database for automatic partitioned database that includes all of theUnit 2: DB2 Recovery Log Management removal of database recovery objects required active logsExercise 2: Managing DB2 Log Files including backups and archived logs Implement automated archival of DB2 logsUnit 3: Dropped Table Recovery Use the PRUNE HISTORY command to in a DPF partitioned databaseExercise 3: DB2 Dropped Table Recovery remove outdated information in the Perform dropped table recovery in a DPFDay 2 Recovery History partitioned databaseExercise 4: Database Rebuild Support Restore a damaged Recovery History file Use the REBUILD option of RESTORE toUnit 5: Table Space Recovery High Availability and Split Mirror build a partial copy of a DPF PartitionedExercise 5: Table Space Point-in-Time Database Copy databaseRecovery Explain the concepts involved when Describe the crash recovery processingUnit 6: Incremental Backup and Recovery implementing the automated failover of a performed for a DPF partitioned databaseExercise 6: Incremental Backup and Restore DB2 database Explain the use of redirected restores andUnit 7: DB2 Database Crash Recovery Describe the integrated cluster db2relocatedb with DPF partitionedDay 3 configuration and management features databasesUnit 8: DB2 Database and Table Space of DB2 Use db2inidb for split mirror copies with aRelocation Discuss the concepts used by DB2 DPF partitioned databasesExercise 8: DB2 Table space Relocation pureScale to support High Availability for AgendaUnit 9: DB2 Additional Recovery Facilities a DB2 database Exercise 1: Configuring DB2 for RecoveryExercise 9: Additional Recovery Facilities Plan for using split mirror copies to create Unit 2: DB2 Recovery Log ManagementUnit 10: DB2 Recovery History File a standby database, a database Exercise 2: Managing DB2 Log FilesUnit 11: High Availability and Split Mirror snapshot or a database mirror Unit 3: Dropped Table RecoveryDatabase Copy Utilize the SET WRITE SUSPEND and Exercise 3: DB2 Dropped Table RecoveryDay 4 DBD2INIDB commands with split mirror Day 2Unit 12: Basic Database Disaster Recovery database copies Exercise 4: Database Rebuild SupportTechniques Use the AS SNAPSHOT option of the Unit 5: Table Space RecoveryExercise 11: DB2 Database Disaster DB2 BACKUP and RESTORE utilities Exercise 5: Table Space Point-in-TimeRecovery using Log Shipping Basic Database Disaster Recovery RecoveryUnit 13: DB2 High Availability Disaster Techniques Unit 6: Incremental Backup and RecoveryRecovery (HADR) Explain setup for a Standby database at Exercise 6: Incremental Backup andExercise 12: DB2 High Availability Disaster a remote location RestoreRecovery (HADR) Plan for database disaster recovery using Unit 7: DB2 Database Crash RecoveryUnit 14: DB2 DPF Partitioned Database remotely mirrored disks Day 3Recovery Describe the use of DB2 Replication to Unit 8: DB2 Database and Table Space

recover selected DB2 tables in a remote Relocationdatabase Exercise 8: DB2 Table space Relocation

line DB2 High Availability Disaster Recovery Unit 9: DB2 Additional Recovery FacilitiesExplain the basic principles DB2 uses for (HADR) Exercise 9: Additional Recovery Facilitiesdatabase recovery and restart Implement HADR, including the setup of Unit 10: DB2 Recovery History FileDescribe the capabilities and functional a Primary and Standby database Unit 11: High Availability and Split Mirrorrequirements of DB2 logging Use the commands START HADR, Database CopySelect options for some of the DB2 STOP HADR, and TAKEOVER to Day 4database parameters that support recovery manage an operational HADR system Unit 12: Basic Database DisasterDB2 Recovery Log Management Plan for the use of the DB2 Utilities like Recovery TechniquesConfigure the database options to automate LOAD, REORG, Backup and Restore in Exercise 11: DB2 Database Disasterarchive log management an HADR environment Recovery using Log ShippingImplement infinite active logging to support Select appropriate HADR database Unit 13: DB2 High Availability Disasterapplications that require large amounts of configuration options in order to meet the Recovery (HADR)logged database changes requirements of a specific application Exercise 12: DB2 High Availability DisasterDescribe the options provided by DB2 9 for environment including the Recovery (HADR)Linux, UNIX, and Windows to reduce log HADR_PEER_WINDOW Unit 14: DB2 DPF Partitioned Databasevolume, including the NOT LOGGED Monitor the status of the Primary and RecoveryINITIALLY option Standby database using GETDB2 Dropped Table Recovery SNAPSHOT FOR DATABASE or db2pd -Implement dropped table recovery for hadr lineselected table spaces Implement Read-only application access Explain the basic principles DB2 uses forUse the DB2 LIST HISTORY command to to the Standby Database of an HADR database recovery and restartgather the information needed to recover a database environment Describe the capabilities and functionaldropped table DB2 DPF Partitioned Database Recovery requirements of DB2 loggingPlan and invoke the DB2 utilities involved in Considerations Select options for some of the DB2


recovering a dropped table Describe the use of the Single System database parameters that support recoveryDatabase Rebuild Support View options for Backup of a partitioned DB2 Recovery Log ManagementExplain the capabilities of the REBUILD database Configure the database options tooption for the RESTORE command Recover a partitioned database using the automate archive log managementList the types of information included in each TO END OF LOGS option of the Implement infinite active logging to supportDB2 backup image and describe how it is ROLLFORWARD command applications that require large amounts ofused to support rebuilding a database Create an online Backup of a DPF logged database changesPlan for supporting database and disaster partitioned database that includes all of Describe the options provided by DB2 9 forrecovery scenarios using DB2 database and the required active logs Linux, UNIX, and Windows to reduce logtable space backups using the RESTORE Implement automated archival of DB2 volume, including the NOT LOGGEDcommand with a REBUILD option logs in a DPF partitioned database INITIALLY optionUtilize LIST UTILITIES SHOW DETAIL to Perform dropped table recovery in a DPF DB2 Dropped Table Recoverymonitor progress of a RESTORE Utility partitioned database Implement dropped table recovery forduring database rebuilding Use the REBUILD option of RESTORE to selected table spacesTable Space Recovery build a partial copy of a DPF Partitioned Use the DB2 LIST HISTORY command toExplain how the minimum recovery time for database gather the information needed to recover aa table space may impact application point Describe the crash recovery processing dropped tablein time recovery performed for a DPF partitioned database Plan and invoke the DB2 utilities involvedUse the ONLINE option for RESTORE and Explain the use of redirected restores and in recovering a dropped tableROLLFORWARD commands to recover db2relocatedb with DPF partitioned Database Rebuild Supportselected table spaces with an active databases Explain the capabilities of the REBUILDdatabase Use db2inidb for split mirror copies with a option for the RESTORE commandDB2 Incremental Backup and Recovery DPF partitioned databases List the types of information included inImplement a physical database design to Agenda each DB2 backup image and describe howtake advantage of Incremental backups of Exercise 1: Configuring DB2 for Recovery it is used to support rebuilding a databaseselected table spaces Unit 2: DB2 Recovery Log Management Plan for supporting database and disasterUtilize an Incremental restore to recover a Exercise 2: Managing DB2 Log Files recovery scenarios using DB2 databaseDB2 database or table space from Unit 3: Dropped Table Recovery and table space backups using theIncremental backup images Exercise 3: DB2 Dropped Table RESTORE command with a REBUILDUse the LIST UTILITIES command to track Recovery optionthe processing of an Incremental backup or Day 2 Utilize LIST UTILITIES SHOW DETAIL torestore process Exercise 4: Database Rebuild Support monitor progress of a RESTORE UtilityDB2 Database Crash Recovery Unit 5: Table Space Recovery during database rebuildingSelect an appropriate value for SOFTMAX to Exercise 5: Table Space Point-in-Time Table Space Recoveryreduce database crash recovery time Recovery Explain how the minimum recovery timeConfigure DB2 database options to support Unit 6: Incremental Backup and Recovery for a table space may impact applicationcrash recovery for applications Exercise 6: Incremental Backup and point in time recoveryDescribe the impact of a database crash Restore Use the ONLINE option for RESTORE andand restart for DB2 Utilities like LOAD, Unit 7: DB2 Database Crash Recovery ROLLFORWARD commands to recoverREORG and IMPORT Day 3 selected table spaces with an activeDB2 Database and Table Space Relocation Unit 8: DB2 Database and Table Space databaseUse the SET TABLESPACE CONTAINERS Relocation DB2 Incremental Backup and Recoverycommand to define new containers during a Exercise 8: DB2 Table space Relocation Implement a physical database design toredirected restore Unit 9: DB2 Additional Recovery Facilities take advantage of Incremental backups ofUtilize the RESTORE utility to change the Exercise 9: Additional Recovery Facilities selected table spacesdatabase storage paths for AUTOMATIC Unit 10: DB2 Recovery History File Utilize an Incremental restore to recover aSTORAGE table spaces Unit 11: High Availability and Split Mirror DB2 database or table space fromPlan the use of redirected restore as part of Database Copy Incremental backup imagesa disaster recovery Day 4 Use the LIST UTILITIES command to trackDescribe two methods that can be used to Unit 12: Basic Database Disaster the processing of an Incremental backupconvert a DMS table space to utilize Recovery Techniques or restore processautomatic storage Exercise 11: DB2 Database Disaster DB2 Database Crash RecoveryUse the GENERATE SCRIPT option of Recovery using Log Shipping Select an appropriate value for SOFTMAXRESTORE to set up a command script for a Unit 13: DB2 High Availability Disaster to reduce database crash recovery timeredirected restore operation Recovery (HADR) Configure DB2 database options toCopy schemas from one database to Exercise 12: DB2 High Availability support crash recovery for applicationsanother using the TRANSPORT option of Disaster Recovery (HADR) Describe the impact of a database crashthe RESTORE utility Unit 14: DB2 DPF Partitioned Database and restart for DB2 Utilities like LOAD,Use db2relocatedb when moving or copying Recovery REORG and IMPORTDB2 databases with non-DB2 utilities DB2 Database and Table SpaceDB2 Additional Recovery Facilities RelocationSelect the appropriate method for protecting line Use the SET TABLESPACEthe database from loss of log file Explain the basic principles DB2 uses for CONTAINERS command to define newSelect the BACKUP Utility option to include database recovery and restart containers during a redirected restorethe required logs in an online backup image Describe the capabilities and functional Utilize the RESTORE utility to change theUse the DB2 ARCHIVE LOG command to requirements of DB2 logging database storage paths for AUTOMATIC


make the current DB2 log available for Select options for some of the DB2 STORAGE table spacesarchival database parameters that support Plan the use of redirected restore as partImplement the DB2 option for blocking recovery of a disaster recoveryupdate transactions when the log disk DB2 Recovery Log Management Describe two methods that can be used tobecomes full Configure the database options to convert a DMS table space to utilizeImplement the DB2 Utility Throttle using the automate archive log management automatic storageUTIL_IMPACT_LIM Database Manager Implement infinite active logging to Use the GENERATE SCRIPT option ofconfiguration option support applications that require large RESTORE to set up a command script forConfigure a DB2 database for automatic amounts of logged database changes a redirected restore operationbackups Describe the options provided by DB2 9 Copy schemas from one database toExplain the self optimizing features of the for Linux, UNIX, and Windows to reduce another using the TRANSPORT option ofBackup Utility log volume, including the NOT LOGGED the RESTORE utilityDB2 Recovery History File INITIALLY option Use db2relocatedb when moving orUse the DB2 LIST HISTORY command to DB2 Dropped Table Recovery copying DB2 databases with non-DB2display selected information needed to plan Implement dropped table recovery for utilitiesdatabase recovery selected table spaces DB2 Additional Recovery FacilitiesRetrieve information from the database Use the DB2 LIST HISTORY command Select the appropriate method forrecovery history using SQL to gather the information needed to protecting the database from loss of logConfigure a DB2 database for automatic recover a dropped table fileremoval of database recovery objects Plan and invoke the DB2 utilities involved Select the BACKUP Utility option toincluding backups and archived logs in recovering a dropped table include the required logs in an onlineUse the PRUNE HISTORY command to Database Rebuild Support backup imageremove outdated information in the Explain the capabilities of the REBUILD Use the DB2 ARCHIVE LOG command toRecovery History option for the RESTORE command make the current DB2 log available forRestore a damaged Recovery History file List the types of information included in archivalHigh Availability and Split Mirror Database each DB2 backup image and describe Implement the DB2 option for blockingCopy how it is used to support rebuilding a update transactions when the log diskExplain the concepts involved when database becomes fullimplementing the automated failover of a Plan for supporting database and Implement the DB2 Utility Throttle usingDB2 database disaster recovery scenarios using DB2 the UTIL_IMPACT_LIM DatabaseDescribe the integrated cluster configuration database and table space backups using Manager configuration optionand management features of DB2 the RESTORE command with a Configure a DB2 database for automaticDiscuss the concepts used by DB2 REBUILD option backupspureScale to support High Availability for a Utilize LIST UTILITIES SHOW DETAIL to Explain the self optimizing features of theDB2 database monitor progress of a RESTORE Utility Backup UtilityPlan for using split mirror copies to create a during database rebuilding DB2 Recovery History Filestandby database, a database snapshot or a Table Space Recovery Use the DB2 LIST HISTORY command todatabase mirror Explain how the minimum recovery time display selected information needed toUtilize the SET WRITE SUSPEND and for a table space may impact application plan database recoveryDBD2INIDB commands with split mirror point in time recovery Retrieve information from the databasedatabase copies Use the ONLINE option for RESTORE recovery history using SQLUse the AS SNAPSHOT option of the DB2 and ROLLFORWARD commands to Configure a DB2 database for automaticBACKUP and RESTORE utilities recover selected table spaces with an removal of database recovery objectsBasic Database Disaster Recovery active database including backups and archived logsTechniques DB2 Incremental Backup and Recovery Use the PRUNE HISTORY command toExplain setup for a Standby database at a Implement a physical database design to remove outdated information in theremote location take advantage of Incremental backups Recovery HistoryPlan for database disaster recovery using of selected table spaces Restore a damaged Recovery History fileremotely mirrored disks Utilize an Incremental restore to recover High Availability and Split Mirror DatabaseDescribe the use of DB2 Replication to a DB2 database or table space from Copyrecover selected DB2 tables in a remote Incremental backup images Explain the concepts involved whendatabase Use the LIST UTILITIES command to implementing the automated failover of aDB2 High Availability Disaster Recovery track the processing of an Incremental DB2 database(HADR) backup or restore process Describe the integrated clusterImplement HADR, including the setup of a DB2 Database Crash Recovery configuration and management features ofPrimary and Standby database Select an appropriate value for DB2Use the commands START HADR, STOP SOFTMAX to reduce database crash Discuss the concepts used by DB2HADR, and TAKEOVER to manage an recovery time pureScale to support High Availability for aoperational HADR system Configure DB2 database options to DB2 databasePlan for the use of the DB2 Utilities like support crash recovery for applications Plan for using split mirror copies to createLOAD, REORG, Backup and Restore in an Describe the impact of a database crash a standby database, a database snapshotHADR environment and restart for DB2 Utilities like LOAD, or a database mirrorSelect appropriate HADR database REORG and IMPORT Utilize the SET WRITE SUSPEND andconfiguration options in order to meet the DB2 Database and Table Space DBD2INIDB commands with split mirrorrequirements of a specific application Relocation database copiesenvironment including the Use the SET TABLESPACE Use the AS SNAPSHOT option of the DB2


HADR_PEER_WINDOW CONTAINERS command to define new BACKUP and RESTORE utilitiesMonitor the status of the Primary and containers during a redirected restore Basic Database Disaster RecoveryStandby database using GET SNAPSHOT Utilize the RESTORE utility to change the TechniquesFOR DATABASE or db2pd - hadr database storage paths for AUTOMATIC Explain setup for a Standby database at aImplement Read-only application access to STORAGE table spaces remote locationthe Standby Database of an HADR Plan the use of redirected restore as part Plan for database disaster recovery usingdatabase environment of a disaster recovery remotely mirrored disksDB2 DPF Partitioned Database Recovery Describe two methods that can be used Describe the use of DB2 Replication toConsiderations to convert a DMS table space to utilize recover selected DB2 tables in a remoteDescribe the use of the Single System View automatic storage databaseoptions for Backup of a partitioned database Use the GENERATE SCRIPT option of DB2 High Availability Disaster RecoveryRecover a partitioned database using the RESTORE to set up a command script (HADR)TO END OF LOGS option of the for a redirected restore operation Implement HADR, including the setup of aROLLFORWARD command Copy schemas from one database to Primary and Standby databaseCreate an online Backup of a DPF another using the TRANSPORT option of Use the commands START HADR, STOPpartitioned database that includes all of the the RESTORE utility HADR, and TAKEOVER to manage anrequired active logs Use db2relocatedb when moving or operational HADR systemImplement automated archival of DB2 logs copying DB2 databases with non-DB2 Plan for the use of the DB2 Utilities likein a DPF partitioned database utilities LOAD, REORG, Backup and Restore in anPerform dropped table recovery in a DPF DB2 Additional Recovery Facilities HADR environmentpartitioned database Select the appropriate method for Select appropriate HADR databaseUse the REBUILD option of RESTORE to protecting the database from loss of log configuration options in order to meet thebuild a partial copy of a DPF Partitioned file requirements of a specific applicationdatabase Select the BACKUP Utility option to environment including theDescribe the crash recovery processing include the required logs in an online HADR_PEER_WINDOWperformed for a DPF partitioned database backup image Monitor the status of the Primary andExplain the use of redirected restores and Use the DB2 ARCHIVE LOG command Standby database using GET SNAPSHOTdb2relocatedb with DPF partitioned to make the current DB2 log available for FOR DATABASE or db2pd - hadrdatabases archival Implement Read-only application access toUse db2inidb for split mirror copies with a Implement the DB2 option for blocking the Standby Database of an HADRDPF partitioned databases update transactions when the log disk database environmentAgenda becomes full DB2 DPF Partitioned Database RecoveryExercise 1: Configuring DB2 for Recovery Implement the DB2 Utility Throttle using ConsiderationsUnit 2: DB2 Recovery Log Management the UTIL_IMPACT_LIM Database Describe the use of the Single SystemExercise 2: Managing DB2 Log Files Manager configuration option View options for Backup of a partitionedUnit 3: Dropped Table Recovery Configure a DB2 database for automatic databaseExercise 3: DB2 Dropped Table Recovery backups Recover a partitioned database using theDay 2 Explain the self optimizing features of the TO END OF LOGS option of theExercise 4: Database Rebuild Support Backup Utility ROLLFORWARD commandUnit 5: Table Space Recovery DB2 Recovery History File Create an online Backup of a DPFExercise 5: Table Space Point-in-Time Use the DB2 LIST HISTORY command partitioned database that includes all of theRecovery to display selected information needed to required active logsUnit 6: Incremental Backup and Recovery plan database recovery Implement automated archival of DB2 logsExercise 6: Incremental Backup and Restore Retrieve information from the database in a DPF partitioned databaseUnit 7: DB2 Database Crash Recovery recovery history using SQL Perform dropped table recovery in a DPFDay 3 Configure a DB2 database for automatic partitioned databaseUnit 8: DB2 Database and Table Space removal of database recovery objects Use the REBUILD option of RESTORE toRelocation including backups and archived logs build a partial copy of a DPF PartitionedExercise 8: DB2 Table space Relocation Use the PRUNE HISTORY command to databaseUnit 9: DB2 Additional Recovery Facilities remove outdated information in the Describe the crash recovery processingExercise 9: Additional Recovery Facilities Recovery History performed for a DPF partitioned databaseUnit 10: DB2 Recovery History File Restore a damaged Recovery History file Explain the use of redirected restores andUnit 11: High Availability and Split Mirror High Availability and Split Mirror db2relocatedb with DPF partitionedDatabase Copy Database Copy databasesDay 4 Explain the concepts involved when Use db2inidb for split mirror copies with aUnit 12: Basic Database Disaster Recovery implementing the automated failover of a DPF partitioned databasesTechniques DB2 database AgendaExercise 11: DB2 Database Disaster Describe the integrated cluster Exercise 1: Configuring DB2 for RecoveryRecovery using Log Shipping configuration and management features Unit 2: DB2 Recovery Log ManagementUnit 13: DB2 High Availability Disaster of DB2 Exercise 2: Managing DB2 Log FilesRecovery (HADR) Discuss the concepts used by DB2 Unit 3: Dropped Table RecoveryExercise 12: DB2 High Availability Disaster pureScale to support High Availability for Exercise 3: DB2 Dropped Table RecoveryRecovery (HADR) a DB2 database Day 2Unit 14: DB2 DPF Partitioned Database Plan for using split mirror copies to create Exercise 4: Database Rebuild SupportRecovery a standby database, a database Unit 5: Table Space Recovery

snapshot or a database mirror Exercise 5: Table Space Point-in-Time


Utilize the SET WRITE SUSPEND and Recoveryline DBD2INIDB commands with split mirror Unit 6: Incremental Backup and Recovery

Explain the basic principles DB2 uses for database copies Exercise 6: Incremental Backup anddatabase recovery and restart Use the AS SNAPSHOT option of the RestoreDescribe the capabilities and functional DB2 BACKUP and RESTORE utilities Unit 7: DB2 Database Crash Recoveryrequirements of DB2 logging Basic Database Disaster Recovery Day 3Select options for some of the DB2 Techniques Unit 8: DB2 Database and Table Spacedatabase parameters that support recovery Explain setup for a Standby database at RelocationDB2 Recovery Log Management a remote location Exercise 8: DB2 Table space RelocationConfigure the database options to automate Plan for database disaster recovery using Unit 9: DB2 Additional Recovery Facilitiesarchive log management remotely mirrored disks Exercise 9: Additional Recovery FacilitiesImplement infinite active logging to support Describe the use of DB2 Replication to Unit 10: DB2 Recovery History Fileapplications that require large amounts of recover selected DB2 tables in a remote Unit 11: High Availability and Split Mirrorlogged database changes database Database CopyDescribe the options provided by DB2 9 for DB2 High Availability Disaster Recovery Day 4Linux, UNIX, and Windows to reduce log (HADR) Unit 12: Basic Database Disastervolume, including the NOT LOGGED Implement HADR, including the setup of Recovery TechniquesINITIALLY option a Primary and Standby database Exercise 11: DB2 Database DisasterDB2 Dropped Table Recovery Use the commands START HADR, Recovery using Log ShippingImplement dropped table recovery for STOP HADR, and TAKEOVER to Unit 13: DB2 High Availability Disasterselected table spaces manage an operational HADR system Recovery (HADR)Use the DB2 LIST HISTORY command to Plan for the use of the DB2 Utilities like Exercise 12: DB2 High Availability Disastergather the information needed to recover a LOAD, REORG, Backup and Restore in Recovery (HADR)dropped table an HADR environment Unit 14: DB2 DPF Partitioned DatabasePlan and invoke the DB2 utilities involved in Select appropriate HADR database Recoveryrecovering a dropped table configuration options in order to meet theDatabase Rebuild Support requirements of a specific applicationExplain the capabilities of the REBUILD environment including the lineoption for the RESTORE command HADR_PEER_WINDOW Explain the basic principles DB2 uses forList the types of information included in each Monitor the status of the Primary and database recovery and restartDB2 backup image and describe how it is Standby database using GET Describe the capabilities and functionalused to support rebuilding a database SNAPSHOT FOR DATABASE or db2pd - requirements of DB2 loggingPlan for supporting database and disaster hadr Select options for some of the DB2recovery scenarios using DB2 database and Implement Read-only application access database parameters that support recoverytable space backups using the RESTORE to the Standby Database of an HADR DB2 Recovery Log Managementcommand with a REBUILD option database environment Configure the database options toUtilize LIST UTILITIES SHOW DETAIL to DB2 DPF Partitioned Database Recovery automate archive log managementmonitor progress of a RESTORE Utility Considerations Implement infinite active logging to supportduring database rebuilding Describe the use of the Single System applications that require large amounts ofTable Space Recovery View options for Backup of a partitioned logged database changesExplain how the minimum recovery time for database Describe the options provided by DB2 9 fora table space may impact application point Recover a partitioned database using the Linux, UNIX, and Windows to reduce login time recovery TO END OF LOGS option of the volume, including the NOT LOGGEDUse the ONLINE option for RESTORE and ROLLFORWARD command INITIALLY optionROLLFORWARD commands to recover Create an online Backup of a DPF DB2 Dropped Table Recoveryselected table spaces with an active partitioned database that includes all of Implement dropped table recovery fordatabase the required active logs selected table spacesDB2 Incremental Backup and Recovery Implement automated archival of DB2 Use the DB2 LIST HISTORY command toImplement a physical database design to logs in a DPF partitioned database gather the information needed to recover atake advantage of Incremental backups of Perform dropped table recovery in a DPF dropped tableselected table spaces partitioned database Plan and invoke the DB2 utilities involvedUtilize an Incremental restore to recover a Use the REBUILD option of RESTORE to in recovering a dropped tableDB2 database or table space from build a partial copy of a DPF Partitioned Database Rebuild SupportIncremental backup images database Explain the capabilities of the REBUILDUse the LIST UTILITIES command to track Describe the crash recovery processing option for the RESTORE commandthe processing of an Incremental backup or performed for a DPF partitioned database List the types of information included inrestore process Explain the use of redirected restores and each DB2 backup image and describe howDB2 Database Crash Recovery db2relocatedb with DPF partitioned it is used to support rebuilding a databaseSelect an appropriate value for SOFTMAX to databases Plan for supporting database and disasterreduce database crash recovery time Use db2inidb for split mirror copies with a recovery scenarios using DB2 databaseConfigure DB2 database options to support DPF partitioned databases and table space backups using thecrash recovery for applications Agenda RESTORE command with a REBUILDDescribe the impact of a database crash Exercise 1: Configuring DB2 for Recovery optionand restart for DB2 Utilities like LOAD, Unit 2: DB2 Recovery Log Management Utilize LIST UTILITIES SHOW DETAIL toREORG and IMPORT Exercise 2: Managing DB2 Log Files monitor progress of a RESTORE UtilityDB2 Database and Table Space Relocation Unit 3: Dropped Table Recovery during database rebuilding


Use the SET TABLESPACE CONTAINERS Exercise 3: DB2 Dropped Table Table Space Recoverycommand to define new containers during a Recovery Explain how the minimum recovery timeredirected restore Day 2 for a table space may impact applicationUtilize the RESTORE utility to change the Exercise 4: Database Rebuild Support point in time recoverydatabase storage paths for AUTOMATIC Unit 5: Table Space Recovery Use the ONLINE option for RESTORE andSTORAGE table spaces Exercise 5: Table Space Point-in-Time ROLLFORWARD commands to recoverPlan the use of redirected restore as part of Recovery selected table spaces with an activea disaster recovery Unit 6: Incremental Backup and Recovery databaseDescribe two methods that can be used to Exercise 6: Incremental Backup and DB2 Incremental Backup and Recoveryconvert a DMS table space to utilize Restore Implement a physical database design toautomatic storage Unit 7: DB2 Database Crash Recovery take advantage of Incremental backups ofUse the GENERATE SCRIPT option of Day 3 selected table spacesRESTORE to set up a command script for a Unit 8: DB2 Database and Table Space Utilize an Incremental restore to recover aredirected restore operation Relocation DB2 database or table space fromCopy schemas from one database to Exercise 8: DB2 Table space Relocation Incremental backup imagesanother using the TRANSPORT option of Unit 9: DB2 Additional Recovery Facilities Use the LIST UTILITIES command to trackthe RESTORE utility Exercise 9: Additional Recovery Facilities the processing of an Incremental backupUse db2relocatedb when moving or copying Unit 10: DB2 Recovery History File or restore processDB2 databases with non-DB2 utilities Unit 11: High Availability and Split Mirror DB2 Database Crash RecoveryDB2 Additional Recovery Facilities Database Copy Select an appropriate value for SOFTMAXSelect the appropriate method for protecting Day 4 to reduce database crash recovery timethe database from loss of log file Unit 12: Basic Database Disaster Configure DB2 database options toSelect the BACKUP Utility option to include Recovery Techniques support crash recovery for applicationsthe required logs in an online backup image Exercise 11: DB2 Database Disaster Describe the impact of a database crashUse the DB2 ARCHIVE LOG command to Recovery using Log Shipping and restart for DB2 Utilities like LOAD,make the current DB2 log available for Unit 13: DB2 High Availability Disaster REORG and IMPORTarchival Recovery (HADR) DB2 Database and Table SpaceImplement the DB2 option for blocking Exercise 12: DB2 High Availability Relocationupdate transactions when the log disk Disaster Recovery (HADR) Use the SET TABLESPACEbecomes full Unit 14: DB2 DPF Partitioned Database CONTAINERS command to define newImplement the DB2 Utility Throttle using the Recovery containers during a redirected restoreUTIL_IMPACT_LIM Database Manager Utilize the RESTORE utility to change theconfiguration option database storage paths for AUTOMATICConfigure a DB2 database for automatic line STORAGE table spacesbackups Explain the basic principles DB2 uses for Plan the use of redirected restore as partExplain the self optimizing features of the database recovery and restart of a disaster recoveryBackup Utility Describe the capabilities and functional Describe two methods that can be used toDB2 Recovery History File requirements of DB2 logging convert a DMS table space to utilizeUse the DB2 LIST HISTORY command to Select options for some of the DB2 automatic storagedisplay selected information needed to plan database parameters that support Use the GENERATE SCRIPT option ofdatabase recovery recovery RESTORE to set up a command script forRetrieve information from the database DB2 Recovery Log Management a redirected restore operationrecovery history using SQL Configure the database options to Copy schemas from one database toConfigure a DB2 database for automatic automate archive log management another using the TRANSPORT option ofremoval of database recovery objects Implement infinite active logging to the RESTORE utilityincluding backups and archived logs support applications that require large Use db2relocatedb when moving orUse the PRUNE HISTORY command to amounts of logged database changes copying DB2 databases with non-DB2remove outdated information in the Describe the options provided by DB2 9 utilitiesRecovery History for Linux, UNIX, and Windows to reduce DB2 Additional Recovery FacilitiesRestore a damaged Recovery History file log volume, including the NOT LOGGED Select the appropriate method forHigh Availability and Split Mirror Database INITIALLY option protecting the database from loss of logCopy DB2 Dropped Table Recovery fileExplain the concepts involved when Implement dropped table recovery for Select the BACKUP Utility option toimplementing the automated failover of a selected table spaces include the required logs in an onlineDB2 database Use the DB2 LIST HISTORY command backup imageDescribe the integrated cluster configuration to gather the information needed to Use the DB2 ARCHIVE LOG command toand management features of DB2 recover a dropped table make the current DB2 log available forDiscuss the concepts used by DB2 Plan and invoke the DB2 utilities involved archivalpureScale to support High Availability for a in recovering a dropped table Implement the DB2 option for blockingDB2 database Database Rebuild Support update transactions when the log diskPlan for using split mirror copies to create a Explain the capabilities of the REBUILD becomes fullstandby database, a database snapshot or a option for the RESTORE command Implement the DB2 Utility Throttle usingdatabase mirror List the types of information included in the UTIL_IMPACT_LIM DatabaseUtilize the SET WRITE SUSPEND and each DB2 backup image and describe Manager configuration optionDBD2INIDB commands with split mirror how it is used to support rebuilding a Configure a DB2 database for automaticdatabase copies database backups


Use the AS SNAPSHOT option of the DB2 Plan for supporting database and Explain the self optimizing features of theBACKUP and RESTORE utilities disaster recovery scenarios using DB2 Backup UtilityBasic Database Disaster Recovery database and table space backups using DB2 Recovery History FileTechniques the RESTORE command with a Use the DB2 LIST HISTORY command toExplain setup for a Standby database at a REBUILD option display selected information needed toremote location Utilize LIST UTILITIES SHOW DETAIL to plan database recoveryPlan for database disaster recovery using monitor progress of a RESTORE Utility Retrieve information from the databaseremotely mirrored disks during database rebuilding recovery history using SQLDescribe the use of DB2 Replication to Table Space Recovery Configure a DB2 database for automaticrecover selected DB2 tables in a remote Explain how the minimum recovery time removal of database recovery objectsdatabase for a table space may impact application including backups and archived logsDB2 High Availability Disaster Recovery point in time recovery Use the PRUNE HISTORY command to(HADR) Use the ONLINE option for RESTORE remove outdated information in theImplement HADR, including the setup of a and ROLLFORWARD commands to Recovery HistoryPrimary and Standby database recover selected table spaces with an Restore a damaged Recovery History fileUse the commands START HADR, STOP active database High Availability and Split Mirror DatabaseHADR, and TAKEOVER to manage an DB2 Incremental Backup and Recovery Copyoperational HADR system Implement a physical database design to Explain the concepts involved whenPlan for the use of the DB2 Utilities like take advantage of Incremental backups implementing the automated failover of aLOAD, REORG, Backup and Restore in an of selected table spaces DB2 databaseHADR environment Utilize an Incremental restore to recover Describe the integrated clusterSelect appropriate HADR database a DB2 database or table space from configuration and management features ofconfiguration options in order to meet the Incremental backup images DB2requirements of a specific application Use the LIST UTILITIES command to Discuss the concepts used by DB2environment including the track the processing of an Incremental pureScale to support High Availability for aHADR_PEER_WINDOW backup or restore process DB2 databaseMonitor the status of the Primary and DB2 Database Crash Recovery Plan for using split mirror copies to createStandby database using GET SNAPSHOT Select an appropriate value for a standby database, a database snapshotFOR DATABASE or db2pd - hadr SOFTMAX to reduce database crash or a database mirrorImplement Read-only application access to recovery time Utilize the SET WRITE SUSPEND andthe Standby Database of an HADR Configure DB2 database options to DBD2INIDB commands with split mirrordatabase environment support crash recovery for applications database copiesDB2 DPF Partitioned Database Recovery Describe the impact of a database crash Use the AS SNAPSHOT option of the DB2Considerations and restart for DB2 Utilities like LOAD, BACKUP and RESTORE utilitiesDescribe the use of the Single System View REORG and IMPORT Basic Database Disaster Recoveryoptions for Backup of a partitioned database DB2 Database and Table Space TechniquesRecover a partitioned database using the Relocation Explain setup for a Standby database at aTO END OF LOGS option of the Use the SET TABLESPACE remote locationROLLFORWARD command CONTAINERS command to define new Plan for database disaster recovery usingCreate an online Backup of a DPF containers during a redirected restore remotely mirrored diskspartitioned database that includes all of the Utilize the RESTORE utility to change the Describe the use of DB2 Replication torequired active logs database storage paths for AUTOMATIC recover selected DB2 tables in a remoteImplement automated archival of DB2 logs STORAGE table spaces databasein a DPF partitioned database Plan the use of redirected restore as part DB2 High Availability Disaster RecoveryPerform dropped table recovery in a DPF of a disaster recovery (HADR)partitioned database Describe two methods that can be used Implement HADR, including the setup of aUse the REBUILD option of RESTORE to to convert a DMS table space to utilize Primary and Standby databasebuild a partial copy of a DPF Partitioned automatic storage Use the commands START HADR, STOPdatabase Use the GENERATE SCRIPT option of HADR, and TAKEOVER to manage anDescribe the crash recovery processing RESTORE to set up a command script operational HADR systemperformed for a DPF partitioned database for a redirected restore operation Plan for the use of the DB2 Utilities likeExplain the use of redirected restores and Copy schemas from one database to LOAD, REORG, Backup and Restore in andb2relocatedb with DPF partitioned another using the TRANSPORT option of HADR environmentdatabases the RESTORE utility Select appropriate HADR databaseUse db2inidb for split mirror copies with a Use db2relocatedb when moving or configuration options in order to meet theDPF partitioned databases copying DB2 databases with non-DB2 requirements of a specific applicationAgenda utilities environment including theExercise 1: Configuring DB2 for Recovery DB2 Additional Recovery Facilities HADR_PEER_WINDOWUnit 2: DB2 Recovery Log Management Select the appropriate method for Monitor the status of the Primary andExercise 2: Managing DB2 Log Files protecting the database from loss of log Standby database using GET SNAPSHOTUnit 3: Dropped Table Recovery file FOR DATABASE or db2pd - hadrExercise 3: DB2 Dropped Table Recovery Select the BACKUP Utility option to Implement Read-only application access toDay 2 include the required logs in an online the Standby Database of an HADRExercise 4: Database Rebuild Support backup image database environmentUnit 5: Table Space Recovery Use the DB2 ARCHIVE LOG command DB2 DPF Partitioned Database RecoveryExercise 5: Table Space Point-in-Time to make the current DB2 log available for Considerations


Recovery archival Describe the use of the Single SystemUnit 6: Incremental Backup and Recovery Implement the DB2 option for blocking View options for Backup of a partitionedExercise 6: Incremental Backup and Restore update transactions when the log disk databaseUnit 7: DB2 Database Crash Recovery becomes full Recover a partitioned database using theDay 3 Implement the DB2 Utility Throttle using TO END OF LOGS option of theUnit 8: DB2 Database and Table Space the UTIL_IMPACT_LIM Database ROLLFORWARD commandRelocation Manager configuration option Create an online Backup of a DPFExercise 8: DB2 Table space Relocation Configure a DB2 database for automatic partitioned database that includes all of theUnit 9: DB2 Additional Recovery Facilities backups required active logsExercise 9: Additional Recovery Facilities Explain the self optimizing features of the Implement automated archival of DB2 logsUnit 10: DB2 Recovery History File Backup Utility in a DPF partitioned databaseUnit 11: High Availability and Split Mirror DB2 Recovery History File Perform dropped table recovery in a DPFDatabase Copy Use the DB2 LIST HISTORY command partitioned databaseDay 4 to display selected information needed to Use the REBUILD option of RESTORE toUnit 12: Basic Database Disaster Recovery plan database recovery build a partial copy of a DPF PartitionedTechniques Retrieve information from the database databaseExercise 11: DB2 Database Disaster recovery history using SQL Describe the crash recovery processingRecovery using Log Shipping Configure a DB2 database for automatic performed for a DPF partitioned databaseUnit 13: DB2 High Availability Disaster removal of database recovery objects Explain the use of redirected restores andRecovery (HADR) including backups and archived logs db2relocatedb with DPF partitionedExercise 12: DB2 High Availability Disaster Use the PRUNE HISTORY command to databasesRecovery (HADR) remove outdated information in the Use db2inidb for split mirror copies with aUnit 14: DB2 DPF Partitioned Database Recovery History DPF partitioned databasesRecovery Restore a damaged Recovery History file Agenda

High Availability and Split Mirror Exercise 1: Configuring DB2 for RecoveryDatabase Copy Unit 2: DB2 Recovery Log Management

line Explain the concepts involved when Exercise 2: Managing DB2 Log FilesExplain the basic principles DB2 uses for implementing the automated failover of a Unit 3: Dropped Table Recoverydatabase recovery and restart DB2 database Exercise 3: DB2 Dropped Table RecoveryDescribe the capabilities and functional Describe the integrated cluster Day 2requirements of DB2 logging configuration and management features Exercise 4: Database Rebuild SupportSelect options for some of the DB2 of DB2 Unit 5: Table Space Recoverydatabase parameters that support recovery Discuss the concepts used by DB2 Exercise 5: Table Space Point-in-TimeDB2 Recovery Log Management pureScale to support High Availability for RecoveryConfigure the database options to automate a DB2 database Unit 6: Incremental Backup and Recoveryarchive log management Plan for using split mirror copies to create Exercise 6: Incremental Backup andImplement infinite active logging to support a standby database, a database Restoreapplications that require large amounts of snapshot or a database mirror Unit 7: DB2 Database Crash Recoverylogged database changes Utilize the SET WRITE SUSPEND and Day 3Describe the options provided by DB2 9 for DBD2INIDB commands with split mirror Unit 8: DB2 Database and Table SpaceLinux, UNIX, and Windows to reduce log database copies Relocationvolume, including the NOT LOGGED Use the AS SNAPSHOT option of the Exercise 8: DB2 Table space RelocationINITIALLY option DB2 BACKUP and RESTORE utilities Unit 9: DB2 Additional Recovery FacilitiesDB2 Dropped Table Recovery Basic Database Disaster Recovery Exercise 9: Additional Recovery FacilitiesImplement dropped table recovery for Techniques Unit 10: DB2 Recovery History Fileselected table spaces Explain setup for a Standby database at Unit 11: High Availability and Split MirrorUse the DB2 LIST HISTORY command to a remote location Database Copygather the information needed to recover a Plan for database disaster recovery using Day 4dropped table remotely mirrored disks Unit 12: Basic Database DisasterPlan and invoke the DB2 utilities involved in Describe the use of DB2 Replication to Recovery Techniquesrecovering a dropped table recover selected DB2 tables in a remote Exercise 11: DB2 Database DisasterDatabase Rebuild Support database Recovery using Log ShippingExplain the capabilities of the REBUILD DB2 High Availability Disaster Recovery Unit 13: DB2 High Availability Disasteroption for the RESTORE command (HADR) Recovery (HADR)List the types of information included in each Implement HADR, including the setup of Exercise 12: DB2 High Availability DisasterDB2 backup image and describe how it is a Primary and Standby database Recovery (HADR)used to support rebuilding a database Use the commands START HADR, Unit 14: DB2 DPF Partitioned DatabasePlan for supporting database and disaster STOP HADR, and TAKEOVER to Recoveryrecovery scenarios using DB2 database and manage an operational HADR systemtable space backups using the RESTORE Plan for the use of the DB2 Utilities likecommand with a REBUILD option LOAD, REORG, Backup and Restore in lineUtilize LIST UTILITIES SHOW DETAIL to an HADR environment Explain the basic principles DB2 uses formonitor progress of a RESTORE Utility Select appropriate HADR database database recovery and restartduring database rebuilding configuration options in order to meet the Describe the capabilities and functionalTable Space Recovery requirements of a specific application requirements of DB2 loggingExplain how the minimum recovery time for environment including the Select options for some of the DB2


a table space may impact application point HADR_PEER_WINDOW database parameters that support recoveryin time recovery Monitor the status of the Primary and DB2 Recovery Log ManagementUse the ONLINE option for RESTORE and Standby database using GET Configure the database options toROLLFORWARD commands to recover SNAPSHOT FOR DATABASE or db2pd - automate archive log managementselected table spaces with an active hadr Implement infinite active logging to supportdatabase Implement Read-only application access applications that require large amounts ofDB2 Incremental Backup and Recovery to the Standby Database of an HADR logged database changesImplement a physical database design to database environment Describe the options provided by DB2 9 fortake advantage of Incremental backups of DB2 DPF Partitioned Database Recovery Linux, UNIX, and Windows to reduce logselected table spaces Considerations volume, including the NOT LOGGEDUtilize an Incremental restore to recover a Describe the use of the Single System INITIALLY optionDB2 database or table space from View options for Backup of a partitioned DB2 Dropped Table RecoveryIncremental backup images database Implement dropped table recovery forUse the LIST UTILITIES command to track Recover a partitioned database using the selected table spacesthe processing of an Incremental backup or TO END OF LOGS option of the Use the DB2 LIST HISTORY command torestore process ROLLFORWARD command gather the information needed to recover aDB2 Database Crash Recovery Create an online Backup of a DPF dropped tableSelect an appropriate value for SOFTMAX to partitioned database that includes all of Plan and invoke the DB2 utilities involvedreduce database crash recovery time the required active logs in recovering a dropped tableConfigure DB2 database options to support Implement automated archival of DB2 Database Rebuild Supportcrash recovery for applications logs in a DPF partitioned database Explain the capabilities of the REBUILDDescribe the impact of a database crash Perform dropped table recovery in a DPF option for the RESTORE commandand restart for DB2 Utilities like LOAD, partitioned database List the types of information included inREORG and IMPORT Use the REBUILD option of RESTORE to each DB2 backup image and describe howDB2 Database and Table Space Relocation build a partial copy of a DPF Partitioned it is used to support rebuilding a databaseUse the SET TABLESPACE CONTAINERS database Plan for supporting database and disastercommand to define new containers during a Describe the crash recovery processing recovery scenarios using DB2 databaseredirected restore performed for a DPF partitioned database and table space backups using theUtilize the RESTORE utility to change the Explain the use of redirected restores and RESTORE command with a REBUILDdatabase storage paths for AUTOMATIC db2relocatedb with DPF partitioned optionSTORAGE table spaces databases Utilize LIST UTILITIES SHOW DETAIL toPlan the use of redirected restore as part of Use db2inidb for split mirror copies with a monitor progress of a RESTORE Utilitya disaster recovery DPF partitioned databases during database rebuildingDescribe two methods that can be used to Agenda Table Space Recoveryconvert a DMS table space to utilize Exercise 1: Configuring DB2 for Recovery Explain how the minimum recovery timeautomatic storage Unit 2: DB2 Recovery Log Management for a table space may impact applicationUse the GENERATE SCRIPT option of Exercise 2: Managing DB2 Log Files point in time recoveryRESTORE to set up a command script for a Unit 3: Dropped Table Recovery Use the ONLINE option for RESTORE andredirected restore operation Exercise 3: DB2 Dropped Table ROLLFORWARD commands to recoverCopy schemas from one database to Recovery selected table spaces with an activeanother using the TRANSPORT option of Day 2 databasethe RESTORE utility Exercise 4: Database Rebuild Support DB2 Incremental Backup and RecoveryUse db2relocatedb when moving or copying Unit 5: Table Space Recovery Implement a physical database design toDB2 databases with non-DB2 utilities Exercise 5: Table Space Point-in-Time take advantage of Incremental backups ofDB2 Additional Recovery Facilities Recovery selected table spacesSelect the appropriate method for protecting Unit 6: Incremental Backup and Recovery Utilize an Incremental restore to recover athe database from loss of log file Exercise 6: Incremental Backup and DB2 database or table space fromSelect the BACKUP Utility option to include Restore Incremental backup imagesthe required logs in an online backup image Unit 7: DB2 Database Crash Recovery Use the LIST UTILITIES command to trackUse the DB2 ARCHIVE LOG command to Day 3 the processing of an Incremental backupmake the current DB2 log available for Unit 8: DB2 Database and Table Space or restore processarchival Relocation DB2 Database Crash RecoveryImplement the DB2 option for blocking Exercise 8: DB2 Table space Relocation Select an appropriate value for SOFTMAXupdate transactions when the log disk Unit 9: DB2 Additional Recovery Facilities to reduce database crash recovery timebecomes full Exercise 9: Additional Recovery Facilities Configure DB2 database options toImplement the DB2 Utility Throttle using the Unit 10: DB2 Recovery History File support crash recovery for applicationsUTIL_IMPACT_LIM Database Manager Unit 11: High Availability and Split Mirror Describe the impact of a database crashconfiguration option Database Copy and restart for DB2 Utilities like LOAD,Configure a DB2 database for automatic Day 4 REORG and IMPORTbackups Unit 12: Basic Database Disaster DB2 Database and Table SpaceExplain the self optimizing features of the Recovery Techniques RelocationBackup Utility Exercise 11: DB2 Database Disaster Use the SET TABLESPACEDB2 Recovery History File Recovery using Log Shipping CONTAINERS command to define newUse the DB2 LIST HISTORY command to Unit 13: DB2 High Availability Disaster containers during a redirected restoredisplay selected information needed to plan Recovery (HADR) Utilize the RESTORE utility to change thedatabase recovery Exercise 12: DB2 High Availability database storage paths for AUTOMATIC


Retrieve information from the database Disaster Recovery (HADR) STORAGE table spacesrecovery history using SQL Unit 14: DB2 DPF Partitioned Database Plan the use of redirected restore as partConfigure a DB2 database for automatic Recovery of a disaster recoveryremoval of database recovery objects Describe two methods that can be used toincluding backups and archived logs convert a DMS table space to utilizeUse the PRUNE HISTORY command to line automatic storageremove outdated information in the Explain the basic principles DB2 uses for Use the GENERATE SCRIPT option ofRecovery History database recovery and restart RESTORE to set up a command script forRestore a damaged Recovery History file Describe the capabilities and functional a redirected restore operationHigh Availability and Split Mirror Database requirements of DB2 logging Copy schemas from one database toCopy Select options for some of the DB2 another using the TRANSPORT option ofExplain the concepts involved when database parameters that support the RESTORE utilityimplementing the automated failover of a recovery Use db2relocatedb when moving orDB2 database DB2 Recovery Log Management copying DB2 databases with non-DB2Describe the integrated cluster configuration Configure the database options to utilitiesand management features of DB2 automate archive log management DB2 Additional Recovery FacilitiesDiscuss the concepts used by DB2 Implement infinite active logging to Select the appropriate method forpureScale to support High Availability for a support applications that require large protecting the database from loss of logDB2 database amounts of logged database changes filePlan for using split mirror copies to create a Describe the options provided by DB2 9 Select the BACKUP Utility option tostandby database, a database snapshot or a for Linux, UNIX, and Windows to reduce include the required logs in an onlinedatabase mirror log volume, including the NOT LOGGED backup imageUtilize the SET WRITE SUSPEND and INITIALLY option Use the DB2 ARCHIVE LOG command toDBD2INIDB commands with split mirror DB2 Dropped Table Recovery make the current DB2 log available fordatabase copies Implement dropped table recovery for archivalUse the AS SNAPSHOT option of the DB2 selected table spaces Implement the DB2 option for blockingBACKUP and RESTORE utilities Use the DB2 LIST HISTORY command update transactions when the log diskBasic Database Disaster Recovery to gather the information needed to becomes fullTechniques recover a dropped table Implement the DB2 Utility Throttle usingExplain setup for a Standby database at a Plan and invoke the DB2 utilities involved the UTIL_IMPACT_LIM Databaseremote location in recovering a dropped table Manager configuration optionPlan for database disaster recovery using Database Rebuild Support Configure a DB2 database for automaticremotely mirrored disks Explain the capabilities of the REBUILD backupsDescribe the use of DB2 Replication to option for the RESTORE command Explain the self optimizing features of therecover selected DB2 tables in a remote List the types of information included in Backup Utilitydatabase each DB2 backup image and describe DB2 Recovery History FileDB2 High Availability Disaster Recovery how it is used to support rebuilding a Use the DB2 LIST HISTORY command to(HADR) database display selected information needed toImplement HADR, including the setup of a Plan for supporting database and plan database recoveryPrimary and Standby database disaster recovery scenarios using DB2 Retrieve information from the databaseUse the commands START HADR, STOP database and table space backups using recovery history using SQLHADR, and TAKEOVER to manage an the RESTORE command with a Configure a DB2 database for automaticoperational HADR system REBUILD option removal of database recovery objectsPlan for the use of the DB2 Utilities like Utilize LIST UTILITIES SHOW DETAIL to including backups and archived logsLOAD, REORG, Backup and Restore in an monitor progress of a RESTORE Utility Use the PRUNE HISTORY command toHADR environment during database rebuilding remove outdated information in theSelect appropriate HADR database Table Space Recovery Recovery Historyconfiguration options in order to meet the Explain how the minimum recovery time Restore a damaged Recovery History filerequirements of a specific application for a table space may impact application High Availability and Split Mirror Databaseenvironment including the point in time recovery CopyHADR_PEER_WINDOW Use the ONLINE option for RESTORE Explain the concepts involved whenMonitor the status of the Primary and and ROLLFORWARD commands to implementing the automated failover of aStandby database using GET SNAPSHOT recover selected table spaces with an DB2 databaseFOR DATABASE or db2pd - hadr active database Describe the integrated clusterImplement Read-only application access to DB2 Incremental Backup and Recovery configuration and management features ofthe Standby Database of an HADR Implement a physical database design to DB2database environment take advantage of Incremental backups Discuss the concepts used by DB2DB2 DPF Partitioned Database Recovery of selected table spaces pureScale to support High Availability for aConsiderations Utilize an Incremental restore to recover DB2 databaseDescribe the use of the Single System View a DB2 database or table space from Plan for using split mirror copies to createoptions for Backup of a partitioned database Incremental backup images a standby database, a database snapshotRecover a partitioned database using the Use the LIST UTILITIES command to or a database mirrorTO END OF LOGS option of the track the processing of an Incremental Utilize the SET WRITE SUSPEND andROLLFORWARD command backup or restore process DBD2INIDB commands with split mirrorCreate an online Backup of a DPF DB2 Database Crash Recovery database copiespartitioned database that includes all of the Select an appropriate value for Use the AS SNAPSHOT option of the DB2


required active logs SOFTMAX to reduce database crash BACKUP and RESTORE utilitiesImplement automated archival of DB2 logs recovery time Basic Database Disaster Recoveryin a DPF partitioned database Configure DB2 database options to TechniquesPerform dropped table recovery in a DPF support crash recovery for applications Explain setup for a Standby database at apartitioned database Describe the impact of a database crash remote locationUse the REBUILD option of RESTORE to and restart for DB2 Utilities like LOAD, Plan for database disaster recovery usingbuild a partial copy of a DPF Partitioned REORG and IMPORT remotely mirrored disksdatabase DB2 Database and Table Space Describe the use of DB2 Replication toDescribe the crash recovery processing Relocation recover selected DB2 tables in a remoteperformed for a DPF partitioned database Use the SET TABLESPACE databaseExplain the use of redirected restores and CONTAINERS command to define new DB2 High Availability Disaster Recoverydb2relocatedb with DPF partitioned containers during a redirected restore (HADR)databases Utilize the RESTORE utility to change the Implement HADR, including the setup of aUse db2inidb for split mirror copies with a database storage paths for AUTOMATIC Primary and Standby databaseDPF partitioned databases STORAGE table spaces Use the commands START HADR, STOPAgenda Plan the use of redirected restore as part HADR, and TAKEOVER to manage anExercise 1: Configuring DB2 for Recovery of a disaster recovery operational HADR systemUnit 2: DB2 Recovery Log Management Describe two methods that can be used Plan for the use of the DB2 Utilities likeExercise 2: Managing DB2 Log Files to convert a DMS table space to utilize LOAD, REORG, Backup and Restore in anUnit 3: Dropped Table Recovery automatic storage HADR environmentExercise 3: DB2 Dropped Table Recovery Use the GENERATE SCRIPT option of Select appropriate HADR databaseDay 2 RESTORE to set up a command script configuration options in order to meet theExercise 4: Database Rebuild Support for a redirected restore operation requirements of a specific applicationUnit 5: Table Space Recovery Copy schemas from one database to environment including theExercise 5: Table Space Point-in-Time another using the TRANSPORT option of HADR_PEER_WINDOWRecovery the RESTORE utility Monitor the status of the Primary andUnit 6: Incremental Backup and Recovery Use db2relocatedb when moving or Standby database using GET SNAPSHOTExercise 6: Incremental Backup and Restore copying DB2 databases with non-DB2 FOR DATABASE or db2pd - hadrUnit 7: DB2 Database Crash Recovery utilities Implement Read-only application access toDay 3 DB2 Additional Recovery Facilities the Standby Database of an HADRUnit 8: DB2 Database and Table Space Select the appropriate method for database environmentRelocation protecting the database from loss of log DB2 DPF Partitioned Database RecoveryExercise 8: DB2 Table space Relocation file ConsiderationsUnit 9: DB2 Additional Recovery Facilities Select the BACKUP Utility option to Describe the use of the Single SystemExercise 9: Additional Recovery Facilities include the required logs in an online View options for Backup of a partitionedUnit 10: DB2 Recovery History File backup image databaseUnit 11: High Availability and Split Mirror Use the DB2 ARCHIVE LOG command Recover a partitioned database using theDatabase Copy to make the current DB2 log available for TO END OF LOGS option of theDay 4 archival ROLLFORWARD commandUnit 12: Basic Database Disaster Recovery Implement the DB2 option for blocking Create an online Backup of a DPFTechniques update transactions when the log disk partitioned database that includes all of theExercise 11: DB2 Database Disaster becomes full required active logsRecovery using Log Shipping Implement the DB2 Utility Throttle using Implement automated archival of DB2 logsUnit 13: DB2 High Availability Disaster the UTIL_IMPACT_LIM Database in a DPF partitioned databaseRecovery (HADR) Manager configuration option Perform dropped table recovery in a DPFExercise 12: DB2 High Availability Disaster Configure a DB2 database for automatic partitioned databaseRecovery (HADR) backups Use the REBUILD option of RESTORE toUnit 14: DB2 DPF Partitioned Database Explain the self optimizing features of the build a partial copy of a DPF PartitionedRecovery Backup Utility database

DB2 Recovery History File Describe the crash recovery processingUse the DB2 LIST HISTORY command performed for a DPF partitioned database

line to display selected information needed to Explain the use of redirected restores andExplain the basic principles DB2 uses for plan database recovery db2relocatedb with DPF partitioneddatabase recovery and restart Retrieve information from the database databasesDescribe the capabilities and functional recovery history using SQL Use db2inidb for split mirror copies with arequirements of DB2 logging Configure a DB2 database for automatic DPF partitioned databasesSelect options for some of the DB2 removal of database recovery objects Agendadatabase parameters that support recovery including backups and archived logs Exercise 1: Configuring DB2 for RecoveryDB2 Recovery Log Management Use the PRUNE HISTORY command to Unit 2: DB2 Recovery Log ManagementConfigure the database options to automate remove outdated information in the Exercise 2: Managing DB2 Log Filesarchive log management Recovery History Unit 3: Dropped Table RecoveryImplement infinite active logging to support Restore a damaged Recovery History file Exercise 3: DB2 Dropped Table Recoveryapplications that require large amounts of High Availability and Split Mirror Day 2logged database changes Database Copy Exercise 4: Database Rebuild SupportDescribe the options provided by DB2 9 for Explain the concepts involved when Unit 5: Table Space RecoveryLinux, UNIX, and Windows to reduce log implementing the automated failover of a Exercise 5: Table Space Point-in-Time


volume, including the NOT LOGGED DB2 database RecoveryINITIALLY option Describe the integrated cluster Unit 6: Incremental Backup and RecoveryDB2 Dropped Table Recovery configuration and management features Exercise 6: Incremental Backup andImplement dropped table recovery for of DB2 Restoreselected table spaces Discuss the concepts used by DB2 Unit 7: DB2 Database Crash RecoveryUse the DB2 LIST HISTORY command to pureScale to support High Availability for Day 3gather the information needed to recover a a DB2 database Unit 8: DB2 Database and Table Spacedropped table Plan for using split mirror copies to create RelocationPlan and invoke the DB2 utilities involved in a standby database, a database Exercise 8: DB2 Table space Relocationrecovering a dropped table snapshot or a database mirror Unit 9: DB2 Additional Recovery FacilitiesDatabase Rebuild Support Utilize the SET WRITE SUSPEND and Exercise 9: Additional Recovery FacilitiesExplain the capabilities of the REBUILD DBD2INIDB commands with split mirror Unit 10: DB2 Recovery History Fileoption for the RESTORE command database copies Unit 11: High Availability and Split MirrorList the types of information included in each Use the AS SNAPSHOT option of the Database CopyDB2 backup image and describe how it is DB2 BACKUP and RESTORE utilities Day 4used to support rebuilding a database Basic Database Disaster Recovery Unit 12: Basic Database DisasterPlan for supporting database and disaster Techniques Recovery Techniquesrecovery scenarios using DB2 database and Explain setup for a Standby database at Exercise 11: DB2 Database Disastertable space backups using the RESTORE a remote location Recovery using Log Shippingcommand with a REBUILD option Plan for database disaster recovery using Unit 13: DB2 High Availability DisasterUtilize LIST UTILITIES SHOW DETAIL to remotely mirrored disks Recovery (HADR)monitor progress of a RESTORE Utility Describe the use of DB2 Replication to Exercise 12: DB2 High Availability Disasterduring database rebuilding recover selected DB2 tables in a remote Recovery (HADR)Table Space Recovery database Unit 14: DB2 DPF Partitioned DatabaseExplain how the minimum recovery time for DB2 High Availability Disaster Recovery Recoverya table space may impact application point (HADR)in time recovery Implement HADR, including the setup ofUse the ONLINE option for RESTORE and a Primary and Standby database lineROLLFORWARD commands to recover Use the commands START HADR, State the three types of recovery supportselected table spaces with an active STOP HADR, and TAKEOVER to Select the DB2 Database parameters thatdatabase manage an operational HADR system support the DB2 logsDB2 Incremental Backup and Recovery Plan for the use of the DB2 Utilities like Explain the DB2 facility to recover from anImplement a physical database design to LOAD, REORG, Backup and Restore in SQL DROP TABLE statement issued intake advantage of Incremental backups of an HADR environment errorselected table spaces Select appropriate HADR database Review the considerations of usingUtilize an Incremental restore to recover a configuration options in order to meet the standard DB2 database recovery optionsDB2 database or table space from requirements of a specific application Plan for point-in-time recovery of a tableIncremental backup images environment including the spaces to support application processingUse the LIST UTILITIES command to track HADR_PEER_WINDOW errorsthe processing of an Incremental backup or Monitor the status of the Primary and Plan a database recovery strategy thatrestore process Standby database using GET includes both full and Incremental backupsDB2 Database Crash Recovery SNAPSHOT FOR DATABASE or db2pd - to reduce the duration and size ofSelect an appropriate value for SOFTMAX to hadr database backupsreduce database crash recovery time Implement Read-only application access Describe the concepts and processing forConfigure DB2 database options to support to the Standby Database of an HADR DB2 database crash recoverycrash recovery for applications database environment Explain the facility of the DB2 RESTOREDescribe the impact of a database crash DB2 DPF Partitioned Database Recovery command to recover table spaces toand restart for DB2 Utilities like LOAD, Considerations different containersREORG and IMPORT Describe the use of the Single System Explain the LOAD Utility options COPYDB2 Database and Table Space Relocation View options for Backup of a partitioned YES, COPY NO andUse the SET TABLESPACE CONTAINERS database NONRECOVERABLE impact on databasecommand to define new containers during a Recover a partitioned database using the recoveryredirected restore TO END OF LOGS option of the Explain the information recorded in theUtilize the RESTORE utility to change the ROLLFORWARD command Recovery History filedatabase storage paths for AUTOMATIC Create an online Backup of a DPF Describe various techniques for supportingSTORAGE table spaces partitioned database that includes all of High Availability of DB2 databasesPlan the use of redirected restore as part of the required active logs Describe the benefits and limitations ofa disaster recovery Implement automated archival of DB2 several methods for supporting databaseDescribe two methods that can be used to logs in a DPF partitioned database disaster recoveryconvert a DMS table space to utilize Perform dropped table recovery in a DPF Describe the benefits and limitations ofautomatic storage partitioned database implementing High Availability DisasterUse the GENERATE SCRIPT option of Use the REBUILD option of RESTORE to Recovery (HADR)RESTORE to set up a command script for a build a partial copy of a DPF Partitioned Explain database recovery facilities in aredirected restore operation database DB2 DPF partitioned databaseCopy schemas from one database to Describe the crash recovery processing Day 1another using the TRANSPORT option of performed for a DPF partitioned database Unit 1: DB2 Database Recovery Review


the RESTORE utility Explain the use of redirected restores and Unit 4: Database Rebuild SupportUse db2relocatedb when moving or copying db2relocatedb with DPF partitioned Exercise 7: Database Crash RecoveryDB2 databases with non-DB2 utilities databases Exercise 10: DB2 High Availability usingDB2 Additional Recovery Facilities Use db2inidb for split mirror copies with a split mirror copiesSelect the appropriate method for protecting DPF partitioned databasesthe database from loss of log file AgendaSelect the BACKUP Utility option to include Exercise 1: Configuring DB2 for Recovery linethe required logs in an online backup image Unit 2: DB2 Recovery Log Management Explain the basic principles DB2 uses forUse the DB2 ARCHIVE LOG command to Exercise 2: Managing DB2 Log Files database recovery and restartmake the current DB2 log available for Unit 3: Dropped Table Recovery Describe the capabilities and functionalarchival Exercise 3: DB2 Dropped Table requirements of DB2 loggingImplement the DB2 option for blocking Recovery Select options for some of the DB2update transactions when the log disk Day 2 database parameters that support recoverybecomes full Exercise 4: Database Rebuild Support DB2 Recovery Log ManagementImplement the DB2 Utility Throttle using the Unit 5: Table Space Recovery Configure the database options toUTIL_IMPACT_LIM Database Manager Exercise 5: Table Space Point-in-Time automate archive log managementconfiguration option Recovery Implement infinite active logging to supportConfigure a DB2 database for automatic Unit 6: Incremental Backup and Recovery applications that require large amounts ofbackups Exercise 6: Incremental Backup and logged database changesExplain the self optimizing features of the Restore Describe the options provided by DB2 9 forBackup Utility Unit 7: DB2 Database Crash Recovery Linux, UNIX, and Windows to reduce logDB2 Recovery History File Day 3 volume, including the NOT LOGGEDUse the DB2 LIST HISTORY command to Unit 8: DB2 Database and Table Space INITIALLY optiondisplay selected information needed to plan Relocation DB2 Dropped Table Recoverydatabase recovery Exercise 8: DB2 Table space Relocation Implement dropped table recovery forRetrieve information from the database Unit 9: DB2 Additional Recovery Facilities selected table spacesrecovery history using SQL Exercise 9: Additional Recovery Facilities Use the DB2 LIST HISTORY command toConfigure a DB2 database for automatic Unit 10: DB2 Recovery History File gather the information needed to recover aremoval of database recovery objects Unit 11: High Availability and Split Mirror dropped tableincluding backups and archived logs Database Copy Plan and invoke the DB2 utilities involvedUse the PRUNE HISTORY command to Day 4 in recovering a dropped tableremove outdated information in the Unit 12: Basic Database Disaster Database Rebuild SupportRecovery History Recovery Techniques Explain the capabilities of the REBUILDRestore a damaged Recovery History file Exercise 11: DB2 Database Disaster option for the RESTORE commandHigh Availability and Split Mirror Database Recovery using Log Shipping List the types of information included inCopy Unit 13: DB2 High Availability Disaster each DB2 backup image and describe howExplain the concepts involved when Recovery (HADR) it is used to support rebuilding a databaseimplementing the automated failover of a Exercise 12: DB2 High Availability Plan for supporting database and disasterDB2 database Disaster Recovery (HADR) recovery scenarios using DB2 databaseDescribe the integrated cluster configuration Unit 14: DB2 DPF Partitioned Database and table space backups using theand management features of DB2 Recovery RESTORE command with a REBUILDDiscuss the concepts used by DB2 optionpureScale to support High Availability for a Utilize LIST UTILITIES SHOW DETAIL toDB2 database line monitor progress of a RESTORE UtilityPlan for using split mirror copies to create a Explain the basic principles DB2 uses for during database rebuildingstandby database, a database snapshot or a database recovery and restart Table Space Recoverydatabase mirror Describe the capabilities and functional Explain how the minimum recovery timeUtilize the SET WRITE SUSPEND and requirements of DB2 logging for a table space may impact applicationDBD2INIDB commands with split mirror Select options for some of the DB2 point in time recoverydatabase copies database parameters that support Use the ONLINE option for RESTORE andUse the AS SNAPSHOT option of the DB2 recovery ROLLFORWARD commands to recoverBACKUP and RESTORE utilities DB2 Recovery Log Management selected table spaces with an activeBasic Database Disaster Recovery Configure the database options to databaseTechniques automate archive log management DB2 Incremental Backup and RecoveryExplain setup for a Standby database at a Implement infinite active logging to Implement a physical database design toremote location support applications that require large take advantage of Incremental backups ofPlan for database disaster recovery using amounts of logged database changes selected table spacesremotely mirrored disks Describe the options provided by DB2 9 Utilize an Incremental restore to recover aDescribe the use of DB2 Replication to for Linux, UNIX, and Windows to reduce DB2 database or table space fromrecover selected DB2 tables in a remote log volume, including the NOT LOGGED Incremental backup imagesdatabase INITIALLY option Use the LIST UTILITIES command to trackDB2 High Availability Disaster Recovery DB2 Dropped Table Recovery the processing of an Incremental backup(HADR) Implement dropped table recovery for or restore processImplement HADR, including the setup of a selected table spaces DB2 Database Crash RecoveryPrimary and Standby database Use the DB2 LIST HISTORY command Select an appropriate value for SOFTMAXUse the commands START HADR, STOP to gather the information needed to to reduce database crash recovery time


HADR, and TAKEOVER to manage an recover a dropped table Configure DB2 database options tooperational HADR system Plan and invoke the DB2 utilities involved support crash recovery for applicationsPlan for the use of the DB2 Utilities like in recovering a dropped table Describe the impact of a database crashLOAD, REORG, Backup and Restore in an Database Rebuild Support and restart for DB2 Utilities like LOAD,HADR environment Explain the capabilities of the REBUILD REORG and IMPORTSelect appropriate HADR database option for the RESTORE command DB2 Database and Table Spaceconfiguration options in order to meet the List the types of information included in Relocationrequirements of a specific application each DB2 backup image and describe Use the SET TABLESPACEenvironment including the how it is used to support rebuilding a CONTAINERS command to define newHADR_PEER_WINDOW database containers during a redirected restoreMonitor the status of the Primary and Plan for supporting database and Utilize the RESTORE utility to change theStandby database using GET SNAPSHOT disaster recovery scenarios using DB2 database storage paths for AUTOMATICFOR DATABASE or db2pd - hadr database and table space backups using STORAGE table spacesImplement Read-only application access to the RESTORE command with a Plan the use of redirected restore as partthe Standby Database of an HADR REBUILD option of a disaster recoverydatabase environment Utilize LIST UTILITIES SHOW DETAIL to Describe two methods that can be used toDB2 DPF Partitioned Database Recovery monitor progress of a RESTORE Utility convert a DMS table space to utilizeConsiderations during database rebuilding automatic storageDescribe the use of the Single System View Table Space Recovery Use the GENERATE SCRIPT option ofoptions for Backup of a partitioned database Explain how the minimum recovery time RESTORE to set up a command script forRecover a partitioned database using the for a table space may impact application a redirected restore operationTO END OF LOGS option of the point in time recovery Copy schemas from one database toROLLFORWARD command Use the ONLINE option for RESTORE another using the TRANSPORT option ofCreate an online Backup of a DPF and ROLLFORWARD commands to the RESTORE utilitypartitioned database that includes all of the recover selected table spaces with an Use db2relocatedb when moving orrequired active logs active database copying DB2 databases with non-DB2Implement automated archival of DB2 logs DB2 Incremental Backup and Recovery utilitiesin a DPF partitioned database Implement a physical database design to DB2 Additional Recovery FacilitiesPerform dropped table recovery in a DPF take advantage of Incremental backups Select the appropriate method forpartitioned database of selected table spaces protecting the database from loss of logUse the REBUILD option of RESTORE to Utilize an Incremental restore to recover filebuild a partial copy of a DPF Partitioned a DB2 database or table space from Select the BACKUP Utility option todatabase Incremental backup images include the required logs in an onlineDescribe the crash recovery processing Use the LIST UTILITIES command to backup imageperformed for a DPF partitioned database track the processing of an Incremental Use the DB2 ARCHIVE LOG command toExplain the use of redirected restores and backup or restore process make the current DB2 log available fordb2relocatedb with DPF partitioned DB2 Database Crash Recovery archivaldatabases Select an appropriate value for Implement the DB2 option for blockingUse db2inidb for split mirror copies with a SOFTMAX to reduce database crash update transactions when the log diskDPF partitioned databases recovery time becomes fullAgenda Configure DB2 database options to Implement the DB2 Utility Throttle usingExercise 1: Configuring DB2 for Recovery support crash recovery for applications the UTIL_IMPACT_LIM DatabaseUnit 2: DB2 Recovery Log Management Describe the impact of a database crash Manager configuration optionExercise 2: Managing DB2 Log Files and restart for DB2 Utilities like LOAD, Configure a DB2 database for automaticUnit 3: Dropped Table Recovery REORG and IMPORT backupsExercise 3: DB2 Dropped Table Recovery DB2 Database and Table Space Explain the self optimizing features of theDay 2 Relocation Backup UtilityExercise 4: Database Rebuild Support Use the SET TABLESPACE DB2 Recovery History FileUnit 5: Table Space Recovery CONTAINERS command to define new Use the DB2 LIST HISTORY command toExercise 5: Table Space Point-in-Time containers during a redirected restore display selected information needed toRecovery Utilize the RESTORE utility to change the plan database recoveryUnit 6: Incremental Backup and Recovery database storage paths for AUTOMATIC Retrieve information from the databaseExercise 6: Incremental Backup and Restore STORAGE table spaces recovery history using SQLUnit 7: DB2 Database Crash Recovery Plan the use of redirected restore as part Configure a DB2 database for automaticDay 3 of a disaster recovery removal of database recovery objectsUnit 8: DB2 Database and Table Space Describe two methods that can be used including backups and archived logsRelocation to convert a DMS table space to utilize Use the PRUNE HISTORY command toExercise 8: DB2 Table space Relocation automatic storage remove outdated information in theUnit 9: DB2 Additional Recovery Facilities Use the GENERATE SCRIPT option of Recovery HistoryExercise 9: Additional Recovery Facilities RESTORE to set up a command script Restore a damaged Recovery History fileUnit 10: DB2 Recovery History File for a redirected restore operation High Availability and Split Mirror DatabaseUnit 11: High Availability and Split Mirror Copy schemas from one database to CopyDatabase Copy another using the TRANSPORT option of Explain the concepts involved whenDay 4 the RESTORE utility implementing the automated failover of aUnit 12: Basic Database Disaster Recovery Use db2relocatedb when moving or DB2 databaseTechniques copying DB2 databases with non-DB2 Describe the integrated cluster


Exercise 11: DB2 Database Disaster utilities configuration and management features ofRecovery using Log Shipping DB2 Additional Recovery Facilities DB2Unit 13: DB2 High Availability Disaster Select the appropriate method for Discuss the concepts used by DB2Recovery (HADR) protecting the database from loss of log pureScale to support High Availability for aExercise 12: DB2 High Availability Disaster file DB2 databaseRecovery (HADR) Select the BACKUP Utility option to Plan for using split mirror copies to createUnit 14: DB2 DPF Partitioned Database include the required logs in an online a standby database, a database snapshotRecovery backup image or a database mirror

Use the DB2 ARCHIVE LOG command Utilize the SET WRITE SUSPEND andto make the current DB2 log available for DBD2INIDB commands with split mirror

line archival database copiesState the three types of recovery support Implement the DB2 option for blocking Use the AS SNAPSHOT option of the DB2Select the DB2 Database parameters that update transactions when the log disk BACKUP and RESTORE utilitiessupport the DB2 logs becomes full Basic Database Disaster RecoveryExplain the DB2 facility to recover from an Implement the DB2 Utility Throttle using TechniquesSQL DROP TABLE statement issued in the UTIL_IMPACT_LIM Database Explain setup for a Standby database at aerror Manager configuration option remote locationReview the considerations of using standard Configure a DB2 database for automatic Plan for database disaster recovery usingDB2 database recovery options backups remotely mirrored disksPlan for point-in-time recovery of a table Explain the self optimizing features of the Describe the use of DB2 Replication tospaces to support application processing Backup Utility recover selected DB2 tables in a remoteerrors DB2 Recovery History File databasePlan a database recovery strategy that Use the DB2 LIST HISTORY command DB2 High Availability Disaster Recoveryincludes both full and Incremental backups to display selected information needed to (HADR)to reduce the duration and size of database plan database recovery Implement HADR, including the setup of abackups Retrieve information from the database Primary and Standby databaseDescribe the concepts and processing for recovery history using SQL Use the commands START HADR, STOPDB2 database crash recovery Configure a DB2 database for automatic HADR, and TAKEOVER to manage anExplain the facility of the DB2 RESTORE removal of database recovery objects operational HADR systemcommand to recover table spaces to including backups and archived logs Plan for the use of the DB2 Utilities likedifferent containers Use the PRUNE HISTORY command to LOAD, REORG, Backup and Restore in anExplain the LOAD Utility options COPY remove outdated information in the HADR environmentYES, COPY NO and NONRECOVERABLE Recovery History Select appropriate HADR databaseimpact on database recovery Restore a damaged Recovery History file configuration options in order to meet theExplain the information recorded in the High Availability and Split Mirror requirements of a specific applicationRecovery History file Database Copy environment including theDescribe various techniques for supporting Explain the concepts involved when HADR_PEER_WINDOWHigh Availability of DB2 databases implementing the automated failover of a Monitor the status of the Primary andDescribe the benefits and limitations of DB2 database Standby database using GET SNAPSHOTseveral methods for supporting database Describe the integrated cluster FOR DATABASE or db2pd - hadrdisaster recovery configuration and management features Implement Read-only application access toDescribe the benefits and limitations of of DB2 the Standby Database of an HADRimplementing High Availability Disaster Discuss the concepts used by DB2 database environmentRecovery (HADR) pureScale to support High Availability for DB2 DPF Partitioned Database RecoveryExplain database recovery facilities in a DB2 a DB2 database ConsiderationsDPF partitioned database Plan for using split mirror copies to create Describe the use of the Single SystemDay 1 a standby database, a database View options for Backup of a partitionedUnit 1: DB2 Database Recovery Review snapshot or a database mirror databaseUnit 4: Database Rebuild Support Utilize the SET WRITE SUSPEND and Recover a partitioned database using theExercise 7: Database Crash Recovery DBD2INIDB commands with split mirror TO END OF LOGS option of theExercise 10: DB2 High Availability using split database copies ROLLFORWARD commandmirror copies Use the AS SNAPSHOT option of the Create an online Backup of a DPF

DB2 BACKUP and RESTORE utilities partitioned database that includes all of theBasic Database Disaster Recovery required active logs

line Techniques Implement automated archival of DB2 logsExplain the basic principles DB2 uses for Explain setup for a Standby database at in a DPF partitioned databasedatabase recovery and restart a remote location Perform dropped table recovery in a DPFDescribe the capabilities and functional Plan for database disaster recovery using partitioned databaserequirements of DB2 logging remotely mirrored disks Use the REBUILD option of RESTORE toSelect options for some of the DB2 Describe the use of DB2 Replication to build a partial copy of a DPF Partitioneddatabase parameters that support recovery recover selected DB2 tables in a remote databaseDB2 Recovery Log Management database Describe the crash recovery processingConfigure the database options to automate DB2 High Availability Disaster Recovery performed for a DPF partitioned databasearchive log management (HADR) Explain the use of redirected restores andImplement infinite active logging to support Implement HADR, including the setup of db2relocatedb with DPF partitionedapplications that require large amounts of a Primary and Standby database databases


logged database changes Use the commands START HADR, Use db2inidb for split mirror copies with aDescribe the options provided by DB2 9 for STOP HADR, and TAKEOVER to DPF partitioned databasesLinux, UNIX, and Windows to reduce log manage an operational HADR system Agendavolume, including the NOT LOGGED Plan for the use of the DB2 Utilities like Exercise 1: Configuring DB2 for RecoveryINITIALLY option LOAD, REORG, Backup and Restore in Unit 2: DB2 Recovery Log ManagementDB2 Dropped Table Recovery an HADR environment Exercise 2: Managing DB2 Log FilesImplement dropped table recovery for Select appropriate HADR database Unit 3: Dropped Table Recoveryselected table spaces configuration options in order to meet the Exercise 3: DB2 Dropped Table RecoveryUse the DB2 LIST HISTORY command to requirements of a specific application Day 2gather the information needed to recover a environment including the Exercise 4: Database Rebuild Supportdropped table HADR_PEER_WINDOW Unit 5: Table Space RecoveryPlan and invoke the DB2 utilities involved in Monitor the status of the Primary and Exercise 5: Table Space Point-in-Timerecovering a dropped table Standby database using GET RecoveryDatabase Rebuild Support SNAPSHOT FOR DATABASE or db2pd - Unit 6: Incremental Backup and RecoveryExplain the capabilities of the REBUILD hadr Exercise 6: Incremental Backup andoption for the RESTORE command Implement Read-only application access RestoreList the types of information included in each to the Standby Database of an HADR Unit 7: DB2 Database Crash RecoveryDB2 backup image and describe how it is database environment Day 3used to support rebuilding a database DB2 DPF Partitioned Database Recovery Unit 8: DB2 Database and Table SpacePlan for supporting database and disaster Considerations Relocationrecovery scenarios using DB2 database and Describe the use of the Single System Exercise 8: DB2 Table space Relocationtable space backups using the RESTORE View options for Backup of a partitioned Unit 9: DB2 Additional Recovery Facilitiescommand with a REBUILD option database Exercise 9: Additional Recovery FacilitiesUtilize LIST UTILITIES SHOW DETAIL to Recover a partitioned database using the Unit 10: DB2 Recovery History Filemonitor progress of a RESTORE Utility TO END OF LOGS option of the Unit 11: High Availability and Split Mirrorduring database rebuilding ROLLFORWARD command Database CopyTable Space Recovery Create an online Backup of a DPF Day 4Explain how the minimum recovery time for partitioned database that includes all of Unit 12: Basic Database Disastera table space may impact application point the required active logs Recovery Techniquesin time recovery Implement automated archival of DB2 Exercise 11: DB2 Database DisasterUse the ONLINE option for RESTORE and logs in a DPF partitioned database Recovery using Log ShippingROLLFORWARD commands to recover Perform dropped table recovery in a DPF Unit 13: DB2 High Availability Disasterselected table spaces with an active partitioned database Recovery (HADR)database Use the REBUILD option of RESTORE to Exercise 12: DB2 High Availability DisasterDB2 Incremental Backup and Recovery build a partial copy of a DPF Partitioned Recovery (HADR)Implement a physical database design to database Unit 14: DB2 DPF Partitioned Databasetake advantage of Incremental backups of Describe the crash recovery processing Recoveryselected table spaces performed for a DPF partitioned databaseUtilize an Incremental restore to recover a Explain the use of redirected restores andDB2 database or table space from db2relocatedb with DPF partitioned lineIncremental backup images databases Explain the basic principles DB2 uses forUse the LIST UTILITIES command to track Use db2inidb for split mirror copies with a database recovery and restartthe processing of an Incremental backup or DPF partitioned databases Describe the capabilities and functionalrestore process Agenda requirements of DB2 loggingDB2 Database Crash Recovery Exercise 1: Configuring DB2 for Recovery Select options for some of the DB2Select an appropriate value for SOFTMAX to Unit 2: DB2 Recovery Log Management database parameters that support recoveryreduce database crash recovery time Exercise 2: Managing DB2 Log Files DB2 Recovery Log ManagementConfigure DB2 database options to support Unit 3: Dropped Table Recovery Configure the database options tocrash recovery for applications Exercise 3: DB2 Dropped Table automate archive log managementDescribe the impact of a database crash Recovery Implement infinite active logging to supportand restart for DB2 Utilities like LOAD, Day 2 applications that require large amounts ofREORG and IMPORT Exercise 4: Database Rebuild Support logged database changesDB2 Database and Table Space Relocation Unit 5: Table Space Recovery Describe the options provided by DB2 9 forUse the SET TABLESPACE CONTAINERS Exercise 5: Table Space Point-in-Time Linux, UNIX, and Windows to reduce logcommand to define new containers during a Recovery volume, including the NOT LOGGEDredirected restore Unit 6: Incremental Backup and Recovery INITIALLY optionUtilize the RESTORE utility to change the Exercise 6: Incremental Backup and DB2 Dropped Table Recoverydatabase storage paths for AUTOMATIC Restore Implement dropped table recovery forSTORAGE table spaces Unit 7: DB2 Database Crash Recovery selected table spacesPlan the use of redirected restore as part of Day 3 Use the DB2 LIST HISTORY command toa disaster recovery Unit 8: DB2 Database and Table Space gather the information needed to recover aDescribe two methods that can be used to Relocation dropped tableconvert a DMS table space to utilize Exercise 8: DB2 Table space Relocation Plan and invoke the DB2 utilities involvedautomatic storage Unit 9: DB2 Additional Recovery Facilities in recovering a dropped tableUse the GENERATE SCRIPT option of Exercise 9: Additional Recovery Facilities Database Rebuild SupportRESTORE to set up a command script for a Unit 10: DB2 Recovery History File Explain the capabilities of the REBUILD


redirected restore operation Unit 11: High Availability and Split Mirror option for the RESTORE commandCopy schemas from one database to Database Copy List the types of information included inanother using the TRANSPORT option of Day 4 each DB2 backup image and describe howthe RESTORE utility Unit 12: Basic Database Disaster it is used to support rebuilding a databaseUse db2relocatedb when moving or copying Recovery Techniques Plan for supporting database and disasterDB2 databases with non-DB2 utilities Exercise 11: DB2 Database Disaster recovery scenarios using DB2 databaseDB2 Additional Recovery Facilities Recovery using Log Shipping and table space backups using theSelect the appropriate method for protecting Unit 13: DB2 High Availability Disaster RESTORE command with a REBUILDthe database from loss of log file Recovery (HADR) optionSelect the BACKUP Utility option to include Exercise 12: DB2 High Availability Utilize LIST UTILITIES SHOW DETAIL tothe required logs in an online backup image Disaster Recovery (HADR) monitor progress of a RESTORE UtilityUse the DB2 ARCHIVE LOG command to Unit 14: DB2 DPF Partitioned Database during database rebuildingmake the current DB2 log available for Recovery Table Space Recoveryarchival Explain how the minimum recovery timeImplement the DB2 option for blocking for a table space may impact applicationupdate transactions when the log disk line point in time recoverybecomes full State the three types of recovery support Use the ONLINE option for RESTORE andImplement the DB2 Utility Throttle using the Select the DB2 Database parameters ROLLFORWARD commands to recoverUTIL_IMPACT_LIM Database Manager that support the DB2 logs selected table spaces with an activeconfiguration option Explain the DB2 facility to recover from databaseConfigure a DB2 database for automatic an SQL DROP TABLE statement issued DB2 Incremental Backup and Recoverybackups in error Implement a physical database design toExplain the self optimizing features of the Review the considerations of using take advantage of Incremental backups ofBackup Utility standard DB2 database recovery options selected table spacesDB2 Recovery History File Plan for point-in-time recovery of a table Utilize an Incremental restore to recover aUse the DB2 LIST HISTORY command to spaces to support application processing DB2 database or table space fromdisplay selected information needed to plan errors Incremental backup imagesdatabase recovery Plan a database recovery strategy that Use the LIST UTILITIES command to trackRetrieve information from the database includes both full and Incremental the processing of an Incremental backuprecovery history using SQL backups to reduce the duration and size or restore processConfigure a DB2 database for automatic of database backups DB2 Database Crash Recoveryremoval of database recovery objects Describe the concepts and processing for Select an appropriate value for SOFTMAXincluding backups and archived logs DB2 database crash recovery to reduce database crash recovery timeUse the PRUNE HISTORY command to Explain the facility of the DB2 RESTORE Configure DB2 database options toremove outdated information in the command to recover table spaces to support crash recovery for applicationsRecovery History different containers Describe the impact of a database crashRestore a damaged Recovery History file Explain the LOAD Utility options COPY and restart for DB2 Utilities like LOAD,High Availability and Split Mirror Database YES, COPY NO and REORG and IMPORTCopy NONRECOVERABLE impact on DB2 Database and Table SpaceExplain the concepts involved when database recovery Relocationimplementing the automated failover of a Explain the information recorded in the Use the SET TABLESPACEDB2 database Recovery History file CONTAINERS command to define newDescribe the integrated cluster configuration Describe various techniques for containers during a redirected restoreand management features of DB2 supporting High Availability of DB2 Utilize the RESTORE utility to change theDiscuss the concepts used by DB2 databases database storage paths for AUTOMATICpureScale to support High Availability for a Describe the benefits and limitations of STORAGE table spacesDB2 database several methods for supporting database Plan the use of redirected restore as partPlan for using split mirror copies to create a disaster recovery of a disaster recoverystandby database, a database snapshot or a Describe the benefits and limitations of Describe two methods that can be used todatabase mirror implementing High Availability Disaster convert a DMS table space to utilizeUtilize the SET WRITE SUSPEND and Recovery (HADR) automatic storageDBD2INIDB commands with split mirror Explain database recovery facilities in a Use the GENERATE SCRIPT option ofdatabase copies DB2 DPF partitioned database RESTORE to set up a command script forUse the AS SNAPSHOT option of the DB2 Day 1 a redirected restore operationBACKUP and RESTORE utilities Unit 1: DB2 Database Recovery Review Copy schemas from one database toBasic Database Disaster Recovery Unit 4: Database Rebuild Support another using the TRANSPORT option ofTechniques Exercise 7: Database Crash Recovery the RESTORE utilityExplain setup for a Standby database at a Exercise 10: DB2 High Availability using Use db2relocatedb when moving orremote location split mirror copies copying DB2 databases with non-DB2Plan for database disaster recovery using utilitiesremotely mirrored disks DB2 Additional Recovery FacilitiesDescribe the use of DB2 Replication to line Select the appropriate method forrecover selected DB2 tables in a remote Explain the basic principles DB2 uses for protecting the database from loss of logdatabase database recovery and restart fileDB2 High Availability Disaster Recovery Describe the capabilities and functional Select the BACKUP Utility option to(HADR) requirements of DB2 logging include the required logs in an online


Implement HADR, including the setup of a Select options for some of the DB2 backup imagePrimary and Standby database database parameters that support Use the DB2 ARCHIVE LOG command toUse the commands START HADR, STOP recovery make the current DB2 log available forHADR, and TAKEOVER to manage an DB2 Recovery Log Management archivaloperational HADR system Configure the database options to Implement the DB2 option for blockingPlan for the use of the DB2 Utilities like automate archive log management update transactions when the log diskLOAD, REORG, Backup and Restore in an Implement infinite active logging to becomes fullHADR environment support applications that require large Implement the DB2 Utility Throttle usingSelect appropriate HADR database amounts of logged database changes the UTIL_IMPACT_LIM Databaseconfiguration options in order to meet the Describe the options provided by DB2 9 Manager configuration optionrequirements of a specific application for Linux, UNIX, and Windows to reduce Configure a DB2 database for automaticenvironment including the log volume, including the NOT LOGGED backupsHADR_PEER_WINDOW INITIALLY option Explain the self optimizing features of theMonitor the status of the Primary and DB2 Dropped Table Recovery Backup UtilityStandby database using GET SNAPSHOT Implement dropped table recovery for DB2 Recovery History FileFOR DATABASE or db2pd - hadr selected table spaces Use the DB2 LIST HISTORY command toImplement Read-only application access to Use the DB2 LIST HISTORY command display selected information needed tothe Standby Database of an HADR to gather the information needed to plan database recoverydatabase environment recover a dropped table Retrieve information from the databaseDB2 DPF Partitioned Database Recovery Plan and invoke the DB2 utilities involved recovery history using SQLConsiderations in recovering a dropped table Configure a DB2 database for automaticDescribe the use of the Single System View Database Rebuild Support removal of database recovery objectsoptions for Backup of a partitioned database Explain the capabilities of the REBUILD including backups and archived logsRecover a partitioned database using the option for the RESTORE command Use the PRUNE HISTORY command toTO END OF LOGS option of the List the types of information included in remove outdated information in theROLLFORWARD command each DB2 backup image and describe Recovery HistoryCreate an online Backup of a DPF how it is used to support rebuilding a Restore a damaged Recovery History filepartitioned database that includes all of the database High Availability and Split Mirror Databaserequired active logs Plan for supporting database and CopyImplement automated archival of DB2 logs disaster recovery scenarios using DB2 Explain the concepts involved whenin a DPF partitioned database database and table space backups using implementing the automated failover of aPerform dropped table recovery in a DPF the RESTORE command with a DB2 databasepartitioned database REBUILD option Describe the integrated clusterUse the REBUILD option of RESTORE to Utilize LIST UTILITIES SHOW DETAIL to configuration and management features ofbuild a partial copy of a DPF Partitioned monitor progress of a RESTORE Utility DB2database during database rebuilding Discuss the concepts used by DB2Describe the crash recovery processing Table Space Recovery pureScale to support High Availability for aperformed for a DPF partitioned database Explain how the minimum recovery time DB2 databaseExplain the use of redirected restores and for a table space may impact application Plan for using split mirror copies to createdb2relocatedb with DPF partitioned point in time recovery a standby database, a database snapshotdatabases Use the ONLINE option for RESTORE or a database mirrorUse db2inidb for split mirror copies with a and ROLLFORWARD commands to Utilize the SET WRITE SUSPEND andDPF partitioned databases recover selected table spaces with an DBD2INIDB commands with split mirrorAgenda active database database copiesExercise 1: Configuring DB2 for Recovery DB2 Incremental Backup and Recovery Use the AS SNAPSHOT option of the DB2Unit 2: DB2 Recovery Log Management Implement a physical database design to BACKUP and RESTORE utilitiesExercise 2: Managing DB2 Log Files take advantage of Incremental backups Basic Database Disaster RecoveryUnit 3: Dropped Table Recovery of selected table spaces TechniquesExercise 3: DB2 Dropped Table Recovery Utilize an Incremental restore to recover Explain setup for a Standby database at aDay 2 a DB2 database or table space from remote locationExercise 4: Database Rebuild Support Incremental backup images Plan for database disaster recovery usingUnit 5: Table Space Recovery Use the LIST UTILITIES command to remotely mirrored disksExercise 5: Table Space Point-in-Time track the processing of an Incremental Describe the use of DB2 Replication toRecovery backup or restore process recover selected DB2 tables in a remoteUnit 6: Incremental Backup and Recovery DB2 Database Crash Recovery databaseExercise 6: Incremental Backup and Restore Select an appropriate value for DB2 High Availability Disaster RecoveryUnit 7: DB2 Database Crash Recovery SOFTMAX to reduce database crash (HADR)Day 3 recovery time Implement HADR, including the setup of aUnit 8: DB2 Database and Table Space Configure DB2 database options to Primary and Standby databaseRelocation support crash recovery for applications Use the commands START HADR, STOPExercise 8: DB2 Table space Relocation Describe the impact of a database crash HADR, and TAKEOVER to manage anUnit 9: DB2 Additional Recovery Facilities and restart for DB2 Utilities like LOAD, operational HADR systemExercise 9: Additional Recovery Facilities REORG and IMPORT Plan for the use of the DB2 Utilities likeUnit 10: DB2 Recovery History File DB2 Database and Table Space LOAD, REORG, Backup and Restore in anUnit 11: High Availability and Split Mirror Relocation HADR environmentDatabase Copy Use the SET TABLESPACE Select appropriate HADR database


Day 4 CONTAINERS command to define new configuration options in order to meet theUnit 12: Basic Database Disaster Recovery containers during a redirected restore requirements of a specific applicationTechniques Utilize the RESTORE utility to change the environment including theExercise 11: DB2 Database Disaster database storage paths for AUTOMATIC HADR_PEER_WINDOWRecovery using Log Shipping STORAGE table spaces Monitor the status of the Primary andUnit 13: DB2 High Availability Disaster Plan the use of redirected restore as part Standby database using GET SNAPSHOTRecovery (HADR) of a disaster recovery FOR DATABASE or db2pd - hadrExercise 12: DB2 High Availability Disaster Describe two methods that can be used Implement Read-only application access toRecovery (HADR) to convert a DMS table space to utilize the Standby Database of an HADRUnit 14: DB2 DPF Partitioned Database automatic storage database environmentRecovery Use the GENERATE SCRIPT option of DB2 DPF Partitioned Database Recovery

RESTORE to set up a command script Considerationsfor a redirected restore operation Describe the use of the Single System

line Copy schemas from one database to View options for Backup of a partitionedExplain the basic principles DB2 uses for another using the TRANSPORT option of databasedatabase recovery and restart the RESTORE utility Recover a partitioned database using theDescribe the capabilities and functional Use db2relocatedb when moving or TO END OF LOGS option of therequirements of DB2 logging copying DB2 databases with non-DB2 ROLLFORWARD commandSelect options for some of the DB2 utilities Create an online Backup of a DPFdatabase parameters that support recovery DB2 Additional Recovery Facilities partitioned database that includes all of theDB2 Recovery Log Management Select the appropriate method for required active logsConfigure the database options to automate protecting the database from loss of log Implement automated archival of DB2 logsarchive log management file in a DPF partitioned databaseImplement infinite active logging to support Select the BACKUP Utility option to Perform dropped table recovery in a DPFapplications that require large amounts of include the required logs in an online partitioned databaselogged database changes backup image Use the REBUILD option of RESTORE toDescribe the options provided by DB2 9 for Use the DB2 ARCHIVE LOG command build a partial copy of a DPF PartitionedLinux, UNIX, and Windows to reduce log to make the current DB2 log available for databasevolume, including the NOT LOGGED archival Describe the crash recovery processingINITIALLY option Implement the DB2 option for blocking performed for a DPF partitioned databaseDB2 Dropped Table Recovery update transactions when the log disk Explain the use of redirected restores andImplement dropped table recovery for becomes full db2relocatedb with DPF partitionedselected table spaces Implement the DB2 Utility Throttle using databasesUse the DB2 LIST HISTORY command to the UTIL_IMPACT_LIM Database Use db2inidb for split mirror copies with agather the information needed to recover a Manager configuration option DPF partitioned databasesdropped table Configure a DB2 database for automatic AgendaPlan and invoke the DB2 utilities involved in backups Exercise 1: Configuring DB2 for Recoveryrecovering a dropped table Explain the self optimizing features of the Unit 2: DB2 Recovery Log ManagementDatabase Rebuild Support Backup Utility Exercise 2: Managing DB2 Log FilesExplain the capabilities of the REBUILD DB2 Recovery History File Unit 3: Dropped Table Recoveryoption for the RESTORE command Use the DB2 LIST HISTORY command Exercise 3: DB2 Dropped Table RecoveryList the types of information included in each to display selected information needed to Day 2DB2 backup image and describe how it is plan database recovery Exercise 4: Database Rebuild Supportused to support rebuilding a database Retrieve information from the database Unit 5: Table Space RecoveryPlan for supporting database and disaster recovery history using SQL Exercise 5: Table Space Point-in-Timerecovery scenarios using DB2 database and Configure a DB2 database for automatic Recoverytable space backups using the RESTORE removal of database recovery objects Unit 6: Incremental Backup and Recoverycommand with a REBUILD option including backups and archived logs Exercise 6: Incremental Backup andUtilize LIST UTILITIES SHOW DETAIL to Use the PRUNE HISTORY command to Restoremonitor progress of a RESTORE Utility remove outdated information in the Unit 7: DB2 Database Crash Recoveryduring database rebuilding Recovery History Day 3Table Space Recovery Restore a damaged Recovery History file Unit 8: DB2 Database and Table SpaceExplain how the minimum recovery time for High Availability and Split Mirror Relocationa table space may impact application point Database Copy Exercise 8: DB2 Table space Relocationin time recovery Explain the concepts involved when Unit 9: DB2 Additional Recovery FacilitiesUse the ONLINE option for RESTORE and implementing the automated failover of a Exercise 9: Additional Recovery FacilitiesROLLFORWARD commands to recover DB2 database Unit 10: DB2 Recovery History Fileselected table spaces with an active Describe the integrated cluster Unit 11: High Availability and Split Mirrordatabase configuration and management features Database CopyDB2 Incremental Backup and Recovery of DB2 Day 4Implement a physical database design to Discuss the concepts used by DB2 Unit 12: Basic Database Disastertake advantage of Incremental backups of pureScale to support High Availability for Recovery Techniquesselected table spaces a DB2 database Exercise 11: DB2 Database DisasterUtilize an Incremental restore to recover a Plan for using split mirror copies to create Recovery using Log ShippingDB2 database or table space from a standby database, a database Unit 13: DB2 High Availability DisasterIncremental backup images snapshot or a database mirror Recovery (HADR)


Use the LIST UTILITIES command to track Utilize the SET WRITE SUSPEND and Exercise 12: DB2 High Availability Disasterthe processing of an Incremental backup or DBD2INIDB commands with split mirror Recovery (HADR)restore process database copies Unit 14: DB2 DPF Partitioned DatabaseDB2 Database Crash Recovery Use the AS SNAPSHOT option of the RecoverySelect an appropriate value for SOFTMAX to DB2 BACKUP and RESTORE utilitiesreduce database crash recovery time Basic Database Disaster RecoveryConfigure DB2 database options to support Techniques linecrash recovery for applications Explain setup for a Standby database at Explain the basic principles DB2 uses forDescribe the impact of a database crash a remote location database recovery and restartand restart for DB2 Utilities like LOAD, Plan for database disaster recovery using Describe the capabilities and functionalREORG and IMPORT remotely mirrored disks requirements of DB2 loggingDB2 Database and Table Space Relocation Describe the use of DB2 Replication to Select options for some of the DB2Use the SET TABLESPACE CONTAINERS recover selected DB2 tables in a remote database parameters that support recoverycommand to define new containers during a database DB2 Recovery Log Managementredirected restore DB2 High Availability Disaster Recovery Configure the database options toUtilize the RESTORE utility to change the (HADR) automate archive log managementdatabase storage paths for AUTOMATIC Implement HADR, including the setup of Implement infinite active logging to supportSTORAGE table spaces a Primary and Standby database applications that require large amounts ofPlan the use of redirected restore as part of Use the commands START HADR, logged database changesa disaster recovery STOP HADR, and TAKEOVER to Describe the options provided by DB2 9 forDescribe two methods that can be used to manage an operational HADR system Linux, UNIX, and Windows to reduce logconvert a DMS table space to utilize Plan for the use of the DB2 Utilities like volume, including the NOT LOGGEDautomatic storage LOAD, REORG, Backup and Restore in INITIALLY optionUse the GENERATE SCRIPT option of an HADR environment DB2 Dropped Table RecoveryRESTORE to set up a command script for a Select appropriate HADR database Implement dropped table recovery forredirected restore operation configuration options in order to meet the selected table spacesCopy schemas from one database to requirements of a specific application Use the DB2 LIST HISTORY command toanother using the TRANSPORT option of environment including the gather the information needed to recover athe RESTORE utility HADR_PEER_WINDOW dropped tableUse db2relocatedb when moving or copying Monitor the status of the Primary and Plan and invoke the DB2 utilities involvedDB2 databases with non-DB2 utilities Standby database using GET in recovering a dropped tableDB2 Additional Recovery Facilities SNAPSHOT FOR DATABASE or db2pd - Database Rebuild SupportSelect the appropriate method for protecting hadr Explain the capabilities of the REBUILDthe database from loss of log file Implement Read-only application access option for the RESTORE commandSelect the BACKUP Utility option to include to the Standby Database of an HADR List the types of information included inthe required logs in an online backup image database environment each DB2 backup image and describe howUse the DB2 ARCHIVE LOG command to DB2 DPF Partitioned Database Recovery it is used to support rebuilding a databasemake the current DB2 log available for Considerations Plan for supporting database and disasterarchival Describe the use of the Single System recovery scenarios using DB2 databaseImplement the DB2 option for blocking View options for Backup of a partitioned and table space backups using theupdate transactions when the log disk database RESTORE command with a REBUILDbecomes full Recover a partitioned database using the optionImplement the DB2 Utility Throttle using the TO END OF LOGS option of the Utilize LIST UTILITIES SHOW DETAIL toUTIL_IMPACT_LIM Database Manager ROLLFORWARD command monitor progress of a RESTORE Utilityconfiguration option Create an online Backup of a DPF during database rebuildingConfigure a DB2 database for automatic partitioned database that includes all of Table Space Recoverybackups the required active logs Explain how the minimum recovery timeExplain the self optimizing features of the Implement automated archival of DB2 for a table space may impact applicationBackup Utility logs in a DPF partitioned database point in time recoveryDB2 Recovery History File Perform dropped table recovery in a DPF Use the ONLINE option for RESTORE andUse the DB2 LIST HISTORY command to partitioned database ROLLFORWARD commands to recoverdisplay selected information needed to plan Use the REBUILD option of RESTORE to selected table spaces with an activedatabase recovery build a partial copy of a DPF Partitioned databaseRetrieve information from the database database DB2 Incremental Backup and Recoveryrecovery history using SQL Describe the crash recovery processing Implement a physical database design toConfigure a DB2 database for automatic performed for a DPF partitioned database take advantage of Incremental backups ofremoval of database recovery objects Explain the use of redirected restores and selected table spacesincluding backups and archived logs db2relocatedb with DPF partitioned Utilize an Incremental restore to recover aUse the PRUNE HISTORY command to databases DB2 database or table space fromremove outdated information in the Use db2inidb for split mirror copies with a Incremental backup imagesRecovery History DPF partitioned databases Use the LIST UTILITIES command to trackRestore a damaged Recovery History file Agenda the processing of an Incremental backupHigh Availability and Split Mirror Database Exercise 1: Configuring DB2 for Recovery or restore processCopy Unit 2: DB2 Recovery Log Management DB2 Database Crash RecoveryExplain the concepts involved when Exercise 2: Managing DB2 Log Files Select an appropriate value for SOFTMAXimplementing the automated failover of a Unit 3: Dropped Table Recovery to reduce database crash recovery time


DB2 database Exercise 3: DB2 Dropped Table Configure DB2 database options toDescribe the integrated cluster configuration Recovery support crash recovery for applicationsand management features of DB2 Day 2 Describe the impact of a database crashDiscuss the concepts used by DB2 Exercise 4: Database Rebuild Support and restart for DB2 Utilities like LOAD,pureScale to support High Availability for a Unit 5: Table Space Recovery REORG and IMPORTDB2 database Exercise 5: Table Space Point-in-Time DB2 Database and Table SpacePlan for using split mirror copies to create a Recovery Relocationstandby database, a database snapshot or a Unit 6: Incremental Backup and Recovery Use the SET TABLESPACEdatabase mirror Exercise 6: Incremental Backup and CONTAINERS command to define newUtilize the SET WRITE SUSPEND and Restore containers during a redirected restoreDBD2INIDB commands with split mirror Unit 7: DB2 Database Crash Recovery Utilize the RESTORE utility to change thedatabase copies Day 3 database storage paths for AUTOMATICUse the AS SNAPSHOT option of the DB2 Unit 8: DB2 Database and Table Space STORAGE table spacesBACKUP and RESTORE utilities Relocation Plan the use of redirected restore as partBasic Database Disaster Recovery Exercise 8: DB2 Table space Relocation of a disaster recoveryTechniques Unit 9: DB2 Additional Recovery Facilities Describe two methods that can be used toExplain setup for a Standby database at a Exercise 9: Additional Recovery Facilities convert a DMS table space to utilizeremote location Unit 10: DB2 Recovery History File automatic storagePlan for database disaster recovery using Unit 11: High Availability and Split Mirror Use the GENERATE SCRIPT option ofremotely mirrored disks Database Copy RESTORE to set up a command script forDescribe the use of DB2 Replication to Day 4 a redirected restore operationrecover selected DB2 tables in a remote Unit 12: Basic Database Disaster Copy schemas from one database todatabase Recovery Techniques another using the TRANSPORT option ofDB2 High Availability Disaster Recovery Exercise 11: DB2 Database Disaster the RESTORE utility(HADR) Recovery using Log Shipping Use db2relocatedb when moving orImplement HADR, including the setup of a Unit 13: DB2 High Availability Disaster copying DB2 databases with non-DB2Primary and Standby database Recovery (HADR) utilitiesUse the commands START HADR, STOP Exercise 12: DB2 High Availability DB2 Additional Recovery FacilitiesHADR, and TAKEOVER to manage an Disaster Recovery (HADR) Select the appropriate method foroperational HADR system Unit 14: DB2 DPF Partitioned Database protecting the database from loss of logPlan for the use of the DB2 Utilities like Recovery fileLOAD, REORG, Backup and Restore in an Select the BACKUP Utility option toHADR environment include the required logs in an onlineSelect appropriate HADR database line backup imageconfiguration options in order to meet the Explain the basic principles DB2 uses for Use the DB2 ARCHIVE LOG command torequirements of a specific application database recovery and restart make the current DB2 log available forenvironment including the Describe the capabilities and functional archivalHADR_PEER_WINDOW requirements of DB2 logging Implement the DB2 option for blockingMonitor the status of the Primary and Select options for some of the DB2 update transactions when the log diskStandby database using GET SNAPSHOT database parameters that support becomes fullFOR DATABASE or db2pd - hadr recovery Implement the DB2 Utility Throttle usingImplement Read-only application access to DB2 Recovery Log Management the UTIL_IMPACT_LIM Databasethe Standby Database of an HADR Configure the database options to Manager configuration optiondatabase environment automate archive log management Configure a DB2 database for automaticDB2 DPF Partitioned Database Recovery Implement infinite active logging to backupsConsiderations support applications that require large Explain the self optimizing features of theDescribe the use of the Single System View amounts of logged database changes Backup Utilityoptions for Backup of a partitioned database Describe the options provided by DB2 9 DB2 Recovery History FileRecover a partitioned database using the for Linux, UNIX, and Windows to reduce Use the DB2 LIST HISTORY command toTO END OF LOGS option of the log volume, including the NOT LOGGED display selected information needed toROLLFORWARD command INITIALLY option plan database recoveryCreate an online Backup of a DPF DB2 Dropped Table Recovery Retrieve information from the databasepartitioned database that includes all of the Implement dropped table recovery for recovery history using SQLrequired active logs selected table spaces Configure a DB2 database for automaticImplement automated archival of DB2 logs Use the DB2 LIST HISTORY command removal of database recovery objectsin a DPF partitioned database to gather the information needed to including backups and archived logsPerform dropped table recovery in a DPF recover a dropped table Use the PRUNE HISTORY command topartitioned database Plan and invoke the DB2 utilities involved remove outdated information in theUse the REBUILD option of RESTORE to in recovering a dropped table Recovery Historybuild a partial copy of a DPF Partitioned Database Rebuild Support Restore a damaged Recovery History filedatabase Explain the capabilities of the REBUILD High Availability and Split Mirror DatabaseDescribe the crash recovery processing option for the RESTORE command Copyperformed for a DPF partitioned database List the types of information included in Explain the concepts involved whenExplain the use of redirected restores and each DB2 backup image and describe implementing the automated failover of adb2relocatedb with DPF partitioned how it is used to support rebuilding a DB2 databasedatabases database Describe the integrated cluster


Use db2inidb for split mirror copies with a Plan for supporting database and configuration and management features ofDPF partitioned databases disaster recovery scenarios using DB2 DB2Agenda database and table space backups using Discuss the concepts used by DB2Exercise 1: Configuring DB2 for Recovery the RESTORE command with a pureScale to support High Availability for aUnit 2: DB2 Recovery Log Management REBUILD option DB2 databaseExercise 2: Managing DB2 Log Files Utilize LIST UTILITIES SHOW DETAIL to Plan for using split mirror copies to createUnit 3: Dropped Table Recovery monitor progress of a RESTORE Utility a standby database, a database snapshotExercise 3: DB2 Dropped Table Recovery during database rebuilding or a database mirrorDay 2 Table Space Recovery Utilize the SET WRITE SUSPEND andExercise 4: Database Rebuild Support Explain how the minimum recovery time DBD2INIDB commands with split mirrorUnit 5: Table Space Recovery for a table space may impact application database copiesExercise 5: Table Space Point-in-Time point in time recovery Use the AS SNAPSHOT option of the DB2Recovery Use the ONLINE option for RESTORE BACKUP and RESTORE utilitiesUnit 6: Incremental Backup and Recovery and ROLLFORWARD commands to Basic Database Disaster RecoveryExercise 6: Incremental Backup and Restore recover selected table spaces with an TechniquesUnit 7: DB2 Database Crash Recovery active database Explain setup for a Standby database at aDay 3 DB2 Incremental Backup and Recovery remote locationUnit 8: DB2 Database and Table Space Implement a physical database design to Plan for database disaster recovery usingRelocation take advantage of Incremental backups remotely mirrored disksExercise 8: DB2 Table space Relocation of selected table spaces Describe the use of DB2 Replication toUnit 9: DB2 Additional Recovery Facilities Utilize an Incremental restore to recover recover selected DB2 tables in a remoteExercise 9: Additional Recovery Facilities a DB2 database or table space from databaseUnit 10: DB2 Recovery History File Incremental backup images DB2 High Availability Disaster RecoveryUnit 11: High Availability and Split Mirror Use the LIST UTILITIES command to (HADR)Database Copy track the processing of an Incremental Implement HADR, including the setup of aDay 4 backup or restore process Primary and Standby databaseUnit 12: Basic Database Disaster Recovery DB2 Database Crash Recovery Use the commands START HADR, STOPTechniques Select an appropriate value for HADR, and TAKEOVER to manage anExercise 11: DB2 Database Disaster SOFTMAX to reduce database crash operational HADR systemRecovery using Log Shipping recovery time Plan for the use of the DB2 Utilities likeUnit 13: DB2 High Availability Disaster Configure DB2 database options to LOAD, REORG, Backup and Restore in anRecovery (HADR) support crash recovery for applications HADR environmentExercise 12: DB2 High Availability Disaster Describe the impact of a database crash Select appropriate HADR databaseRecovery (HADR) and restart for DB2 Utilities like LOAD, configuration options in order to meet theUnit 14: DB2 DPF Partitioned Database REORG and IMPORT requirements of a specific applicationRecovery DB2 Database and Table Space environment including the

Relocation HADR_PEER_WINDOWUse the SET TABLESPACE Monitor the status of the Primary and

line CONTAINERS command to define new Standby database using GET SNAPSHOTExplain the basic principles DB2 uses for containers during a redirected restore FOR DATABASE or db2pd - hadrdatabase recovery and restart Utilize the RESTORE utility to change the Implement Read-only application access toDescribe the capabilities and functional database storage paths for AUTOMATIC the Standby Database of an HADRrequirements of DB2 logging STORAGE table spaces database environmentSelect options for some of the DB2 Plan the use of redirected restore as part DB2 DPF Partitioned Database Recoverydatabase parameters that support recovery of a disaster recovery ConsiderationsDB2 Recovery Log Management Describe two methods that can be used Describe the use of the Single SystemConfigure the database options to automate to convert a DMS table space to utilize View options for Backup of a partitionedarchive log management automatic storage databaseImplement infinite active logging to support Use the GENERATE SCRIPT option of Recover a partitioned database using theapplications that require large amounts of RESTORE to set up a command script TO END OF LOGS option of thelogged database changes for a redirected restore operation ROLLFORWARD commandDescribe the options provided by DB2 9 for Copy schemas from one database to Create an online Backup of a DPFLinux, UNIX, and Windows to reduce log another using the TRANSPORT option of partitioned database that includes all of thevolume, including the NOT LOGGED the RESTORE utility required active logsINITIALLY option Use db2relocatedb when moving or Implement automated archival of DB2 logsDB2 Dropped Table Recovery copying DB2 databases with non-DB2 in a DPF partitioned databaseImplement dropped table recovery for utilities Perform dropped table recovery in a DPFselected table spaces DB2 Additional Recovery Facilities partitioned databaseUse the DB2 LIST HISTORY command to Select the appropriate method for Use the REBUILD option of RESTORE togather the information needed to recover a protecting the database from loss of log build a partial copy of a DPF Partitioneddropped table file databasePlan and invoke the DB2 utilities involved in Select the BACKUP Utility option to Describe the crash recovery processingrecovering a dropped table include the required logs in an online performed for a DPF partitioned databaseDatabase Rebuild Support backup image Explain the use of redirected restores andExplain the capabilities of the REBUILD Use the DB2 ARCHIVE LOG command db2relocatedb with DPF partitionedoption for the RESTORE command to make the current DB2 log available for databases


List the types of information included in each archival Use db2inidb for split mirror copies with aDB2 backup image and describe how it is Implement the DB2 option for blocking DPF partitioned databasesused to support rebuilding a database update transactions when the log disk AgendaPlan for supporting database and disaster becomes full Exercise 1: Configuring DB2 for Recoveryrecovery scenarios using DB2 database and Implement the DB2 Utility Throttle using Unit 2: DB2 Recovery Log Managementtable space backups using the RESTORE the UTIL_IMPACT_LIM Database Exercise 2: Managing DB2 Log Filescommand with a REBUILD option Manager configuration option Unit 3: Dropped Table RecoveryUtilize LIST UTILITIES SHOW DETAIL to Configure a DB2 database for automatic Exercise 3: DB2 Dropped Table Recoverymonitor progress of a RESTORE Utility backups Day 2during database rebuilding Explain the self optimizing features of the Exercise 4: Database Rebuild SupportTable Space Recovery Backup Utility Unit 5: Table Space RecoveryExplain how the minimum recovery time for DB2 Recovery History File Exercise 5: Table Space Point-in-Timea table space may impact application point Use the DB2 LIST HISTORY command Recoveryin time recovery to display selected information needed to Unit 6: Incremental Backup and RecoveryUse the ONLINE option for RESTORE and plan database recovery Exercise 6: Incremental Backup andROLLFORWARD commands to recover Retrieve information from the database Restoreselected table spaces with an active recovery history using SQL Unit 7: DB2 Database Crash Recoverydatabase Configure a DB2 database for automatic Day 3DB2 Incremental Backup and Recovery removal of database recovery objects Unit 8: DB2 Database and Table SpaceImplement a physical database design to including backups and archived logs Relocationtake advantage of Incremental backups of Use the PRUNE HISTORY command to Exercise 8: DB2 Table space Relocationselected table spaces remove outdated information in the Unit 9: DB2 Additional Recovery FacilitiesUtilize an Incremental restore to recover a Recovery History Exercise 9: Additional Recovery FacilitiesDB2 database or table space from Restore a damaged Recovery History file Unit 10: DB2 Recovery History FileIncremental backup images High Availability and Split Mirror Unit 11: High Availability and Split MirrorUse the LIST UTILITIES command to track Database Copy Database Copythe processing of an Incremental backup or Explain the concepts involved when Day 4restore process implementing the automated failover of a Unit 12: Basic Database DisasterDB2 Database Crash Recovery DB2 database Recovery TechniquesSelect an appropriate value for SOFTMAX to Describe the integrated cluster Exercise 11: DB2 Database Disasterreduce database crash recovery time configuration and management features Recovery using Log ShippingConfigure DB2 database options to support of DB2 Unit 13: DB2 High Availability Disastercrash recovery for applications Discuss the concepts used by DB2 Recovery (HADR)Describe the impact of a database crash pureScale to support High Availability for Exercise 12: DB2 High Availability Disasterand restart for DB2 Utilities like LOAD, a DB2 database Recovery (HADR)REORG and IMPORT Plan for using split mirror copies to create Unit 14: DB2 DPF Partitioned DatabaseDB2 Database and Table Space Relocation a standby database, a database RecoveryUse the SET TABLESPACE CONTAINERS snapshot or a database mirrorcommand to define new containers during a Utilize the SET WRITE SUSPEND andredirected restore DBD2INIDB commands with split mirror lineUtilize the RESTORE utility to change the database copies Explain the basic principles DB2 uses fordatabase storage paths for AUTOMATIC Use the AS SNAPSHOT option of the database recovery and restartSTORAGE table spaces DB2 BACKUP and RESTORE utilities Describe the capabilities and functionalPlan the use of redirected restore as part of Basic Database Disaster Recovery requirements of DB2 logginga disaster recovery Techniques Select options for some of the DB2Describe two methods that can be used to Explain setup for a Standby database at database parameters that support recoveryconvert a DMS table space to utilize a remote location DB2 Recovery Log Managementautomatic storage Plan for database disaster recovery using Configure the database options toUse the GENERATE SCRIPT option of remotely mirrored disks automate archive log managementRESTORE to set up a command script for a Describe the use of DB2 Replication to Implement infinite active logging to supportredirected restore operation recover selected DB2 tables in a remote applications that require large amounts ofCopy schemas from one database to database logged database changesanother using the TRANSPORT option of DB2 High Availability Disaster Recovery Describe the options provided by DB2 9 forthe RESTORE utility (HADR) Linux, UNIX, and Windows to reduce logUse db2relocatedb when moving or copying Implement HADR, including the setup of volume, including the NOT LOGGEDDB2 databases with non-DB2 utilities a Primary and Standby database INITIALLY optionDB2 Additional Recovery Facilities Use the commands START HADR, DB2 Dropped Table RecoverySelect the appropriate method for protecting STOP HADR, and TAKEOVER to Implement dropped table recovery forthe database from loss of log file manage an operational HADR system selected table spacesSelect the BACKUP Utility option to include Plan for the use of the DB2 Utilities like Use the DB2 LIST HISTORY command tothe required logs in an online backup image LOAD, REORG, Backup and Restore in gather the information needed to recover aUse the DB2 ARCHIVE LOG command to an HADR environment dropped tablemake the current DB2 log available for Select appropriate HADR database Plan and invoke the DB2 utilities involvedarchival configuration options in order to meet the in recovering a dropped tableImplement the DB2 option for blocking requirements of a specific application Database Rebuild Supportupdate transactions when the log disk environment including the Explain the capabilities of the REBUILD


becomes full HADR_PEER_WINDOW option for the RESTORE commandImplement the DB2 Utility Throttle using the Monitor the status of the Primary and List the types of information included inUTIL_IMPACT_LIM Database Manager Standby database using GET each DB2 backup image and describe howconfiguration option SNAPSHOT FOR DATABASE or db2pd - it is used to support rebuilding a databaseConfigure a DB2 database for automatic hadr Plan for supporting database and disasterbackups Implement Read-only application access recovery scenarios using DB2 databaseExplain the self optimizing features of the to the Standby Database of an HADR and table space backups using theBackup Utility database environment RESTORE command with a REBUILDDB2 Recovery History File DB2 DPF Partitioned Database Recovery optionUse the DB2 LIST HISTORY command to Considerations Utilize LIST UTILITIES SHOW DETAIL todisplay selected information needed to plan Describe the use of the Single System monitor progress of a RESTORE Utilitydatabase recovery View options for Backup of a partitioned during database rebuildingRetrieve information from the database database Table Space Recoveryrecovery history using SQL Recover a partitioned database using the Explain how the minimum recovery timeConfigure a DB2 database for automatic TO END OF LOGS option of the for a table space may impact applicationremoval of database recovery objects ROLLFORWARD command point in time recoveryincluding backups and archived logs Create an online Backup of a DPF Use the ONLINE option for RESTORE andUse the PRUNE HISTORY command to partitioned database that includes all of ROLLFORWARD commands to recoverremove outdated information in the the required active logs selected table spaces with an activeRecovery History Implement automated archival of DB2 databaseRestore a damaged Recovery History file logs in a DPF partitioned database DB2 Incremental Backup and RecoveryHigh Availability and Split Mirror Database Perform dropped table recovery in a DPF Implement a physical database design toCopy partitioned database take advantage of Incremental backups ofExplain the concepts involved when Use the REBUILD option of RESTORE to selected table spacesimplementing the automated failover of a build a partial copy of a DPF Partitioned Utilize an Incremental restore to recover aDB2 database database DB2 database or table space fromDescribe the integrated cluster configuration Describe the crash recovery processing Incremental backup imagesand management features of DB2 performed for a DPF partitioned database Use the LIST UTILITIES command to trackDiscuss the concepts used by DB2 Explain the use of redirected restores and the processing of an Incremental backuppureScale to support High Availability for a db2relocatedb with DPF partitioned or restore processDB2 database databases DB2 Database Crash RecoveryPlan for using split mirror copies to create a Use db2inidb for split mirror copies with a Select an appropriate value for SOFTMAXstandby database, a database snapshot or a DPF partitioned databases to reduce database crash recovery timedatabase mirror Agenda Configure DB2 database options toUtilize the SET WRITE SUSPEND and Exercise 1: Configuring DB2 for Recovery support crash recovery for applicationsDBD2INIDB commands with split mirror Unit 2: DB2 Recovery Log Management Describe the impact of a database crashdatabase copies Exercise 2: Managing DB2 Log Files and restart for DB2 Utilities like LOAD,Use the AS SNAPSHOT option of the DB2 Unit 3: Dropped Table Recovery REORG and IMPORTBACKUP and RESTORE utilities Exercise 3: DB2 Dropped Table DB2 Database and Table SpaceBasic Database Disaster Recovery Recovery RelocationTechniques Day 2 Use the SET TABLESPACEExplain setup for a Standby database at a Exercise 4: Database Rebuild Support CONTAINERS command to define newremote location Unit 5: Table Space Recovery containers during a redirected restorePlan for database disaster recovery using Exercise 5: Table Space Point-in-Time Utilize the RESTORE utility to change theremotely mirrored disks Recovery database storage paths for AUTOMATICDescribe the use of DB2 Replication to Unit 6: Incremental Backup and Recovery STORAGE table spacesrecover selected DB2 tables in a remote Exercise 6: Incremental Backup and Plan the use of redirected restore as partdatabase Restore of a disaster recoveryDB2 High Availability Disaster Recovery Unit 7: DB2 Database Crash Recovery Describe two methods that can be used to(HADR) Day 3 convert a DMS table space to utilizeImplement HADR, including the setup of a Unit 8: DB2 Database and Table Space automatic storagePrimary and Standby database Relocation Use the GENERATE SCRIPT option ofUse the commands START HADR, STOP Exercise 8: DB2 Table space Relocation RESTORE to set up a command script forHADR, and TAKEOVER to manage an Unit 9: DB2 Additional Recovery Facilities a redirected restore operationoperational HADR system Exercise 9: Additional Recovery Facilities Copy schemas from one database toPlan for the use of the DB2 Utilities like Unit 10: DB2 Recovery History File another using the TRANSPORT option ofLOAD, REORG, Backup and Restore in an Unit 11: High Availability and Split Mirror the RESTORE utilityHADR environment Database Copy Use db2relocatedb when moving orSelect appropriate HADR database Day 4 copying DB2 databases with non-DB2configuration options in order to meet the Unit 12: Basic Database Disaster utilitiesrequirements of a specific application Recovery Techniques DB2 Additional Recovery Facilitiesenvironment including the Exercise 11: DB2 Database Disaster Select the appropriate method forHADR_PEER_WINDOW Recovery using Log Shipping protecting the database from loss of logMonitor the status of the Primary and Unit 13: DB2 High Availability Disaster fileStandby database using GET SNAPSHOT Recovery (HADR) Select the BACKUP Utility option toFOR DATABASE or db2pd - hadr Exercise 12: DB2 High Availability include the required logs in an online


Implement Read-only application access to Disaster Recovery (HADR) backup imagethe Standby Database of an HADR Unit 14: DB2 DPF Partitioned Database Use the DB2 ARCHIVE LOG command todatabase environment Recovery make the current DB2 log available forDB2 DPF Partitioned Database Recovery archivalConsiderations Implement the DB2 option for blockingDescribe the use of the Single System View line update transactions when the log diskoptions for Backup of a partitioned database Explain the basic principles DB2 uses for becomes fullRecover a partitioned database using the database recovery and restart Implement the DB2 Utility Throttle usingTO END OF LOGS option of the Describe the capabilities and functional the UTIL_IMPACT_LIM DatabaseROLLFORWARD command requirements of DB2 logging Manager configuration optionCreate an online Backup of a DPF Select options for some of the DB2 Configure a DB2 database for automaticpartitioned database that includes all of the database parameters that support backupsrequired active logs recovery Explain the self optimizing features of theImplement automated archival of DB2 logs DB2 Recovery Log Management Backup Utilityin a DPF partitioned database Configure the database options to DB2 Recovery History FilePerform dropped table recovery in a DPF automate archive log management Use the DB2 LIST HISTORY command topartitioned database Implement infinite active logging to display selected information needed toUse the REBUILD option of RESTORE to support applications that require large plan database recoverybuild a partial copy of a DPF Partitioned amounts of logged database changes Retrieve information from the databasedatabase Describe the options provided by DB2 9 recovery history using SQLDescribe the crash recovery processing for Linux, UNIX, and Windows to reduce Configure a DB2 database for automaticperformed for a DPF partitioned database log volume, including the NOT LOGGED removal of database recovery objectsExplain the use of redirected restores and INITIALLY option including backups and archived logsdb2relocatedb with DPF partitioned DB2 Dropped Table Recovery Use the PRUNE HISTORY command todatabases Implement dropped table recovery for remove outdated information in theUse db2inidb for split mirror copies with a selected table spaces Recovery HistoryDPF partitioned databases Use the DB2 LIST HISTORY command Restore a damaged Recovery History fileAgenda to gather the information needed to High Availability and Split Mirror DatabaseExercise 1: Configuring DB2 for Recovery recover a dropped table CopyUnit 2: DB2 Recovery Log Management Plan and invoke the DB2 utilities involved Explain the concepts involved whenExercise 2: Managing DB2 Log Files in recovering a dropped table implementing the automated failover of aUnit 3: Dropped Table Recovery Database Rebuild Support DB2 databaseExercise 3: DB2 Dropped Table Recovery Explain the capabilities of the REBUILD Describe the integrated clusterDay 2 option for the RESTORE command configuration and management features ofExercise 4: Database Rebuild Support List the types of information included in DB2Unit 5: Table Space Recovery each DB2 backup image and describe Discuss the concepts used by DB2Exercise 5: Table Space Point-in-Time how it is used to support rebuilding a pureScale to support High Availability for aRecovery database DB2 databaseUnit 6: Incremental Backup and Recovery Plan for supporting database and Plan for using split mirror copies to createExercise 6: Incremental Backup and Restore disaster recovery scenarios using DB2 a standby database, a database snapshotUnit 7: DB2 Database Crash Recovery database and table space backups using or a database mirrorDay 3 the RESTORE command with a Utilize the SET WRITE SUSPEND andUnit 8: DB2 Database and Table Space REBUILD option DBD2INIDB commands with split mirrorRelocation Utilize LIST UTILITIES SHOW DETAIL to database copiesExercise 8: DB2 Table space Relocation monitor progress of a RESTORE Utility Use the AS SNAPSHOT option of the DB2Unit 9: DB2 Additional Recovery Facilities during database rebuilding BACKUP and RESTORE utilitiesExercise 9: Additional Recovery Facilities Table Space Recovery Basic Database Disaster RecoveryUnit 10: DB2 Recovery History File Explain how the minimum recovery time TechniquesUnit 11: High Availability and Split Mirror for a table space may impact application Explain setup for a Standby database at aDatabase Copy point in time recovery remote locationDay 4 Use the ONLINE option for RESTORE Plan for database disaster recovery usingUnit 12: Basic Database Disaster Recovery and ROLLFORWARD commands to remotely mirrored disksTechniques recover selected table spaces with an Describe the use of DB2 Replication toExercise 11: DB2 Database Disaster active database recover selected DB2 tables in a remoteRecovery using Log Shipping DB2 Incremental Backup and Recovery databaseUnit 13: DB2 High Availability Disaster Implement a physical database design to DB2 High Availability Disaster RecoveryRecovery (HADR) take advantage of Incremental backups (HADR)Exercise 12: DB2 High Availability Disaster of selected table spaces Implement HADR, including the setup of aRecovery (HADR) Utilize an Incremental restore to recover Primary and Standby databaseUnit 14: DB2 DPF Partitioned Database a DB2 database or table space from Use the commands START HADR, STOPRecovery Incremental backup images HADR, and TAKEOVER to manage an

Use the LIST UTILITIES command to operational HADR systemtrack the processing of an Incremental Plan for the use of the DB2 Utilities like

line backup or restore process LOAD, REORG, Backup and Restore in anState the three types of recovery support DB2 Database Crash Recovery HADR environmentSelect the DB2 Database parameters that Select an appropriate value for Select appropriate HADR database


support the DB2 logs SOFTMAX to reduce database crash configuration options in order to meet theExplain the DB2 facility to recover from an recovery time requirements of a specific applicationSQL DROP TABLE statement issued in Configure DB2 database options to environment including theerror support crash recovery for applications HADR_PEER_WINDOWReview the considerations of using standard Describe the impact of a database crash Monitor the status of the Primary andDB2 database recovery options and restart for DB2 Utilities like LOAD, Standby database using GET SNAPSHOTPlan for point-in-time recovery of a table REORG and IMPORT FOR DATABASE or db2pd - hadrspaces to support application processing DB2 Database and Table Space Implement Read-only application access toerrors Relocation the Standby Database of an HADRPlan a database recovery strategy that Use the SET TABLESPACE database environmentincludes both full and Incremental backups CONTAINERS command to define new DB2 DPF Partitioned Database Recoveryto reduce the duration and size of database containers during a redirected restore Considerationsbackups Utilize the RESTORE utility to change the Describe the use of the Single SystemDescribe the concepts and processing for database storage paths for AUTOMATIC View options for Backup of a partitionedDB2 database crash recovery STORAGE table spaces databaseExplain the facility of the DB2 RESTORE Plan the use of redirected restore as part Recover a partitioned database using thecommand to recover table spaces to of a disaster recovery TO END OF LOGS option of thedifferent containers Describe two methods that can be used ROLLFORWARD commandExplain the LOAD Utility options COPY to convert a DMS table space to utilize Create an online Backup of a DPFYES, COPY NO and NONRECOVERABLE automatic storage partitioned database that includes all of theimpact on database recovery Use the GENERATE SCRIPT option of required active logsExplain the information recorded in the RESTORE to set up a command script Implement automated archival of DB2 logsRecovery History file for a redirected restore operation in a DPF partitioned databaseDescribe various techniques for supporting Copy schemas from one database to Perform dropped table recovery in a DPFHigh Availability of DB2 databases another using the TRANSPORT option of partitioned databaseDescribe the benefits and limitations of the RESTORE utility Use the REBUILD option of RESTORE toseveral methods for supporting database Use db2relocatedb when moving or build a partial copy of a DPF Partitioneddisaster recovery copying DB2 databases with non-DB2 databaseDescribe the benefits and limitations of utilities Describe the crash recovery processingimplementing High Availability Disaster DB2 Additional Recovery Facilities performed for a DPF partitioned databaseRecovery (HADR) Select the appropriate method for Explain the use of redirected restores andExplain database recovery facilities in a DB2 protecting the database from loss of log db2relocatedb with DPF partitionedDPF partitioned database file databasesDay 1 Select the BACKUP Utility option to Use db2inidb for split mirror copies with aUnit 1: DB2 Database Recovery Review include the required logs in an online DPF partitioned databasesUnit 4: Database Rebuild Support backup image AgendaExercise 7: Database Crash Recovery Use the DB2 ARCHIVE LOG command Exercise 1: Configuring DB2 for RecoveryExercise 10: DB2 High Availability using split to make the current DB2 log available for Unit 2: DB2 Recovery Log Managementmirror copies archival Exercise 2: Managing DB2 Log Files

Implement the DB2 option for blocking Unit 3: Dropped Table Recoveryupdate transactions when the log disk Exercise 3: DB2 Dropped Table Recovery

line becomes full Day 2Explain the basic principles DB2 uses for Implement the DB2 Utility Throttle using Exercise 4: Database Rebuild Supportdatabase recovery and restart the UTIL_IMPACT_LIM Database Unit 5: Table Space RecoveryDescribe the capabilities and functional Manager configuration option Exercise 5: Table Space Point-in-Timerequirements of DB2 logging Configure a DB2 database for automatic RecoverySelect options for some of the DB2 backups Unit 6: Incremental Backup and Recoverydatabase parameters that support recovery Explain the self optimizing features of the Exercise 6: Incremental Backup andDB2 Recovery Log Management Backup Utility RestoreConfigure the database options to automate DB2 Recovery History File Unit 7: DB2 Database Crash Recoveryarchive log management Use the DB2 LIST HISTORY command Day 3Implement infinite active logging to support to display selected information needed to Unit 8: DB2 Database and Table Spaceapplications that require large amounts of plan database recovery Relocationlogged database changes Retrieve information from the database Exercise 8: DB2 Table space RelocationDescribe the options provided by DB2 9 for recovery history using SQL Unit 9: DB2 Additional Recovery FacilitiesLinux, UNIX, and Windows to reduce log Configure a DB2 database for automatic Exercise 9: Additional Recovery Facilitiesvolume, including the NOT LOGGED removal of database recovery objects Unit 10: DB2 Recovery History FileINITIALLY option including backups and archived logs Unit 11: High Availability and Split MirrorDB2 Dropped Table Recovery Use the PRUNE HISTORY command to Database CopyImplement dropped table recovery for remove outdated information in the Day 4selected table spaces Recovery History Unit 12: Basic Database DisasterUse the DB2 LIST HISTORY command to Restore a damaged Recovery History file Recovery Techniquesgather the information needed to recover a High Availability and Split Mirror Exercise 11: DB2 Database Disasterdropped table Database Copy Recovery using Log ShippingPlan and invoke the DB2 utilities involved in Explain the concepts involved when Unit 13: DB2 High Availability Disasterrecovering a dropped table implementing the automated failover of a Recovery (HADR)


Database Rebuild Support DB2 database Exercise 12: DB2 High Availability DisasterExplain the capabilities of the REBUILD Describe the integrated cluster Recovery (HADR)option for the RESTORE command configuration and management features Unit 14: DB2 DPF Partitioned DatabaseList the types of information included in each of DB2 RecoveryDB2 backup image and describe how it is Discuss the concepts used by DB2used to support rebuilding a database pureScale to support High Availability forPlan for supporting database and disaster a DB2 database linerecovery scenarios using DB2 database and Plan for using split mirror copies to create Explain the basic principles DB2 uses fortable space backups using the RESTORE a standby database, a database database recovery and restartcommand with a REBUILD option snapshot or a database mirror Describe the capabilities and functionalUtilize LIST UTILITIES SHOW DETAIL to Utilize the SET WRITE SUSPEND and requirements of DB2 loggingmonitor progress of a RESTORE Utility DBD2INIDB commands with split mirror Select options for some of the DB2during database rebuilding database copies database parameters that support recoveryTable Space Recovery Use the AS SNAPSHOT option of the DB2 Recovery Log ManagementExplain how the minimum recovery time for DB2 BACKUP and RESTORE utilities Configure the database options toa table space may impact application point Basic Database Disaster Recovery automate archive log managementin time recovery Techniques Implement infinite active logging to supportUse the ONLINE option for RESTORE and Explain setup for a Standby database at applications that require large amounts ofROLLFORWARD commands to recover a remote location logged database changesselected table spaces with an active Plan for database disaster recovery using Describe the options provided by DB2 9 fordatabase remotely mirrored disks Linux, UNIX, and Windows to reduce logDB2 Incremental Backup and Recovery Describe the use of DB2 Replication to volume, including the NOT LOGGEDImplement a physical database design to recover selected DB2 tables in a remote INITIALLY optiontake advantage of Incremental backups of database DB2 Dropped Table Recoveryselected table spaces DB2 High Availability Disaster Recovery Implement dropped table recovery forUtilize an Incremental restore to recover a (HADR) selected table spacesDB2 database or table space from Implement HADR, including the setup of Use the DB2 LIST HISTORY command toIncremental backup images a Primary and Standby database gather the information needed to recover aUse the LIST UTILITIES command to track Use the commands START HADR, dropped tablethe processing of an Incremental backup or STOP HADR, and TAKEOVER to Plan and invoke the DB2 utilities involvedrestore process manage an operational HADR system in recovering a dropped tableDB2 Database Crash Recovery Plan for the use of the DB2 Utilities like Database Rebuild SupportSelect an appropriate value for SOFTMAX to LOAD, REORG, Backup and Restore in Explain the capabilities of the REBUILDreduce database crash recovery time an HADR environment option for the RESTORE commandConfigure DB2 database options to support Select appropriate HADR database List the types of information included incrash recovery for applications configuration options in order to meet the each DB2 backup image and describe howDescribe the impact of a database crash requirements of a specific application it is used to support rebuilding a databaseand restart for DB2 Utilities like LOAD, environment including the Plan for supporting database and disasterREORG and IMPORT HADR_PEER_WINDOW recovery scenarios using DB2 databaseDB2 Database and Table Space Relocation Monitor the status of the Primary and and table space backups using theUse the SET TABLESPACE CONTAINERS Standby database using GET RESTORE command with a REBUILDcommand to define new containers during a SNAPSHOT FOR DATABASE or db2pd - optionredirected restore hadr Utilize LIST UTILITIES SHOW DETAIL toUtilize the RESTORE utility to change the Implement Read-only application access monitor progress of a RESTORE Utilitydatabase storage paths for AUTOMATIC to the Standby Database of an HADR during database rebuildingSTORAGE table spaces database environment Table Space RecoveryPlan the use of redirected restore as part of DB2 DPF Partitioned Database Recovery Explain how the minimum recovery timea disaster recovery Considerations for a table space may impact applicationDescribe two methods that can be used to Describe the use of the Single System point in time recoveryconvert a DMS table space to utilize View options for Backup of a partitioned Use the ONLINE option for RESTORE andautomatic storage database ROLLFORWARD commands to recoverUse the GENERATE SCRIPT option of Recover a partitioned database using the selected table spaces with an activeRESTORE to set up a command script for a TO END OF LOGS option of the databaseredirected restore operation ROLLFORWARD command DB2 Incremental Backup and RecoveryCopy schemas from one database to Create an online Backup of a DPF Implement a physical database design toanother using the TRANSPORT option of partitioned database that includes all of take advantage of Incremental backups ofthe RESTORE utility the required active logs selected table spacesUse db2relocatedb when moving or copying Implement automated archival of DB2 Utilize an Incremental restore to recover aDB2 databases with non-DB2 utilities logs in a DPF partitioned database DB2 database or table space fromDB2 Additional Recovery Facilities Perform dropped table recovery in a DPF Incremental backup imagesSelect the appropriate method for protecting partitioned database Use the LIST UTILITIES command to trackthe database from loss of log file Use the REBUILD option of RESTORE to the processing of an Incremental backupSelect the BACKUP Utility option to include build a partial copy of a DPF Partitioned or restore processthe required logs in an online backup image database DB2 Database Crash RecoveryUse the DB2 ARCHIVE LOG command to Describe the crash recovery processing Select an appropriate value for SOFTMAXmake the current DB2 log available for performed for a DPF partitioned database to reduce database crash recovery time


archival Explain the use of redirected restores and Configure DB2 database options toImplement the DB2 option for blocking db2relocatedb with DPF partitioned support crash recovery for applicationsupdate transactions when the log disk databases Describe the impact of a database crashbecomes full Use db2inidb for split mirror copies with a and restart for DB2 Utilities like LOAD,Implement the DB2 Utility Throttle using the DPF partitioned databases REORG and IMPORTUTIL_IMPACT_LIM Database Manager Agenda DB2 Database and Table Spaceconfiguration option Exercise 1: Configuring DB2 for Recovery RelocationConfigure a DB2 database for automatic Unit 2: DB2 Recovery Log Management Use the SET TABLESPACEbackups Exercise 2: Managing DB2 Log Files CONTAINERS command to define newExplain the self optimizing features of the Unit 3: Dropped Table Recovery containers during a redirected restoreBackup Utility Exercise 3: DB2 Dropped Table Utilize the RESTORE utility to change theDB2 Recovery History File Recovery database storage paths for AUTOMATICUse the DB2 LIST HISTORY command to Day 2 STORAGE table spacesdisplay selected information needed to plan Exercise 4: Database Rebuild Support Plan the use of redirected restore as partdatabase recovery Unit 5: Table Space Recovery of a disaster recoveryRetrieve information from the database Exercise 5: Table Space Point-in-Time Describe two methods that can be used torecovery history using SQL Recovery convert a DMS table space to utilizeConfigure a DB2 database for automatic Unit 6: Incremental Backup and Recovery automatic storageremoval of database recovery objects Exercise 6: Incremental Backup and Use the GENERATE SCRIPT option ofincluding backups and archived logs Restore RESTORE to set up a command script forUse the PRUNE HISTORY command to Unit 7: DB2 Database Crash Recovery a redirected restore operationremove outdated information in the Day 3 Copy schemas from one database toRecovery History Unit 8: DB2 Database and Table Space another using the TRANSPORT option ofRestore a damaged Recovery History file Relocation the RESTORE utilityHigh Availability and Split Mirror Database Exercise 8: DB2 Table space Relocation Use db2relocatedb when moving orCopy Unit 9: DB2 Additional Recovery Facilities copying DB2 databases with non-DB2Explain the concepts involved when Exercise 9: Additional Recovery Facilities utilitiesimplementing the automated failover of a Unit 10: DB2 Recovery History File DB2 Additional Recovery FacilitiesDB2 database Unit 11: High Availability and Split Mirror Select the appropriate method forDescribe the integrated cluster configuration Database Copy protecting the database from loss of logand management features of DB2 Day 4 fileDiscuss the concepts used by DB2 Unit 12: Basic Database Disaster Select the BACKUP Utility option topureScale to support High Availability for a Recovery Techniques include the required logs in an onlineDB2 database Exercise 11: DB2 Database Disaster backup imagePlan for using split mirror copies to create a Recovery using Log Shipping Use the DB2 ARCHIVE LOG command tostandby database, a database snapshot or a Unit 13: DB2 High Availability Disaster make the current DB2 log available fordatabase mirror Recovery (HADR) archivalUtilize the SET WRITE SUSPEND and Exercise 12: DB2 High Availability Implement the DB2 option for blockingDBD2INIDB commands with split mirror Disaster Recovery (HADR) update transactions when the log diskdatabase copies Unit 14: DB2 DPF Partitioned Database becomes fullUse the AS SNAPSHOT option of the DB2 Recovery Implement the DB2 Utility Throttle usingBACKUP and RESTORE utilities the UTIL_IMPACT_LIM DatabaseBasic Database Disaster Recovery Manager configuration optionTechniques line Configure a DB2 database for automaticExplain setup for a Standby database at a Explain the basic principles DB2 uses for backupsremote location database recovery and restart Explain the self optimizing features of thePlan for database disaster recovery using Describe the capabilities and functional Backup Utilityremotely mirrored disks requirements of DB2 logging DB2 Recovery History FileDescribe the use of DB2 Replication to Select options for some of the DB2 Use the DB2 LIST HISTORY command torecover selected DB2 tables in a remote database parameters that support display selected information needed todatabase recovery plan database recoveryDB2 High Availability Disaster Recovery DB2 Recovery Log Management Retrieve information from the database(HADR) Configure the database options to recovery history using SQLImplement HADR, including the setup of a automate archive log management Configure a DB2 database for automaticPrimary and Standby database Implement infinite active logging to removal of database recovery objectsUse the commands START HADR, STOP support applications that require large including backups and archived logsHADR, and TAKEOVER to manage an amounts of logged database changes Use the PRUNE HISTORY command tooperational HADR system Describe the options provided by DB2 9 remove outdated information in thePlan for the use of the DB2 Utilities like for Linux, UNIX, and Windows to reduce Recovery HistoryLOAD, REORG, Backup and Restore in an log volume, including the NOT LOGGED Restore a damaged Recovery History fileHADR environment INITIALLY option High Availability and Split Mirror DatabaseSelect appropriate HADR database DB2 Dropped Table Recovery Copyconfiguration options in order to meet the Implement dropped table recovery for Explain the concepts involved whenrequirements of a specific application selected table spaces implementing the automated failover of aenvironment including the Use the DB2 LIST HISTORY command DB2 databaseHADR_PEER_WINDOW to gather the information needed to Describe the integrated cluster


Monitor the status of the Primary and recover a dropped table configuration and management features ofStandby database using GET SNAPSHOT Plan and invoke the DB2 utilities involved DB2FOR DATABASE or db2pd - hadr in recovering a dropped table Discuss the concepts used by DB2Implement Read-only application access to Database Rebuild Support pureScale to support High Availability for athe Standby Database of an HADR Explain the capabilities of the REBUILD DB2 databasedatabase environment option for the RESTORE command Plan for using split mirror copies to createDB2 DPF Partitioned Database Recovery List the types of information included in a standby database, a database snapshotConsiderations each DB2 backup image and describe or a database mirrorDescribe the use of the Single System View how it is used to support rebuilding a Utilize the SET WRITE SUSPEND andoptions for Backup of a partitioned database database DBD2INIDB commands with split mirrorRecover a partitioned database using the Plan for supporting database and database copiesTO END OF LOGS option of the disaster recovery scenarios using DB2 Use the AS SNAPSHOT option of the DB2ROLLFORWARD command database and table space backups using BACKUP and RESTORE utilitiesCreate an online Backup of a DPF the RESTORE command with a Basic Database Disaster Recoverypartitioned database that includes all of the REBUILD option Techniquesrequired active logs Utilize LIST UTILITIES SHOW DETAIL to Explain setup for a Standby database at aImplement automated archival of DB2 logs monitor progress of a RESTORE Utility remote locationin a DPF partitioned database during database rebuilding Plan for database disaster recovery usingPerform dropped table recovery in a DPF Table Space Recovery remotely mirrored diskspartitioned database Explain how the minimum recovery time Describe the use of DB2 Replication toUse the REBUILD option of RESTORE to for a table space may impact application recover selected DB2 tables in a remotebuild a partial copy of a DPF Partitioned point in time recovery databasedatabase Use the ONLINE option for RESTORE DB2 High Availability Disaster RecoveryDescribe the crash recovery processing and ROLLFORWARD commands to (HADR)performed for a DPF partitioned database recover selected table spaces with an Implement HADR, including the setup of aExplain the use of redirected restores and active database Primary and Standby databasedb2relocatedb with DPF partitioned DB2 Incremental Backup and Recovery Use the commands START HADR, STOPdatabases Implement a physical database design to HADR, and TAKEOVER to manage anUse db2inidb for split mirror copies with a take advantage of Incremental backups operational HADR systemDPF partitioned databases of selected table spaces Plan for the use of the DB2 Utilities likeAgenda Utilize an Incremental restore to recover LOAD, REORG, Backup and Restore in anExercise 1: Configuring DB2 for Recovery a DB2 database or table space from HADR environmentUnit 2: DB2 Recovery Log Management Incremental backup images Select appropriate HADR databaseExercise 2: Managing DB2 Log Files Use the LIST UTILITIES command to configuration options in order to meet theUnit 3: Dropped Table Recovery track the processing of an Incremental requirements of a specific applicationExercise 3: DB2 Dropped Table Recovery backup or restore process environment including theDay 2 DB2 Database Crash Recovery HADR_PEER_WINDOWExercise 4: Database Rebuild Support Select an appropriate value for Monitor the status of the Primary andUnit 5: Table Space Recovery SOFTMAX to reduce database crash Standby database using GET SNAPSHOTExercise 5: Table Space Point-in-Time recovery time FOR DATABASE or db2pd - hadrRecovery Configure DB2 database options to Implement Read-only application access toUnit 6: Incremental Backup and Recovery support crash recovery for applications the Standby Database of an HADRExercise 6: Incremental Backup and Restore Describe the impact of a database crash database environmentUnit 7: DB2 Database Crash Recovery and restart for DB2 Utilities like LOAD, DB2 DPF Partitioned Database RecoveryDay 3 REORG and IMPORT ConsiderationsUnit 8: DB2 Database and Table Space DB2 Database and Table Space Describe the use of the Single SystemRelocation Relocation View options for Backup of a partitionedExercise 8: DB2 Table space Relocation Use the SET TABLESPACE databaseUnit 9: DB2 Additional Recovery Facilities CONTAINERS command to define new Recover a partitioned database using theExercise 9: Additional Recovery Facilities containers during a redirected restore TO END OF LOGS option of theUnit 10: DB2 Recovery History File Utilize the RESTORE utility to change the ROLLFORWARD commandUnit 11: High Availability and Split Mirror database storage paths for AUTOMATIC Create an online Backup of a DPFDatabase Copy STORAGE table spaces partitioned database that includes all of theDay 4 Plan the use of redirected restore as part required active logsUnit 12: Basic Database Disaster Recovery of a disaster recovery Implement automated archival of DB2 logsTechniques Describe two methods that can be used in a DPF partitioned databaseExercise 11: DB2 Database Disaster to convert a DMS table space to utilize Perform dropped table recovery in a DPFRecovery using Log Shipping automatic storage partitioned databaseUnit 13: DB2 High Availability Disaster Use the GENERATE SCRIPT option of Use the REBUILD option of RESTORE toRecovery (HADR) RESTORE to set up a command script build a partial copy of a DPF PartitionedExercise 12: DB2 High Availability Disaster for a redirected restore operation databaseRecovery (HADR) Copy schemas from one database to Describe the crash recovery processingUnit 14: DB2 DPF Partitioned Database another using the TRANSPORT option of performed for a DPF partitioned databaseRecovery the RESTORE utility Explain the use of redirected restores and

Use db2relocatedb when moving or db2relocatedb with DPF partitionedcopying DB2 databases with non-DB2 databases


line utilities Use db2inidb for split mirror copies with aExplain the basic principles DB2 uses for DB2 Additional Recovery Facilities DPF partitioned databasesdatabase recovery and restart Select the appropriate method for AgendaDescribe the capabilities and functional protecting the database from loss of log Exercise 1: Configuring DB2 for Recoveryrequirements of DB2 logging file Unit 2: DB2 Recovery Log ManagementSelect options for some of the DB2 Select the BACKUP Utility option to Exercise 2: Managing DB2 Log Filesdatabase parameters that support recovery include the required logs in an online Unit 3: Dropped Table RecoveryDB2 Recovery Log Management backup image Exercise 3: DB2 Dropped Table RecoveryConfigure the database options to automate Use the DB2 ARCHIVE LOG command Day 2archive log management to make the current DB2 log available for Exercise 4: Database Rebuild SupportImplement infinite active logging to support archival Unit 5: Table Space Recoveryapplications that require large amounts of Implement the DB2 option for blocking Exercise 5: Table Space Point-in-Timelogged database changes update transactions when the log disk RecoveryDescribe the options provided by DB2 9 for becomes full Unit 6: Incremental Backup and RecoveryLinux, UNIX, and Windows to reduce log Implement the DB2 Utility Throttle using Exercise 6: Incremental Backup andvolume, including the NOT LOGGED the UTIL_IMPACT_LIM Database RestoreINITIALLY option Manager configuration option Unit 7: DB2 Database Crash RecoveryDB2 Dropped Table Recovery Configure a DB2 database for automatic Day 3Implement dropped table recovery for backups Unit 8: DB2 Database and Table Spaceselected table spaces Explain the self optimizing features of the RelocationUse the DB2 LIST HISTORY command to Backup Utility Exercise 8: DB2 Table space Relocationgather the information needed to recover a DB2 Recovery History File Unit 9: DB2 Additional Recovery Facilitiesdropped table Use the DB2 LIST HISTORY command Exercise 9: Additional Recovery FacilitiesPlan and invoke the DB2 utilities involved in to display selected information needed to Unit 10: DB2 Recovery History Filerecovering a dropped table plan database recovery Unit 11: High Availability and Split MirrorDatabase Rebuild Support Retrieve information from the database Database CopyExplain the capabilities of the REBUILD recovery history using SQL Day 4option for the RESTORE command Configure a DB2 database for automatic Unit 12: Basic Database DisasterList the types of information included in each removal of database recovery objects Recovery TechniquesDB2 backup image and describe how it is including backups and archived logs Exercise 11: DB2 Database Disasterused to support rebuilding a database Use the PRUNE HISTORY command to Recovery using Log ShippingPlan for supporting database and disaster remove outdated information in the Unit 13: DB2 High Availability Disasterrecovery scenarios using DB2 database and Recovery History Recovery (HADR)table space backups using the RESTORE Restore a damaged Recovery History file Exercise 12: DB2 High Availability Disastercommand with a REBUILD option High Availability and Split Mirror Recovery (HADR)Utilize LIST UTILITIES SHOW DETAIL to Database Copy Unit 14: DB2 DPF Partitioned Databasemonitor progress of a RESTORE Utility Explain the concepts involved when Recoveryduring database rebuilding implementing the automated failover of aTable Space Recovery DB2 databaseExplain how the minimum recovery time for Describe the integrated cluster linea table space may impact application point configuration and management features Explain the basic principles DB2 uses forin time recovery of DB2 database recovery and restartUse the ONLINE option for RESTORE and Discuss the concepts used by DB2 Describe the capabilities and functionalROLLFORWARD commands to recover pureScale to support High Availability for requirements of DB2 loggingselected table spaces with an active a DB2 database Select options for some of the DB2database Plan for using split mirror copies to create database parameters that support recoveryDB2 Incremental Backup and Recovery a standby database, a database DB2 Recovery Log ManagementImplement a physical database design to snapshot or a database mirror Configure the database options totake advantage of Incremental backups of Utilize the SET WRITE SUSPEND and automate archive log managementselected table spaces DBD2INIDB commands with split mirror Implement infinite active logging to supportUtilize an Incremental restore to recover a database copies applications that require large amounts ofDB2 database or table space from Use the AS SNAPSHOT option of the logged database changesIncremental backup images DB2 BACKUP and RESTORE utilities Describe the options provided by DB2 9 forUse the LIST UTILITIES command to track Basic Database Disaster Recovery Linux, UNIX, and Windows to reduce logthe processing of an Incremental backup or Techniques volume, including the NOT LOGGEDrestore process Explain setup for a Standby database at INITIALLY optionDB2 Database Crash Recovery a remote location DB2 Dropped Table RecoverySelect an appropriate value for SOFTMAX to Plan for database disaster recovery using Implement dropped table recovery forreduce database crash recovery time remotely mirrored disks selected table spacesConfigure DB2 database options to support Describe the use of DB2 Replication to Use the DB2 LIST HISTORY command tocrash recovery for applications recover selected DB2 tables in a remote gather the information needed to recover aDescribe the impact of a database crash database dropped tableand restart for DB2 Utilities like LOAD, DB2 High Availability Disaster Recovery Plan and invoke the DB2 utilities involvedREORG and IMPORT (HADR) in recovering a dropped tableDB2 Database and Table Space Relocation Implement HADR, including the setup of Database Rebuild SupportUse the SET TABLESPACE CONTAINERS a Primary and Standby database Explain the capabilities of the REBUILD


command to define new containers during a Use the commands START HADR, option for the RESTORE commandredirected restore STOP HADR, and TAKEOVER to List the types of information included inUtilize the RESTORE utility to change the manage an operational HADR system each DB2 backup image and describe howdatabase storage paths for AUTOMATIC Plan for the use of the DB2 Utilities like it is used to support rebuilding a databaseSTORAGE table spaces LOAD, REORG, Backup and Restore in Plan for supporting database and disasterPlan the use of redirected restore as part of an HADR environment recovery scenarios using DB2 databasea disaster recovery Select appropriate HADR database and table space backups using theDescribe two methods that can be used to configuration options in order to meet the RESTORE command with a REBUILDconvert a DMS table space to utilize requirements of a specific application optionautomatic storage environment including the Utilize LIST UTILITIES SHOW DETAIL toUse the GENERATE SCRIPT option of HADR_PEER_WINDOW monitor progress of a RESTORE UtilityRESTORE to set up a command script for a Monitor the status of the Primary and during database rebuildingredirected restore operation Standby database using GET Table Space RecoveryCopy schemas from one database to SNAPSHOT FOR DATABASE or db2pd - Explain how the minimum recovery timeanother using the TRANSPORT option of hadr for a table space may impact applicationthe RESTORE utility Implement Read-only application access point in time recoveryUse db2relocatedb when moving or copying to the Standby Database of an HADR Use the ONLINE option for RESTORE andDB2 databases with non-DB2 utilities database environment ROLLFORWARD commands to recoverDB2 Additional Recovery Facilities DB2 DPF Partitioned Database Recovery selected table spaces with an activeSelect the appropriate method for protecting Considerations databasethe database from loss of log file Describe the use of the Single System DB2 Incremental Backup and RecoverySelect the BACKUP Utility option to include View options for Backup of a partitioned Implement a physical database design tothe required logs in an online backup image database take advantage of Incremental backups ofUse the DB2 ARCHIVE LOG command to Recover a partitioned database using the selected table spacesmake the current DB2 log available for TO END OF LOGS option of the Utilize an Incremental restore to recover aarchival ROLLFORWARD command DB2 database or table space fromImplement the DB2 option for blocking Create an online Backup of a DPF Incremental backup imagesupdate transactions when the log disk partitioned database that includes all of Use the LIST UTILITIES command to trackbecomes full the required active logs the processing of an Incremental backupImplement the DB2 Utility Throttle using the Implement automated archival of DB2 or restore processUTIL_IMPACT_LIM Database Manager logs in a DPF partitioned database DB2 Database Crash Recoveryconfiguration option Perform dropped table recovery in a DPF Select an appropriate value for SOFTMAXConfigure a DB2 database for automatic partitioned database to reduce database crash recovery timebackups Use the REBUILD option of RESTORE to Configure DB2 database options toExplain the self optimizing features of the build a partial copy of a DPF Partitioned support crash recovery for applicationsBackup Utility database Describe the impact of a database crashDB2 Recovery History File Describe the crash recovery processing and restart for DB2 Utilities like LOAD,Use the DB2 LIST HISTORY command to performed for a DPF partitioned database REORG and IMPORTdisplay selected information needed to plan Explain the use of redirected restores and DB2 Database and Table Spacedatabase recovery db2relocatedb with DPF partitioned RelocationRetrieve information from the database databases Use the SET TABLESPACErecovery history using SQL Use db2inidb for split mirror copies with a CONTAINERS command to define newConfigure a DB2 database for automatic DPF partitioned databases containers during a redirected restoreremoval of database recovery objects Agenda Utilize the RESTORE utility to change theincluding backups and archived logs Exercise 1: Configuring DB2 for Recovery database storage paths for AUTOMATICUse the PRUNE HISTORY command to Unit 2: DB2 Recovery Log Management STORAGE table spacesremove outdated information in the Exercise 2: Managing DB2 Log Files Plan the use of redirected restore as partRecovery History Unit 3: Dropped Table Recovery of a disaster recoveryRestore a damaged Recovery History file Exercise 3: DB2 Dropped Table Describe two methods that can be used toHigh Availability and Split Mirror Database Recovery convert a DMS table space to utilizeCopy Day 2 automatic storageExplain the concepts involved when Exercise 4: Database Rebuild Support Use the GENERATE SCRIPT option ofimplementing the automated failover of a Unit 5: Table Space Recovery RESTORE to set up a command script forDB2 database Exercise 5: Table Space Point-in-Time a redirected restore operationDescribe the integrated cluster configuration Recovery Copy schemas from one database toand management features of DB2 Unit 6: Incremental Backup and Recovery another using the TRANSPORT option ofDiscuss the concepts used by DB2 Exercise 6: Incremental Backup and the RESTORE utilitypureScale to support High Availability for a Restore Use db2relocatedb when moving orDB2 database Unit 7: DB2 Database Crash Recovery copying DB2 databases with non-DB2Plan for using split mirror copies to create a Day 3 utilitiesstandby database, a database snapshot or a Unit 8: DB2 Database and Table Space DB2 Additional Recovery Facilitiesdatabase mirror Relocation Select the appropriate method forUtilize the SET WRITE SUSPEND and Exercise 8: DB2 Table space Relocation protecting the database from loss of logDBD2INIDB commands with split mirror Unit 9: DB2 Additional Recovery Facilities filedatabase copies Exercise 9: Additional Recovery Facilities Select the BACKUP Utility option toUse the AS SNAPSHOT option of the DB2 Unit 10: DB2 Recovery History File include the required logs in an online


BACKUP and RESTORE utilities Unit 11: High Availability and Split Mirror backup imageBasic Database Disaster Recovery Database Copy Use the DB2 ARCHIVE LOG command toTechniques Day 4 make the current DB2 log available forExplain setup for a Standby database at a Unit 12: Basic Database Disaster archivalremote location Recovery Techniques Implement the DB2 option for blockingPlan for database disaster recovery using Exercise 11: DB2 Database Disaster update transactions when the log diskremotely mirrored disks Recovery using Log Shipping becomes fullDescribe the use of DB2 Replication to Unit 13: DB2 High Availability Disaster Implement the DB2 Utility Throttle usingrecover selected DB2 tables in a remote Recovery (HADR) the UTIL_IMPACT_LIM Databasedatabase Exercise 12: DB2 High Availability Manager configuration optionDB2 High Availability Disaster Recovery Disaster Recovery (HADR) Configure a DB2 database for automatic(HADR) Unit 14: DB2 DPF Partitioned Database backupsImplement HADR, including the setup of a Recovery Explain the self optimizing features of thePrimary and Standby database Backup UtilityUse the commands START HADR, STOP DB2 Recovery History FileHADR, and TAKEOVER to manage an line Use the DB2 LIST HISTORY command tooperational HADR system Explain the basic principles DB2 uses for display selected information needed toPlan for the use of the DB2 Utilities like database recovery and restart plan database recoveryLOAD, REORG, Backup and Restore in an Describe the capabilities and functional Retrieve information from the databaseHADR environment requirements of DB2 logging recovery history using SQLSelect appropriate HADR database Select options for some of the DB2 Configure a DB2 database for automaticconfiguration options in order to meet the database parameters that support removal of database recovery objectsrequirements of a specific application recovery including backups and archived logsenvironment including the DB2 Recovery Log Management Use the PRUNE HISTORY command toHADR_PEER_WINDOW Configure the database options to remove outdated information in theMonitor the status of the Primary and automate archive log management Recovery HistoryStandby database using GET SNAPSHOT Implement infinite active logging to Restore a damaged Recovery History fileFOR DATABASE or db2pd - hadr support applications that require large High Availability and Split Mirror DatabaseImplement Read-only application access to amounts of logged database changes Copythe Standby Database of an HADR Describe the options provided by DB2 9 Explain the concepts involved whendatabase environment for Linux, UNIX, and Windows to reduce implementing the automated failover of aDB2 DPF Partitioned Database Recovery log volume, including the NOT LOGGED DB2 databaseConsiderations INITIALLY option Describe the integrated clusterDescribe the use of the Single System View DB2 Dropped Table Recovery configuration and management features ofoptions for Backup of a partitioned database Implement dropped table recovery for DB2Recover a partitioned database using the selected table spaces Discuss the concepts used by DB2TO END OF LOGS option of the Use the DB2 LIST HISTORY command pureScale to support High Availability for aROLLFORWARD command to gather the information needed to DB2 databaseCreate an online Backup of a DPF recover a dropped table Plan for using split mirror copies to createpartitioned database that includes all of the Plan and invoke the DB2 utilities involved a standby database, a database snapshotrequired active logs in recovering a dropped table or a database mirrorImplement automated archival of DB2 logs Database Rebuild Support Utilize the SET WRITE SUSPEND andin a DPF partitioned database Explain the capabilities of the REBUILD DBD2INIDB commands with split mirrorPerform dropped table recovery in a DPF option for the RESTORE command database copiespartitioned database List the types of information included in Use the AS SNAPSHOT option of the DB2Use the REBUILD option of RESTORE to each DB2 backup image and describe BACKUP and RESTORE utilitiesbuild a partial copy of a DPF Partitioned how it is used to support rebuilding a Basic Database Disaster Recoverydatabase database TechniquesDescribe the crash recovery processing Plan for supporting database and Explain setup for a Standby database at aperformed for a DPF partitioned database disaster recovery scenarios using DB2 remote locationExplain the use of redirected restores and database and table space backups using Plan for database disaster recovery usingdb2relocatedb with DPF partitioned the RESTORE command with a remotely mirrored disksdatabases REBUILD option Describe the use of DB2 Replication toUse db2inidb for split mirror copies with a Utilize LIST UTILITIES SHOW DETAIL to recover selected DB2 tables in a remoteDPF partitioned databases monitor progress of a RESTORE Utility databaseAgenda during database rebuilding DB2 High Availability Disaster RecoveryExercise 1: Configuring DB2 for Recovery Table Space Recovery (HADR)Unit 2: DB2 Recovery Log Management Explain how the minimum recovery time Implement HADR, including the setup of aExercise 2: Managing DB2 Log Files for a table space may impact application Primary and Standby databaseUnit 3: Dropped Table Recovery point in time recovery Use the commands START HADR, STOPExercise 3: DB2 Dropped Table Recovery Use the ONLINE option for RESTORE HADR, and TAKEOVER to manage anDay 2 and ROLLFORWARD commands to operational HADR systemExercise 4: Database Rebuild Support recover selected table spaces with an Plan for the use of the DB2 Utilities likeUnit 5: Table Space Recovery active database LOAD, REORG, Backup and Restore in anExercise 5: Table Space Point-in-Time DB2 Incremental Backup and Recovery HADR environmentRecovery Implement a physical database design to Select appropriate HADR database


Unit 6: Incremental Backup and Recovery take advantage of Incremental backups configuration options in order to meet theExercise 6: Incremental Backup and Restore of selected table spaces requirements of a specific applicationUnit 7: DB2 Database Crash Recovery Utilize an Incremental restore to recover environment including theDay 3 a DB2 database or table space from HADR_PEER_WINDOWUnit 8: DB2 Database and Table Space Incremental backup images Monitor the status of the Primary andRelocation Use the LIST UTILITIES command to Standby database using GET SNAPSHOTExercise 8: DB2 Table space Relocation track the processing of an Incremental FOR DATABASE or db2pd - hadrUnit 9: DB2 Additional Recovery Facilities backup or restore process Implement Read-only application access toExercise 9: Additional Recovery Facilities DB2 Database Crash Recovery the Standby Database of an HADRUnit 10: DB2 Recovery History File Select an appropriate value for database environmentUnit 11: High Availability and Split Mirror SOFTMAX to reduce database crash DB2 DPF Partitioned Database RecoveryDatabase Copy recovery time ConsiderationsDay 4 Configure DB2 database options to Describe the use of the Single SystemUnit 12: Basic Database Disaster Recovery support crash recovery for applications View options for Backup of a partitionedTechniques Describe the impact of a database crash databaseExercise 11: DB2 Database Disaster and restart for DB2 Utilities like LOAD, Recover a partitioned database using theRecovery using Log Shipping REORG and IMPORT TO END OF LOGS option of theUnit 13: DB2 High Availability Disaster DB2 Database and Table Space ROLLFORWARD commandRecovery (HADR) Relocation Create an online Backup of a DPFExercise 12: DB2 High Availability Disaster Use the SET TABLESPACE partitioned database that includes all of theRecovery (HADR) CONTAINERS command to define new required active logsUnit 14: DB2 DPF Partitioned Database containers during a redirected restore Implement automated archival of DB2 logsRecovery Utilize the RESTORE utility to change the in a DPF partitioned database

database storage paths for AUTOMATIC Perform dropped table recovery in a DPFSTORAGE table spaces partitioned database

line Plan the use of redirected restore as part Use the REBUILD option of RESTORE toExplain the basic principles DB2 uses for of a disaster recovery build a partial copy of a DPF Partitioneddatabase recovery and restart Describe two methods that can be used databaseDescribe the capabilities and functional to convert a DMS table space to utilize Describe the crash recovery processingrequirements of DB2 logging automatic storage performed for a DPF partitioned databaseSelect options for some of the DB2 Use the GENERATE SCRIPT option of Explain the use of redirected restores anddatabase parameters that support recovery RESTORE to set up a command script db2relocatedb with DPF partitionedDB2 Recovery Log Management for a redirected restore operation databasesConfigure the database options to automate Copy schemas from one database to Use db2inidb for split mirror copies with aarchive log management another using the TRANSPORT option of DPF partitioned databasesImplement infinite active logging to support the RESTORE utility Agendaapplications that require large amounts of Use db2relocatedb when moving or Exercise 1: Configuring DB2 for Recoverylogged database changes copying DB2 databases with non-DB2 Unit 2: DB2 Recovery Log ManagementDescribe the options provided by DB2 9 for utilities Exercise 2: Managing DB2 Log FilesLinux, UNIX, and Windows to reduce log DB2 Additional Recovery Facilities Unit 3: Dropped Table Recoveryvolume, including the NOT LOGGED Select the appropriate method for Exercise 3: DB2 Dropped Table RecoveryINITIALLY option protecting the database from loss of log Day 2DB2 Dropped Table Recovery file Exercise 4: Database Rebuild SupportImplement dropped table recovery for Select the BACKUP Utility option to Unit 5: Table Space Recoveryselected table spaces include the required logs in an online Exercise 5: Table Space Point-in-TimeUse the DB2 LIST HISTORY command to backup image Recoverygather the information needed to recover a Use the DB2 ARCHIVE LOG command Unit 6: Incremental Backup and Recoverydropped table to make the current DB2 log available for Exercise 6: Incremental Backup andPlan and invoke the DB2 utilities involved in archival Restorerecovering a dropped table Implement the DB2 option for blocking Unit 7: DB2 Database Crash RecoveryDatabase Rebuild Support update transactions when the log disk Day 3Explain the capabilities of the REBUILD becomes full Unit 8: DB2 Database and Table Spaceoption for the RESTORE command Implement the DB2 Utility Throttle using RelocationList the types of information included in each the UTIL_IMPACT_LIM Database Exercise 8: DB2 Table space RelocationDB2 backup image and describe how it is Manager configuration option Unit 9: DB2 Additional Recovery Facilitiesused to support rebuilding a database Configure a DB2 database for automatic Exercise 9: Additional Recovery FacilitiesPlan for supporting database and disaster backups Unit 10: DB2 Recovery History Filerecovery scenarios using DB2 database and Explain the self optimizing features of the Unit 11: High Availability and Split Mirrortable space backups using the RESTORE Backup Utility Database Copycommand with a REBUILD option DB2 Recovery History File Day 4Utilize LIST UTILITIES SHOW DETAIL to Use the DB2 LIST HISTORY command Unit 12: Basic Database Disastermonitor progress of a RESTORE Utility to display selected information needed to Recovery Techniquesduring database rebuilding plan database recovery Exercise 11: DB2 Database DisasterTable Space Recovery Retrieve information from the database Recovery using Log ShippingExplain how the minimum recovery time for recovery history using SQL Unit 13: DB2 High Availability Disastera table space may impact application point Configure a DB2 database for automatic Recovery (HADR)


in time recovery removal of database recovery objects Exercise 12: DB2 High Availability DisasterUse the ONLINE option for RESTORE and including backups and archived logs Recovery (HADR)ROLLFORWARD commands to recover Use the PRUNE HISTORY command to Unit 14: DB2 DPF Partitioned Databaseselected table spaces with an active remove outdated information in the Recoverydatabase Recovery HistoryDB2 Incremental Backup and Recovery Restore a damaged Recovery History fileImplement a physical database design to High Availability and Split Mirror linetake advantage of Incremental backups of Database Copy Explain the basic principles DB2 uses forselected table spaces Explain the concepts involved when database recovery and restartUtilize an Incremental restore to recover a implementing the automated failover of a Describe the capabilities and functionalDB2 database or table space from DB2 database requirements of DB2 loggingIncremental backup images Describe the integrated cluster Select options for some of the DB2Use the LIST UTILITIES command to track configuration and management features database parameters that support recoverythe processing of an Incremental backup or of DB2 DB2 Recovery Log Managementrestore process Discuss the concepts used by DB2 Configure the database options toDB2 Database Crash Recovery pureScale to support High Availability for automate archive log managementSelect an appropriate value for SOFTMAX to a DB2 database Implement infinite active logging to supportreduce database crash recovery time Plan for using split mirror copies to create applications that require large amounts ofConfigure DB2 database options to support a standby database, a database logged database changescrash recovery for applications snapshot or a database mirror Describe the options provided by DB2 9 forDescribe the impact of a database crash Utilize the SET WRITE SUSPEND and Linux, UNIX, and Windows to reduce logand restart for DB2 Utilities like LOAD, DBD2INIDB commands with split mirror volume, including the NOT LOGGEDREORG and IMPORT database copies INITIALLY optionDB2 Database and Table Space Relocation Use the AS SNAPSHOT option of the DB2 Dropped Table RecoveryUse the SET TABLESPACE CONTAINERS DB2 BACKUP and RESTORE utilities Implement dropped table recovery forcommand to define new containers during a Basic Database Disaster Recovery selected table spacesredirected restore Techniques Use the DB2 LIST HISTORY command toUtilize the RESTORE utility to change the Explain setup for a Standby database at gather the information needed to recover adatabase storage paths for AUTOMATIC a remote location dropped tableSTORAGE table spaces Plan for database disaster recovery using Plan and invoke the DB2 utilities involvedPlan the use of redirected restore as part of remotely mirrored disks in recovering a dropped tablea disaster recovery Describe the use of DB2 Replication to Database Rebuild SupportDescribe two methods that can be used to recover selected DB2 tables in a remote Explain the capabilities of the REBUILDconvert a DMS table space to utilize database option for the RESTORE commandautomatic storage DB2 High Availability Disaster Recovery List the types of information included inUse the GENERATE SCRIPT option of (HADR) each DB2 backup image and describe howRESTORE to set up a command script for a Implement HADR, including the setup of it is used to support rebuilding a databaseredirected restore operation a Primary and Standby database Plan for supporting database and disasterCopy schemas from one database to Use the commands START HADR, recovery scenarios using DB2 databaseanother using the TRANSPORT option of STOP HADR, and TAKEOVER to and table space backups using thethe RESTORE utility manage an operational HADR system RESTORE command with a REBUILDUse db2relocatedb when moving or copying Plan for the use of the DB2 Utilities like optionDB2 databases with non-DB2 utilities LOAD, REORG, Backup and Restore in Utilize LIST UTILITIES SHOW DETAIL toDB2 Additional Recovery Facilities an HADR environment monitor progress of a RESTORE UtilitySelect the appropriate method for protecting Select appropriate HADR database during database rebuildingthe database from loss of log file configuration options in order to meet the Table Space RecoverySelect the BACKUP Utility option to include requirements of a specific application Explain how the minimum recovery timethe required logs in an online backup image environment including the for a table space may impact applicationUse the DB2 ARCHIVE LOG command to HADR_PEER_WINDOW point in time recoverymake the current DB2 log available for Monitor the status of the Primary and Use the ONLINE option for RESTORE andarchival Standby database using GET ROLLFORWARD commands to recoverImplement the DB2 option for blocking SNAPSHOT FOR DATABASE or db2pd - selected table spaces with an activeupdate transactions when the log disk hadr databasebecomes full Implement Read-only application access DB2 Incremental Backup and RecoveryImplement the DB2 Utility Throttle using the to the Standby Database of an HADR Implement a physical database design toUTIL_IMPACT_LIM Database Manager database environment take advantage of Incremental backups ofconfiguration option DB2 DPF Partitioned Database Recovery selected table spacesConfigure a DB2 database for automatic Considerations Utilize an Incremental restore to recover abackups Describe the use of the Single System DB2 database or table space fromExplain the self optimizing features of the View options for Backup of a partitioned Incremental backup imagesBackup Utility database Use the LIST UTILITIES command to trackDB2 Recovery History File Recover a partitioned database using the the processing of an Incremental backupUse the DB2 LIST HISTORY command to TO END OF LOGS option of the or restore processdisplay selected information needed to plan ROLLFORWARD command DB2 Database Crash Recoverydatabase recovery Create an online Backup of a DPF Select an appropriate value for SOFTMAXRetrieve information from the database partitioned database that includes all of to reduce database crash recovery time


recovery history using SQL the required active logs Configure DB2 database options toConfigure a DB2 database for automatic Implement automated archival of DB2 support crash recovery for applicationsremoval of database recovery objects logs in a DPF partitioned database Describe the impact of a database crashincluding backups and archived logs Perform dropped table recovery in a DPF and restart for DB2 Utilities like LOAD,Use the PRUNE HISTORY command to partitioned database REORG and IMPORTremove outdated information in the Use the REBUILD option of RESTORE to DB2 Database and Table SpaceRecovery History build a partial copy of a DPF Partitioned RelocationRestore a damaged Recovery History file database Use the SET TABLESPACEHigh Availability and Split Mirror Database Describe the crash recovery processing CONTAINERS command to define newCopy performed for a DPF partitioned database containers during a redirected restoreExplain the concepts involved when Explain the use of redirected restores and Utilize the RESTORE utility to change theimplementing the automated failover of a db2relocatedb with DPF partitioned database storage paths for AUTOMATICDB2 database databases STORAGE table spacesDescribe the integrated cluster configuration Use db2inidb for split mirror copies with a Plan the use of redirected restore as partand management features of DB2 DPF partitioned databases of a disaster recoveryDiscuss the concepts used by DB2 Agenda Describe two methods that can be used topureScale to support High Availability for a Exercise 1: Configuring DB2 for Recovery convert a DMS table space to utilizeDB2 database Unit 2: DB2 Recovery Log Management automatic storagePlan for using split mirror copies to create a Exercise 2: Managing DB2 Log Files Use the GENERATE SCRIPT option ofstandby database, a database snapshot or a Unit 3: Dropped Table Recovery RESTORE to set up a command script fordatabase mirror Exercise 3: DB2 Dropped Table a redirected restore operationUtilize the SET WRITE SUSPEND and Recovery Copy schemas from one database toDBD2INIDB commands with split mirror Day 2 another using the TRANSPORT option ofdatabase copies Exercise 4: Database Rebuild Support the RESTORE utilityUse the AS SNAPSHOT option of the DB2 Unit 5: Table Space Recovery Use db2relocatedb when moving orBACKUP and RESTORE utilities Exercise 5: Table Space Point-in-Time copying DB2 databases with non-DB2Basic Database Disaster Recovery Recovery utilitiesTechniques Unit 6: Incremental Backup and Recovery DB2 Additional Recovery FacilitiesExplain setup for a Standby database at a Exercise 6: Incremental Backup and Select the appropriate method forremote location Restore protecting the database from loss of logPlan for database disaster recovery using Unit 7: DB2 Database Crash Recovery fileremotely mirrored disks Day 3 Select the BACKUP Utility option toDescribe the use of DB2 Replication to Unit 8: DB2 Database and Table Space include the required logs in an onlinerecover selected DB2 tables in a remote Relocation backup imagedatabase Exercise 8: DB2 Table space Relocation Use the DB2 ARCHIVE LOG command toDB2 High Availability Disaster Recovery Unit 9: DB2 Additional Recovery Facilities make the current DB2 log available for(HADR) Exercise 9: Additional Recovery Facilities archivalImplement HADR, including the setup of a Unit 10: DB2 Recovery History File Implement the DB2 option for blockingPrimary and Standby database Unit 11: High Availability and Split Mirror update transactions when the log diskUse the commands START HADR, STOP Database Copy becomes fullHADR, and TAKEOVER to manage an Day 4 Implement the DB2 Utility Throttle usingoperational HADR system Unit 12: Basic Database Disaster the UTIL_IMPACT_LIM DatabasePlan for the use of the DB2 Utilities like Recovery Techniques Manager configuration optionLOAD, REORG, Backup and Restore in an Exercise 11: DB2 Database Disaster Configure a DB2 database for automaticHADR environment Recovery using Log Shipping backupsSelect appropriate HADR database Unit 13: DB2 High Availability Disaster Explain the self optimizing features of theconfiguration options in order to meet the Recovery (HADR) Backup Utilityrequirements of a specific application Exercise 12: DB2 High Availability DB2 Recovery History Fileenvironment including the Disaster Recovery (HADR) Use the DB2 LIST HISTORY command toHADR_PEER_WINDOW Unit 14: DB2 DPF Partitioned Database display selected information needed toMonitor the status of the Primary and Recovery plan database recoveryStandby database using GET SNAPSHOT Retrieve information from the databaseFOR DATABASE or db2pd - hadr recovery history using SQLImplement Read-only application access to line Configure a DB2 database for automaticthe Standby Database of an HADR Explain the basic principles DB2 uses for removal of database recovery objectsdatabase environment database recovery and restart including backups and archived logsDB2 DPF Partitioned Database Recovery Describe the capabilities and functional Use the PRUNE HISTORY command toConsiderations requirements of DB2 logging remove outdated information in theDescribe the use of the Single System View Select options for some of the DB2 Recovery Historyoptions for Backup of a partitioned database database parameters that support Restore a damaged Recovery History fileRecover a partitioned database using the recovery High Availability and Split Mirror DatabaseTO END OF LOGS option of the DB2 Recovery Log Management CopyROLLFORWARD command Configure the database options to Explain the concepts involved whenCreate an online Backup of a DPF automate archive log management implementing the automated failover of apartitioned database that includes all of the Implement infinite active logging to DB2 databaserequired active logs support applications that require large Describe the integrated cluster


Implement automated archival of DB2 logs amounts of logged database changes configuration and management features ofin a DPF partitioned database Describe the options provided by DB2 9 DB2Perform dropped table recovery in a DPF for Linux, UNIX, and Windows to reduce Discuss the concepts used by DB2partitioned database log volume, including the NOT LOGGED pureScale to support High Availability for aUse the REBUILD option of RESTORE to INITIALLY option DB2 databasebuild a partial copy of a DPF Partitioned DB2 Dropped Table Recovery Plan for using split mirror copies to createdatabase Implement dropped table recovery for a standby database, a database snapshotDescribe the crash recovery processing selected table spaces or a database mirrorperformed for a DPF partitioned database Use the DB2 LIST HISTORY command Utilize the SET WRITE SUSPEND andExplain the use of redirected restores and to gather the information needed to DBD2INIDB commands with split mirrordb2relocatedb with DPF partitioned recover a dropped table database copiesdatabases Plan and invoke the DB2 utilities involved Use the AS SNAPSHOT option of the DB2Use db2inidb for split mirror copies with a in recovering a dropped table BACKUP and RESTORE utilitiesDPF partitioned databases Database Rebuild Support Basic Database Disaster RecoveryAgenda Explain the capabilities of the REBUILD TechniquesExercise 1: Configuring DB2 for Recovery option for the RESTORE command Explain setup for a Standby database at aUnit 2: DB2 Recovery Log Management List the types of information included in remote locationExercise 2: Managing DB2 Log Files each DB2 backup image and describe Plan for database disaster recovery usingUnit 3: Dropped Table Recovery how it is used to support rebuilding a remotely mirrored disksExercise 3: DB2 Dropped Table Recovery database Describe the use of DB2 Replication toDay 2 Plan for supporting database and recover selected DB2 tables in a remoteExercise 4: Database Rebuild Support disaster recovery scenarios using DB2 databaseUnit 5: Table Space Recovery database and table space backups using DB2 High Availability Disaster RecoveryExercise 5: Table Space Point-in-Time the RESTORE command with a (HADR)Recovery REBUILD option Implement HADR, including the setup of aUnit 6: Incremental Backup and Recovery Utilize LIST UTILITIES SHOW DETAIL to Primary and Standby databaseExercise 6: Incremental Backup and Restore monitor progress of a RESTORE Utility Use the commands START HADR, STOPUnit 7: DB2 Database Crash Recovery during database rebuilding HADR, and TAKEOVER to manage anDay 3 Table Space Recovery operational HADR systemUnit 8: DB2 Database and Table Space Explain how the minimum recovery time Plan for the use of the DB2 Utilities likeRelocation for a table space may impact application LOAD, REORG, Backup and Restore in anExercise 8: DB2 Table space Relocation point in time recovery HADR environmentUnit 9: DB2 Additional Recovery Facilities Use the ONLINE option for RESTORE Select appropriate HADR databaseExercise 9: Additional Recovery Facilities and ROLLFORWARD commands to configuration options in order to meet theUnit 10: DB2 Recovery History File recover selected table spaces with an requirements of a specific applicationUnit 11: High Availability and Split Mirror active database environment including theDatabase Copy DB2 Incremental Backup and Recovery HADR_PEER_WINDOWDay 4 Implement a physical database design to Monitor the status of the Primary andUnit 12: Basic Database Disaster Recovery take advantage of Incremental backups Standby database using GET SNAPSHOTTechniques of selected table spaces FOR DATABASE or db2pd - hadrExercise 11: DB2 Database Disaster Utilize an Incremental restore to recover Implement Read-only application access toRecovery using Log Shipping a DB2 database or table space from the Standby Database of an HADRUnit 13: DB2 High Availability Disaster Incremental backup images database environmentRecovery (HADR) Use the LIST UTILITIES command to DB2 DPF Partitioned Database RecoveryExercise 12: DB2 High Availability Disaster track the processing of an Incremental ConsiderationsRecovery (HADR) backup or restore process Describe the use of the Single SystemUnit 14: DB2 DPF Partitioned Database DB2 Database Crash Recovery View options for Backup of a partitionedRecovery Select an appropriate value for database

SOFTMAX to reduce database crash Recover a partitioned database using therecovery time TO END OF LOGS option of the

line Configure DB2 database options to ROLLFORWARD commandExplain the basic principles DB2 uses for support crash recovery for applications Create an online Backup of a DPFdatabase recovery and restart Describe the impact of a database crash partitioned database that includes all of theDescribe the capabilities and functional and restart for DB2 Utilities like LOAD, required active logsrequirements of DB2 logging REORG and IMPORT Implement automated archival of DB2 logsSelect options for some of the DB2 DB2 Database and Table Space in a DPF partitioned databasedatabase parameters that support recovery Relocation Perform dropped table recovery in a DPFDB2 Recovery Log Management Use the SET TABLESPACE partitioned databaseConfigure the database options to automate CONTAINERS command to define new Use the REBUILD option of RESTORE toarchive log management containers during a redirected restore build a partial copy of a DPF PartitionedImplement infinite active logging to support Utilize the RESTORE utility to change the databaseapplications that require large amounts of database storage paths for AUTOMATIC Describe the crash recovery processinglogged database changes STORAGE table spaces performed for a DPF partitioned databaseDescribe the options provided by DB2 9 for Plan the use of redirected restore as part Explain the use of redirected restores andLinux, UNIX, and Windows to reduce log of a disaster recovery db2relocatedb with DPF partitionedvolume, including the NOT LOGGED Describe two methods that can be used databases


INITIALLY option to convert a DMS table space to utilize Use db2inidb for split mirror copies with aDB2 Dropped Table Recovery automatic storage DPF partitioned databasesImplement dropped table recovery for Use the GENERATE SCRIPT option of Agendaselected table spaces RESTORE to set up a command script Exercise 1: Configuring DB2 for RecoveryUse the DB2 LIST HISTORY command to for a redirected restore operation Unit 2: DB2 Recovery Log Managementgather the information needed to recover a Copy schemas from one database to Exercise 2: Managing DB2 Log Filesdropped table another using the TRANSPORT option of Unit 3: Dropped Table RecoveryPlan and invoke the DB2 utilities involved in the RESTORE utility Exercise 3: DB2 Dropped Table Recoveryrecovering a dropped table Use db2relocatedb when moving or Day 2Database Rebuild Support copying DB2 databases with non-DB2 Exercise 4: Database Rebuild SupportExplain the capabilities of the REBUILD utilities Unit 5: Table Space Recoveryoption for the RESTORE command DB2 Additional Recovery Facilities Exercise 5: Table Space Point-in-TimeList the types of information included in each Select the appropriate method for RecoveryDB2 backup image and describe how it is protecting the database from loss of log Unit 6: Incremental Backup and Recoveryused to support rebuilding a database file Exercise 6: Incremental Backup andPlan for supporting database and disaster Select the BACKUP Utility option to Restorerecovery scenarios using DB2 database and include the required logs in an online Unit 7: DB2 Database Crash Recoverytable space backups using the RESTORE backup image Day 3command with a REBUILD option Use the DB2 ARCHIVE LOG command Unit 8: DB2 Database and Table SpaceUtilize LIST UTILITIES SHOW DETAIL to to make the current DB2 log available for Relocationmonitor progress of a RESTORE Utility archival Exercise 8: DB2 Table space Relocationduring database rebuilding Implement the DB2 option for blocking Unit 9: DB2 Additional Recovery FacilitiesTable Space Recovery update transactions when the log disk Exercise 9: Additional Recovery FacilitiesExplain how the minimum recovery time for becomes full Unit 10: DB2 Recovery History Filea table space may impact application point Implement the DB2 Utility Throttle using Unit 11: High Availability and Split Mirrorin time recovery the UTIL_IMPACT_LIM Database Database CopyUse the ONLINE option for RESTORE and Manager configuration option Day 4ROLLFORWARD commands to recover Configure a DB2 database for automatic Unit 12: Basic Database Disasterselected table spaces with an active backups Recovery Techniquesdatabase Explain the self optimizing features of the Exercise 11: DB2 Database DisasterDB2 Incremental Backup and Recovery Backup Utility Recovery using Log ShippingImplement a physical database design to DB2 Recovery History File Unit 13: DB2 High Availability Disastertake advantage of Incremental backups of Use the DB2 LIST HISTORY command Recovery (HADR)selected table spaces to display selected information needed to Exercise 12: DB2 High Availability DisasterUtilize an Incremental restore to recover a plan database recovery Recovery (HADR)DB2 database or table space from Retrieve information from the database Unit 14: DB2 DPF Partitioned DatabaseIncremental backup images recovery history using SQL RecoveryUse the LIST UTILITIES command to track Configure a DB2 database for automaticthe processing of an Incremental backup or removal of database recovery objectsrestore process including backups and archived logs lineDB2 Database Crash Recovery Use the PRUNE HISTORY command to State the three types of recovery supportSelect an appropriate value for SOFTMAX to remove outdated information in the Select the DB2 Database parameters thatreduce database crash recovery time Recovery History support the DB2 logsConfigure DB2 database options to support Restore a damaged Recovery History file Explain the DB2 facility to recover from ancrash recovery for applications High Availability and Split Mirror SQL DROP TABLE statement issued inDescribe the impact of a database crash Database Copy errorand restart for DB2 Utilities like LOAD, Explain the concepts involved when Review the considerations of usingREORG and IMPORT implementing the automated failover of a standard DB2 database recovery optionsDB2 Database and Table Space Relocation DB2 database Plan for point-in-time recovery of a tableUse the SET TABLESPACE CONTAINERS Describe the integrated cluster spaces to support application processingcommand to define new containers during a configuration and management features errorsredirected restore of DB2 Plan a database recovery strategy thatUtilize the RESTORE utility to change the Discuss the concepts used by DB2 includes both full and Incremental backupsdatabase storage paths for AUTOMATIC pureScale to support High Availability for to reduce the duration and size ofSTORAGE table spaces a DB2 database database backupsPlan the use of redirected restore as part of Plan for using split mirror copies to create Describe the concepts and processing fora disaster recovery a standby database, a database DB2 database crash recoveryDescribe two methods that can be used to snapshot or a database mirror Explain the facility of the DB2 RESTOREconvert a DMS table space to utilize Utilize the SET WRITE SUSPEND and command to recover table spaces toautomatic storage DBD2INIDB commands with split mirror different containersUse the GENERATE SCRIPT option of database copies Explain the LOAD Utility options COPYRESTORE to set up a command script for a Use the AS SNAPSHOT option of the YES, COPY NO andredirected restore operation DB2 BACKUP and RESTORE utilities NONRECOVERABLE impact on databaseCopy schemas from one database to Basic Database Disaster Recovery recoveryanother using the TRANSPORT option of Techniques Explain the information recorded in thethe RESTORE utility Explain setup for a Standby database at Recovery History file


Use db2relocatedb when moving or copying a remote location Describe various techniques for supportingDB2 databases with non-DB2 utilities Plan for database disaster recovery using High Availability of DB2 databasesDB2 Additional Recovery Facilities remotely mirrored disks Describe the benefits and limitations ofSelect the appropriate method for protecting Describe the use of DB2 Replication to several methods for supporting databasethe database from loss of log file recover selected DB2 tables in a remote disaster recoverySelect the BACKUP Utility option to include database Describe the benefits and limitations ofthe required logs in an online backup image DB2 High Availability Disaster Recovery implementing High Availability DisasterUse the DB2 ARCHIVE LOG command to (HADR) Recovery (HADR)make the current DB2 log available for Implement HADR, including the setup of Explain database recovery facilities in aarchival a Primary and Standby database DB2 DPF partitioned databaseImplement the DB2 option for blocking Use the commands START HADR, Day 1update transactions when the log disk STOP HADR, and TAKEOVER to Unit 1: DB2 Database Recovery Reviewbecomes full manage an operational HADR system Unit 4: Database Rebuild SupportImplement the DB2 Utility Throttle using the Plan for the use of the DB2 Utilities like Exercise 7: Database Crash RecoveryUTIL_IMPACT_LIM Database Manager LOAD, REORG, Backup and Restore in Exercise 10: DB2 High Availability usingconfiguration option an HADR environment split mirror copiesConfigure a DB2 database for automatic Select appropriate HADR databasebackups configuration options in order to meet theExplain the self optimizing features of the requirements of a specific application lineBackup Utility environment including the Explain the basic principles DB2 uses forDB2 Recovery History File HADR_PEER_WINDOW database recovery and restartUse the DB2 LIST HISTORY command to Monitor the status of the Primary and Describe the capabilities and functionaldisplay selected information needed to plan Standby database using GET requirements of DB2 loggingdatabase recovery SNAPSHOT FOR DATABASE or db2pd - Select options for some of the DB2Retrieve information from the database hadr database parameters that support recoveryrecovery history using SQL Implement Read-only application access DB2 Recovery Log ManagementConfigure a DB2 database for automatic to the Standby Database of an HADR Configure the database options toremoval of database recovery objects database environment automate archive log managementincluding backups and archived logs DB2 DPF Partitioned Database Recovery Implement infinite active logging to supportUse the PRUNE HISTORY command to Considerations applications that require large amounts ofremove outdated information in the Describe the use of the Single System logged database changesRecovery History View options for Backup of a partitioned Describe the options provided by DB2 9 forRestore a damaged Recovery History file database Linux, UNIX, and Windows to reduce logHigh Availability and Split Mirror Database Recover a partitioned database using the volume, including the NOT LOGGEDCopy TO END OF LOGS option of the INITIALLY optionExplain the concepts involved when ROLLFORWARD command DB2 Dropped Table Recoveryimplementing the automated failover of a Create an online Backup of a DPF Implement dropped table recovery forDB2 database partitioned database that includes all of selected table spacesDescribe the integrated cluster configuration the required active logs Use the DB2 LIST HISTORY command toand management features of DB2 Implement automated archival of DB2 gather the information needed to recover aDiscuss the concepts used by DB2 logs in a DPF partitioned database dropped tablepureScale to support High Availability for a Perform dropped table recovery in a DPF Plan and invoke the DB2 utilities involvedDB2 database partitioned database in recovering a dropped tablePlan for using split mirror copies to create a Use the REBUILD option of RESTORE to Database Rebuild Supportstandby database, a database snapshot or a build a partial copy of a DPF Partitioned Explain the capabilities of the REBUILDdatabase mirror database option for the RESTORE commandUtilize the SET WRITE SUSPEND and Describe the crash recovery processing List the types of information included inDBD2INIDB commands with split mirror performed for a DPF partitioned database each DB2 backup image and describe howdatabase copies Explain the use of redirected restores and it is used to support rebuilding a databaseUse the AS SNAPSHOT option of the DB2 db2relocatedb with DPF partitioned Plan for supporting database and disasterBACKUP and RESTORE utilities databases recovery scenarios using DB2 databaseBasic Database Disaster Recovery Use db2inidb for split mirror copies with a and table space backups using theTechniques DPF partitioned databases RESTORE command with a REBUILDExplain setup for a Standby database at a Agenda optionremote location Exercise 1: Configuring DB2 for Recovery Utilize LIST UTILITIES SHOW DETAIL toPlan for database disaster recovery using Unit 2: DB2 Recovery Log Management monitor progress of a RESTORE Utilityremotely mirrored disks Exercise 2: Managing DB2 Log Files during database rebuildingDescribe the use of DB2 Replication to Unit 3: Dropped Table Recovery Table Space Recoveryrecover selected DB2 tables in a remote Exercise 3: DB2 Dropped Table Explain how the minimum recovery timedatabase Recovery for a table space may impact applicationDB2 High Availability Disaster Recovery Day 2 point in time recovery(HADR) Exercise 4: Database Rebuild Support Use the ONLINE option for RESTORE andImplement HADR, including the setup of a Unit 5: Table Space Recovery ROLLFORWARD commands to recoverPrimary and Standby database Exercise 5: Table Space Point-in-Time selected table spaces with an activeUse the commands START HADR, STOP Recovery databaseHADR, and TAKEOVER to manage an Unit 6: Incremental Backup and Recovery DB2 Incremental Backup and Recovery


operational HADR system Exercise 6: Incremental Backup and Implement a physical database design toPlan for the use of the DB2 Utilities like Restore take advantage of Incremental backups ofLOAD, REORG, Backup and Restore in an Unit 7: DB2 Database Crash Recovery selected table spacesHADR environment Day 3 Utilize an Incremental restore to recover aSelect appropriate HADR database Unit 8: DB2 Database and Table Space DB2 database or table space fromconfiguration options in order to meet the Relocation Incremental backup imagesrequirements of a specific application Exercise 8: DB2 Table space Relocation Use the LIST UTILITIES command to trackenvironment including the Unit 9: DB2 Additional Recovery Facilities the processing of an Incremental backupHADR_PEER_WINDOW Exercise 9: Additional Recovery Facilities or restore processMonitor the status of the Primary and Unit 10: DB2 Recovery History File DB2 Database Crash RecoveryStandby database using GET SNAPSHOT Unit 11: High Availability and Split Mirror Select an appropriate value for SOFTMAXFOR DATABASE or db2pd - hadr Database Copy to reduce database crash recovery timeImplement Read-only application access to Day 4 Configure DB2 database options tothe Standby Database of an HADR Unit 12: Basic Database Disaster support crash recovery for applicationsdatabase environment Recovery Techniques Describe the impact of a database crashDB2 DPF Partitioned Database Recovery Exercise 11: DB2 Database Disaster and restart for DB2 Utilities like LOAD,Considerations Recovery using Log Shipping REORG and IMPORTDescribe the use of the Single System View Unit 13: DB2 High Availability Disaster DB2 Database and Table Spaceoptions for Backup of a partitioned database Recovery (HADR) RelocationRecover a partitioned database using the Exercise 12: DB2 High Availability Use the SET TABLESPACETO END OF LOGS option of the Disaster Recovery (HADR) CONTAINERS command to define newROLLFORWARD command Unit 14: DB2 DPF Partitioned Database containers during a redirected restoreCreate an online Backup of a DPF Recovery Utilize the RESTORE utility to change thepartitioned database that includes all of the database storage paths for AUTOMATICrequired active logs STORAGE table spacesImplement automated archival of DB2 logs line Plan the use of redirected restore as partin a DPF partitioned database Explain the basic principles DB2 uses for of a disaster recoveryPerform dropped table recovery in a DPF database recovery and restart Describe two methods that can be used topartitioned database Describe the capabilities and functional convert a DMS table space to utilizeUse the REBUILD option of RESTORE to requirements of DB2 logging automatic storagebuild a partial copy of a DPF Partitioned Select options for some of the DB2 Use the GENERATE SCRIPT option ofdatabase database parameters that support RESTORE to set up a command script forDescribe the crash recovery processing recovery a redirected restore operationperformed for a DPF partitioned database DB2 Recovery Log Management Copy schemas from one database toExplain the use of redirected restores and Configure the database options to another using the TRANSPORT option ofdb2relocatedb with DPF partitioned automate archive log management the RESTORE utilitydatabases Implement infinite active logging to Use db2relocatedb when moving orUse db2inidb for split mirror copies with a support applications that require large copying DB2 databases with non-DB2DPF partitioned databases amounts of logged database changes utilitiesAgenda Describe the options provided by DB2 9 DB2 Additional Recovery FacilitiesExercise 1: Configuring DB2 for Recovery for Linux, UNIX, and Windows to reduce Select the appropriate method forUnit 2: DB2 Recovery Log Management log volume, including the NOT LOGGED protecting the database from loss of logExercise 2: Managing DB2 Log Files INITIALLY option fileUnit 3: Dropped Table Recovery DB2 Dropped Table Recovery Select the BACKUP Utility option toExercise 3: DB2 Dropped Table Recovery Implement dropped table recovery for include the required logs in an onlineDay 2 selected table spaces backup imageExercise 4: Database Rebuild Support Use the DB2 LIST HISTORY command Use the DB2 ARCHIVE LOG command toUnit 5: Table Space Recovery to gather the information needed to make the current DB2 log available forExercise 5: Table Space Point-in-Time recover a dropped table archivalRecovery Plan and invoke the DB2 utilities involved Implement the DB2 option for blockingUnit 6: Incremental Backup and Recovery in recovering a dropped table update transactions when the log diskExercise 6: Incremental Backup and Restore Database Rebuild Support becomes fullUnit 7: DB2 Database Crash Recovery Explain the capabilities of the REBUILD Implement the DB2 Utility Throttle usingDay 3 option for the RESTORE command the UTIL_IMPACT_LIM DatabaseUnit 8: DB2 Database and Table Space List the types of information included in Manager configuration optionRelocation each DB2 backup image and describe Configure a DB2 database for automaticExercise 8: DB2 Table space Relocation how it is used to support rebuilding a backupsUnit 9: DB2 Additional Recovery Facilities database Explain the self optimizing features of theExercise 9: Additional Recovery Facilities Plan for supporting database and Backup UtilityUnit 10: DB2 Recovery History File disaster recovery scenarios using DB2 DB2 Recovery History FileUnit 11: High Availability and Split Mirror database and table space backups using Use the DB2 LIST HISTORY command toDatabase Copy the RESTORE command with a display selected information needed toDay 4 REBUILD option plan database recoveryUnit 12: Basic Database Disaster Recovery Utilize LIST UTILITIES SHOW DETAIL to Retrieve information from the databaseTechniques monitor progress of a RESTORE Utility recovery history using SQLExercise 11: DB2 Database Disaster during database rebuilding Configure a DB2 database for automatic


Recovery using Log Shipping Table Space Recovery removal of database recovery objectsUnit 13: DB2 High Availability Disaster Explain how the minimum recovery time including backups and archived logsRecovery (HADR) for a table space may impact application Use the PRUNE HISTORY command toExercise 12: DB2 High Availability Disaster point in time recovery remove outdated information in theRecovery (HADR) Use the ONLINE option for RESTORE Recovery HistoryUnit 14: DB2 DPF Partitioned Database and ROLLFORWARD commands to Restore a damaged Recovery History fileRecovery recover selected table spaces with an High Availability and Split Mirror Database

active database CopyDB2 Incremental Backup and Recovery Explain the concepts involved when

line Implement a physical database design to implementing the automated failover of aState the three types of recovery support take advantage of Incremental backups DB2 databaseSelect the DB2 Database parameters that of selected table spaces Describe the integrated clustersupport the DB2 logs Utilize an Incremental restore to recover configuration and management features ofExplain the DB2 facility to recover from an a DB2 database or table space from DB2SQL DROP TABLE statement issued in Incremental backup images Discuss the concepts used by DB2error Use the LIST UTILITIES command to pureScale to support High Availability for aReview the considerations of using standard track the processing of an Incremental DB2 databaseDB2 database recovery options backup or restore process Plan for using split mirror copies to createPlan for point-in-time recovery of a table DB2 Database Crash Recovery a standby database, a database snapshotspaces to support application processing Select an appropriate value for or a database mirrorerrors SOFTMAX to reduce database crash Utilize the SET WRITE SUSPEND andPlan a database recovery strategy that recovery time DBD2INIDB commands with split mirrorincludes both full and Incremental backups Configure DB2 database options to database copiesto reduce the duration and size of database support crash recovery for applications Use the AS SNAPSHOT option of the DB2backups Describe the impact of a database crash BACKUP and RESTORE utilitiesDescribe the concepts and processing for and restart for DB2 Utilities like LOAD, Basic Database Disaster RecoveryDB2 database crash recovery REORG and IMPORT TechniquesExplain the facility of the DB2 RESTORE DB2 Database and Table Space Explain setup for a Standby database at acommand to recover table spaces to Relocation remote locationdifferent containers Use the SET TABLESPACE Plan for database disaster recovery usingExplain the LOAD Utility options COPY CONTAINERS command to define new remotely mirrored disksYES, COPY NO and NONRECOVERABLE containers during a redirected restore Describe the use of DB2 Replication toimpact on database recovery Utilize the RESTORE utility to change the recover selected DB2 tables in a remoteExplain the information recorded in the database storage paths for AUTOMATIC databaseRecovery History file STORAGE table spaces DB2 High Availability Disaster RecoveryDescribe various techniques for supporting Plan the use of redirected restore as part (HADR)High Availability of DB2 databases of a disaster recovery Implement HADR, including the setup of aDescribe the benefits and limitations of Describe two methods that can be used Primary and Standby databaseseveral methods for supporting database to convert a DMS table space to utilize Use the commands START HADR, STOPdisaster recovery automatic storage HADR, and TAKEOVER to manage anDescribe the benefits and limitations of Use the GENERATE SCRIPT option of operational HADR systemimplementing High Availability Disaster RESTORE to set up a command script Plan for the use of the DB2 Utilities likeRecovery (HADR) for a redirected restore operation LOAD, REORG, Backup and Restore in anExplain database recovery facilities in a DB2 Copy schemas from one database to HADR environmentDPF partitioned database another using the TRANSPORT option of Select appropriate HADR databaseDay 1 the RESTORE utility configuration options in order to meet theUnit 1: DB2 Database Recovery Review Use db2relocatedb when moving or requirements of a specific applicationUnit 4: Database Rebuild Support copying DB2 databases with non-DB2 environment including theExercise 7: Database Crash Recovery utilities HADR_PEER_WINDOWExercise 10: DB2 High Availability using split DB2 Additional Recovery Facilities Monitor the status of the Primary andmirror copies Select the appropriate method for Standby database using GET SNAPSHOT

protecting the database from loss of log FOR DATABASE or db2pd - hadrfile Implement Read-only application access to

line Select the BACKUP Utility option to the Standby Database of an HADRExplain the basic principles DB2 uses for include the required logs in an online database environmentdatabase recovery and restart backup image DB2 DPF Partitioned Database RecoveryDescribe the capabilities and functional Use the DB2 ARCHIVE LOG command Considerationsrequirements of DB2 logging to make the current DB2 log available for Describe the use of the Single SystemSelect options for some of the DB2 archival View options for Backup of a partitioneddatabase parameters that support recovery Implement the DB2 option for blocking databaseDB2 Recovery Log Management update transactions when the log disk Recover a partitioned database using theConfigure the database options to automate becomes full TO END OF LOGS option of thearchive log management Implement the DB2 Utility Throttle using ROLLFORWARD commandImplement infinite active logging to support the UTIL_IMPACT_LIM Database Create an online Backup of a DPFapplications that require large amounts of Manager configuration option partitioned database that includes all of thelogged database changes Configure a DB2 database for automatic required active logs


Describe the options provided by DB2 9 for backups Implement automated archival of DB2 logsLinux, UNIX, and Windows to reduce log Explain the self optimizing features of the in a DPF partitioned databasevolume, including the NOT LOGGED Backup Utility Perform dropped table recovery in a DPFINITIALLY option DB2 Recovery History File partitioned databaseDB2 Dropped Table Recovery Use the DB2 LIST HISTORY command Use the REBUILD option of RESTORE toImplement dropped table recovery for to display selected information needed to build a partial copy of a DPF Partitionedselected table spaces plan database recovery databaseUse the DB2 LIST HISTORY command to Retrieve information from the database Describe the crash recovery processinggather the information needed to recover a recovery history using SQL performed for a DPF partitioned databasedropped table Configure a DB2 database for automatic Explain the use of redirected restores andPlan and invoke the DB2 utilities involved in removal of database recovery objects db2relocatedb with DPF partitionedrecovering a dropped table including backups and archived logs databasesDatabase Rebuild Support Use the PRUNE HISTORY command to Use db2inidb for split mirror copies with aExplain the capabilities of the REBUILD remove outdated information in the DPF partitioned databasesoption for the RESTORE command Recovery History AgendaList the types of information included in each Restore a damaged Recovery History file Exercise 1: Configuring DB2 for RecoveryDB2 backup image and describe how it is High Availability and Split Mirror Unit 2: DB2 Recovery Log Managementused to support rebuilding a database Database Copy Exercise 2: Managing DB2 Log FilesPlan for supporting database and disaster Explain the concepts involved when Unit 3: Dropped Table Recoveryrecovery scenarios using DB2 database and implementing the automated failover of a Exercise 3: DB2 Dropped Table Recoverytable space backups using the RESTORE DB2 database Day 2command with a REBUILD option Describe the integrated cluster Exercise 4: Database Rebuild SupportUtilize LIST UTILITIES SHOW DETAIL to configuration and management features Unit 5: Table Space Recoverymonitor progress of a RESTORE Utility of DB2 Exercise 5: Table Space Point-in-Timeduring database rebuilding Discuss the concepts used by DB2 RecoveryTable Space Recovery pureScale to support High Availability for Unit 6: Incremental Backup and RecoveryExplain how the minimum recovery time for a DB2 database Exercise 6: Incremental Backup anda table space may impact application point Plan for using split mirror copies to create Restorein time recovery a standby database, a database Unit 7: DB2 Database Crash RecoveryUse the ONLINE option for RESTORE and snapshot or a database mirror Day 3ROLLFORWARD commands to recover Utilize the SET WRITE SUSPEND and Unit 8: DB2 Database and Table Spaceselected table spaces with an active DBD2INIDB commands with split mirror Relocationdatabase database copies Exercise 8: DB2 Table space RelocationDB2 Incremental Backup and Recovery Use the AS SNAPSHOT option of the Unit 9: DB2 Additional Recovery FacilitiesImplement a physical database design to DB2 BACKUP and RESTORE utilities Exercise 9: Additional Recovery Facilitiestake advantage of Incremental backups of Basic Database Disaster Recovery Unit 10: DB2 Recovery History Fileselected table spaces Techniques Unit 11: High Availability and Split MirrorUtilize an Incremental restore to recover a Explain setup for a Standby database at Database CopyDB2 database or table space from a remote location Day 4Incremental backup images Plan for database disaster recovery using Unit 12: Basic Database DisasterUse the LIST UTILITIES command to track remotely mirrored disks Recovery Techniquesthe processing of an Incremental backup or Describe the use of DB2 Replication to Exercise 11: DB2 Database Disasterrestore process recover selected DB2 tables in a remote Recovery using Log ShippingDB2 Database Crash Recovery database Unit 13: DB2 High Availability DisasterSelect an appropriate value for SOFTMAX to DB2 High Availability Disaster Recovery Recovery (HADR)reduce database crash recovery time (HADR) Exercise 12: DB2 High Availability DisasterConfigure DB2 database options to support Implement HADR, including the setup of Recovery (HADR)crash recovery for applications a Primary and Standby database Unit 14: DB2 DPF Partitioned DatabaseDescribe the impact of a database crash Use the commands START HADR, Recoveryand restart for DB2 Utilities like LOAD, STOP HADR, and TAKEOVER toREORG and IMPORT manage an operational HADR systemDB2 Database and Table Space Relocation Plan for the use of the DB2 Utilities like lineUse the SET TABLESPACE CONTAINERS LOAD, REORG, Backup and Restore in Explain the basic principles DB2 uses forcommand to define new containers during a an HADR environment database recovery and restartredirected restore Select appropriate HADR database Describe the capabilities and functionalUtilize the RESTORE utility to change the configuration options in order to meet the requirements of DB2 loggingdatabase storage paths for AUTOMATIC requirements of a specific application Select options for some of the DB2STORAGE table spaces environment including the database parameters that support recoveryPlan the use of redirected restore as part of HADR_PEER_WINDOW DB2 Recovery Log Managementa disaster recovery Monitor the status of the Primary and Configure the database options toDescribe two methods that can be used to Standby database using GET automate archive log managementconvert a DMS table space to utilize SNAPSHOT FOR DATABASE or db2pd - Implement infinite active logging to supportautomatic storage hadr applications that require large amounts ofUse the GENERATE SCRIPT option of Implement Read-only application access logged database changesRESTORE to set up a command script for a to the Standby Database of an HADR Describe the options provided by DB2 9 forredirected restore operation database environment Linux, UNIX, and Windows to reduce log


Copy schemas from one database to DB2 DPF Partitioned Database Recovery volume, including the NOT LOGGEDanother using the TRANSPORT option of Considerations INITIALLY optionthe RESTORE utility Describe the use of the Single System DB2 Dropped Table RecoveryUse db2relocatedb when moving or copying View options for Backup of a partitioned Implement dropped table recovery forDB2 databases with non-DB2 utilities database selected table spacesDB2 Additional Recovery Facilities Recover a partitioned database using the Use the DB2 LIST HISTORY command toSelect the appropriate method for protecting TO END OF LOGS option of the gather the information needed to recover athe database from loss of log file ROLLFORWARD command dropped tableSelect the BACKUP Utility option to include Create an online Backup of a DPF Plan and invoke the DB2 utilities involvedthe required logs in an online backup image partitioned database that includes all of in recovering a dropped tableUse the DB2 ARCHIVE LOG command to the required active logs Database Rebuild Supportmake the current DB2 log available for Implement automated archival of DB2 Explain the capabilities of the REBUILDarchival logs in a DPF partitioned database option for the RESTORE commandImplement the DB2 option for blocking Perform dropped table recovery in a DPF List the types of information included inupdate transactions when the log disk partitioned database each DB2 backup image and describe howbecomes full Use the REBUILD option of RESTORE to it is used to support rebuilding a databaseImplement the DB2 Utility Throttle using the build a partial copy of a DPF Partitioned Plan for supporting database and disasterUTIL_IMPACT_LIM Database Manager database recovery scenarios using DB2 databaseconfiguration option Describe the crash recovery processing and table space backups using theConfigure a DB2 database for automatic performed for a DPF partitioned database RESTORE command with a REBUILDbackups Explain the use of redirected restores and optionExplain the self optimizing features of the db2relocatedb with DPF partitioned Utilize LIST UTILITIES SHOW DETAIL toBackup Utility databases monitor progress of a RESTORE UtilityDB2 Recovery History File Use db2inidb for split mirror copies with a during database rebuildingUse the DB2 LIST HISTORY command to DPF partitioned databases Table Space Recoverydisplay selected information needed to plan Agenda Explain how the minimum recovery timedatabase recovery Exercise 1: Configuring DB2 for Recovery for a table space may impact applicationRetrieve information from the database Unit 2: DB2 Recovery Log Management point in time recoveryrecovery history using SQL Exercise 2: Managing DB2 Log Files Use the ONLINE option for RESTORE andConfigure a DB2 database for automatic Unit 3: Dropped Table Recovery ROLLFORWARD commands to recoverremoval of database recovery objects Exercise 3: DB2 Dropped Table selected table spaces with an activeincluding backups and archived logs Recovery databaseUse the PRUNE HISTORY command to Day 2 DB2 Incremental Backup and Recoveryremove outdated information in the Exercise 4: Database Rebuild Support Implement a physical database design toRecovery History Unit 5: Table Space Recovery take advantage of Incremental backups ofRestore a damaged Recovery History file Exercise 5: Table Space Point-in-Time selected table spacesHigh Availability and Split Mirror Database Recovery Utilize an Incremental restore to recover aCopy Unit 6: Incremental Backup and Recovery DB2 database or table space fromExplain the concepts involved when Exercise 6: Incremental Backup and Incremental backup imagesimplementing the automated failover of a Restore Use the LIST UTILITIES command to trackDB2 database Unit 7: DB2 Database Crash Recovery the processing of an Incremental backupDescribe the integrated cluster configuration Day 3 or restore processand management features of DB2 Unit 8: DB2 Database and Table Space DB2 Database Crash RecoveryDiscuss the concepts used by DB2 Relocation Select an appropriate value for SOFTMAXpureScale to support High Availability for a Exercise 8: DB2 Table space Relocation to reduce database crash recovery timeDB2 database Unit 9: DB2 Additional Recovery Facilities Configure DB2 database options toPlan for using split mirror copies to create a Exercise 9: Additional Recovery Facilities support crash recovery for applicationsstandby database, a database snapshot or a Unit 10: DB2 Recovery History File Describe the impact of a database crashdatabase mirror Unit 11: High Availability and Split Mirror and restart for DB2 Utilities like LOAD,Utilize the SET WRITE SUSPEND and Database Copy REORG and IMPORTDBD2INIDB commands with split mirror Day 4 DB2 Database and Table Spacedatabase copies Unit 12: Basic Database Disaster RelocationUse the AS SNAPSHOT option of the DB2 Recovery Techniques Use the SET TABLESPACEBACKUP and RESTORE utilities Exercise 11: DB2 Database Disaster CONTAINERS command to define newBasic Database Disaster Recovery Recovery using Log Shipping containers during a redirected restoreTechniques Unit 13: DB2 High Availability Disaster Utilize the RESTORE utility to change theExplain setup for a Standby database at a Recovery (HADR) database storage paths for AUTOMATICremote location Exercise 12: DB2 High Availability STORAGE table spacesPlan for database disaster recovery using Disaster Recovery (HADR) Plan the use of redirected restore as partremotely mirrored disks Unit 14: DB2 DPF Partitioned Database of a disaster recoveryDescribe the use of DB2 Replication to Recovery Describe two methods that can be used torecover selected DB2 tables in a remote convert a DMS table space to utilizedatabase automatic storageDB2 High Availability Disaster Recovery line Use the GENERATE SCRIPT option of(HADR) State the three types of recovery support RESTORE to set up a command script forImplement HADR, including the setup of a Select the DB2 Database parameters a redirected restore operation


Primary and Standby database that support the DB2 logs Copy schemas from one database toUse the commands START HADR, STOP Explain the DB2 facility to recover from another using the TRANSPORT option ofHADR, and TAKEOVER to manage an an SQL DROP TABLE statement issued the RESTORE utilityoperational HADR system in error Use db2relocatedb when moving orPlan for the use of the DB2 Utilities like Review the considerations of using copying DB2 databases with non-DB2LOAD, REORG, Backup and Restore in an standard DB2 database recovery options utilitiesHADR environment Plan for point-in-time recovery of a table DB2 Additional Recovery FacilitiesSelect appropriate HADR database spaces to support application processing Select the appropriate method forconfiguration options in order to meet the errors protecting the database from loss of logrequirements of a specific application Plan a database recovery strategy that fileenvironment including the includes both full and Incremental Select the BACKUP Utility option toHADR_PEER_WINDOW backups to reduce the duration and size include the required logs in an onlineMonitor the status of the Primary and of database backups backup imageStandby database using GET SNAPSHOT Describe the concepts and processing for Use the DB2 ARCHIVE LOG command toFOR DATABASE or db2pd - hadr DB2 database crash recovery make the current DB2 log available forImplement Read-only application access to Explain the facility of the DB2 RESTORE archivalthe Standby Database of an HADR command to recover table spaces to Implement the DB2 option for blockingdatabase environment different containers update transactions when the log diskDB2 DPF Partitioned Database Recovery Explain the LOAD Utility options COPY becomes fullConsiderations YES, COPY NO and Implement the DB2 Utility Throttle usingDescribe the use of the Single System View NONRECOVERABLE impact on the UTIL_IMPACT_LIM Databaseoptions for Backup of a partitioned database database recovery Manager configuration optionRecover a partitioned database using the Explain the information recorded in the Configure a DB2 database for automaticTO END OF LOGS option of the Recovery History file backupsROLLFORWARD command Describe various techniques for Explain the self optimizing features of theCreate an online Backup of a DPF supporting High Availability of DB2 Backup Utilitypartitioned database that includes all of the databases DB2 Recovery History Filerequired active logs Describe the benefits and limitations of Use the DB2 LIST HISTORY command toImplement automated archival of DB2 logs several methods for supporting database display selected information needed toin a DPF partitioned database disaster recovery plan database recoveryPerform dropped table recovery in a DPF Describe the benefits and limitations of Retrieve information from the databasepartitioned database implementing High Availability Disaster recovery history using SQLUse the REBUILD option of RESTORE to Recovery (HADR) Configure a DB2 database for automaticbuild a partial copy of a DPF Partitioned Explain database recovery facilities in a removal of database recovery objectsdatabase DB2 DPF partitioned database including backups and archived logsDescribe the crash recovery processing Day 1 Use the PRUNE HISTORY command toperformed for a DPF partitioned database Unit 1: DB2 Database Recovery Review remove outdated information in theExplain the use of redirected restores and Unit 4: Database Rebuild Support Recovery Historydb2relocatedb with DPF partitioned Exercise 7: Database Crash Recovery Restore a damaged Recovery History filedatabases Exercise 10: DB2 High Availability using High Availability and Split Mirror DatabaseUse db2inidb for split mirror copies with a split mirror copies CopyDPF partitioned databases Explain the concepts involved whenAgenda implementing the automated failover of aExercise 1: Configuring DB2 for Recovery line DB2 databaseUnit 2: DB2 Recovery Log Management Explain the basic principles DB2 uses for Describe the integrated clusterExercise 2: Managing DB2 Log Files database recovery and restart configuration and management features ofUnit 3: Dropped Table Recovery Describe the capabilities and functional DB2Exercise 3: DB2 Dropped Table Recovery requirements of DB2 logging Discuss the concepts used by DB2Day 2 Select options for some of the DB2 pureScale to support High Availability for aExercise 4: Database Rebuild Support database parameters that support DB2 databaseUnit 5: Table Space Recovery recovery Plan for using split mirror copies to createExercise 5: Table Space Point-in-Time DB2 Recovery Log Management a standby database, a database snapshotRecovery Configure the database options to or a database mirrorUnit 6: Incremental Backup and Recovery automate archive log management Utilize the SET WRITE SUSPEND andExercise 6: Incremental Backup and Restore Implement infinite active logging to DBD2INIDB commands with split mirrorUnit 7: DB2 Database Crash Recovery support applications that require large database copiesDay 3 amounts of logged database changes Use the AS SNAPSHOT option of the DB2Unit 8: DB2 Database and Table Space Describe the options provided by DB2 9 BACKUP and RESTORE utilitiesRelocation for Linux, UNIX, and Windows to reduce Basic Database Disaster RecoveryExercise 8: DB2 Table space Relocation log volume, including the NOT LOGGED TechniquesUnit 9: DB2 Additional Recovery Facilities INITIALLY option Explain setup for a Standby database at aExercise 9: Additional Recovery Facilities DB2 Dropped Table Recovery remote locationUnit 10: DB2 Recovery History File Implement dropped table recovery for Plan for database disaster recovery usingUnit 11: High Availability and Split Mirror selected table spaces remotely mirrored disksDatabase Copy Use the DB2 LIST HISTORY command Describe the use of DB2 Replication toDay 4 to gather the information needed to recover selected DB2 tables in a remote


Unit 12: Basic Database Disaster Recovery recover a dropped table databaseTechniques Plan and invoke the DB2 utilities involved DB2 High Availability Disaster RecoveryExercise 11: DB2 Database Disaster in recovering a dropped table (HADR)Recovery using Log Shipping Database Rebuild Support Implement HADR, including the setup of aUnit 13: DB2 High Availability Disaster Explain the capabilities of the REBUILD Primary and Standby databaseRecovery (HADR) option for the RESTORE command Use the commands START HADR, STOPExercise 12: DB2 High Availability Disaster List the types of information included in HADR, and TAKEOVER to manage anRecovery (HADR) each DB2 backup image and describe operational HADR systemUnit 14: DB2 DPF Partitioned Database how it is used to support rebuilding a Plan for the use of the DB2 Utilities likeRecovery database LOAD, REORG, Backup and Restore in an

Plan for supporting database and HADR environmentdisaster recovery scenarios using DB2 Select appropriate HADR database

line database and table space backups using configuration options in order to meet theExplain the basic principles DB2 uses for the RESTORE command with a requirements of a specific applicationdatabase recovery and restart REBUILD option environment including theDescribe the capabilities and functional Utilize LIST UTILITIES SHOW DETAIL to HADR_PEER_WINDOWrequirements of DB2 logging monitor progress of a RESTORE Utility Monitor the status of the Primary andSelect options for some of the DB2 during database rebuilding Standby database using GET SNAPSHOTdatabase parameters that support recovery Table Space Recovery FOR DATABASE or db2pd - hadrDB2 Recovery Log Management Explain how the minimum recovery time Implement Read-only application access toConfigure the database options to automate for a table space may impact application the Standby Database of an HADRarchive log management point in time recovery database environmentImplement infinite active logging to support Use the ONLINE option for RESTORE DB2 DPF Partitioned Database Recoveryapplications that require large amounts of and ROLLFORWARD commands to Considerationslogged database changes recover selected table spaces with an Describe the use of the Single SystemDescribe the options provided by DB2 9 for active database View options for Backup of a partitionedLinux, UNIX, and Windows to reduce log DB2 Incremental Backup and Recovery databasevolume, including the NOT LOGGED Implement a physical database design to Recover a partitioned database using theINITIALLY option take advantage of Incremental backups TO END OF LOGS option of theDB2 Dropped Table Recovery of selected table spaces ROLLFORWARD commandImplement dropped table recovery for Utilize an Incremental restore to recover Create an online Backup of a DPFselected table spaces a DB2 database or table space from partitioned database that includes all of theUse the DB2 LIST HISTORY command to Incremental backup images required active logsgather the information needed to recover a Use the LIST UTILITIES command to Implement automated archival of DB2 logsdropped table track the processing of an Incremental in a DPF partitioned databasePlan and invoke the DB2 utilities involved in backup or restore process Perform dropped table recovery in a DPFrecovering a dropped table DB2 Database Crash Recovery partitioned databaseDatabase Rebuild Support Select an appropriate value for Use the REBUILD option of RESTORE toExplain the capabilities of the REBUILD SOFTMAX to reduce database crash build a partial copy of a DPF Partitionedoption for the RESTORE command recovery time databaseList the types of information included in each Configure DB2 database options to Describe the crash recovery processingDB2 backup image and describe how it is support crash recovery for applications performed for a DPF partitioned databaseused to support rebuilding a database Describe the impact of a database crash Explain the use of redirected restores andPlan for supporting database and disaster and restart for DB2 Utilities like LOAD, db2relocatedb with DPF partitionedrecovery scenarios using DB2 database and REORG and IMPORT databasestable space backups using the RESTORE DB2 Database and Table Space Use db2inidb for split mirror copies with acommand with a REBUILD option Relocation DPF partitioned databasesUtilize LIST UTILITIES SHOW DETAIL to Use the SET TABLESPACE Agendamonitor progress of a RESTORE Utility CONTAINERS command to define new Exercise 1: Configuring DB2 for Recoveryduring database rebuilding containers during a redirected restore Unit 2: DB2 Recovery Log ManagementTable Space Recovery Utilize the RESTORE utility to change the Exercise 2: Managing DB2 Log FilesExplain how the minimum recovery time for database storage paths for AUTOMATIC Unit 3: Dropped Table Recoverya table space may impact application point STORAGE table spaces Exercise 3: DB2 Dropped Table Recoveryin time recovery Plan the use of redirected restore as part Day 2Use the ONLINE option for RESTORE and of a disaster recovery Exercise 4: Database Rebuild SupportROLLFORWARD commands to recover Describe two methods that can be used Unit 5: Table Space Recoveryselected table spaces with an active to convert a DMS table space to utilize Exercise 5: Table Space Point-in-Timedatabase automatic storage RecoveryDB2 Incremental Backup and Recovery Use the GENERATE SCRIPT option of Unit 6: Incremental Backup and RecoveryImplement a physical database design to RESTORE to set up a command script Exercise 6: Incremental Backup andtake advantage of Incremental backups of for a redirected restore operation Restoreselected table spaces Copy schemas from one database to Unit 7: DB2 Database Crash RecoveryUtilize an Incremental restore to recover a another using the TRANSPORT option of Day 3DB2 database or table space from the RESTORE utility Unit 8: DB2 Database and Table SpaceIncremental backup images Use db2relocatedb when moving or RelocationUse the LIST UTILITIES command to track copying DB2 databases with non-DB2 Exercise 8: DB2 Table space Relocation


the processing of an Incremental backup or utilities Unit 9: DB2 Additional Recovery Facilitiesrestore process DB2 Additional Recovery Facilities Exercise 9: Additional Recovery FacilitiesDB2 Database Crash Recovery Select the appropriate method for Unit 10: DB2 Recovery History FileSelect an appropriate value for SOFTMAX to protecting the database from loss of log Unit 11: High Availability and Split Mirrorreduce database crash recovery time file Database CopyConfigure DB2 database options to support Select the BACKUP Utility option to Day 4crash recovery for applications include the required logs in an online Unit 12: Basic Database DisasterDescribe the impact of a database crash backup image Recovery Techniquesand restart for DB2 Utilities like LOAD, Use the DB2 ARCHIVE LOG command Exercise 11: DB2 Database DisasterREORG and IMPORT to make the current DB2 log available for Recovery using Log ShippingDB2 Database and Table Space Relocation archival Unit 13: DB2 High Availability DisasterUse the SET TABLESPACE CONTAINERS Implement the DB2 option for blocking Recovery (HADR)command to define new containers during a update transactions when the log disk Exercise 12: DB2 High Availability Disasterredirected restore becomes full Recovery (HADR)Utilize the RESTORE utility to change the Implement the DB2 Utility Throttle using Unit 14: DB2 DPF Partitioned Databasedatabase storage paths for AUTOMATIC the UTIL_IMPACT_LIM Database RecoverySTORAGE table spaces Manager configuration optionPlan the use of redirected restore as part of Configure a DB2 database for automatica disaster recovery backups lineDescribe two methods that can be used to Explain the self optimizing features of the Explain the basic principles DB2 uses forconvert a DMS table space to utilize Backup Utility database recovery and restartautomatic storage DB2 Recovery History File Describe the capabilities and functionalUse the GENERATE SCRIPT option of Use the DB2 LIST HISTORY command requirements of DB2 loggingRESTORE to set up a command script for a to display selected information needed to Select options for some of the DB2redirected restore operation plan database recovery database parameters that support recoveryCopy schemas from one database to Retrieve information from the database DB2 Recovery Log Managementanother using the TRANSPORT option of recovery history using SQL Configure the database options tothe RESTORE utility Configure a DB2 database for automatic automate archive log managementUse db2relocatedb when moving or copying removal of database recovery objects Implement infinite active logging to supportDB2 databases with non-DB2 utilities including backups and archived logs applications that require large amounts ofDB2 Additional Recovery Facilities Use the PRUNE HISTORY command to logged database changesSelect the appropriate method for protecting remove outdated information in the Describe the options provided by DB2 9 forthe database from loss of log file Recovery History Linux, UNIX, and Windows to reduce logSelect the BACKUP Utility option to include Restore a damaged Recovery History file volume, including the NOT LOGGEDthe required logs in an online backup image High Availability and Split Mirror INITIALLY optionUse the DB2 ARCHIVE LOG command to Database Copy DB2 Dropped Table Recoverymake the current DB2 log available for Explain the concepts involved when Implement dropped table recovery forarchival implementing the automated failover of a selected table spacesImplement the DB2 option for blocking DB2 database Use the DB2 LIST HISTORY command toupdate transactions when the log disk Describe the integrated cluster gather the information needed to recover abecomes full configuration and management features dropped tableImplement the DB2 Utility Throttle using the of DB2 Plan and invoke the DB2 utilities involvedUTIL_IMPACT_LIM Database Manager Discuss the concepts used by DB2 in recovering a dropped tableconfiguration option pureScale to support High Availability for Database Rebuild SupportConfigure a DB2 database for automatic a DB2 database Explain the capabilities of the REBUILDbackups Plan for using split mirror copies to create option for the RESTORE commandExplain the self optimizing features of the a standby database, a database List the types of information included inBackup Utility snapshot or a database mirror each DB2 backup image and describe howDB2 Recovery History File Utilize the SET WRITE SUSPEND and it is used to support rebuilding a databaseUse the DB2 LIST HISTORY command to DBD2INIDB commands with split mirror Plan for supporting database and disasterdisplay selected information needed to plan database copies recovery scenarios using DB2 databasedatabase recovery Use the AS SNAPSHOT option of the and table space backups using theRetrieve information from the database DB2 BACKUP and RESTORE utilities RESTORE command with a REBUILDrecovery history using SQL Basic Database Disaster Recovery optionConfigure a DB2 database for automatic Techniques Utilize LIST UTILITIES SHOW DETAIL toremoval of database recovery objects Explain setup for a Standby database at monitor progress of a RESTORE Utilityincluding backups and archived logs a remote location during database rebuildingUse the PRUNE HISTORY command to Plan for database disaster recovery using Table Space Recoveryremove outdated information in the remotely mirrored disks Explain how the minimum recovery timeRecovery History Describe the use of DB2 Replication to for a table space may impact applicationRestore a damaged Recovery History file recover selected DB2 tables in a remote point in time recoveryHigh Availability and Split Mirror Database database Use the ONLINE option for RESTORE andCopy DB2 High Availability Disaster Recovery ROLLFORWARD commands to recoverExplain the concepts involved when (HADR) selected table spaces with an activeimplementing the automated failover of a Implement HADR, including the setup of databaseDB2 database a Primary and Standby database DB2 Incremental Backup and Recovery


Describe the integrated cluster configuration Use the commands START HADR, Implement a physical database design toand management features of DB2 STOP HADR, and TAKEOVER to take advantage of Incremental backups ofDiscuss the concepts used by DB2 manage an operational HADR system selected table spacespureScale to support High Availability for a Plan for the use of the DB2 Utilities like Utilize an Incremental restore to recover aDB2 database LOAD, REORG, Backup and Restore in DB2 database or table space fromPlan for using split mirror copies to create a an HADR environment Incremental backup imagesstandby database, a database snapshot or a Select appropriate HADR database Use the LIST UTILITIES command to trackdatabase mirror configuration options in order to meet the the processing of an Incremental backupUtilize the SET WRITE SUSPEND and requirements of a specific application or restore processDBD2INIDB commands with split mirror environment including the DB2 Database Crash Recoverydatabase copies HADR_PEER_WINDOW Select an appropriate value for SOFTMAXUse the AS SNAPSHOT option of the DB2 Monitor the status of the Primary and to reduce database crash recovery timeBACKUP and RESTORE utilities Standby database using GET Configure DB2 database options toBasic Database Disaster Recovery SNAPSHOT FOR DATABASE or db2pd - support crash recovery for applicationsTechniques hadr Describe the impact of a database crashExplain setup for a Standby database at a Implement Read-only application access and restart for DB2 Utilities like LOAD,remote location to the Standby Database of an HADR REORG and IMPORTPlan for database disaster recovery using database environment DB2 Database and Table Spaceremotely mirrored disks DB2 DPF Partitioned Database Recovery RelocationDescribe the use of DB2 Replication to Considerations Use the SET TABLESPACErecover selected DB2 tables in a remote Describe the use of the Single System CONTAINERS command to define newdatabase View options for Backup of a partitioned containers during a redirected restoreDB2 High Availability Disaster Recovery database Utilize the RESTORE utility to change the(HADR) Recover a partitioned database using the database storage paths for AUTOMATICImplement HADR, including the setup of a TO END OF LOGS option of the STORAGE table spacesPrimary and Standby database ROLLFORWARD command Plan the use of redirected restore as partUse the commands START HADR, STOP Create an online Backup of a DPF of a disaster recoveryHADR, and TAKEOVER to manage an partitioned database that includes all of Describe two methods that can be used tooperational HADR system the required active logs convert a DMS table space to utilizePlan for the use of the DB2 Utilities like Implement automated archival of DB2 automatic storageLOAD, REORG, Backup and Restore in an logs in a DPF partitioned database Use the GENERATE SCRIPT option ofHADR environment Perform dropped table recovery in a DPF RESTORE to set up a command script forSelect appropriate HADR database partitioned database a redirected restore operationconfiguration options in order to meet the Use the REBUILD option of RESTORE to Copy schemas from one database torequirements of a specific application build a partial copy of a DPF Partitioned another using the TRANSPORT option ofenvironment including the database the RESTORE utilityHADR_PEER_WINDOW Describe the crash recovery processing Use db2relocatedb when moving orMonitor the status of the Primary and performed for a DPF partitioned database copying DB2 databases with non-DB2Standby database using GET SNAPSHOT Explain the use of redirected restores and utilitiesFOR DATABASE or db2pd - hadr db2relocatedb with DPF partitioned DB2 Additional Recovery FacilitiesImplement Read-only application access to databases Select the appropriate method forthe Standby Database of an HADR Use db2inidb for split mirror copies with a protecting the database from loss of logdatabase environment DPF partitioned databases fileDB2 DPF Partitioned Database Recovery Agenda Select the BACKUP Utility option toConsiderations Exercise 1: Configuring DB2 for Recovery include the required logs in an onlineDescribe the use of the Single System View Unit 2: DB2 Recovery Log Management backup imageoptions for Backup of a partitioned database Exercise 2: Managing DB2 Log Files Use the DB2 ARCHIVE LOG command toRecover a partitioned database using the Unit 3: Dropped Table Recovery make the current DB2 log available forTO END OF LOGS option of the Exercise 3: DB2 Dropped Table archivalROLLFORWARD command Recovery Implement the DB2 option for blockingCreate an online Backup of a DPF Day 2 update transactions when the log diskpartitioned database that includes all of the Exercise 4: Database Rebuild Support becomes fullrequired active logs Unit 5: Table Space Recovery Implement the DB2 Utility Throttle usingImplement automated archival of DB2 logs Exercise 5: Table Space Point-in-Time the UTIL_IMPACT_LIM Databasein a DPF partitioned database Recovery Manager configuration optionPerform dropped table recovery in a DPF Unit 6: Incremental Backup and Recovery Configure a DB2 database for automaticpartitioned database Exercise 6: Incremental Backup and backupsUse the REBUILD option of RESTORE to Restore Explain the self optimizing features of thebuild a partial copy of a DPF Partitioned Unit 7: DB2 Database Crash Recovery Backup Utilitydatabase Day 3 DB2 Recovery History FileDescribe the crash recovery processing Unit 8: DB2 Database and Table Space Use the DB2 LIST HISTORY command toperformed for a DPF partitioned database Relocation display selected information needed toExplain the use of redirected restores and Exercise 8: DB2 Table space Relocation plan database recoverydb2relocatedb with DPF partitioned Unit 9: DB2 Additional Recovery Facilities Retrieve information from the databasedatabases Exercise 9: Additional Recovery Facilities recovery history using SQLUse db2inidb for split mirror copies with a Unit 10: DB2 Recovery History File Configure a DB2 database for automatic


DPF partitioned databases Unit 11: High Availability and Split Mirror removal of database recovery objectsAgenda Database Copy including backups and archived logsExercise 1: Configuring DB2 for Recovery Day 4 Use the PRUNE HISTORY command toUnit 2: DB2 Recovery Log Management Unit 12: Basic Database Disaster remove outdated information in theExercise 2: Managing DB2 Log Files Recovery Techniques Recovery HistoryUnit 3: Dropped Table Recovery Exercise 11: DB2 Database Disaster Restore a damaged Recovery History fileExercise 3: DB2 Dropped Table Recovery Recovery using Log Shipping High Availability and Split Mirror DatabaseDay 2 Unit 13: DB2 High Availability Disaster CopyExercise 4: Database Rebuild Support Recovery (HADR) Explain the concepts involved whenUnit 5: Table Space Recovery Exercise 12: DB2 High Availability implementing the automated failover of aExercise 5: Table Space Point-in-Time Disaster Recovery (HADR) DB2 databaseRecovery Unit 14: DB2 DPF Partitioned Database Describe the integrated clusterUnit 6: Incremental Backup and Recovery Recovery configuration and management features ofExercise 6: Incremental Backup and Restore DB2Unit 7: DB2 Database Crash Recovery Discuss the concepts used by DB2Day 3 line pureScale to support High Availability for aUnit 8: DB2 Database and Table Space Explain the basic principles DB2 uses for DB2 databaseRelocation database recovery and restart Plan for using split mirror copies to createExercise 8: DB2 Table space Relocation Describe the capabilities and functional a standby database, a database snapshotUnit 9: DB2 Additional Recovery Facilities requirements of DB2 logging or a database mirrorExercise 9: Additional Recovery Facilities Select options for some of the DB2 Utilize the SET WRITE SUSPEND andUnit 10: DB2 Recovery History File database parameters that support DBD2INIDB commands with split mirrorUnit 11: High Availability and Split Mirror recovery database copiesDatabase Copy DB2 Recovery Log Management Use the AS SNAPSHOT option of the DB2Day 4 Configure the database options to BACKUP and RESTORE utilitiesUnit 12: Basic Database Disaster Recovery automate archive log management Basic Database Disaster RecoveryTechniques Implement infinite active logging to TechniquesExercise 11: DB2 Database Disaster support applications that require large Explain setup for a Standby database at aRecovery using Log Shipping amounts of logged database changes remote locationUnit 13: DB2 High Availability Disaster Describe the options provided by DB2 9 Plan for database disaster recovery usingRecovery (HADR) for Linux, UNIX, and Windows to reduce remotely mirrored disksExercise 12: DB2 High Availability Disaster log volume, including the NOT LOGGED Describe the use of DB2 Replication toRecovery (HADR) INITIALLY option recover selected DB2 tables in a remoteUnit 14: DB2 DPF Partitioned Database DB2 Dropped Table Recovery databaseRecovery Implement dropped table recovery for DB2 High Availability Disaster Recovery

selected table spaces (HADR)Use the DB2 LIST HISTORY command Implement HADR, including the setup of a

line to gather the information needed to Primary and Standby databaseExplain the basic principles DB2 uses for recover a dropped table Use the commands START HADR, STOPdatabase recovery and restart Plan and invoke the DB2 utilities involved HADR, and TAKEOVER to manage anDescribe the capabilities and functional in recovering a dropped table operational HADR systemrequirements of DB2 logging Database Rebuild Support Plan for the use of the DB2 Utilities likeSelect options for some of the DB2 Explain the capabilities of the REBUILD LOAD, REORG, Backup and Restore in andatabase parameters that support recovery option for the RESTORE command HADR environmentDB2 Recovery Log Management List the types of information included in Select appropriate HADR databaseConfigure the database options to automate each DB2 backup image and describe configuration options in order to meet thearchive log management how it is used to support rebuilding a requirements of a specific applicationImplement infinite active logging to support database environment including theapplications that require large amounts of Plan for supporting database and HADR_PEER_WINDOWlogged database changes disaster recovery scenarios using DB2 Monitor the status of the Primary andDescribe the options provided by DB2 9 for database and table space backups using Standby database using GET SNAPSHOTLinux, UNIX, and Windows to reduce log the RESTORE command with a FOR DATABASE or db2pd - hadrvolume, including the NOT LOGGED REBUILD option Implement Read-only application access toINITIALLY option Utilize LIST UTILITIES SHOW DETAIL to the Standby Database of an HADRDB2 Dropped Table Recovery monitor progress of a RESTORE Utility database environmentImplement dropped table recovery for during database rebuilding DB2 DPF Partitioned Database Recoveryselected table spaces Table Space Recovery ConsiderationsUse the DB2 LIST HISTORY command to Explain how the minimum recovery time Describe the use of the Single Systemgather the information needed to recover a for a table space may impact application View options for Backup of a partitioneddropped table point in time recovery databasePlan and invoke the DB2 utilities involved in Use the ONLINE option for RESTORE Recover a partitioned database using therecovering a dropped table and ROLLFORWARD commands to TO END OF LOGS option of theDatabase Rebuild Support recover selected table spaces with an ROLLFORWARD commandExplain the capabilities of the REBUILD active database Create an online Backup of a DPFoption for the RESTORE command DB2 Incremental Backup and Recovery partitioned database that includes all of theList the types of information included in each Implement a physical database design to required active logs


DB2 backup image and describe how it is take advantage of Incremental backups Implement automated archival of DB2 logsused to support rebuilding a database of selected table spaces in a DPF partitioned databasePlan for supporting database and disaster Utilize an Incremental restore to recover Perform dropped table recovery in a DPFrecovery scenarios using DB2 database and a DB2 database or table space from partitioned databasetable space backups using the RESTORE Incremental backup images Use the REBUILD option of RESTORE tocommand with a REBUILD option Use the LIST UTILITIES command to build a partial copy of a DPF PartitionedUtilize LIST UTILITIES SHOW DETAIL to track the processing of an Incremental databasemonitor progress of a RESTORE Utility backup or restore process Describe the crash recovery processingduring database rebuilding DB2 Database Crash Recovery performed for a DPF partitioned databaseTable Space Recovery Select an appropriate value for Explain the use of redirected restores andExplain how the minimum recovery time for SOFTMAX to reduce database crash db2relocatedb with DPF partitioneda table space may impact application point recovery time databasesin time recovery Configure DB2 database options to Use db2inidb for split mirror copies with aUse the ONLINE option for RESTORE and support crash recovery for applications DPF partitioned databasesROLLFORWARD commands to recover Describe the impact of a database crash Agendaselected table spaces with an active and restart for DB2 Utilities like LOAD, Exercise 1: Configuring DB2 for Recoverydatabase REORG and IMPORT Unit 2: DB2 Recovery Log ManagementDB2 Incremental Backup and Recovery DB2 Database and Table Space Exercise 2: Managing DB2 Log FilesImplement a physical database design to Relocation Unit 3: Dropped Table Recoverytake advantage of Incremental backups of Use the SET TABLESPACE Exercise 3: DB2 Dropped Table Recoveryselected table spaces CONTAINERS command to define new Day 2Utilize an Incremental restore to recover a containers during a redirected restore Exercise 4: Database Rebuild SupportDB2 database or table space from Utilize the RESTORE utility to change the Unit 5: Table Space RecoveryIncremental backup images database storage paths for AUTOMATIC Exercise 5: Table Space Point-in-TimeUse the LIST UTILITIES command to track STORAGE table spaces Recoverythe processing of an Incremental backup or Plan the use of redirected restore as part Unit 6: Incremental Backup and Recoveryrestore process of a disaster recovery Exercise 6: Incremental Backup andDB2 Database Crash Recovery Describe two methods that can be used RestoreSelect an appropriate value for SOFTMAX to to convert a DMS table space to utilize Unit 7: DB2 Database Crash Recoveryreduce database crash recovery time automatic storage Day 3Configure DB2 database options to support Use the GENERATE SCRIPT option of Unit 8: DB2 Database and Table Spacecrash recovery for applications RESTORE to set up a command script RelocationDescribe the impact of a database crash for a redirected restore operation Exercise 8: DB2 Table space Relocationand restart for DB2 Utilities like LOAD, Copy schemas from one database to Unit 9: DB2 Additional Recovery FacilitiesREORG and IMPORT another using the TRANSPORT option of Exercise 9: Additional Recovery FacilitiesDB2 Database and Table Space Relocation the RESTORE utility Unit 10: DB2 Recovery History FileUse the SET TABLESPACE CONTAINERS Use db2relocatedb when moving or Unit 11: High Availability and Split Mirrorcommand to define new containers during a copying DB2 databases with non-DB2 Database Copyredirected restore utilities Day 4Utilize the RESTORE utility to change the DB2 Additional Recovery Facilities Unit 12: Basic Database Disasterdatabase storage paths for AUTOMATIC Select the appropriate method for Recovery TechniquesSTORAGE table spaces protecting the database from loss of log Exercise 11: DB2 Database DisasterPlan the use of redirected restore as part of file Recovery using Log Shippinga disaster recovery Select the BACKUP Utility option to Unit 13: DB2 High Availability DisasterDescribe two methods that can be used to include the required logs in an online Recovery (HADR)convert a DMS table space to utilize backup image Exercise 12: DB2 High Availability Disasterautomatic storage Use the DB2 ARCHIVE LOG command Recovery (HADR)Use the GENERATE SCRIPT option of to make the current DB2 log available for Unit 14: DB2 DPF Partitioned DatabaseRESTORE to set up a command script for a archival Recoveryredirected restore operation Implement the DB2 option for blockingCopy schemas from one database to update transactions when the log diskanother using the TRANSPORT option of becomes full linethe RESTORE utility Implement the DB2 Utility Throttle using Explain the basic principles DB2 uses forUse db2relocatedb when moving or copying the UTIL_IMPACT_LIM Database database recovery and restartDB2 databases with non-DB2 utilities Manager configuration option Describe the capabilities and functionalDB2 Additional Recovery Facilities Configure a DB2 database for automatic requirements of DB2 loggingSelect the appropriate method for protecting backups Select options for some of the DB2the database from loss of log file Explain the self optimizing features of the database parameters that support recoverySelect the BACKUP Utility option to include Backup Utility DB2 Recovery Log Managementthe required logs in an online backup image DB2 Recovery History File Configure the database options toUse the DB2 ARCHIVE LOG command to Use the DB2 LIST HISTORY command automate archive log managementmake the current DB2 log available for to display selected information needed to Implement infinite active logging to supportarchival plan database recovery applications that require large amounts ofImplement the DB2 option for blocking Retrieve information from the database logged database changesupdate transactions when the log disk recovery history using SQL Describe the options provided by DB2 9 forbecomes full Configure a DB2 database for automatic Linux, UNIX, and Windows to reduce log


Implement the DB2 Utility Throttle using the removal of database recovery objects volume, including the NOT LOGGEDUTIL_IMPACT_LIM Database Manager including backups and archived logs INITIALLY optionconfiguration option Use the PRUNE HISTORY command to DB2 Dropped Table RecoveryConfigure a DB2 database for automatic remove outdated information in the Implement dropped table recovery forbackups Recovery History selected table spacesExplain the self optimizing features of the Restore a damaged Recovery History file Use the DB2 LIST HISTORY command toBackup Utility High Availability and Split Mirror gather the information needed to recover aDB2 Recovery History File Database Copy dropped tableUse the DB2 LIST HISTORY command to Explain the concepts involved when Plan and invoke the DB2 utilities involveddisplay selected information needed to plan implementing the automated failover of a in recovering a dropped tabledatabase recovery DB2 database Database Rebuild SupportRetrieve information from the database Describe the integrated cluster Explain the capabilities of the REBUILDrecovery history using SQL configuration and management features option for the RESTORE commandConfigure a DB2 database for automatic of DB2 List the types of information included inremoval of database recovery objects Discuss the concepts used by DB2 each DB2 backup image and describe howincluding backups and archived logs pureScale to support High Availability for it is used to support rebuilding a databaseUse the PRUNE HISTORY command to a DB2 database Plan for supporting database and disasterremove outdated information in the Plan for using split mirror copies to create recovery scenarios using DB2 databaseRecovery History a standby database, a database and table space backups using theRestore a damaged Recovery History file snapshot or a database mirror RESTORE command with a REBUILDHigh Availability and Split Mirror Database Utilize the SET WRITE SUSPEND and optionCopy DBD2INIDB commands with split mirror Utilize LIST UTILITIES SHOW DETAIL toExplain the concepts involved when database copies monitor progress of a RESTORE Utilityimplementing the automated failover of a Use the AS SNAPSHOT option of the during database rebuildingDB2 database DB2 BACKUP and RESTORE utilities Table Space RecoveryDescribe the integrated cluster configuration Basic Database Disaster Recovery Explain how the minimum recovery timeand management features of DB2 Techniques for a table space may impact applicationDiscuss the concepts used by DB2 Explain setup for a Standby database at point in time recoverypureScale to support High Availability for a a remote location Use the ONLINE option for RESTORE andDB2 database Plan for database disaster recovery using ROLLFORWARD commands to recoverPlan for using split mirror copies to create a remotely mirrored disks selected table spaces with an activestandby database, a database snapshot or a Describe the use of DB2 Replication to databasedatabase mirror recover selected DB2 tables in a remote DB2 Incremental Backup and RecoveryUtilize the SET WRITE SUSPEND and database Implement a physical database design toDBD2INIDB commands with split mirror DB2 High Availability Disaster Recovery take advantage of Incremental backups ofdatabase copies (HADR) selected table spacesUse the AS SNAPSHOT option of the DB2 Implement HADR, including the setup of Utilize an Incremental restore to recover aBACKUP and RESTORE utilities a Primary and Standby database DB2 database or table space fromBasic Database Disaster Recovery Use the commands START HADR, Incremental backup imagesTechniques STOP HADR, and TAKEOVER to Use the LIST UTILITIES command to trackExplain setup for a Standby database at a manage an operational HADR system the processing of an Incremental backupremote location Plan for the use of the DB2 Utilities like or restore processPlan for database disaster recovery using LOAD, REORG, Backup and Restore in DB2 Database Crash Recoveryremotely mirrored disks an HADR environment Select an appropriate value for SOFTMAXDescribe the use of DB2 Replication to Select appropriate HADR database to reduce database crash recovery timerecover selected DB2 tables in a remote configuration options in order to meet the Configure DB2 database options todatabase requirements of a specific application support crash recovery for applicationsDB2 High Availability Disaster Recovery environment including the Describe the impact of a database crash(HADR) HADR_PEER_WINDOW and restart for DB2 Utilities like LOAD,Implement HADR, including the setup of a Monitor the status of the Primary and REORG and IMPORTPrimary and Standby database Standby database using GET DB2 Database and Table SpaceUse the commands START HADR, STOP SNAPSHOT FOR DATABASE or db2pd - RelocationHADR, and TAKEOVER to manage an hadr Use the SET TABLESPACEoperational HADR system Implement Read-only application access CONTAINERS command to define newPlan for the use of the DB2 Utilities like to the Standby Database of an HADR containers during a redirected restoreLOAD, REORG, Backup and Restore in an database environment Utilize the RESTORE utility to change theHADR environment DB2 DPF Partitioned Database Recovery database storage paths for AUTOMATICSelect appropriate HADR database Considerations STORAGE table spacesconfiguration options in order to meet the Describe the use of the Single System Plan the use of redirected restore as partrequirements of a specific application View options for Backup of a partitioned of a disaster recoveryenvironment including the database Describe two methods that can be used toHADR_PEER_WINDOW Recover a partitioned database using the convert a DMS table space to utilizeMonitor the status of the Primary and TO END OF LOGS option of the automatic storageStandby database using GET SNAPSHOT ROLLFORWARD command Use the GENERATE SCRIPT option ofFOR DATABASE or db2pd - hadr Create an online Backup of a DPF RESTORE to set up a command script forImplement Read-only application access to partitioned database that includes all of a redirected restore operation


the Standby Database of an HADR the required active logs Copy schemas from one database todatabase environment Implement automated archival of DB2 another using the TRANSPORT option ofDB2 DPF Partitioned Database Recovery logs in a DPF partitioned database the RESTORE utilityConsiderations Perform dropped table recovery in a DPF Use db2relocatedb when moving orDescribe the use of the Single System View partitioned database copying DB2 databases with non-DB2options for Backup of a partitioned database Use the REBUILD option of RESTORE to utilitiesRecover a partitioned database using the build a partial copy of a DPF Partitioned DB2 Additional Recovery FacilitiesTO END OF LOGS option of the database Select the appropriate method forROLLFORWARD command Describe the crash recovery processing protecting the database from loss of logCreate an online Backup of a DPF performed for a DPF partitioned database filepartitioned database that includes all of the Explain the use of redirected restores and Select the BACKUP Utility option torequired active logs db2relocatedb with DPF partitioned include the required logs in an onlineImplement automated archival of DB2 logs databases backup imagein a DPF partitioned database Use db2inidb for split mirror copies with a Use the DB2 ARCHIVE LOG command toPerform dropped table recovery in a DPF DPF partitioned databases make the current DB2 log available forpartitioned database Agenda archivalUse the REBUILD option of RESTORE to Exercise 1: Configuring DB2 for Recovery Implement the DB2 option for blockingbuild a partial copy of a DPF Partitioned Unit 2: DB2 Recovery Log Management update transactions when the log diskdatabase Exercise 2: Managing DB2 Log Files becomes fullDescribe the crash recovery processing Unit 3: Dropped Table Recovery Implement the DB2 Utility Throttle usingperformed for a DPF partitioned database Exercise 3: DB2 Dropped Table the UTIL_IMPACT_LIM DatabaseExplain the use of redirected restores and Recovery Manager configuration optiondb2relocatedb with DPF partitioned Day 2 Configure a DB2 database for automaticdatabases Exercise 4: Database Rebuild Support backupsUse db2inidb for split mirror copies with a Unit 5: Table Space Recovery Explain the self optimizing features of theDPF partitioned databases Exercise 5: Table Space Point-in-Time Backup UtilityAgenda Recovery DB2 Recovery History FileExercise 1: Configuring DB2 for Recovery Unit 6: Incremental Backup and Recovery Use the DB2 LIST HISTORY command toUnit 2: DB2 Recovery Log Management Exercise 6: Incremental Backup and display selected information needed toExercise 2: Managing DB2 Log Files Restore plan database recoveryUnit 3: Dropped Table Recovery Unit 7: DB2 Database Crash Recovery Retrieve information from the databaseExercise 3: DB2 Dropped Table Recovery Day 3 recovery history using SQLDay 2 Unit 8: DB2 Database and Table Space Configure a DB2 database for automaticExercise 4: Database Rebuild Support Relocation removal of database recovery objectsUnit 5: Table Space Recovery Exercise 8: DB2 Table space Relocation including backups and archived logsExercise 5: Table Space Point-in-Time Unit 9: DB2 Additional Recovery Facilities Use the PRUNE HISTORY command toRecovery Exercise 9: Additional Recovery Facilities remove outdated information in theUnit 6: Incremental Backup and Recovery Unit 10: DB2 Recovery History File Recovery HistoryExercise 6: Incremental Backup and Restore Unit 11: High Availability and Split Mirror Restore a damaged Recovery History fileUnit 7: DB2 Database Crash Recovery Database Copy High Availability and Split Mirror DatabaseDay 3 Day 4 CopyUnit 8: DB2 Database and Table Space Unit 12: Basic Database Disaster Explain the concepts involved whenRelocation Recovery Techniques implementing the automated failover of aExercise 8: DB2 Table space Relocation Exercise 11: DB2 Database Disaster DB2 databaseUnit 9: DB2 Additional Recovery Facilities Recovery using Log Shipping Describe the integrated clusterExercise 9: Additional Recovery Facilities Unit 13: DB2 High Availability Disaster configuration and management features ofUnit 10: DB2 Recovery History File Recovery (HADR) DB2Unit 11: High Availability and Split Mirror Exercise 12: DB2 High Availability Discuss the concepts used by DB2Database Copy Disaster Recovery (HADR) pureScale to support High Availability for aDay 4 Unit 14: DB2 DPF Partitioned Database DB2 databaseUnit 12: Basic Database Disaster Recovery Recovery Plan for using split mirror copies to createTechniques a standby database, a database snapshotExercise 11: DB2 Database Disaster or a database mirrorRecovery using Log Shipping line Utilize the SET WRITE SUSPEND andUnit 13: DB2 High Availability Disaster Explain the basic principles DB2 uses for DBD2INIDB commands with split mirrorRecovery (HADR) database recovery and restart database copiesExercise 12: DB2 High Availability Disaster Describe the capabilities and functional Use the AS SNAPSHOT option of the DB2Recovery (HADR) requirements of DB2 logging BACKUP and RESTORE utilitiesUnit 14: DB2 DPF Partitioned Database Select options for some of the DB2 Basic Database Disaster RecoveryRecovery database parameters that support Techniques

recovery Explain setup for a Standby database at aDB2 Recovery Log Management remote location

line Configure the database options to Plan for database disaster recovery usingExplain the basic principles DB2 uses for automate archive log management remotely mirrored disksdatabase recovery and restart Implement infinite active logging to Describe the use of DB2 Replication toDescribe the capabilities and functional support applications that require large recover selected DB2 tables in a remote


requirements of DB2 logging amounts of logged database changes databaseSelect options for some of the DB2 Describe the options provided by DB2 9 DB2 High Availability Disaster Recoverydatabase parameters that support recovery for Linux, UNIX, and Windows to reduce (HADR)DB2 Recovery Log Management log volume, including the NOT LOGGED Implement HADR, including the setup of aConfigure the database options to automate INITIALLY option Primary and Standby databasearchive log management DB2 Dropped Table Recovery Use the commands START HADR, STOPImplement infinite active logging to support Implement dropped table recovery for HADR, and TAKEOVER to manage anapplications that require large amounts of selected table spaces operational HADR systemlogged database changes Use the DB2 LIST HISTORY command Plan for the use of the DB2 Utilities likeDescribe the options provided by DB2 9 for to gather the information needed to LOAD, REORG, Backup and Restore in anLinux, UNIX, and Windows to reduce log recover a dropped table HADR environmentvolume, including the NOT LOGGED Plan and invoke the DB2 utilities involved Select appropriate HADR databaseINITIALLY option in recovering a dropped table configuration options in order to meet theDB2 Dropped Table Recovery Database Rebuild Support requirements of a specific applicationImplement dropped table recovery for Explain the capabilities of the REBUILD environment including theselected table spaces option for the RESTORE command HADR_PEER_WINDOWUse the DB2 LIST HISTORY command to List the types of information included in Monitor the status of the Primary andgather the information needed to recover a each DB2 backup image and describe Standby database using GET SNAPSHOTdropped table how it is used to support rebuilding a FOR DATABASE or db2pd - hadrPlan and invoke the DB2 utilities involved in database Implement Read-only application access torecovering a dropped table Plan for supporting database and the Standby Database of an HADRDatabase Rebuild Support disaster recovery scenarios using DB2 database environmentExplain the capabilities of the REBUILD database and table space backups using DB2 DPF Partitioned Database Recoveryoption for the RESTORE command the RESTORE command with a ConsiderationsList the types of information included in each REBUILD option Describe the use of the Single SystemDB2 backup image and describe how it is Utilize LIST UTILITIES SHOW DETAIL to View options for Backup of a partitionedused to support rebuilding a database monitor progress of a RESTORE Utility databasePlan for supporting database and disaster during database rebuilding Recover a partitioned database using therecovery scenarios using DB2 database and Table Space Recovery TO END OF LOGS option of thetable space backups using the RESTORE Explain how the minimum recovery time ROLLFORWARD commandcommand with a REBUILD option for a table space may impact application Create an online Backup of a DPFUtilize LIST UTILITIES SHOW DETAIL to point in time recovery partitioned database that includes all of themonitor progress of a RESTORE Utility Use the ONLINE option for RESTORE required active logsduring database rebuilding and ROLLFORWARD commands to Implement automated archival of DB2 logsTable Space Recovery recover selected table spaces with an in a DPF partitioned databaseExplain how the minimum recovery time for active database Perform dropped table recovery in a DPFa table space may impact application point DB2 Incremental Backup and Recovery partitioned databasein time recovery Implement a physical database design to Use the REBUILD option of RESTORE toUse the ONLINE option for RESTORE and take advantage of Incremental backups build a partial copy of a DPF PartitionedROLLFORWARD commands to recover of selected table spaces databaseselected table spaces with an active Utilize an Incremental restore to recover Describe the crash recovery processingdatabase a DB2 database or table space from performed for a DPF partitioned databaseDB2 Incremental Backup and Recovery Incremental backup images Explain the use of redirected restores andImplement a physical database design to Use the LIST UTILITIES command to db2relocatedb with DPF partitionedtake advantage of Incremental backups of track the processing of an Incremental databasesselected table spaces backup or restore process Use db2inidb for split mirror copies with aUtilize an Incremental restore to recover a DB2 Database Crash Recovery DPF partitioned databasesDB2 database or table space from Select an appropriate value for AgendaIncremental backup images SOFTMAX to reduce database crash Exercise 1: Configuring DB2 for RecoveryUse the LIST UTILITIES command to track recovery time Unit 2: DB2 Recovery Log Managementthe processing of an Incremental backup or Configure DB2 database options to Exercise 2: Managing DB2 Log Filesrestore process support crash recovery for applications Unit 3: Dropped Table RecoveryDB2 Database Crash Recovery Describe the impact of a database crash Exercise 3: DB2 Dropped Table RecoverySelect an appropriate value for SOFTMAX to and restart for DB2 Utilities like LOAD, Day 2reduce database crash recovery time REORG and IMPORT Exercise 4: Database Rebuild SupportConfigure DB2 database options to support DB2 Database and Table Space Unit 5: Table Space Recoverycrash recovery for applications Relocation Exercise 5: Table Space Point-in-TimeDescribe the impact of a database crash Use the SET TABLESPACE Recoveryand restart for DB2 Utilities like LOAD, CONTAINERS command to define new Unit 6: Incremental Backup and RecoveryREORG and IMPORT containers during a redirected restore Exercise 6: Incremental Backup andDB2 Database and Table Space Relocation Utilize the RESTORE utility to change the RestoreUse the SET TABLESPACE CONTAINERS database storage paths for AUTOMATIC Unit 7: DB2 Database Crash Recoverycommand to define new containers during a STORAGE table spaces Day 3redirected restore Plan the use of redirected restore as part Unit 8: DB2 Database and Table SpaceUtilize the RESTORE utility to change the of a disaster recovery Relocationdatabase storage paths for AUTOMATIC Describe two methods that can be used Exercise 8: DB2 Table space Relocation


STORAGE table spaces to convert a DMS table space to utilize Unit 9: DB2 Additional Recovery FacilitiesPlan the use of redirected restore as part of automatic storage Exercise 9: Additional Recovery Facilitiesa disaster recovery Use the GENERATE SCRIPT option of Unit 10: DB2 Recovery History FileDescribe two methods that can be used to RESTORE to set up a command script Unit 11: High Availability and Split Mirrorconvert a DMS table space to utilize for a redirected restore operation Database Copyautomatic storage Copy schemas from one database to Day 4Use the GENERATE SCRIPT option of another using the TRANSPORT option of Unit 12: Basic Database DisasterRESTORE to set up a command script for a the RESTORE utility Recovery Techniquesredirected restore operation Use db2relocatedb when moving or Exercise 11: DB2 Database DisasterCopy schemas from one database to copying DB2 databases with non-DB2 Recovery using Log Shippinganother using the TRANSPORT option of utilities Unit 13: DB2 High Availability Disasterthe RESTORE utility DB2 Additional Recovery Facilities Recovery (HADR)Use db2relocatedb when moving or copying Select the appropriate method for Exercise 12: DB2 High Availability DisasterDB2 databases with non-DB2 utilities protecting the database from loss of log Recovery (HADR)DB2 Additional Recovery Facilities file Unit 14: DB2 DPF Partitioned DatabaseSelect the appropriate method for protecting Select the BACKUP Utility option to Recoverythe database from loss of log file include the required logs in an onlineSelect the BACKUP Utility option to include backup imagethe required logs in an online backup image Use the DB2 ARCHIVE LOG command lineUse the DB2 ARCHIVE LOG command to to make the current DB2 log available for Explain the basic principles DB2 uses formake the current DB2 log available for archival database recovery and restartarchival Implement the DB2 option for blocking Describe the capabilities and functionalImplement the DB2 option for blocking update transactions when the log disk requirements of DB2 loggingupdate transactions when the log disk becomes full Select options for some of the DB2becomes full Implement the DB2 Utility Throttle using database parameters that support recoveryImplement the DB2 Utility Throttle using the the UTIL_IMPACT_LIM Database DB2 Recovery Log ManagementUTIL_IMPACT_LIM Database Manager Manager configuration option Configure the database options toconfiguration option Configure a DB2 database for automatic automate archive log managementConfigure a DB2 database for automatic backups Implement infinite active logging to supportbackups Explain the self optimizing features of the applications that require large amounts ofExplain the self optimizing features of the Backup Utility logged database changesBackup Utility DB2 Recovery History File Describe the options provided by DB2 9 forDB2 Recovery History File Use the DB2 LIST HISTORY command Linux, UNIX, and Windows to reduce logUse the DB2 LIST HISTORY command to to display selected information needed to volume, including the NOT LOGGEDdisplay selected information needed to plan plan database recovery INITIALLY optiondatabase recovery Retrieve information from the database DB2 Dropped Table RecoveryRetrieve information from the database recovery history using SQL Implement dropped table recovery forrecovery history using SQL Configure a DB2 database for automatic selected table spacesConfigure a DB2 database for automatic removal of database recovery objects Use the DB2 LIST HISTORY command toremoval of database recovery objects including backups and archived logs gather the information needed to recover aincluding backups and archived logs Use the PRUNE HISTORY command to dropped tableUse the PRUNE HISTORY command to remove outdated information in the Plan and invoke the DB2 utilities involvedremove outdated information in the Recovery History in recovering a dropped tableRecovery History Restore a damaged Recovery History file Database Rebuild SupportRestore a damaged Recovery History file High Availability and Split Mirror Explain the capabilities of the REBUILDHigh Availability and Split Mirror Database Database Copy option for the RESTORE commandCopy Explain the concepts involved when List the types of information included inExplain the concepts involved when implementing the automated failover of a each DB2 backup image and describe howimplementing the automated failover of a DB2 database it is used to support rebuilding a databaseDB2 database Describe the integrated cluster Plan for supporting database and disasterDescribe the integrated cluster configuration configuration and management features recovery scenarios using DB2 databaseand management features of DB2 of DB2 and table space backups using theDiscuss the concepts used by DB2 Discuss the concepts used by DB2 RESTORE command with a REBUILDpureScale to support High Availability for a pureScale to support High Availability for optionDB2 database a DB2 database Utilize LIST UTILITIES SHOW DETAIL toPlan for using split mirror copies to create a Plan for using split mirror copies to create monitor progress of a RESTORE Utilitystandby database, a database snapshot or a a standby database, a database during database rebuildingdatabase mirror snapshot or a database mirror Table Space RecoveryUtilize the SET WRITE SUSPEND and Utilize the SET WRITE SUSPEND and Explain how the minimum recovery timeDBD2INIDB commands with split mirror DBD2INIDB commands with split mirror for a table space may impact applicationdatabase copies database copies point in time recoveryUse the AS SNAPSHOT option of the DB2 Use the AS SNAPSHOT option of the Use the ONLINE option for RESTORE andBACKUP and RESTORE utilities DB2 BACKUP and RESTORE utilities ROLLFORWARD commands to recoverBasic Database Disaster Recovery Basic Database Disaster Recovery selected table spaces with an activeTechniques Techniques databaseExplain setup for a Standby database at a Explain setup for a Standby database at DB2 Incremental Backup and Recovery


remote location a remote location Implement a physical database design toPlan for database disaster recovery using Plan for database disaster recovery using take advantage of Incremental backups ofremotely mirrored disks remotely mirrored disks selected table spacesDescribe the use of DB2 Replication to Describe the use of DB2 Replication to Utilize an Incremental restore to recover arecover selected DB2 tables in a remote recover selected DB2 tables in a remote DB2 database or table space fromdatabase database Incremental backup imagesDB2 High Availability Disaster Recovery DB2 High Availability Disaster Recovery Use the LIST UTILITIES command to track(HADR) (HADR) the processing of an Incremental backupImplement HADR, including the setup of a Implement HADR, including the setup of or restore processPrimary and Standby database a Primary and Standby database DB2 Database Crash RecoveryUse the commands START HADR, STOP Use the commands START HADR, Select an appropriate value for SOFTMAXHADR, and TAKEOVER to manage an STOP HADR, and TAKEOVER to to reduce database crash recovery timeoperational HADR system manage an operational HADR system Configure DB2 database options toPlan for the use of the DB2 Utilities like Plan for the use of the DB2 Utilities like support crash recovery for applicationsLOAD, REORG, Backup and Restore in an LOAD, REORG, Backup and Restore in Describe the impact of a database crashHADR environment an HADR environment and restart for DB2 Utilities like LOAD,Select appropriate HADR database Select appropriate HADR database REORG and IMPORTconfiguration options in order to meet the configuration options in order to meet the DB2 Database and Table Spacerequirements of a specific application requirements of a specific application Relocationenvironment including the environment including the Use the SET TABLESPACEHADR_PEER_WINDOW HADR_PEER_WINDOW CONTAINERS command to define newMonitor the status of the Primary and Monitor the status of the Primary and containers during a redirected restoreStandby database using GET SNAPSHOT Standby database using GET Utilize the RESTORE utility to change theFOR DATABASE or db2pd - hadr SNAPSHOT FOR DATABASE or db2pd - database storage paths for AUTOMATICImplement Read-only application access to hadr STORAGE table spacesthe Standby Database of an HADR Implement Read-only application access Plan the use of redirected restore as partdatabase environment to the Standby Database of an HADR of a disaster recoveryDB2 DPF Partitioned Database Recovery database environment Describe two methods that can be used toConsiderations DB2 DPF Partitioned Database Recovery convert a DMS table space to utilizeDescribe the use of the Single System View Considerations automatic storageoptions for Backup of a partitioned database Describe the use of the Single System Use the GENERATE SCRIPT option ofRecover a partitioned database using the View options for Backup of a partitioned RESTORE to set up a command script forTO END OF LOGS option of the database a redirected restore operationROLLFORWARD command Recover a partitioned database using the Copy schemas from one database toCreate an online Backup of a DPF TO END OF LOGS option of the another using the TRANSPORT option ofpartitioned database that includes all of the ROLLFORWARD command the RESTORE utilityrequired active logs Create an online Backup of a DPF Use db2relocatedb when moving orImplement automated archival of DB2 logs partitioned database that includes all of copying DB2 databases with non-DB2in a DPF partitioned database the required active logs utilitiesPerform dropped table recovery in a DPF Implement automated archival of DB2 DB2 Additional Recovery Facilitiespartitioned database logs in a DPF partitioned database Select the appropriate method forUse the REBUILD option of RESTORE to Perform dropped table recovery in a DPF protecting the database from loss of logbuild a partial copy of a DPF Partitioned partitioned database filedatabase Use the REBUILD option of RESTORE to Select the BACKUP Utility option toDescribe the crash recovery processing build a partial copy of a DPF Partitioned include the required logs in an onlineperformed for a DPF partitioned database database backup imageExplain the use of redirected restores and Describe the crash recovery processing Use the DB2 ARCHIVE LOG command todb2relocatedb with DPF partitioned performed for a DPF partitioned database make the current DB2 log available fordatabases Explain the use of redirected restores and archivalUse db2inidb for split mirror copies with a db2relocatedb with DPF partitioned Implement the DB2 option for blockingDPF partitioned databases databases update transactions when the log diskAgenda Use db2inidb for split mirror copies with a becomes fullExercise 1: Configuring DB2 for Recovery DPF partitioned databases Implement the DB2 Utility Throttle usingUnit 2: DB2 Recovery Log Management Agenda the UTIL_IMPACT_LIM DatabaseExercise 2: Managing DB2 Log Files Exercise 1: Configuring DB2 for Recovery Manager configuration optionUnit 3: Dropped Table Recovery Unit 2: DB2 Recovery Log Management Configure a DB2 database for automaticExercise 3: DB2 Dropped Table Recovery Exercise 2: Managing DB2 Log Files backupsDay 2 Unit 3: Dropped Table Recovery Explain the self optimizing features of theExercise 4: Database Rebuild Support Exercise 3: DB2 Dropped Table Backup UtilityUnit 5: Table Space Recovery Recovery DB2 Recovery History FileExercise 5: Table Space Point-in-Time Day 2 Use the DB2 LIST HISTORY command toRecovery Exercise 4: Database Rebuild Support display selected information needed toUnit 6: Incremental Backup and Recovery Unit 5: Table Space Recovery plan database recoveryExercise 6: Incremental Backup and Restore Exercise 5: Table Space Point-in-Time Retrieve information from the databaseUnit 7: DB2 Database Crash Recovery Recovery recovery history using SQLDay 3 Unit 6: Incremental Backup and Recovery Configure a DB2 database for automatic


Unit 8: DB2 Database and Table Space Exercise 6: Incremental Backup and removal of database recovery objectsRelocation Restore including backups and archived logsExercise 8: DB2 Table space Relocation Unit 7: DB2 Database Crash Recovery Use the PRUNE HISTORY command toUnit 9: DB2 Additional Recovery Facilities Day 3 remove outdated information in theExercise 9: Additional Recovery Facilities Unit 8: DB2 Database and Table Space Recovery HistoryUnit 10: DB2 Recovery History File Relocation Restore a damaged Recovery History fileUnit 11: High Availability and Split Mirror Exercise 8: DB2 Table space Relocation High Availability and Split Mirror DatabaseDatabase Copy Unit 9: DB2 Additional Recovery Facilities CopyDay 4 Exercise 9: Additional Recovery Facilities Explain the concepts involved whenUnit 12: Basic Database Disaster Recovery Unit 10: DB2 Recovery History File implementing the automated failover of aTechniques Unit 11: High Availability and Split Mirror DB2 databaseExercise 11: DB2 Database Disaster Database Copy Describe the integrated clusterRecovery using Log Shipping Day 4 configuration and management features ofUnit 13: DB2 High Availability Disaster Unit 12: Basic Database Disaster DB2Recovery (HADR) Recovery Techniques Discuss the concepts used by DB2Exercise 12: DB2 High Availability Disaster Exercise 11: DB2 Database Disaster pureScale to support High Availability for aRecovery (HADR) Recovery using Log Shipping DB2 databaseUnit 14: DB2 DPF Partitioned Database Unit 13: DB2 High Availability Disaster Plan for using split mirror copies to createRecovery Recovery (HADR) a standby database, a database snapshot

Exercise 12: DB2 High Availability or a database mirrorDisaster Recovery (HADR) Utilize the SET WRITE SUSPEND and

line Unit 14: DB2 DPF Partitioned Database DBD2INIDB commands with split mirrorState the three types of recovery support Recovery database copiesSelect the DB2 Database parameters that Use the AS SNAPSHOT option of the DB2support the DB2 logs BACKUP and RESTORE utilitiesExplain the DB2 facility to recover from an line Basic Database Disaster RecoverySQL DROP TABLE statement issued in Explain the basic principles DB2 uses for Techniqueserror database recovery and restart Explain setup for a Standby database at aReview the considerations of using standard Describe the capabilities and functional remote locationDB2 database recovery options requirements of DB2 logging Plan for database disaster recovery usingPlan for point-in-time recovery of a table Select options for some of the DB2 remotely mirrored disksspaces to support application processing database parameters that support Describe the use of DB2 Replication toerrors recovery recover selected DB2 tables in a remotePlan a database recovery strategy that DB2 Recovery Log Management databaseincludes both full and Incremental backups Configure the database options to DB2 High Availability Disaster Recoveryto reduce the duration and size of database automate archive log management (HADR)backups Implement infinite active logging to Implement HADR, including the setup of aDescribe the concepts and processing for support applications that require large Primary and Standby databaseDB2 database crash recovery amounts of logged database changes Use the commands START HADR, STOPExplain the facility of the DB2 RESTORE Describe the options provided by DB2 9 HADR, and TAKEOVER to manage ancommand to recover table spaces to for Linux, UNIX, and Windows to reduce operational HADR systemdifferent containers log volume, including the NOT LOGGED Plan for the use of the DB2 Utilities likeExplain the LOAD Utility options COPY INITIALLY option LOAD, REORG, Backup and Restore in anYES, COPY NO and NONRECOVERABLE DB2 Dropped Table Recovery HADR environmentimpact on database recovery Implement dropped table recovery for Select appropriate HADR databaseExplain the information recorded in the selected table spaces configuration options in order to meet theRecovery History file Use the DB2 LIST HISTORY command requirements of a specific applicationDescribe various techniques for supporting to gather the information needed to environment including theHigh Availability of DB2 databases recover a dropped table HADR_PEER_WINDOWDescribe the benefits and limitations of Plan and invoke the DB2 utilities involved Monitor the status of the Primary andseveral methods for supporting database in recovering a dropped table Standby database using GET SNAPSHOTdisaster recovery Database Rebuild Support FOR DATABASE or db2pd - hadrDescribe the benefits and limitations of Explain the capabilities of the REBUILD Implement Read-only application access toimplementing High Availability Disaster option for the RESTORE command the Standby Database of an HADRRecovery (HADR) List the types of information included in database environmentExplain database recovery facilities in a DB2 each DB2 backup image and describe DB2 DPF Partitioned Database RecoveryDPF partitioned database how it is used to support rebuilding a ConsiderationsDay 1 database Describe the use of the Single SystemUnit 1: DB2 Database Recovery Review Plan for supporting database and View options for Backup of a partitionedUnit 4: Database Rebuild Support disaster recovery scenarios using DB2 databaseExercise 7: Database Crash Recovery database and table space backups using Recover a partitioned database using theExercise 10: DB2 High Availability using split the RESTORE command with a TO END OF LOGS option of themirror copies REBUILD option ROLLFORWARD command

Utilize LIST UTILITIES SHOW DETAIL to Create an online Backup of a DPFmonitor progress of a RESTORE Utility partitioned database that includes all of the

line during database rebuilding required active logs


Explain the basic principles DB2 uses for Table Space Recovery Implement automated archival of DB2 logsdatabase recovery and restart Explain how the minimum recovery time in a DPF partitioned databaseDescribe the capabilities and functional for a table space may impact application Perform dropped table recovery in a DPFrequirements of DB2 logging point in time recovery partitioned databaseSelect options for some of the DB2 Use the ONLINE option for RESTORE Use the REBUILD option of RESTORE todatabase parameters that support recovery and ROLLFORWARD commands to build a partial copy of a DPF PartitionedDB2 Recovery Log Management recover selected table spaces with an databaseConfigure the database options to automate active database Describe the crash recovery processingarchive log management DB2 Incremental Backup and Recovery performed for a DPF partitioned databaseImplement infinite active logging to support Implement a physical database design to Explain the use of redirected restores andapplications that require large amounts of take advantage of Incremental backups db2relocatedb with DPF partitionedlogged database changes of selected table spaces databasesDescribe the options provided by DB2 9 for Utilize an Incremental restore to recover Use db2inidb for split mirror copies with aLinux, UNIX, and Windows to reduce log a DB2 database or table space from DPF partitioned databasesvolume, including the NOT LOGGED Incremental backup images AgendaINITIALLY option Use the LIST UTILITIES command to Exercise 1: Configuring DB2 for RecoveryDB2 Dropped Table Recovery track the processing of an Incremental Unit 2: DB2 Recovery Log ManagementImplement dropped table recovery for backup or restore process Exercise 2: Managing DB2 Log Filesselected table spaces DB2 Database Crash Recovery Unit 3: Dropped Table RecoveryUse the DB2 LIST HISTORY command to Select an appropriate value for Exercise 3: DB2 Dropped Table Recoverygather the information needed to recover a SOFTMAX to reduce database crash Day 2dropped table recovery time Exercise 4: Database Rebuild SupportPlan and invoke the DB2 utilities involved in Configure DB2 database options to Unit 5: Table Space Recoveryrecovering a dropped table support crash recovery for applications Exercise 5: Table Space Point-in-TimeDatabase Rebuild Support Describe the impact of a database crash RecoveryExplain the capabilities of the REBUILD and restart for DB2 Utilities like LOAD, Unit 6: Incremental Backup and Recoveryoption for the RESTORE command REORG and IMPORT Exercise 6: Incremental Backup andList the types of information included in each DB2 Database and Table Space RestoreDB2 backup image and describe how it is Relocation Unit 7: DB2 Database Crash Recoveryused to support rebuilding a database Use the SET TABLESPACE Day 3Plan for supporting database and disaster CONTAINERS command to define new Unit 8: DB2 Database and Table Spacerecovery scenarios using DB2 database and containers during a redirected restore Relocationtable space backups using the RESTORE Utilize the RESTORE utility to change the Exercise 8: DB2 Table space Relocationcommand with a REBUILD option database storage paths for AUTOMATIC Unit 9: DB2 Additional Recovery FacilitiesUtilize LIST UTILITIES SHOW DETAIL to STORAGE table spaces Exercise 9: Additional Recovery Facilitiesmonitor progress of a RESTORE Utility Plan the use of redirected restore as part Unit 10: DB2 Recovery History Fileduring database rebuilding of a disaster recovery Unit 11: High Availability and Split MirrorTable Space Recovery Describe two methods that can be used Database CopyExplain how the minimum recovery time for to convert a DMS table space to utilize Day 4a table space may impact application point automatic storage Unit 12: Basic Database Disasterin time recovery Use the GENERATE SCRIPT option of Recovery TechniquesUse the ONLINE option for RESTORE and RESTORE to set up a command script Exercise 11: DB2 Database DisasterROLLFORWARD commands to recover for a redirected restore operation Recovery using Log Shippingselected table spaces with an active Copy schemas from one database to Unit 13: DB2 High Availability Disasterdatabase another using the TRANSPORT option of Recovery (HADR)DB2 Incremental Backup and Recovery the RESTORE utility Exercise 12: DB2 High Availability DisasterImplement a physical database design to Use db2relocatedb when moving or Recovery (HADR)take advantage of Incremental backups of copying DB2 databases with non-DB2 Unit 14: DB2 DPF Partitioned Databaseselected table spaces utilities RecoveryUtilize an Incremental restore to recover a DB2 Additional Recovery FacilitiesDB2 database or table space from Select the appropriate method forIncremental backup images protecting the database from loss of log lineUse the LIST UTILITIES command to track file Explain the basic principles DB2 uses forthe processing of an Incremental backup or Select the BACKUP Utility option to database recovery and restartrestore process include the required logs in an online Describe the capabilities and functionalDB2 Database Crash Recovery backup image requirements of DB2 loggingSelect an appropriate value for SOFTMAX to Use the DB2 ARCHIVE LOG command Select options for some of the DB2reduce database crash recovery time to make the current DB2 log available for database parameters that support recoveryConfigure DB2 database options to support archival DB2 Recovery Log Managementcrash recovery for applications Implement the DB2 option for blocking Configure the database options toDescribe the impact of a database crash update transactions when the log disk automate archive log managementand restart for DB2 Utilities like LOAD, becomes full Implement infinite active logging to supportREORG and IMPORT Implement the DB2 Utility Throttle using applications that require large amounts ofDB2 Database and Table Space Relocation the UTIL_IMPACT_LIM Database logged database changesUse the SET TABLESPACE CONTAINERS Manager configuration option Describe the options provided by DB2 9 forcommand to define new containers during a Configure a DB2 database for automatic Linux, UNIX, and Windows to reduce log


redirected restore backups volume, including the NOT LOGGEDUtilize the RESTORE utility to change the Explain the self optimizing features of the INITIALLY optiondatabase storage paths for AUTOMATIC Backup Utility DB2 Dropped Table RecoverySTORAGE table spaces DB2 Recovery History File Implement dropped table recovery forPlan the use of redirected restore as part of Use the DB2 LIST HISTORY command selected table spacesa disaster recovery to display selected information needed to Use the DB2 LIST HISTORY command toDescribe two methods that can be used to plan database recovery gather the information needed to recover aconvert a DMS table space to utilize Retrieve information from the database dropped tableautomatic storage recovery history using SQL Plan and invoke the DB2 utilities involvedUse the GENERATE SCRIPT option of Configure a DB2 database for automatic in recovering a dropped tableRESTORE to set up a command script for a removal of database recovery objects Database Rebuild Supportredirected restore operation including backups and archived logs Explain the capabilities of the REBUILDCopy schemas from one database to Use the PRUNE HISTORY command to option for the RESTORE commandanother using the TRANSPORT option of remove outdated information in the List the types of information included inthe RESTORE utility Recovery History each DB2 backup image and describe howUse db2relocatedb when moving or copying Restore a damaged Recovery History file it is used to support rebuilding a databaseDB2 databases with non-DB2 utilities High Availability and Split Mirror Plan for supporting database and disasterDB2 Additional Recovery Facilities Database Copy recovery scenarios using DB2 databaseSelect the appropriate method for protecting Explain the concepts involved when and table space backups using thethe database from loss of log file implementing the automated failover of a RESTORE command with a REBUILDSelect the BACKUP Utility option to include DB2 database optionthe required logs in an online backup image Describe the integrated cluster Utilize LIST UTILITIES SHOW DETAIL toUse the DB2 ARCHIVE LOG command to configuration and management features monitor progress of a RESTORE Utilitymake the current DB2 log available for of DB2 during database rebuildingarchival Discuss the concepts used by DB2 Table Space RecoveryImplement the DB2 option for blocking pureScale to support High Availability for Explain how the minimum recovery timeupdate transactions when the log disk a DB2 database for a table space may impact applicationbecomes full Plan for using split mirror copies to create point in time recoveryImplement the DB2 Utility Throttle using the a standby database, a database Use the ONLINE option for RESTORE andUTIL_IMPACT_LIM Database Manager snapshot or a database mirror ROLLFORWARD commands to recoverconfiguration option Utilize the SET WRITE SUSPEND and selected table spaces with an activeConfigure a DB2 database for automatic DBD2INIDB commands with split mirror databasebackups database copies DB2 Incremental Backup and RecoveryExplain the self optimizing features of the Use the AS SNAPSHOT option of the Implement a physical database design toBackup Utility DB2 BACKUP and RESTORE utilities take advantage of Incremental backups ofDB2 Recovery History File Basic Database Disaster Recovery selected table spacesUse the DB2 LIST HISTORY command to Techniques Utilize an Incremental restore to recover adisplay selected information needed to plan Explain setup for a Standby database at DB2 database or table space fromdatabase recovery a remote location Incremental backup imagesRetrieve information from the database Plan for database disaster recovery using Use the LIST UTILITIES command to trackrecovery history using SQL remotely mirrored disks the processing of an Incremental backupConfigure a DB2 database for automatic Describe the use of DB2 Replication to or restore processremoval of database recovery objects recover selected DB2 tables in a remote DB2 Database Crash Recoveryincluding backups and archived logs database Select an appropriate value for SOFTMAXUse the PRUNE HISTORY command to DB2 High Availability Disaster Recovery to reduce database crash recovery timeremove outdated information in the (HADR) Configure DB2 database options toRecovery History Implement HADR, including the setup of support crash recovery for applicationsRestore a damaged Recovery History file a Primary and Standby database Describe the impact of a database crashHigh Availability and Split Mirror Database Use the commands START HADR, and restart for DB2 Utilities like LOAD,Copy STOP HADR, and TAKEOVER to REORG and IMPORTExplain the concepts involved when manage an operational HADR system DB2 Database and Table Spaceimplementing the automated failover of a Plan for the use of the DB2 Utilities like RelocationDB2 database LOAD, REORG, Backup and Restore in Use the SET TABLESPACEDescribe the integrated cluster configuration an HADR environment CONTAINERS command to define newand management features of DB2 Select appropriate HADR database containers during a redirected restoreDiscuss the concepts used by DB2 configuration options in order to meet the Utilize the RESTORE utility to change thepureScale to support High Availability for a requirements of a specific application database storage paths for AUTOMATICDB2 database environment including the STORAGE table spacesPlan for using split mirror copies to create a HADR_PEER_WINDOW Plan the use of redirected restore as partstandby database, a database snapshot or a Monitor the status of the Primary and of a disaster recoverydatabase mirror Standby database using GET Describe two methods that can be used toUtilize the SET WRITE SUSPEND and SNAPSHOT FOR DATABASE or db2pd - convert a DMS table space to utilizeDBD2INIDB commands with split mirror hadr automatic storagedatabase copies Implement Read-only application access Use the GENERATE SCRIPT option ofUse the AS SNAPSHOT option of the DB2 to the Standby Database of an HADR RESTORE to set up a command script forBACKUP and RESTORE utilities database environment a redirected restore operation


Basic Database Disaster Recovery DB2 DPF Partitioned Database Recovery Copy schemas from one database toTechniques Considerations another using the TRANSPORT option ofExplain setup for a Standby database at a Describe the use of the Single System the RESTORE utilityremote location View options for Backup of a partitioned Use db2relocatedb when moving orPlan for database disaster recovery using database copying DB2 databases with non-DB2remotely mirrored disks Recover a partitioned database using the utilitiesDescribe the use of DB2 Replication to TO END OF LOGS option of the DB2 Additional Recovery Facilitiesrecover selected DB2 tables in a remote ROLLFORWARD command Select the appropriate method fordatabase Create an online Backup of a DPF protecting the database from loss of logDB2 High Availability Disaster Recovery partitioned database that includes all of file(HADR) the required active logs Select the BACKUP Utility option toImplement HADR, including the setup of a Implement automated archival of DB2 include the required logs in an onlinePrimary and Standby database logs in a DPF partitioned database backup imageUse the commands START HADR, STOP Perform dropped table recovery in a DPF Use the DB2 ARCHIVE LOG command toHADR, and TAKEOVER to manage an partitioned database make the current DB2 log available foroperational HADR system Use the REBUILD option of RESTORE to archivalPlan for the use of the DB2 Utilities like build a partial copy of a DPF Partitioned Implement the DB2 option for blockingLOAD, REORG, Backup and Restore in an database update transactions when the log diskHADR environment Describe the crash recovery processing becomes fullSelect appropriate HADR database performed for a DPF partitioned database Implement the DB2 Utility Throttle usingconfiguration options in order to meet the Explain the use of redirected restores and the UTIL_IMPACT_LIM Databaserequirements of a specific application db2relocatedb with DPF partitioned Manager configuration optionenvironment including the databases Configure a DB2 database for automaticHADR_PEER_WINDOW Use db2inidb for split mirror copies with a backupsMonitor the status of the Primary and DPF partitioned databases Explain the self optimizing features of theStandby database using GET SNAPSHOT Agenda Backup UtilityFOR DATABASE or db2pd - hadr Exercise 1: Configuring DB2 for Recovery DB2 Recovery History FileImplement Read-only application access to Unit 2: DB2 Recovery Log Management Use the DB2 LIST HISTORY command tothe Standby Database of an HADR Exercise 2: Managing DB2 Log Files display selected information needed todatabase environment Unit 3: Dropped Table Recovery plan database recoveryDB2 DPF Partitioned Database Recovery Exercise 3: DB2 Dropped Table Retrieve information from the databaseConsiderations Recovery recovery history using SQLDescribe the use of the Single System View Day 2 Configure a DB2 database for automaticoptions for Backup of a partitioned database Exercise 4: Database Rebuild Support removal of database recovery objectsRecover a partitioned database using the Unit 5: Table Space Recovery including backups and archived logsTO END OF LOGS option of the Exercise 5: Table Space Point-in-Time Use the PRUNE HISTORY command toROLLFORWARD command Recovery remove outdated information in theCreate an online Backup of a DPF Unit 6: Incremental Backup and Recovery Recovery Historypartitioned database that includes all of the Exercise 6: Incremental Backup and Restore a damaged Recovery History filerequired active logs Restore High Availability and Split Mirror DatabaseImplement automated archival of DB2 logs Unit 7: DB2 Database Crash Recovery Copyin a DPF partitioned database Day 3 Explain the concepts involved whenPerform dropped table recovery in a DPF Unit 8: DB2 Database and Table Space implementing the automated failover of apartitioned database Relocation DB2 databaseUse the REBUILD option of RESTORE to Exercise 8: DB2 Table space Relocation Describe the integrated clusterbuild a partial copy of a DPF Partitioned Unit 9: DB2 Additional Recovery Facilities configuration and management features ofdatabase Exercise 9: Additional Recovery Facilities DB2Describe the crash recovery processing Unit 10: DB2 Recovery History File Discuss the concepts used by DB2performed for a DPF partitioned database Unit 11: High Availability and Split Mirror pureScale to support High Availability for aExplain the use of redirected restores and Database Copy DB2 databasedb2relocatedb with DPF partitioned Day 4 Plan for using split mirror copies to createdatabases Unit 12: Basic Database Disaster a standby database, a database snapshotUse db2inidb for split mirror copies with a Recovery Techniques or a database mirrorDPF partitioned databases Exercise 11: DB2 Database Disaster Utilize the SET WRITE SUSPEND andAgenda Recovery using Log Shipping DBD2INIDB commands with split mirrorExercise 1: Configuring DB2 for Recovery Unit 13: DB2 High Availability Disaster database copiesUnit 2: DB2 Recovery Log Management Recovery (HADR) Use the AS SNAPSHOT option of the DB2Exercise 2: Managing DB2 Log Files Exercise 12: DB2 High Availability BACKUP and RESTORE utilitiesUnit 3: Dropped Table Recovery Disaster Recovery (HADR) Basic Database Disaster RecoveryExercise 3: DB2 Dropped Table Recovery Unit 14: DB2 DPF Partitioned Database TechniquesDay 2 Recovery Explain setup for a Standby database at aExercise 4: Database Rebuild Support remote locationUnit 5: Table Space Recovery Plan for database disaster recovery usingExercise 5: Table Space Point-in-Time line remotely mirrored disksRecovery State the three types of recovery support Describe the use of DB2 Replication toUnit 6: Incremental Backup and Recovery Select the DB2 Database parameters recover selected DB2 tables in a remote


Exercise 6: Incremental Backup and Restore that support the DB2 logs databaseUnit 7: DB2 Database Crash Recovery Explain the DB2 facility to recover from DB2 High Availability Disaster RecoveryDay 3 an SQL DROP TABLE statement issued (HADR)Unit 8: DB2 Database and Table Space in error Implement HADR, including the setup of aRelocation Review the considerations of using Primary and Standby databaseExercise 8: DB2 Table space Relocation standard DB2 database recovery options Use the commands START HADR, STOPUnit 9: DB2 Additional Recovery Facilities Plan for point-in-time recovery of a table HADR, and TAKEOVER to manage anExercise 9: Additional Recovery Facilities spaces to support application processing operational HADR systemUnit 10: DB2 Recovery History File errors Plan for the use of the DB2 Utilities likeUnit 11: High Availability and Split Mirror Plan a database recovery strategy that LOAD, REORG, Backup and Restore in anDatabase Copy includes both full and Incremental HADR environmentDay 4 backups to reduce the duration and size Select appropriate HADR databaseUnit 12: Basic Database Disaster Recovery of database backups configuration options in order to meet theTechniques Describe the concepts and processing for requirements of a specific applicationExercise 11: DB2 Database Disaster DB2 database crash recovery environment including theRecovery using Log Shipping Explain the facility of the DB2 RESTORE HADR_PEER_WINDOWUnit 13: DB2 High Availability Disaster command to recover table spaces to Monitor the status of the Primary andRecovery (HADR) different containers Standby database using GET SNAPSHOTExercise 12: DB2 High Availability Disaster Explain the LOAD Utility options COPY FOR DATABASE or db2pd - hadrRecovery (HADR) YES, COPY NO and Implement Read-only application access toUnit 14: DB2 DPF Partitioned Database NONRECOVERABLE impact on the Standby Database of an HADRRecovery database recovery database environment

Explain the information recorded in the DB2 DPF Partitioned Database RecoveryRecovery History file Considerations

line Describe various techniques for Describe the use of the Single SystemExplain the basic principles DB2 uses for supporting High Availability of DB2 View options for Backup of a partitioneddatabase recovery and restart databases databaseDescribe the capabilities and functional Describe the benefits and limitations of Recover a partitioned database using therequirements of DB2 logging several methods for supporting database TO END OF LOGS option of theSelect options for some of the DB2 disaster recovery ROLLFORWARD commanddatabase parameters that support recovery Describe the benefits and limitations of Create an online Backup of a DPFDB2 Recovery Log Management implementing High Availability Disaster partitioned database that includes all of theConfigure the database options to automate Recovery (HADR) required active logsarchive log management Explain database recovery facilities in a Implement automated archival of DB2 logsImplement infinite active logging to support DB2 DPF partitioned database in a DPF partitioned databaseapplications that require large amounts of Day 1 Perform dropped table recovery in a DPFlogged database changes Unit 1: DB2 Database Recovery Review partitioned databaseDescribe the options provided by DB2 9 for Unit 4: Database Rebuild Support Use the REBUILD option of RESTORE toLinux, UNIX, and Windows to reduce log Exercise 7: Database Crash Recovery build a partial copy of a DPF Partitionedvolume, including the NOT LOGGED Exercise 10: DB2 High Availability using databaseINITIALLY option split mirror copies Describe the crash recovery processingDB2 Dropped Table Recovery performed for a DPF partitioned databaseImplement dropped table recovery for Explain the use of redirected restores andselected table spaces line db2relocatedb with DPF partitionedUse the DB2 LIST HISTORY command to Explain the basic principles DB2 uses for databasesgather the information needed to recover a database recovery and restart Use db2inidb for split mirror copies with adropped table Describe the capabilities and functional DPF partitioned databasesPlan and invoke the DB2 utilities involved in requirements of DB2 logging Agendarecovering a dropped table Select options for some of the DB2 Exercise 1: Configuring DB2 for RecoveryDatabase Rebuild Support database parameters that support Unit 2: DB2 Recovery Log ManagementExplain the capabilities of the REBUILD recovery Exercise 2: Managing DB2 Log Filesoption for the RESTORE command DB2 Recovery Log Management Unit 3: Dropped Table RecoveryList the types of information included in each Configure the database options to Exercise 3: DB2 Dropped Table RecoveryDB2 backup image and describe how it is automate archive log management Day 2used to support rebuilding a database Implement infinite active logging to Exercise 4: Database Rebuild SupportPlan for supporting database and disaster support applications that require large Unit 5: Table Space Recoveryrecovery scenarios using DB2 database and amounts of logged database changes Exercise 5: Table Space Point-in-Timetable space backups using the RESTORE Describe the options provided by DB2 9 Recoverycommand with a REBUILD option for Linux, UNIX, and Windows to reduce Unit 6: Incremental Backup and RecoveryUtilize LIST UTILITIES SHOW DETAIL to log volume, including the NOT LOGGED Exercise 6: Incremental Backup andmonitor progress of a RESTORE Utility INITIALLY option Restoreduring database rebuilding DB2 Dropped Table Recovery Unit 7: DB2 Database Crash RecoveryTable Space Recovery Implement dropped table recovery for Day 3Explain how the minimum recovery time for selected table spaces Unit 8: DB2 Database and Table Spacea table space may impact application point Use the DB2 LIST HISTORY command Relocationin time recovery to gather the information needed to Exercise 8: DB2 Table space Relocation


Use the ONLINE option for RESTORE and recover a dropped table Unit 9: DB2 Additional Recovery FacilitiesROLLFORWARD commands to recover Plan and invoke the DB2 utilities involved Exercise 9: Additional Recovery Facilitiesselected table spaces with an active in recovering a dropped table Unit 10: DB2 Recovery History Filedatabase Database Rebuild Support Unit 11: High Availability and Split MirrorDB2 Incremental Backup and Recovery Explain the capabilities of the REBUILD Database CopyImplement a physical database design to option for the RESTORE command Day 4take advantage of Incremental backups of List the types of information included in Unit 12: Basic Database Disasterselected table spaces each DB2 backup image and describe Recovery TechniquesUtilize an Incremental restore to recover a how it is used to support rebuilding a Exercise 11: DB2 Database DisasterDB2 database or table space from database Recovery using Log ShippingIncremental backup images Plan for supporting database and Unit 13: DB2 High Availability DisasterUse the LIST UTILITIES command to track disaster recovery scenarios using DB2 Recovery (HADR)the processing of an Incremental backup or database and table space backups using Exercise 12: DB2 High Availability Disasterrestore process the RESTORE command with a Recovery (HADR)DB2 Database Crash Recovery REBUILD option Unit 14: DB2 DPF Partitioned DatabaseSelect an appropriate value for SOFTMAX to Utilize LIST UTILITIES SHOW DETAIL to Recoveryreduce database crash recovery time monitor progress of a RESTORE UtilityConfigure DB2 database options to support during database rebuildingcrash recovery for applications Table Space Recovery lineDescribe the impact of a database crash Explain how the minimum recovery time Explain the basic principles DB2 uses forand restart for DB2 Utilities like LOAD, for a table space may impact application database recovery and restartREORG and IMPORT point in time recovery Describe the capabilities and functionalDB2 Database and Table Space Relocation Use the ONLINE option for RESTORE requirements of DB2 loggingUse the SET TABLESPACE CONTAINERS and ROLLFORWARD commands to Select options for some of the DB2command to define new containers during a recover selected table spaces with an database parameters that support recoveryredirected restore active database DB2 Recovery Log ManagementUtilize the RESTORE utility to change the DB2 Incremental Backup and Recovery Configure the database options todatabase storage paths for AUTOMATIC Implement a physical database design to automate archive log managementSTORAGE table spaces take advantage of Incremental backups Implement infinite active logging to supportPlan the use of redirected restore as part of of selected table spaces applications that require large amounts ofa disaster recovery Utilize an Incremental restore to recover logged database changesDescribe two methods that can be used to a DB2 database or table space from Describe the options provided by DB2 9 forconvert a DMS table space to utilize Incremental backup images Linux, UNIX, and Windows to reduce logautomatic storage Use the LIST UTILITIES command to volume, including the NOT LOGGEDUse the GENERATE SCRIPT option of track the processing of an Incremental INITIALLY optionRESTORE to set up a command script for a backup or restore process DB2 Dropped Table Recoveryredirected restore operation DB2 Database Crash Recovery Implement dropped table recovery forCopy schemas from one database to Select an appropriate value for selected table spacesanother using the TRANSPORT option of SOFTMAX to reduce database crash Use the DB2 LIST HISTORY command tothe RESTORE utility recovery time gather the information needed to recover aUse db2relocatedb when moving or copying Configure DB2 database options to dropped tableDB2 databases with non-DB2 utilities support crash recovery for applications Plan and invoke the DB2 utilities involvedDB2 Additional Recovery Facilities Describe the impact of a database crash in recovering a dropped tableSelect the appropriate method for protecting and restart for DB2 Utilities like LOAD, Database Rebuild Supportthe database from loss of log file REORG and IMPORT Explain the capabilities of the REBUILDSelect the BACKUP Utility option to include DB2 Database and Table Space option for the RESTORE commandthe required logs in an online backup image Relocation List the types of information included inUse the DB2 ARCHIVE LOG command to Use the SET TABLESPACE each DB2 backup image and describe howmake the current DB2 log available for CONTAINERS command to define new it is used to support rebuilding a databasearchival containers during a redirected restore Plan for supporting database and disasterImplement the DB2 option for blocking Utilize the RESTORE utility to change the recovery scenarios using DB2 databaseupdate transactions when the log disk database storage paths for AUTOMATIC and table space backups using thebecomes full STORAGE table spaces RESTORE command with a REBUILDImplement the DB2 Utility Throttle using the Plan the use of redirected restore as part optionUTIL_IMPACT_LIM Database Manager of a disaster recovery Utilize LIST UTILITIES SHOW DETAIL toconfiguration option Describe two methods that can be used monitor progress of a RESTORE UtilityConfigure a DB2 database for automatic to convert a DMS table space to utilize during database rebuildingbackups automatic storage Table Space RecoveryExplain the self optimizing features of the Use the GENERATE SCRIPT option of Explain how the minimum recovery timeBackup Utility RESTORE to set up a command script for a table space may impact applicationDB2 Recovery History File for a redirected restore operation point in time recoveryUse the DB2 LIST HISTORY command to Copy schemas from one database to Use the ONLINE option for RESTORE anddisplay selected information needed to plan another using the TRANSPORT option of ROLLFORWARD commands to recoverdatabase recovery the RESTORE utility selected table spaces with an activeRetrieve information from the database Use db2relocatedb when moving or databaserecovery history using SQL copying DB2 databases with non-DB2 DB2 Incremental Backup and Recovery


Configure a DB2 database for automatic utilities Implement a physical database design toremoval of database recovery objects DB2 Additional Recovery Facilities take advantage of Incremental backups ofincluding backups and archived logs Select the appropriate method for selected table spacesUse the PRUNE HISTORY command to protecting the database from loss of log Utilize an Incremental restore to recover aremove outdated information in the file DB2 database or table space fromRecovery History Select the BACKUP Utility option to Incremental backup imagesRestore a damaged Recovery History file include the required logs in an online Use the LIST UTILITIES command to trackHigh Availability and Split Mirror Database backup image the processing of an Incremental backupCopy Use the DB2 ARCHIVE LOG command or restore processExplain the concepts involved when to make the current DB2 log available for DB2 Database Crash Recoveryimplementing the automated failover of a archival Select an appropriate value for SOFTMAXDB2 database Implement the DB2 option for blocking to reduce database crash recovery timeDescribe the integrated cluster configuration update transactions when the log disk Configure DB2 database options toand management features of DB2 becomes full support crash recovery for applicationsDiscuss the concepts used by DB2 Implement the DB2 Utility Throttle using Describe the impact of a database crashpureScale to support High Availability for a the UTIL_IMPACT_LIM Database and restart for DB2 Utilities like LOAD,DB2 database Manager configuration option REORG and IMPORTPlan for using split mirror copies to create a Configure a DB2 database for automatic DB2 Database and Table Spacestandby database, a database snapshot or a backups Relocationdatabase mirror Explain the self optimizing features of the Use the SET TABLESPACEUtilize the SET WRITE SUSPEND and Backup Utility CONTAINERS command to define newDBD2INIDB commands with split mirror DB2 Recovery History File containers during a redirected restoredatabase copies Use the DB2 LIST HISTORY command Utilize the RESTORE utility to change theUse the AS SNAPSHOT option of the DB2 to display selected information needed to database storage paths for AUTOMATICBACKUP and RESTORE utilities plan database recovery STORAGE table spacesBasic Database Disaster Recovery Retrieve information from the database Plan the use of redirected restore as partTechniques recovery history using SQL of a disaster recoveryExplain setup for a Standby database at a Configure a DB2 database for automatic Describe two methods that can be used toremote location removal of database recovery objects convert a DMS table space to utilizePlan for database disaster recovery using including backups and archived logs automatic storageremotely mirrored disks Use the PRUNE HISTORY command to Use the GENERATE SCRIPT option ofDescribe the use of DB2 Replication to remove outdated information in the RESTORE to set up a command script forrecover selected DB2 tables in a remote Recovery History a redirected restore operationdatabase Restore a damaged Recovery History file Copy schemas from one database toDB2 High Availability Disaster Recovery High Availability and Split Mirror another using the TRANSPORT option of(HADR) Database Copy the RESTORE utilityImplement HADR, including the setup of a Explain the concepts involved when Use db2relocatedb when moving orPrimary and Standby database implementing the automated failover of a copying DB2 databases with non-DB2Use the commands START HADR, STOP DB2 database utilitiesHADR, and TAKEOVER to manage an Describe the integrated cluster DB2 Additional Recovery Facilitiesoperational HADR system configuration and management features Select the appropriate method forPlan for the use of the DB2 Utilities like of DB2 protecting the database from loss of logLOAD, REORG, Backup and Restore in an Discuss the concepts used by DB2 fileHADR environment pureScale to support High Availability for Select the BACKUP Utility option toSelect appropriate HADR database a DB2 database include the required logs in an onlineconfiguration options in order to meet the Plan for using split mirror copies to create backup imagerequirements of a specific application a standby database, a database Use the DB2 ARCHIVE LOG command toenvironment including the snapshot or a database mirror make the current DB2 log available forHADR_PEER_WINDOW Utilize the SET WRITE SUSPEND and archivalMonitor the status of the Primary and DBD2INIDB commands with split mirror Implement the DB2 option for blockingStandby database using GET SNAPSHOT database copies update transactions when the log diskFOR DATABASE or db2pd - hadr Use the AS SNAPSHOT option of the becomes fullImplement Read-only application access to DB2 BACKUP and RESTORE utilities Implement the DB2 Utility Throttle usingthe Standby Database of an HADR Basic Database Disaster Recovery the UTIL_IMPACT_LIM Databasedatabase environment Techniques Manager configuration optionDB2 DPF Partitioned Database Recovery Explain setup for a Standby database at Configure a DB2 database for automaticConsiderations a remote location backupsDescribe the use of the Single System View Plan for database disaster recovery using Explain the self optimizing features of theoptions for Backup of a partitioned database remotely mirrored disks Backup UtilityRecover a partitioned database using the Describe the use of DB2 Replication to DB2 Recovery History FileTO END OF LOGS option of the recover selected DB2 tables in a remote Use the DB2 LIST HISTORY command toROLLFORWARD command database display selected information needed toCreate an online Backup of a DPF DB2 High Availability Disaster Recovery plan database recoverypartitioned database that includes all of the (HADR) Retrieve information from the databaserequired active logs Implement HADR, including the setup of recovery history using SQLImplement automated archival of DB2 logs a Primary and Standby database Configure a DB2 database for automatic


in a DPF partitioned database Use the commands START HADR, removal of database recovery objectsPerform dropped table recovery in a DPF STOP HADR, and TAKEOVER to including backups and archived logspartitioned database manage an operational HADR system Use the PRUNE HISTORY command toUse the REBUILD option of RESTORE to Plan for the use of the DB2 Utilities like remove outdated information in thebuild a partial copy of a DPF Partitioned LOAD, REORG, Backup and Restore in Recovery Historydatabase an HADR environment Restore a damaged Recovery History fileDescribe the crash recovery processing Select appropriate HADR database High Availability and Split Mirror Databaseperformed for a DPF partitioned database configuration options in order to meet the CopyExplain the use of redirected restores and requirements of a specific application Explain the concepts involved whendb2relocatedb with DPF partitioned environment including the implementing the automated failover of adatabases HADR_PEER_WINDOW DB2 databaseUse db2inidb for split mirror copies with a Monitor the status of the Primary and Describe the integrated clusterDPF partitioned databases Standby database using GET configuration and management features ofAgenda SNAPSHOT FOR DATABASE or db2pd - DB2Exercise 1: Configuring DB2 for Recovery hadr Discuss the concepts used by DB2Unit 2: DB2 Recovery Log Management Implement Read-only application access pureScale to support High Availability for aExercise 2: Managing DB2 Log Files to the Standby Database of an HADR DB2 databaseUnit 3: Dropped Table Recovery database environment Plan for using split mirror copies to createExercise 3: DB2 Dropped Table Recovery DB2 DPF Partitioned Database Recovery a standby database, a database snapshotDay 2 Considerations or a database mirrorExercise 4: Database Rebuild Support Describe the use of the Single System Utilize the SET WRITE SUSPEND andUnit 5: Table Space Recovery View options for Backup of a partitioned DBD2INIDB commands with split mirrorExercise 5: Table Space Point-in-Time database database copiesRecovery Recover a partitioned database using the Use the AS SNAPSHOT option of the DB2Unit 6: Incremental Backup and Recovery TO END OF LOGS option of the BACKUP and RESTORE utilitiesExercise 6: Incremental Backup and Restore ROLLFORWARD command Basic Database Disaster RecoveryUnit 7: DB2 Database Crash Recovery Create an online Backup of a DPF TechniquesDay 3 partitioned database that includes all of Explain setup for a Standby database at aUnit 8: DB2 Database and Table Space the required active logs remote locationRelocation Implement automated archival of DB2 Plan for database disaster recovery usingExercise 8: DB2 Table space Relocation logs in a DPF partitioned database remotely mirrored disksUnit 9: DB2 Additional Recovery Facilities Perform dropped table recovery in a DPF Describe the use of DB2 Replication toExercise 9: Additional Recovery Facilities partitioned database recover selected DB2 tables in a remoteUnit 10: DB2 Recovery History File Use the REBUILD option of RESTORE to databaseUnit 11: High Availability and Split Mirror build a partial copy of a DPF Partitioned DB2 High Availability Disaster RecoveryDatabase Copy database (HADR)Day 4 Describe the crash recovery processing Implement HADR, including the setup of aUnit 12: Basic Database Disaster Recovery performed for a DPF partitioned database Primary and Standby databaseTechniques Explain the use of redirected restores and Use the commands START HADR, STOPExercise 11: DB2 Database Disaster db2relocatedb with DPF partitioned HADR, and TAKEOVER to manage anRecovery using Log Shipping databases operational HADR systemUnit 13: DB2 High Availability Disaster Use db2inidb for split mirror copies with a Plan for the use of the DB2 Utilities likeRecovery (HADR) DPF partitioned databases LOAD, REORG, Backup and Restore in anExercise 12: DB2 High Availability Disaster Agenda HADR environmentRecovery (HADR) Exercise 1: Configuring DB2 for Recovery Select appropriate HADR databaseUnit 14: DB2 DPF Partitioned Database Unit 2: DB2 Recovery Log Management configuration options in order to meet theRecovery Exercise 2: Managing DB2 Log Files requirements of a specific application

Unit 3: Dropped Table Recovery environment including theExercise 3: DB2 Dropped Table HADR_PEER_WINDOW

line Recovery Monitor the status of the Primary andExplain the basic principles DB2 uses for Day 2 Standby database using GET SNAPSHOTdatabase recovery and restart Exercise 4: Database Rebuild Support FOR DATABASE or db2pd - hadrDescribe the capabilities and functional Unit 5: Table Space Recovery Implement Read-only application access torequirements of DB2 logging Exercise 5: Table Space Point-in-Time the Standby Database of an HADRSelect options for some of the DB2 Recovery database environmentdatabase parameters that support recovery Unit 6: Incremental Backup and Recovery DB2 DPF Partitioned Database RecoveryDB2 Recovery Log Management Exercise 6: Incremental Backup and ConsiderationsConfigure the database options to automate Restore Describe the use of the Single Systemarchive log management Unit 7: DB2 Database Crash Recovery View options for Backup of a partitionedImplement infinite active logging to support Day 3 databaseapplications that require large amounts of Unit 8: DB2 Database and Table Space Recover a partitioned database using thelogged database changes Relocation TO END OF LOGS option of theDescribe the options provided by DB2 9 for Exercise 8: DB2 Table space Relocation ROLLFORWARD commandLinux, UNIX, and Windows to reduce log Unit 9: DB2 Additional Recovery Facilities Create an online Backup of a DPFvolume, including the NOT LOGGED Exercise 9: Additional Recovery Facilities partitioned database that includes all of theINITIALLY option Unit 10: DB2 Recovery History File required active logs


DB2 Dropped Table Recovery Unit 11: High Availability and Split Mirror Implement automated archival of DB2 logsImplement dropped table recovery for Database Copy in a DPF partitioned databaseselected table spaces Day 4 Perform dropped table recovery in a DPFUse the DB2 LIST HISTORY command to Unit 12: Basic Database Disaster partitioned databasegather the information needed to recover a Recovery Techniques Use the REBUILD option of RESTORE todropped table Exercise 11: DB2 Database Disaster build a partial copy of a DPF PartitionedPlan and invoke the DB2 utilities involved in Recovery using Log Shipping databaserecovering a dropped table Unit 13: DB2 High Availability Disaster Describe the crash recovery processingDatabase Rebuild Support Recovery (HADR) performed for a DPF partitioned databaseExplain the capabilities of the REBUILD Exercise 12: DB2 High Availability Explain the use of redirected restores andoption for the RESTORE command Disaster Recovery (HADR) db2relocatedb with DPF partitionedList the types of information included in each Unit 14: DB2 DPF Partitioned Database databasesDB2 backup image and describe how it is Recovery Use db2inidb for split mirror copies with aused to support rebuilding a database DPF partitioned databasesPlan for supporting database and disaster Agendarecovery scenarios using DB2 database and line Exercise 1: Configuring DB2 for Recoverytable space backups using the RESTORE Explain the basic principles DB2 uses for Unit 2: DB2 Recovery Log Managementcommand with a REBUILD option database recovery and restart Exercise 2: Managing DB2 Log FilesUtilize LIST UTILITIES SHOW DETAIL to Describe the capabilities and functional Unit 3: Dropped Table Recoverymonitor progress of a RESTORE Utility requirements of DB2 logging Exercise 3: DB2 Dropped Table Recoveryduring database rebuilding Select options for some of the DB2 Day 2Table Space Recovery database parameters that support Exercise 4: Database Rebuild SupportExplain how the minimum recovery time for recovery Unit 5: Table Space Recoverya table space may impact application point DB2 Recovery Log Management Exercise 5: Table Space Point-in-Timein time recovery Configure the database options to RecoveryUse the ONLINE option for RESTORE and automate archive log management Unit 6: Incremental Backup and RecoveryROLLFORWARD commands to recover Implement infinite active logging to Exercise 6: Incremental Backup andselected table spaces with an active support applications that require large Restoredatabase amounts of logged database changes Unit 7: DB2 Database Crash RecoveryDB2 Incremental Backup and Recovery Describe the options provided by DB2 9 Day 3Implement a physical database design to for Linux, UNIX, and Windows to reduce Unit 8: DB2 Database and Table Spacetake advantage of Incremental backups of log volume, including the NOT LOGGED Relocationselected table spaces INITIALLY option Exercise 8: DB2 Table space RelocationUtilize an Incremental restore to recover a DB2 Dropped Table Recovery Unit 9: DB2 Additional Recovery FacilitiesDB2 database or table space from Implement dropped table recovery for Exercise 9: Additional Recovery FacilitiesIncremental backup images selected table spaces Unit 10: DB2 Recovery History FileUse the LIST UTILITIES command to track Use the DB2 LIST HISTORY command Unit 11: High Availability and Split Mirrorthe processing of an Incremental backup or to gather the information needed to Database Copyrestore process recover a dropped table Day 4DB2 Database Crash Recovery Plan and invoke the DB2 utilities involved Unit 12: Basic Database DisasterSelect an appropriate value for SOFTMAX to in recovering a dropped table Recovery Techniquesreduce database crash recovery time Database Rebuild Support Exercise 11: DB2 Database DisasterConfigure DB2 database options to support Explain the capabilities of the REBUILD Recovery using Log Shippingcrash recovery for applications option for the RESTORE command Unit 13: DB2 High Availability DisasterDescribe the impact of a database crash List the types of information included in Recovery (HADR)and restart for DB2 Utilities like LOAD, each DB2 backup image and describe Exercise 12: DB2 High Availability DisasterREORG and IMPORT how it is used to support rebuilding a Recovery (HADR)DB2 Database and Table Space Relocation database Unit 14: DB2 DPF Partitioned DatabaseUse the SET TABLESPACE CONTAINERS Plan for supporting database and Recoverycommand to define new containers during a disaster recovery scenarios using DB2redirected restore database and table space backups usingUtilize the RESTORE utility to change the the RESTORE command with a linedatabase storage paths for AUTOMATIC REBUILD option State the three types of recovery supportSTORAGE table spaces Utilize LIST UTILITIES SHOW DETAIL to Select the DB2 Database parameters thatPlan the use of redirected restore as part of monitor progress of a RESTORE Utility support the DB2 logsa disaster recovery during database rebuilding Explain the DB2 facility to recover from anDescribe two methods that can be used to Table Space Recovery SQL DROP TABLE statement issued inconvert a DMS table space to utilize Explain how the minimum recovery time errorautomatic storage for a table space may impact application Review the considerations of usingUse the GENERATE SCRIPT option of point in time recovery standard DB2 database recovery optionsRESTORE to set up a command script for a Use the ONLINE option for RESTORE Plan for point-in-time recovery of a tableredirected restore operation and ROLLFORWARD commands to spaces to support application processingCopy schemas from one database to recover selected table spaces with an errorsanother using the TRANSPORT option of active database Plan a database recovery strategy thatthe RESTORE utility DB2 Incremental Backup and Recovery includes both full and Incremental backupsUse db2relocatedb when moving or copying Implement a physical database design to to reduce the duration and size of


DB2 databases with non-DB2 utilities take advantage of Incremental backups database backupsDB2 Additional Recovery Facilities of selected table spaces Describe the concepts and processing forSelect the appropriate method for protecting Utilize an Incremental restore to recover DB2 database crash recoverythe database from loss of log file a DB2 database or table space from Explain the facility of the DB2 RESTORESelect the BACKUP Utility option to include Incremental backup images command to recover table spaces tothe required logs in an online backup image Use the LIST UTILITIES command to different containersUse the DB2 ARCHIVE LOG command to track the processing of an Incremental Explain the LOAD Utility options COPYmake the current DB2 log available for backup or restore process YES, COPY NO andarchival DB2 Database Crash Recovery NONRECOVERABLE impact on databaseImplement the DB2 option for blocking Select an appropriate value for recoveryupdate transactions when the log disk SOFTMAX to reduce database crash Explain the information recorded in thebecomes full recovery time Recovery History fileImplement the DB2 Utility Throttle using the Configure DB2 database options to Describe various techniques for supportingUTIL_IMPACT_LIM Database Manager support crash recovery for applications High Availability of DB2 databasesconfiguration option Describe the impact of a database crash Describe the benefits and limitations ofConfigure a DB2 database for automatic and restart for DB2 Utilities like LOAD, several methods for supporting databasebackups REORG and IMPORT disaster recoveryExplain the self optimizing features of the DB2 Database and Table Space Describe the benefits and limitations ofBackup Utility Relocation implementing High Availability DisasterDB2 Recovery History File Use the SET TABLESPACE Recovery (HADR)Use the DB2 LIST HISTORY command to CONTAINERS command to define new Explain database recovery facilities in adisplay selected information needed to plan containers during a redirected restore DB2 DPF partitioned databasedatabase recovery Utilize the RESTORE utility to change the Day 1Retrieve information from the database database storage paths for AUTOMATIC Unit 1: DB2 Database Recovery Reviewrecovery history using SQL STORAGE table spaces Unit 4: Database Rebuild SupportConfigure a DB2 database for automatic Plan the use of redirected restore as part Exercise 7: Database Crash Recoveryremoval of database recovery objects of a disaster recovery Exercise 10: DB2 High Availability usingincluding backups and archived logs Describe two methods that can be used split mirror copiesUse the PRUNE HISTORY command to to convert a DMS table space to utilizeremove outdated information in the automatic storageRecovery History Use the GENERATE SCRIPT option of lineRestore a damaged Recovery History file RESTORE to set up a command script Explain the basic principles DB2 uses forHigh Availability and Split Mirror Database for a redirected restore operation database recovery and restartCopy Copy schemas from one database to Describe the capabilities and functionalExplain the concepts involved when another using the TRANSPORT option of requirements of DB2 loggingimplementing the automated failover of a the RESTORE utility Select options for some of the DB2DB2 database Use db2relocatedb when moving or database parameters that support recoveryDescribe the integrated cluster configuration copying DB2 databases with non-DB2 DB2 Recovery Log Managementand management features of DB2 utilities Configure the database options toDiscuss the concepts used by DB2 DB2 Additional Recovery Facilities automate archive log managementpureScale to support High Availability for a Select the appropriate method for Implement infinite active logging to supportDB2 database protecting the database from loss of log applications that require large amounts ofPlan for using split mirror copies to create a file logged database changesstandby database, a database snapshot or a Select the BACKUP Utility option to Describe the options provided by DB2 9 fordatabase mirror include the required logs in an online Linux, UNIX, and Windows to reduce logUtilize the SET WRITE SUSPEND and backup image volume, including the NOT LOGGEDDBD2INIDB commands with split mirror Use the DB2 ARCHIVE LOG command INITIALLY optiondatabase copies to make the current DB2 log available for DB2 Dropped Table RecoveryUse the AS SNAPSHOT option of the DB2 archival Implement dropped table recovery forBACKUP and RESTORE utilities Implement the DB2 option for blocking selected table spacesBasic Database Disaster Recovery update transactions when the log disk Use the DB2 LIST HISTORY command toTechniques becomes full gather the information needed to recover aExplain setup for a Standby database at a Implement the DB2 Utility Throttle using dropped tableremote location the UTIL_IMPACT_LIM Database Plan and invoke the DB2 utilities involvedPlan for database disaster recovery using Manager configuration option in recovering a dropped tableremotely mirrored disks Configure a DB2 database for automatic Database Rebuild SupportDescribe the use of DB2 Replication to backups Explain the capabilities of the REBUILDrecover selected DB2 tables in a remote Explain the self optimizing features of the option for the RESTORE commanddatabase Backup Utility List the types of information included inDB2 High Availability Disaster Recovery DB2 Recovery History File each DB2 backup image and describe how(HADR) Use the DB2 LIST HISTORY command it is used to support rebuilding a databaseImplement HADR, including the setup of a to display selected information needed to Plan for supporting database and disasterPrimary and Standby database plan database recovery recovery scenarios using DB2 databaseUse the commands START HADR, STOP Retrieve information from the database and table space backups using theHADR, and TAKEOVER to manage an recovery history using SQL RESTORE command with a REBUILDoperational HADR system Configure a DB2 database for automatic option


Plan for the use of the DB2 Utilities like removal of database recovery objects Utilize LIST UTILITIES SHOW DETAIL toLOAD, REORG, Backup and Restore in an including backups and archived logs monitor progress of a RESTORE UtilityHADR environment Use the PRUNE HISTORY command to during database rebuildingSelect appropriate HADR database remove outdated information in the Table Space Recoveryconfiguration options in order to meet the Recovery History Explain how the minimum recovery timerequirements of a specific application Restore a damaged Recovery History file for a table space may impact applicationenvironment including the High Availability and Split Mirror point in time recoveryHADR_PEER_WINDOW Database Copy Use the ONLINE option for RESTORE andMonitor the status of the Primary and Explain the concepts involved when ROLLFORWARD commands to recoverStandby database using GET SNAPSHOT implementing the automated failover of a selected table spaces with an activeFOR DATABASE or db2pd - hadr DB2 database databaseImplement Read-only application access to Describe the integrated cluster DB2 Incremental Backup and Recoverythe Standby Database of an HADR configuration and management features Implement a physical database design todatabase environment of DB2 take advantage of Incremental backups ofDB2 DPF Partitioned Database Recovery Discuss the concepts used by DB2 selected table spacesConsiderations pureScale to support High Availability for Utilize an Incremental restore to recover aDescribe the use of the Single System View a DB2 database DB2 database or table space fromoptions for Backup of a partitioned database Plan for using split mirror copies to create Incremental backup imagesRecover a partitioned database using the a standby database, a database Use the LIST UTILITIES command to trackTO END OF LOGS option of the snapshot or a database mirror the processing of an Incremental backupROLLFORWARD command Utilize the SET WRITE SUSPEND and or restore processCreate an online Backup of a DPF DBD2INIDB commands with split mirror DB2 Database Crash Recoverypartitioned database that includes all of the database copies Select an appropriate value for SOFTMAXrequired active logs Use the AS SNAPSHOT option of the to reduce database crash recovery timeImplement automated archival of DB2 logs DB2 BACKUP and RESTORE utilities Configure DB2 database options toin a DPF partitioned database Basic Database Disaster Recovery support crash recovery for applicationsPerform dropped table recovery in a DPF Techniques Describe the impact of a database crashpartitioned database Explain setup for a Standby database at and restart for DB2 Utilities like LOAD,Use the REBUILD option of RESTORE to a remote location REORG and IMPORTbuild a partial copy of a DPF Partitioned Plan for database disaster recovery using DB2 Database and Table Spacedatabase remotely mirrored disks RelocationDescribe the crash recovery processing Describe the use of DB2 Replication to Use the SET TABLESPACEperformed for a DPF partitioned database recover selected DB2 tables in a remote CONTAINERS command to define newExplain the use of redirected restores and database containers during a redirected restoredb2relocatedb with DPF partitioned DB2 High Availability Disaster Recovery Utilize the RESTORE utility to change thedatabases (HADR) database storage paths for AUTOMATICUse db2inidb for split mirror copies with a Implement HADR, including the setup of STORAGE table spacesDPF partitioned databases a Primary and Standby database Plan the use of redirected restore as partAgenda Use the commands START HADR, of a disaster recoveryExercise 1: Configuring DB2 for Recovery STOP HADR, and TAKEOVER to Describe two methods that can be used toUnit 2: DB2 Recovery Log Management manage an operational HADR system convert a DMS table space to utilizeExercise 2: Managing DB2 Log Files Plan for the use of the DB2 Utilities like automatic storageUnit 3: Dropped Table Recovery LOAD, REORG, Backup and Restore in Use the GENERATE SCRIPT option ofExercise 3: DB2 Dropped Table Recovery an HADR environment RESTORE to set up a command script forDay 2 Select appropriate HADR database a redirected restore operationExercise 4: Database Rebuild Support configuration options in order to meet the Copy schemas from one database toUnit 5: Table Space Recovery requirements of a specific application another using the TRANSPORT option ofExercise 5: Table Space Point-in-Time environment including the the RESTORE utilityRecovery HADR_PEER_WINDOW Use db2relocatedb when moving orUnit 6: Incremental Backup and Recovery Monitor the status of the Primary and copying DB2 databases with non-DB2Exercise 6: Incremental Backup and Restore Standby database using GET utilitiesUnit 7: DB2 Database Crash Recovery SNAPSHOT FOR DATABASE or db2pd - DB2 Additional Recovery FacilitiesDay 3 hadr Select the appropriate method forUnit 8: DB2 Database and Table Space Implement Read-only application access protecting the database from loss of logRelocation to the Standby Database of an HADR fileExercise 8: DB2 Table space Relocation database environment Select the BACKUP Utility option toUnit 9: DB2 Additional Recovery Facilities DB2 DPF Partitioned Database Recovery include the required logs in an onlineExercise 9: Additional Recovery Facilities Considerations backup imageUnit 10: DB2 Recovery History File Describe the use of the Single System Use the DB2 ARCHIVE LOG command toUnit 11: High Availability and Split Mirror View options for Backup of a partitioned make the current DB2 log available forDatabase Copy database archivalDay 4 Recover a partitioned database using the Implement the DB2 option for blockingUnit 12: Basic Database Disaster Recovery TO END OF LOGS option of the update transactions when the log diskTechniques ROLLFORWARD command becomes fullExercise 11: DB2 Database Disaster Create an online Backup of a DPF Implement the DB2 Utility Throttle usingRecovery using Log Shipping partitioned database that includes all of the UTIL_IMPACT_LIM Database


Unit 13: DB2 High Availability Disaster the required active logs Manager configuration optionRecovery (HADR) Implement automated archival of DB2 Configure a DB2 database for automaticExercise 12: DB2 High Availability Disaster logs in a DPF partitioned database backupsRecovery (HADR) Perform dropped table recovery in a DPF Explain the self optimizing features of theUnit 14: DB2 DPF Partitioned Database partitioned database Backup UtilityRecovery Use the REBUILD option of RESTORE to DB2 Recovery History File

build a partial copy of a DPF Partitioned Use the DB2 LIST HISTORY command todatabase display selected information needed to

line Describe the crash recovery processing plan database recoveryExplain the basic principles DB2 uses for performed for a DPF partitioned database Retrieve information from the databasedatabase recovery and restart Explain the use of redirected restores and recovery history using SQLDescribe the capabilities and functional db2relocatedb with DPF partitioned Configure a DB2 database for automaticrequirements of DB2 logging databases removal of database recovery objectsSelect options for some of the DB2 Use db2inidb for split mirror copies with a including backups and archived logsdatabase parameters that support recovery DPF partitioned databases Use the PRUNE HISTORY command toDB2 Recovery Log Management Agenda remove outdated information in theConfigure the database options to automate Exercise 1: Configuring DB2 for Recovery Recovery Historyarchive log management Unit 2: DB2 Recovery Log Management Restore a damaged Recovery History fileImplement infinite active logging to support Exercise 2: Managing DB2 Log Files High Availability and Split Mirror Databaseapplications that require large amounts of Unit 3: Dropped Table Recovery Copylogged database changes Exercise 3: DB2 Dropped Table Explain the concepts involved whenDescribe the options provided by DB2 9 for Recovery implementing the automated failover of aLinux, UNIX, and Windows to reduce log Day 2 DB2 databasevolume, including the NOT LOGGED Exercise 4: Database Rebuild Support Describe the integrated clusterINITIALLY option Unit 5: Table Space Recovery configuration and management features ofDB2 Dropped Table Recovery Exercise 5: Table Space Point-in-Time DB2Implement dropped table recovery for Recovery Discuss the concepts used by DB2selected table spaces Unit 6: Incremental Backup and Recovery pureScale to support High Availability for aUse the DB2 LIST HISTORY command to Exercise 6: Incremental Backup and DB2 databasegather the information needed to recover a Restore Plan for using split mirror copies to createdropped table Unit 7: DB2 Database Crash Recovery a standby database, a database snapshotPlan and invoke the DB2 utilities involved in Day 3 or a database mirrorrecovering a dropped table Unit 8: DB2 Database and Table Space Utilize the SET WRITE SUSPEND andDatabase Rebuild Support Relocation DBD2INIDB commands with split mirrorExplain the capabilities of the REBUILD Exercise 8: DB2 Table space Relocation database copiesoption for the RESTORE command Unit 9: DB2 Additional Recovery Facilities Use the AS SNAPSHOT option of the DB2List the types of information included in each Exercise 9: Additional Recovery Facilities BACKUP and RESTORE utilitiesDB2 backup image and describe how it is Unit 10: DB2 Recovery History File Basic Database Disaster Recoveryused to support rebuilding a database Unit 11: High Availability and Split Mirror TechniquesPlan for supporting database and disaster Database Copy Explain setup for a Standby database at arecovery scenarios using DB2 database and Day 4 remote locationtable space backups using the RESTORE Unit 12: Basic Database Disaster Plan for database disaster recovery usingcommand with a REBUILD option Recovery Techniques remotely mirrored disksUtilize LIST UTILITIES SHOW DETAIL to Exercise 11: DB2 Database Disaster Describe the use of DB2 Replication tomonitor progress of a RESTORE Utility Recovery using Log Shipping recover selected DB2 tables in a remoteduring database rebuilding Unit 13: DB2 High Availability Disaster databaseTable Space Recovery Recovery (HADR) DB2 High Availability Disaster RecoveryExplain how the minimum recovery time for Exercise 12: DB2 High Availability (HADR)a table space may impact application point Disaster Recovery (HADR) Implement HADR, including the setup of ain time recovery Unit 14: DB2 DPF Partitioned Database Primary and Standby databaseUse the ONLINE option for RESTORE and Recovery Use the commands START HADR, STOPROLLFORWARD commands to recover HADR, and TAKEOVER to manage anselected table spaces with an active operational HADR systemdatabase line Plan for the use of the DB2 Utilities likeDB2 Incremental Backup and Recovery Explain the basic principles DB2 uses for LOAD, REORG, Backup and Restore in anImplement a physical database design to database recovery and restart HADR environmenttake advantage of Incremental backups of Describe the capabilities and functional Select appropriate HADR databaseselected table spaces requirements of DB2 logging configuration options in order to meet theUtilize an Incremental restore to recover a Select options for some of the DB2 requirements of a specific applicationDB2 database or table space from database parameters that support environment including theIncremental backup images recovery HADR_PEER_WINDOWUse the LIST UTILITIES command to track DB2 Recovery Log Management Monitor the status of the Primary andthe processing of an Incremental backup or Configure the database options to Standby database using GET SNAPSHOTrestore process automate archive log management FOR DATABASE or db2pd - hadrDB2 Database Crash Recovery Implement infinite active logging to Implement Read-only application access toSelect an appropriate value for SOFTMAX to support applications that require large the Standby Database of an HADR


reduce database crash recovery time amounts of logged database changes database environmentConfigure DB2 database options to support Describe the options provided by DB2 9 DB2 DPF Partitioned Database Recoverycrash recovery for applications for Linux, UNIX, and Windows to reduce ConsiderationsDescribe the impact of a database crash log volume, including the NOT LOGGED Describe the use of the Single Systemand restart for DB2 Utilities like LOAD, INITIALLY option View options for Backup of a partitionedREORG and IMPORT DB2 Dropped Table Recovery databaseDB2 Database and Table Space Relocation Implement dropped table recovery for Recover a partitioned database using theUse the SET TABLESPACE CONTAINERS selected table spaces TO END OF LOGS option of thecommand to define new containers during a Use the DB2 LIST HISTORY command ROLLFORWARD commandredirected restore to gather the information needed to Create an online Backup of a DPFUtilize the RESTORE utility to change the recover a dropped table partitioned database that includes all of thedatabase storage paths for AUTOMATIC Plan and invoke the DB2 utilities involved required active logsSTORAGE table spaces in recovering a dropped table Implement automated archival of DB2 logsPlan the use of redirected restore as part of Database Rebuild Support in a DPF partitioned databasea disaster recovery Explain the capabilities of the REBUILD Perform dropped table recovery in a DPFDescribe two methods that can be used to option for the RESTORE command partitioned databaseconvert a DMS table space to utilize List the types of information included in Use the REBUILD option of RESTORE toautomatic storage each DB2 backup image and describe build a partial copy of a DPF PartitionedUse the GENERATE SCRIPT option of how it is used to support rebuilding a databaseRESTORE to set up a command script for a database Describe the crash recovery processingredirected restore operation Plan for supporting database and performed for a DPF partitioned databaseCopy schemas from one database to disaster recovery scenarios using DB2 Explain the use of redirected restores andanother using the TRANSPORT option of database and table space backups using db2relocatedb with DPF partitionedthe RESTORE utility the RESTORE command with a databasesUse db2relocatedb when moving or copying REBUILD option Use db2inidb for split mirror copies with aDB2 databases with non-DB2 utilities Utilize LIST UTILITIES SHOW DETAIL to DPF partitioned databasesDB2 Additional Recovery Facilities monitor progress of a RESTORE Utility AgendaSelect the appropriate method for protecting during database rebuilding Exercise 1: Configuring DB2 for Recoverythe database from loss of log file Table Space Recovery Unit 2: DB2 Recovery Log ManagementSelect the BACKUP Utility option to include Explain how the minimum recovery time Exercise 2: Managing DB2 Log Filesthe required logs in an online backup image for a table space may impact application Unit 3: Dropped Table RecoveryUse the DB2 ARCHIVE LOG command to point in time recovery Exercise 3: DB2 Dropped Table Recoverymake the current DB2 log available for Use the ONLINE option for RESTORE Day 2archival and ROLLFORWARD commands to Exercise 4: Database Rebuild SupportImplement the DB2 option for blocking recover selected table spaces with an Unit 5: Table Space Recoveryupdate transactions when the log disk active database Exercise 5: Table Space Point-in-Timebecomes full DB2 Incremental Backup and Recovery RecoveryImplement the DB2 Utility Throttle using the Implement a physical database design to Unit 6: Incremental Backup and RecoveryUTIL_IMPACT_LIM Database Manager take advantage of Incremental backups Exercise 6: Incremental Backup andconfiguration option of selected table spaces RestoreConfigure a DB2 database for automatic Utilize an Incremental restore to recover Unit 7: DB2 Database Crash Recoverybackups a DB2 database or table space from Day 3Explain the self optimizing features of the Incremental backup images Unit 8: DB2 Database and Table SpaceBackup Utility Use the LIST UTILITIES command to RelocationDB2 Recovery History File track the processing of an Incremental Exercise 8: DB2 Table space RelocationUse the DB2 LIST HISTORY command to backup or restore process Unit 9: DB2 Additional Recovery Facilitiesdisplay selected information needed to plan DB2 Database Crash Recovery Exercise 9: Additional Recovery Facilitiesdatabase recovery Select an appropriate value for Unit 10: DB2 Recovery History FileRetrieve information from the database SOFTMAX to reduce database crash Unit 11: High Availability and Split Mirrorrecovery history using SQL recovery time Database CopyConfigure a DB2 database for automatic Configure DB2 database options to Day 4removal of database recovery objects support crash recovery for applications Unit 12: Basic Database Disasterincluding backups and archived logs Describe the impact of a database crash Recovery TechniquesUse the PRUNE HISTORY command to and restart for DB2 Utilities like LOAD, Exercise 11: DB2 Database Disasterremove outdated information in the REORG and IMPORT Recovery using Log ShippingRecovery History DB2 Database and Table Space Unit 13: DB2 High Availability DisasterRestore a damaged Recovery History file Relocation Recovery (HADR)High Availability and Split Mirror Database Use the SET TABLESPACE Exercise 12: DB2 High Availability DisasterCopy CONTAINERS command to define new Recovery (HADR)Explain the concepts involved when containers during a redirected restore Unit 14: DB2 DPF Partitioned Databaseimplementing the automated failover of a Utilize the RESTORE utility to change the RecoveryDB2 database database storage paths for AUTOMATICDescribe the integrated cluster configuration STORAGE table spacesand management features of DB2 Plan the use of redirected restore as part lineDiscuss the concepts used by DB2 of a disaster recovery Explain the basic principles DB2 uses forpureScale to support High Availability for a Describe two methods that can be used database recovery and restart


DB2 database to convert a DMS table space to utilize Describe the capabilities and functionalPlan for using split mirror copies to create a automatic storage requirements of DB2 loggingstandby database, a database snapshot or a Use the GENERATE SCRIPT option of Select options for some of the DB2database mirror RESTORE to set up a command script database parameters that support recoveryUtilize the SET WRITE SUSPEND and for a redirected restore operation DB2 Recovery Log ManagementDBD2INIDB commands with split mirror Copy schemas from one database to Configure the database options todatabase copies another using the TRANSPORT option of automate archive log managementUse the AS SNAPSHOT option of the DB2 the RESTORE utility Implement infinite active logging to supportBACKUP and RESTORE utilities Use db2relocatedb when moving or applications that require large amounts ofBasic Database Disaster Recovery copying DB2 databases with non-DB2 logged database changesTechniques utilities Describe the options provided by DB2 9 forExplain setup for a Standby database at a DB2 Additional Recovery Facilities Linux, UNIX, and Windows to reduce logremote location Select the appropriate method for volume, including the NOT LOGGEDPlan for database disaster recovery using protecting the database from loss of log INITIALLY optionremotely mirrored disks file DB2 Dropped Table RecoveryDescribe the use of DB2 Replication to Select the BACKUP Utility option to Implement dropped table recovery forrecover selected DB2 tables in a remote include the required logs in an online selected table spacesdatabase backup image Use the DB2 LIST HISTORY command toDB2 High Availability Disaster Recovery Use the DB2 ARCHIVE LOG command gather the information needed to recover a(HADR) to make the current DB2 log available for dropped tableImplement HADR, including the setup of a archival Plan and invoke the DB2 utilities involvedPrimary and Standby database Implement the DB2 option for blocking in recovering a dropped tableUse the commands START HADR, STOP update transactions when the log disk Database Rebuild SupportHADR, and TAKEOVER to manage an becomes full Explain the capabilities of the REBUILDoperational HADR system Implement the DB2 Utility Throttle using option for the RESTORE commandPlan for the use of the DB2 Utilities like the UTIL_IMPACT_LIM Database List the types of information included inLOAD, REORG, Backup and Restore in an Manager configuration option each DB2 backup image and describe howHADR environment Configure a DB2 database for automatic it is used to support rebuilding a databaseSelect appropriate HADR database backups Plan for supporting database and disasterconfiguration options in order to meet the Explain the self optimizing features of the recovery scenarios using DB2 databaserequirements of a specific application Backup Utility and table space backups using theenvironment including the DB2 Recovery History File RESTORE command with a REBUILDHADR_PEER_WINDOW Use the DB2 LIST HISTORY command optionMonitor the status of the Primary and to display selected information needed to Utilize LIST UTILITIES SHOW DETAIL toStandby database using GET SNAPSHOT plan database recovery monitor progress of a RESTORE UtilityFOR DATABASE or db2pd - hadr Retrieve information from the database during database rebuildingImplement Read-only application access to recovery history using SQL Table Space Recoverythe Standby Database of an HADR Configure a DB2 database for automatic Explain how the minimum recovery timedatabase environment removal of database recovery objects for a table space may impact applicationDB2 DPF Partitioned Database Recovery including backups and archived logs point in time recoveryConsiderations Use the PRUNE HISTORY command to Use the ONLINE option for RESTORE andDescribe the use of the Single System View remove outdated information in the ROLLFORWARD commands to recoveroptions for Backup of a partitioned database Recovery History selected table spaces with an activeRecover a partitioned database using the Restore a damaged Recovery History file databaseTO END OF LOGS option of the High Availability and Split Mirror DB2 Incremental Backup and RecoveryROLLFORWARD command Database Copy Implement a physical database design toCreate an online Backup of a DPF Explain the concepts involved when take advantage of Incremental backups ofpartitioned database that includes all of the implementing the automated failover of a selected table spacesrequired active logs DB2 database Utilize an Incremental restore to recover aImplement automated archival of DB2 logs Describe the integrated cluster DB2 database or table space fromin a DPF partitioned database configuration and management features Incremental backup imagesPerform dropped table recovery in a DPF of DB2 Use the LIST UTILITIES command to trackpartitioned database Discuss the concepts used by DB2 the processing of an Incremental backupUse the REBUILD option of RESTORE to pureScale to support High Availability for or restore processbuild a partial copy of a DPF Partitioned a DB2 database DB2 Database Crash Recoverydatabase Plan for using split mirror copies to create Select an appropriate value for SOFTMAXDescribe the crash recovery processing a standby database, a database to reduce database crash recovery timeperformed for a DPF partitioned database snapshot or a database mirror Configure DB2 database options toExplain the use of redirected restores and Utilize the SET WRITE SUSPEND and support crash recovery for applicationsdb2relocatedb with DPF partitioned DBD2INIDB commands with split mirror Describe the impact of a database crashdatabases database copies and restart for DB2 Utilities like LOAD,Use db2inidb for split mirror copies with a Use the AS SNAPSHOT option of the REORG and IMPORTDPF partitioned databases DB2 BACKUP and RESTORE utilities DB2 Database and Table SpaceAgenda Basic Database Disaster Recovery RelocationExercise 1: Configuring DB2 for Recovery Techniques Use the SET TABLESPACEUnit 2: DB2 Recovery Log Management Explain setup for a Standby database at CONTAINERS command to define new


Exercise 2: Managing DB2 Log Files a remote location containers during a redirected restoreUnit 3: Dropped Table Recovery Plan for database disaster recovery using Utilize the RESTORE utility to change theExercise 3: DB2 Dropped Table Recovery remotely mirrored disks database storage paths for AUTOMATICDay 2 Describe the use of DB2 Replication to STORAGE table spacesExercise 4: Database Rebuild Support recover selected DB2 tables in a remote Plan the use of redirected restore as partUnit 5: Table Space Recovery database of a disaster recoveryExercise 5: Table Space Point-in-Time DB2 High Availability Disaster Recovery Describe two methods that can be used toRecovery (HADR) convert a DMS table space to utilizeUnit 6: Incremental Backup and Recovery Implement HADR, including the setup of automatic storageExercise 6: Incremental Backup and Restore a Primary and Standby database Use the GENERATE SCRIPT option ofUnit 7: DB2 Database Crash Recovery Use the commands START HADR, RESTORE to set up a command script forDay 3 STOP HADR, and TAKEOVER to a redirected restore operationUnit 8: DB2 Database and Table Space manage an operational HADR system Copy schemas from one database toRelocation Plan for the use of the DB2 Utilities like another using the TRANSPORT option ofExercise 8: DB2 Table space Relocation LOAD, REORG, Backup and Restore in the RESTORE utilityUnit 9: DB2 Additional Recovery Facilities an HADR environment Use db2relocatedb when moving orExercise 9: Additional Recovery Facilities Select appropriate HADR database copying DB2 databases with non-DB2Unit 10: DB2 Recovery History File configuration options in order to meet the utilitiesUnit 11: High Availability and Split Mirror requirements of a specific application DB2 Additional Recovery FacilitiesDatabase Copy environment including the Select the appropriate method forDay 4 HADR_PEER_WINDOW protecting the database from loss of logUnit 12: Basic Database Disaster Recovery Monitor the status of the Primary and fileTechniques Standby database using GET Select the BACKUP Utility option toExercise 11: DB2 Database Disaster SNAPSHOT FOR DATABASE or db2pd - include the required logs in an onlineRecovery using Log Shipping hadr backup imageUnit 13: DB2 High Availability Disaster Implement Read-only application access Use the DB2 ARCHIVE LOG command toRecovery (HADR) to the Standby Database of an HADR make the current DB2 log available forExercise 12: DB2 High Availability Disaster database environment archivalRecovery (HADR) DB2 DPF Partitioned Database Recovery Implement the DB2 option for blockingUnit 14: DB2 DPF Partitioned Database Considerations update transactions when the log diskRecovery Describe the use of the Single System becomes full

View options for Backup of a partitioned Implement the DB2 Utility Throttle usingdatabase the UTIL_IMPACT_LIM Database

line Recover a partitioned database using the Manager configuration optionExplain the basic principles DB2 uses for TO END OF LOGS option of the Configure a DB2 database for automaticdatabase recovery and restart ROLLFORWARD command backupsDescribe the capabilities and functional Create an online Backup of a DPF Explain the self optimizing features of therequirements of DB2 logging partitioned database that includes all of Backup UtilitySelect options for some of the DB2 the required active logs DB2 Recovery History Filedatabase parameters that support recovery Implement automated archival of DB2 Use the DB2 LIST HISTORY command toDB2 Recovery Log Management logs in a DPF partitioned database display selected information needed toConfigure the database options to automate Perform dropped table recovery in a DPF plan database recoveryarchive log management partitioned database Retrieve information from the databaseImplement infinite active logging to support Use the REBUILD option of RESTORE to recovery history using SQLapplications that require large amounts of build a partial copy of a DPF Partitioned Configure a DB2 database for automaticlogged database changes database removal of database recovery objectsDescribe the options provided by DB2 9 for Describe the crash recovery processing including backups and archived logsLinux, UNIX, and Windows to reduce log performed for a DPF partitioned database Use the PRUNE HISTORY command tovolume, including the NOT LOGGED Explain the use of redirected restores and remove outdated information in theINITIALLY option db2relocatedb with DPF partitioned Recovery HistoryDB2 Dropped Table Recovery databases Restore a damaged Recovery History fileImplement dropped table recovery for Use db2inidb for split mirror copies with a High Availability and Split Mirror Databaseselected table spaces DPF partitioned databases CopyUse the DB2 LIST HISTORY command to Agenda Explain the concepts involved whengather the information needed to recover a Exercise 1: Configuring DB2 for Recovery implementing the automated failover of adropped table Unit 2: DB2 Recovery Log Management DB2 databasePlan and invoke the DB2 utilities involved in Exercise 2: Managing DB2 Log Files Describe the integrated clusterrecovering a dropped table Unit 3: Dropped Table Recovery configuration and management features ofDatabase Rebuild Support Exercise 3: DB2 Dropped Table DB2Explain the capabilities of the REBUILD Recovery Discuss the concepts used by DB2option for the RESTORE command Day 2 pureScale to support High Availability for aList the types of information included in each Exercise 4: Database Rebuild Support DB2 databaseDB2 backup image and describe how it is Unit 5: Table Space Recovery Plan for using split mirror copies to createused to support rebuilding a database Exercise 5: Table Space Point-in-Time a standby database, a database snapshotPlan for supporting database and disaster Recovery or a database mirrorrecovery scenarios using DB2 database and Unit 6: Incremental Backup and Recovery Utilize the SET WRITE SUSPEND and


table space backups using the RESTORE Exercise 6: Incremental Backup and DBD2INIDB commands with split mirrorcommand with a REBUILD option Restore database copiesUtilize LIST UTILITIES SHOW DETAIL to Unit 7: DB2 Database Crash Recovery Use the AS SNAPSHOT option of the DB2monitor progress of a RESTORE Utility Day 3 BACKUP and RESTORE utilitiesduring database rebuilding Unit 8: DB2 Database and Table Space Basic Database Disaster RecoveryTable Space Recovery Relocation TechniquesExplain how the minimum recovery time for Exercise 8: DB2 Table space Relocation Explain setup for a Standby database at aa table space may impact application point Unit 9: DB2 Additional Recovery Facilities remote locationin time recovery Exercise 9: Additional Recovery Facilities Plan for database disaster recovery usingUse the ONLINE option for RESTORE and Unit 10: DB2 Recovery History File remotely mirrored disksROLLFORWARD commands to recover Unit 11: High Availability and Split Mirror Describe the use of DB2 Replication toselected table spaces with an active Database Copy recover selected DB2 tables in a remotedatabase Day 4 databaseDB2 Incremental Backup and Recovery Unit 12: Basic Database Disaster DB2 High Availability Disaster RecoveryImplement a physical database design to Recovery Techniques (HADR)take advantage of Incremental backups of Exercise 11: DB2 Database Disaster Implement HADR, including the setup of aselected table spaces Recovery using Log Shipping Primary and Standby databaseUtilize an Incremental restore to recover a Unit 13: DB2 High Availability Disaster Use the commands START HADR, STOPDB2 database or table space from Recovery (HADR) HADR, and TAKEOVER to manage anIncremental backup images Exercise 12: DB2 High Availability operational HADR systemUse the LIST UTILITIES command to track Disaster Recovery (HADR) Plan for the use of the DB2 Utilities likethe processing of an Incremental backup or Unit 14: DB2 DPF Partitioned Database LOAD, REORG, Backup and Restore in anrestore process Recovery HADR environmentDB2 Database Crash Recovery Select appropriate HADR databaseSelect an appropriate value for SOFTMAX to configuration options in order to meet thereduce database crash recovery time line requirements of a specific applicationConfigure DB2 database options to support Explain the basic principles DB2 uses for environment including thecrash recovery for applications database recovery and restart HADR_PEER_WINDOWDescribe the impact of a database crash Describe the capabilities and functional Monitor the status of the Primary andand restart for DB2 Utilities like LOAD, requirements of DB2 logging Standby database using GET SNAPSHOTREORG and IMPORT Select options for some of the DB2 FOR DATABASE or db2pd - hadrDB2 Database and Table Space Relocation database parameters that support Implement Read-only application access toUse the SET TABLESPACE CONTAINERS recovery the Standby Database of an HADRcommand to define new containers during a DB2 Recovery Log Management database environmentredirected restore Configure the database options to DB2 DPF Partitioned Database RecoveryUtilize the RESTORE utility to change the automate archive log management Considerationsdatabase storage paths for AUTOMATIC Implement infinite active logging to Describe the use of the Single SystemSTORAGE table spaces support applications that require large View options for Backup of a partitionedPlan the use of redirected restore as part of amounts of logged database changes databasea disaster recovery Describe the options provided by DB2 9 Recover a partitioned database using theDescribe two methods that can be used to for Linux, UNIX, and Windows to reduce TO END OF LOGS option of theconvert a DMS table space to utilize log volume, including the NOT LOGGED ROLLFORWARD commandautomatic storage INITIALLY option Create an online Backup of a DPFUse the GENERATE SCRIPT option of DB2 Dropped Table Recovery partitioned database that includes all of theRESTORE to set up a command script for a Implement dropped table recovery for required active logsredirected restore operation selected table spaces Implement automated archival of DB2 logsCopy schemas from one database to Use the DB2 LIST HISTORY command in a DPF partitioned databaseanother using the TRANSPORT option of to gather the information needed to Perform dropped table recovery in a DPFthe RESTORE utility recover a dropped table partitioned databaseUse db2relocatedb when moving or copying Plan and invoke the DB2 utilities involved Use the REBUILD option of RESTORE toDB2 databases with non-DB2 utilities in recovering a dropped table build a partial copy of a DPF PartitionedDB2 Additional Recovery Facilities Database Rebuild Support databaseSelect the appropriate method for protecting Explain the capabilities of the REBUILD Describe the crash recovery processingthe database from loss of log file option for the RESTORE command performed for a DPF partitioned databaseSelect the BACKUP Utility option to include List the types of information included in Explain the use of redirected restores andthe required logs in an online backup image each DB2 backup image and describe db2relocatedb with DPF partitionedUse the DB2 ARCHIVE LOG command to how it is used to support rebuilding a databasesmake the current DB2 log available for database Use db2inidb for split mirror copies with aarchival Plan for supporting database and DPF partitioned databasesImplement the DB2 option for blocking disaster recovery scenarios using DB2 Agendaupdate transactions when the log disk database and table space backups using Exercise 1: Configuring DB2 for Recoverybecomes full the RESTORE command with a Unit 2: DB2 Recovery Log ManagementImplement the DB2 Utility Throttle using the REBUILD option Exercise 2: Managing DB2 Log FilesUTIL_IMPACT_LIM Database Manager Utilize LIST UTILITIES SHOW DETAIL to Unit 3: Dropped Table Recoveryconfiguration option monitor progress of a RESTORE Utility Exercise 3: DB2 Dropped Table RecoveryConfigure a DB2 database for automatic during database rebuilding Day 2


backups Table Space Recovery Exercise 4: Database Rebuild SupportExplain the self optimizing features of the Explain how the minimum recovery time Unit 5: Table Space RecoveryBackup Utility for a table space may impact application Exercise 5: Table Space Point-in-TimeDB2 Recovery History File point in time recovery RecoveryUse the DB2 LIST HISTORY command to Use the ONLINE option for RESTORE Unit 6: Incremental Backup and Recoverydisplay selected information needed to plan and ROLLFORWARD commands to Exercise 6: Incremental Backup anddatabase recovery recover selected table spaces with an RestoreRetrieve information from the database active database Unit 7: DB2 Database Crash Recoveryrecovery history using SQL DB2 Incremental Backup and Recovery Day 3Configure a DB2 database for automatic Implement a physical database design to Unit 8: DB2 Database and Table Spaceremoval of database recovery objects take advantage of Incremental backups Relocationincluding backups and archived logs of selected table spaces Exercise 8: DB2 Table space RelocationUse the PRUNE HISTORY command to Utilize an Incremental restore to recover Unit 9: DB2 Additional Recovery Facilitiesremove outdated information in the a DB2 database or table space from Exercise 9: Additional Recovery FacilitiesRecovery History Incremental backup images Unit 10: DB2 Recovery History FileRestore a damaged Recovery History file Use the LIST UTILITIES command to Unit 11: High Availability and Split MirrorHigh Availability and Split Mirror Database track the processing of an Incremental Database CopyCopy backup or restore process Day 4Explain the concepts involved when DB2 Database Crash Recovery Unit 12: Basic Database Disasterimplementing the automated failover of a Select an appropriate value for Recovery TechniquesDB2 database SOFTMAX to reduce database crash Exercise 11: DB2 Database DisasterDescribe the integrated cluster configuration recovery time Recovery using Log Shippingand management features of DB2 Configure DB2 database options to Unit 13: DB2 High Availability DisasterDiscuss the concepts used by DB2 support crash recovery for applications Recovery (HADR)pureScale to support High Availability for a Describe the impact of a database crash Exercise 12: DB2 High Availability DisasterDB2 database and restart for DB2 Utilities like LOAD, Recovery (HADR)Plan for using split mirror copies to create a REORG and IMPORT Unit 14: DB2 DPF Partitioned Databasestandby database, a database snapshot or a DB2 Database and Table Space Recoverydatabase mirror RelocationUtilize the SET WRITE SUSPEND and Use the SET TABLESPACEDBD2INIDB commands with split mirror CONTAINERS command to define new linedatabase copies containers during a redirected restore Explain the basic principles DB2 uses forUse the AS SNAPSHOT option of the DB2 Utilize the RESTORE utility to change the database recovery and restartBACKUP and RESTORE utilities database storage paths for AUTOMATIC Describe the capabilities and functionalBasic Database Disaster Recovery STORAGE table spaces requirements of DB2 loggingTechniques Plan the use of redirected restore as part Select options for some of the DB2Explain setup for a Standby database at a of a disaster recovery database parameters that support recoveryremote location Describe two methods that can be used DB2 Recovery Log ManagementPlan for database disaster recovery using to convert a DMS table space to utilize Configure the database options toremotely mirrored disks automatic storage automate archive log managementDescribe the use of DB2 Replication to Use the GENERATE SCRIPT option of Implement infinite active logging to supportrecover selected DB2 tables in a remote RESTORE to set up a command script applications that require large amounts ofdatabase for a redirected restore operation logged database changesDB2 High Availability Disaster Recovery Copy schemas from one database to Describe the options provided by DB2 9 for(HADR) another using the TRANSPORT option of Linux, UNIX, and Windows to reduce logImplement HADR, including the setup of a the RESTORE utility volume, including the NOT LOGGEDPrimary and Standby database Use db2relocatedb when moving or INITIALLY optionUse the commands START HADR, STOP copying DB2 databases with non-DB2 DB2 Dropped Table RecoveryHADR, and TAKEOVER to manage an utilities Implement dropped table recovery foroperational HADR system DB2 Additional Recovery Facilities selected table spacesPlan for the use of the DB2 Utilities like Select the appropriate method for Use the DB2 LIST HISTORY command toLOAD, REORG, Backup and Restore in an protecting the database from loss of log gather the information needed to recover aHADR environment file dropped tableSelect appropriate HADR database Select the BACKUP Utility option to Plan and invoke the DB2 utilities involvedconfiguration options in order to meet the include the required logs in an online in recovering a dropped tablerequirements of a specific application backup image Database Rebuild Supportenvironment including the Use the DB2 ARCHIVE LOG command Explain the capabilities of the REBUILDHADR_PEER_WINDOW to make the current DB2 log available for option for the RESTORE commandMonitor the status of the Primary and archival List the types of information included inStandby database using GET SNAPSHOT Implement the DB2 option for blocking each DB2 backup image and describe howFOR DATABASE or db2pd - hadr update transactions when the log disk it is used to support rebuilding a databaseImplement Read-only application access to becomes full Plan for supporting database and disasterthe Standby Database of an HADR Implement the DB2 Utility Throttle using recovery scenarios using DB2 databasedatabase environment the UTIL_IMPACT_LIM Database and table space backups using theDB2 DPF Partitioned Database Recovery Manager configuration option RESTORE command with a REBUILDConsiderations Configure a DB2 database for automatic option


Describe the use of the Single System View backups Utilize LIST UTILITIES SHOW DETAIL tooptions for Backup of a partitioned database Explain the self optimizing features of the monitor progress of a RESTORE UtilityRecover a partitioned database using the Backup Utility during database rebuildingTO END OF LOGS option of the DB2 Recovery History File Table Space RecoveryROLLFORWARD command Use the DB2 LIST HISTORY command Explain how the minimum recovery timeCreate an online Backup of a DPF to display selected information needed to for a table space may impact applicationpartitioned database that includes all of the plan database recovery point in time recoveryrequired active logs Retrieve information from the database Use the ONLINE option for RESTORE andImplement automated archival of DB2 logs recovery history using SQL ROLLFORWARD commands to recoverin a DPF partitioned database Configure a DB2 database for automatic selected table spaces with an activePerform dropped table recovery in a DPF removal of database recovery objects databasepartitioned database including backups and archived logs DB2 Incremental Backup and RecoveryUse the REBUILD option of RESTORE to Use the PRUNE HISTORY command to Implement a physical database design tobuild a partial copy of a DPF Partitioned remove outdated information in the take advantage of Incremental backups ofdatabase Recovery History selected table spacesDescribe the crash recovery processing Restore a damaged Recovery History file Utilize an Incremental restore to recover aperformed for a DPF partitioned database High Availability and Split Mirror DB2 database or table space fromExplain the use of redirected restores and Database Copy Incremental backup imagesdb2relocatedb with DPF partitioned Explain the concepts involved when Use the LIST UTILITIES command to trackdatabases implementing the automated failover of a the processing of an Incremental backupUse db2inidb for split mirror copies with a DB2 database or restore processDPF partitioned databases Describe the integrated cluster DB2 Database Crash RecoveryAgenda configuration and management features Select an appropriate value for SOFTMAXExercise 1: Configuring DB2 for Recovery of DB2 to reduce database crash recovery timeUnit 2: DB2 Recovery Log Management Discuss the concepts used by DB2 Configure DB2 database options toExercise 2: Managing DB2 Log Files pureScale to support High Availability for support crash recovery for applicationsUnit 3: Dropped Table Recovery a DB2 database Describe the impact of a database crashExercise 3: DB2 Dropped Table Recovery Plan for using split mirror copies to create and restart for DB2 Utilities like LOAD,Day 2 a standby database, a database REORG and IMPORTExercise 4: Database Rebuild Support snapshot or a database mirror DB2 Database and Table SpaceUnit 5: Table Space Recovery Utilize the SET WRITE SUSPEND and RelocationExercise 5: Table Space Point-in-Time DBD2INIDB commands with split mirror Use the SET TABLESPACERecovery database copies CONTAINERS command to define newUnit 6: Incremental Backup and Recovery Use the AS SNAPSHOT option of the containers during a redirected restoreExercise 6: Incremental Backup and Restore DB2 BACKUP and RESTORE utilities Utilize the RESTORE utility to change theUnit 7: DB2 Database Crash Recovery Basic Database Disaster Recovery database storage paths for AUTOMATICDay 3 Techniques STORAGE table spacesUnit 8: DB2 Database and Table Space Explain setup for a Standby database at Plan the use of redirected restore as partRelocation a remote location of a disaster recoveryExercise 8: DB2 Table space Relocation Plan for database disaster recovery using Describe two methods that can be used toUnit 9: DB2 Additional Recovery Facilities remotely mirrored disks convert a DMS table space to utilizeExercise 9: Additional Recovery Facilities Describe the use of DB2 Replication to automatic storageUnit 10: DB2 Recovery History File recover selected DB2 tables in a remote Use the GENERATE SCRIPT option ofUnit 11: High Availability and Split Mirror database RESTORE to set up a command script forDatabase Copy DB2 High Availability Disaster Recovery a redirected restore operationDay 4 (HADR) Copy schemas from one database toUnit 12: Basic Database Disaster Recovery Implement HADR, including the setup of another using the TRANSPORT option ofTechniques a Primary and Standby database the RESTORE utilityExercise 11: DB2 Database Disaster Use the commands START HADR, Use db2relocatedb when moving orRecovery using Log Shipping STOP HADR, and TAKEOVER to copying DB2 databases with non-DB2Unit 13: DB2 High Availability Disaster manage an operational HADR system utilitiesRecovery (HADR) Plan for the use of the DB2 Utilities like DB2 Additional Recovery FacilitiesExercise 12: DB2 High Availability Disaster LOAD, REORG, Backup and Restore in Select the appropriate method forRecovery (HADR) an HADR environment protecting the database from loss of logUnit 14: DB2 DPF Partitioned Database Select appropriate HADR database fileRecovery configuration options in order to meet the Select the BACKUP Utility option to

requirements of a specific application include the required logs in an onlineenvironment including the backup imageHADR_PEER_WINDOW Use the DB2 ARCHIVE LOG command toMonitor the status of the Primary and make the current DB2 log available forStandby database using GET archivalSNAPSHOT FOR DATABASE or db2pd - Implement the DB2 option for blockinghadr update transactions when the log diskImplement Read-only application access becomes fullto the Standby Database of an HADR Implement the DB2 Utility Throttle usingdatabase environment the UTIL_IMPACT_LIM Database


DB2 DPF Partitioned Database Recovery Manager configuration optionConsiderations Configure a DB2 database for automaticDescribe the use of the Single System backupsView options for Backup of a partitioned Explain the self optimizing features of thedatabase Backup UtilityRecover a partitioned database using the DB2 Recovery History FileTO END OF LOGS option of the Use the DB2 LIST HISTORY command toROLLFORWARD command display selected information needed toCreate an online Backup of a DPF plan database recoverypartitioned database that includes all of Retrieve information from the databasethe required active logs recovery history using SQLImplement automated archival of DB2 Configure a DB2 database for automaticlogs in a DPF partitioned database removal of database recovery objectsPerform dropped table recovery in a DPF including backups and archived logspartitioned database Use the PRUNE HISTORY command toUse the REBUILD option of RESTORE to remove outdated information in thebuild a partial copy of a DPF Partitioned Recovery Historydatabase Restore a damaged Recovery History fileDescribe the crash recovery processing High Availability and Split Mirror Databaseperformed for a DPF partitioned database CopyExplain the use of redirected restores and Explain the concepts involved whendb2relocatedb with DPF partitioned implementing the automated failover of adatabases DB2 databaseUse db2inidb for split mirror copies with a Describe the integrated clusterDPF partitioned databases configuration and management features ofAgenda DB2Exercise 1: Configuring DB2 for Recovery Discuss the concepts used by DB2Unit 2: DB2 Recovery Log Management pureScale to support High Availability for aExercise 2: Managing DB2 Log Files DB2 databaseUnit 3: Dropped Table Recovery Plan for using split mirror copies to createExercise 3: DB2 Dropped Table a standby database, a database snapshotRecovery or a database mirrorDay 2 Utilize the SET WRITE SUSPEND andExercise 4: Database Rebuild Support DBD2INIDB commands with split mirrorUnit 5: Table Space Recovery database copiesExercise 5: Table Space Point-in-Time Use the AS SNAPSHOT option of the DB2Recovery BACKUP and RESTORE utilitiesUnit 6: Incremental Backup and Recovery Basic Database Disaster RecoveryExercise 6: Incremental Backup and TechniquesRestore Explain setup for a Standby database at aUnit 7: DB2 Database Crash Recovery remote locationDay 3 Plan for database disaster recovery usingUnit 8: DB2 Database and Table Space remotely mirrored disksRelocation Describe the use of DB2 Replication toExercise 8: DB2 Table space Relocation recover selected DB2 tables in a remoteUnit 9: DB2 Additional Recovery Facilities databaseExercise 9: Additional Recovery Facilities DB2 High Availability Disaster RecoveryUnit 10: DB2 Recovery History File (HADR)Unit 11: High Availability and Split Mirror Implement HADR, including the setup of aDatabase Copy Primary and Standby databaseDay 4 Use the commands START HADR, STOPUnit 12: Basic Database Disaster HADR, and TAKEOVER to manage anRecovery Techniques operational HADR systemExercise 11: DB2 Database Disaster Plan for the use of the DB2 Utilities likeRecovery using Log Shipping LOAD, REORG, Backup and Restore in anUnit 13: DB2 High Availability Disaster HADR environmentRecovery (HADR) Select appropriate HADR databaseExercise 12: DB2 High Availability configuration options in order to meet theDisaster Recovery (HADR) requirements of a specific applicationUnit 14: DB2 DPF Partitioned Database environment including theRecovery HADR_PEER_WINDOW

Monitor the status of the Primary andStandby database using GET SNAPSHOT

line FOR DATABASE or db2pd - hadrExplain the basic principles DB2 uses for Implement Read-only application access todatabase recovery and restart the Standby Database of an HADR


Describe the capabilities and functional database environmentrequirements of DB2 logging DB2 DPF Partitioned Database RecoverySelect options for some of the DB2 Considerationsdatabase parameters that support Describe the use of the Single Systemrecovery View options for Backup of a partitionedDB2 Recovery Log Management databaseConfigure the database options to Recover a partitioned database using theautomate archive log management TO END OF LOGS option of theImplement infinite active logging to ROLLFORWARD commandsupport applications that require large Create an online Backup of a DPFamounts of logged database changes partitioned database that includes all of theDescribe the options provided by DB2 9 required active logsfor Linux, UNIX, and Windows to reduce Implement automated archival of DB2 logslog volume, including the NOT LOGGED in a DPF partitioned databaseINITIALLY option Perform dropped table recovery in a DPFDB2 Dropped Table Recovery partitioned databaseImplement dropped table recovery for Use the REBUILD option of RESTORE toselected table spaces build a partial copy of a DPF PartitionedUse the DB2 LIST HISTORY command databaseto gather the information needed to Describe the crash recovery processingrecover a dropped table performed for a DPF partitioned databasePlan and invoke the DB2 utilities involved Explain the use of redirected restores andin recovering a dropped table db2relocatedb with DPF partitionedDatabase Rebuild Support databasesExplain the capabilities of the REBUILD Use db2inidb for split mirror copies with aoption for the RESTORE command DPF partitioned databasesList the types of information included in Agendaeach DB2 backup image and describe Exercise 1: Configuring DB2 for Recoveryhow it is used to support rebuilding a Unit 2: DB2 Recovery Log Managementdatabase Exercise 2: Managing DB2 Log FilesPlan for supporting database and Unit 3: Dropped Table Recoverydisaster recovery scenarios using DB2 Exercise 3: DB2 Dropped Table Recoverydatabase and table space backups using Day 2the RESTORE command with a Exercise 4: Database Rebuild SupportREBUILD option Unit 5: Table Space RecoveryUtilize LIST UTILITIES SHOW DETAIL to Exercise 5: Table Space Point-in-Timemonitor progress of a RESTORE Utility Recoveryduring database rebuilding Unit 6: Incremental Backup and RecoveryTable Space Recovery Exercise 6: Incremental Backup andExplain how the minimum recovery time Restorefor a table space may impact application Unit 7: DB2 Database Crash Recoverypoint in time recovery Day 3Use the ONLINE option for RESTORE Unit 8: DB2 Database and Table Spaceand ROLLFORWARD commands to Relocationrecover selected table spaces with an Exercise 8: DB2 Table space Relocationactive database Unit 9: DB2 Additional Recovery FacilitiesDB2 Incremental Backup and Recovery Exercise 9: Additional Recovery FacilitiesImplement a physical database design to Unit 10: DB2 Recovery History Filetake advantage of Incremental backups Unit 11: High Availability and Split Mirrorof selected table spaces Database CopyUtilize an Incremental restore to recover Day 4a DB2 database or table space from Unit 12: Basic Database DisasterIncremental backup images Recovery TechniquesUse the LIST UTILITIES command to Exercise 11: DB2 Database Disastertrack the processing of an Incremental Recovery using Log Shippingbackup or restore process Unit 13: DB2 High Availability DisasterDB2 Database Crash Recovery Recovery (HADR)Select an appropriate value for Exercise 12: DB2 High Availability DisasterSOFTMAX to reduce database crash Recovery (HADR)recovery time Unit 14: DB2 DPF Partitioned DatabaseConfigure DB2 database options to Recoverysupport crash recovery for applicationsDescribe the impact of a database crashand restart for DB2 Utilities like LOAD, lineREORG and IMPORT Explain the basic principles DB2 uses forDB2 Database and Table Space database recovery and restart


Relocation Describe the capabilities and functionalUse the SET TABLESPACE requirements of DB2 loggingCONTAINERS command to define new Select options for some of the DB2containers during a redirected restore database parameters that support recoveryUtilize the RESTORE utility to change the DB2 Recovery Log Managementdatabase storage paths for AUTOMATIC Configure the database options toSTORAGE table spaces automate archive log managementPlan the use of redirected restore as part Implement infinite active logging to supportof a disaster recovery applications that require large amounts ofDescribe two methods that can be used logged database changesto convert a DMS table space to utilize Describe the options provided by DB2 9 forautomatic storage Linux, UNIX, and Windows to reduce logUse the GENERATE SCRIPT option of volume, including the NOT LOGGEDRESTORE to set up a command script INITIALLY optionfor a redirected restore operation DB2 Dropped Table RecoveryCopy schemas from one database to Implement dropped table recovery foranother using the TRANSPORT option of selected table spacesthe RESTORE utility Use the DB2 LIST HISTORY command toUse db2relocatedb when moving or gather the information needed to recover acopying DB2 databases with non-DB2 dropped tableutilities Plan and invoke the DB2 utilities involvedDB2 Additional Recovery Facilities in recovering a dropped tableSelect the appropriate method for Database Rebuild Supportprotecting the database from loss of log Explain the capabilities of the REBUILDfile option for the RESTORE commandSelect the BACKUP Utility option to List the types of information included ininclude the required logs in an online each DB2 backup image and describe howbackup image it is used to support rebuilding a databaseUse the DB2 ARCHIVE LOG command Plan for supporting database and disasterto make the current DB2 log available for recovery scenarios using DB2 databasearchival and table space backups using theImplement the DB2 option for blocking RESTORE command with a REBUILDupdate transactions when the log disk optionbecomes full Utilize LIST UTILITIES SHOW DETAIL toImplement the DB2 Utility Throttle using monitor progress of a RESTORE Utilitythe UTIL_IMPACT_LIM Database during database rebuildingManager configuration option Table Space RecoveryConfigure a DB2 database for automatic Explain how the minimum recovery timebackups for a table space may impact applicationExplain the self optimizing features of the point in time recoveryBackup Utility Use the ONLINE option for RESTORE andDB2 Recovery History File ROLLFORWARD commands to recoverUse the DB2 LIST HISTORY command selected table spaces with an activeto display selected information needed to databaseplan database recovery DB2 Incremental Backup and RecoveryRetrieve information from the database Implement a physical database design torecovery history using SQL take advantage of Incremental backups ofConfigure a DB2 database for automatic selected table spacesremoval of database recovery objects Utilize an Incremental restore to recover aincluding backups and archived logs DB2 database or table space fromUse the PRUNE HISTORY command to Incremental backup imagesremove outdated information in the Use the LIST UTILITIES command to trackRecovery History the processing of an Incremental backupRestore a damaged Recovery History file or restore processHigh Availability and Split Mirror DB2 Database Crash RecoveryDatabase Copy Select an appropriate value for SOFTMAXExplain the concepts involved when to reduce database crash recovery timeimplementing the automated failover of a Configure DB2 database options toDB2 database support crash recovery for applicationsDescribe the integrated cluster Describe the impact of a database crashconfiguration and management features and restart for DB2 Utilities like LOAD,of DB2 REORG and IMPORTDiscuss the concepts used by DB2 DB2 Database and Table SpacepureScale to support High Availability for Relocationa DB2 database Use the SET TABLESPACEPlan for using split mirror copies to create CONTAINERS command to define new


a standby database, a database containers during a redirected restoresnapshot or a database mirror Utilize the RESTORE utility to change theUtilize the SET WRITE SUSPEND and database storage paths for AUTOMATICDBD2INIDB commands with split mirror STORAGE table spacesdatabase copies Plan the use of redirected restore as partUse the AS SNAPSHOT option of the of a disaster recoveryDB2 BACKUP and RESTORE utilities Describe two methods that can be used toBasic Database Disaster Recovery convert a DMS table space to utilizeTechniques automatic storageExplain setup for a Standby database at Use the GENERATE SCRIPT option ofa remote location RESTORE to set up a command script forPlan for database disaster recovery using a redirected restore operationremotely mirrored disks Copy schemas from one database toDescribe the use of DB2 Replication to another using the TRANSPORT option ofrecover selected DB2 tables in a remote the RESTORE utilitydatabase Use db2relocatedb when moving orDB2 High Availability Disaster Recovery copying DB2 databases with non-DB2(HADR) utilitiesImplement HADR, including the setup of DB2 Additional Recovery Facilitiesa Primary and Standby database Select the appropriate method forUse the commands START HADR, protecting the database from loss of logSTOP HADR, and TAKEOVER to filemanage an operational HADR system Select the BACKUP Utility option toPlan for the use of the DB2 Utilities like include the required logs in an onlineLOAD, REORG, Backup and Restore in backup imagean HADR environment Use the DB2 ARCHIVE LOG command toSelect appropriate HADR database make the current DB2 log available forconfiguration options in order to meet the archivalrequirements of a specific application Implement the DB2 option for blockingenvironment including the update transactions when the log diskHADR_PEER_WINDOW becomes fullMonitor the status of the Primary and Implement the DB2 Utility Throttle usingStandby database using GET the UTIL_IMPACT_LIM DatabaseSNAPSHOT FOR DATABASE or db2pd - Manager configuration optionhadr Configure a DB2 database for automaticImplement Read-only application access backupsto the Standby Database of an HADR Explain the self optimizing features of thedatabase environment Backup UtilityDB2 DPF Partitioned Database Recovery DB2 Recovery History FileConsiderations Use the DB2 LIST HISTORY command toDescribe the use of the Single System display selected information needed toView options for Backup of a partitioned plan database recoverydatabase Retrieve information from the databaseRecover a partitioned database using the recovery history using SQLTO END OF LOGS option of the Configure a DB2 database for automaticROLLFORWARD command removal of database recovery objectsCreate an online Backup of a DPF including backups and archived logspartitioned database that includes all of Use the PRUNE HISTORY command tothe required active logs remove outdated information in theImplement automated archival of DB2 Recovery Historylogs in a DPF partitioned database Restore a damaged Recovery History filePerform dropped table recovery in a DPF High Availability and Split Mirror Databasepartitioned database CopyUse the REBUILD option of RESTORE to Explain the concepts involved whenbuild a partial copy of a DPF Partitioned implementing the automated failover of adatabase DB2 databaseDescribe the crash recovery processing Describe the integrated clusterperformed for a DPF partitioned database configuration and management features ofExplain the use of redirected restores and DB2db2relocatedb with DPF partitioned Discuss the concepts used by DB2databases pureScale to support High Availability for aUse db2inidb for split mirror copies with a DB2 databaseDPF partitioned databases Plan for using split mirror copies to createAgenda a standby database, a database snapshotExercise 1: Configuring DB2 for Recovery or a database mirrorUnit 2: DB2 Recovery Log Management Utilize the SET WRITE SUSPEND and


Exercise 2: Managing DB2 Log Files DBD2INIDB commands with split mirrorUnit 3: Dropped Table Recovery database copiesExercise 3: DB2 Dropped Table Use the AS SNAPSHOT option of the DB2Recovery BACKUP and RESTORE utilitiesDay 2 Basic Database Disaster RecoveryExercise 4: Database Rebuild Support TechniquesUnit 5: Table Space Recovery Explain setup for a Standby database at aExercise 5: Table Space Point-in-Time remote locationRecovery Plan for database disaster recovery usingUnit 6: Incremental Backup and Recovery remotely mirrored disksExercise 6: Incremental Backup and Describe the use of DB2 Replication toRestore recover selected DB2 tables in a remoteUnit 7: DB2 Database Crash Recovery databaseDay 3 DB2 High Availability Disaster RecoveryUnit 8: DB2 Database and Table Space (HADR)Relocation Implement HADR, including the setup of aExercise 8: DB2 Table space Relocation Primary and Standby databaseUnit 9: DB2 Additional Recovery Facilities Use the commands START HADR, STOPExercise 9: Additional Recovery Facilities HADR, and TAKEOVER to manage anUnit 10: DB2 Recovery History File operational HADR systemUnit 11: High Availability and Split Mirror Plan for the use of the DB2 Utilities likeDatabase Copy LOAD, REORG, Backup and Restore in anDay 4 HADR environmentUnit 12: Basic Database Disaster Select appropriate HADR databaseRecovery Techniques configuration options in order to meet theExercise 11: DB2 Database Disaster requirements of a specific applicationRecovery using Log Shipping environment including theUnit 13: DB2 High Availability Disaster HADR_PEER_WINDOWRecovery (HADR) Monitor the status of the Primary andExercise 12: DB2 High Availability Standby database using GET SNAPSHOTDisaster Recovery (HADR) FOR DATABASE or db2pd - hadrUnit 14: DB2 DPF Partitioned Database Implement Read-only application access toRecovery the Standby Database of an HADR

database environmentDB2 DPF Partitioned Database Recovery

line ConsiderationsExplain the basic principles DB2 uses for Describe the use of the Single Systemdatabase recovery and restart View options for Backup of a partitionedDescribe the capabilities and functional databaserequirements of DB2 logging Recover a partitioned database using theSelect options for some of the DB2 TO END OF LOGS option of thedatabase parameters that support ROLLFORWARD commandrecovery Create an online Backup of a DPFDB2 Recovery Log Management partitioned database that includes all of theConfigure the database options to required active logsautomate archive log management Implement automated archival of DB2 logsImplement infinite active logging to in a DPF partitioned databasesupport applications that require large Perform dropped table recovery in a DPFamounts of logged database changes partitioned databaseDescribe the options provided by DB2 9 Use the REBUILD option of RESTORE tofor Linux, UNIX, and Windows to reduce build a partial copy of a DPF Partitionedlog volume, including the NOT LOGGED databaseINITIALLY option Describe the crash recovery processingDB2 Dropped Table Recovery performed for a DPF partitioned databaseImplement dropped table recovery for Explain the use of redirected restores andselected table spaces db2relocatedb with DPF partitionedUse the DB2 LIST HISTORY command databasesto gather the information needed to Use db2inidb for split mirror copies with arecover a dropped table DPF partitioned databasesPlan and invoke the DB2 utilities involved Agendain recovering a dropped table Exercise 1: Configuring DB2 for RecoveryDatabase Rebuild Support Unit 2: DB2 Recovery Log ManagementExplain the capabilities of the REBUILD Exercise 2: Managing DB2 Log Filesoption for the RESTORE command Unit 3: Dropped Table RecoveryList the types of information included in Exercise 3: DB2 Dropped Table Recoveryeach DB2 backup image and describe Day 2


how it is used to support rebuilding a Exercise 4: Database Rebuild Supportdatabase Unit 5: Table Space RecoveryPlan for supporting database and Exercise 5: Table Space Point-in-Timedisaster recovery scenarios using DB2 Recoverydatabase and table space backups using Unit 6: Incremental Backup and Recoverythe RESTORE command with a Exercise 6: Incremental Backup andREBUILD option RestoreUtilize LIST UTILITIES SHOW DETAIL to Unit 7: DB2 Database Crash Recoverymonitor progress of a RESTORE Utility Day 3during database rebuilding Unit 8: DB2 Database and Table SpaceTable Space Recovery RelocationExplain how the minimum recovery time Exercise 8: DB2 Table space Relocationfor a table space may impact application Unit 9: DB2 Additional Recovery Facilitiespoint in time recovery Exercise 9: Additional Recovery FacilitiesUse the ONLINE option for RESTORE Unit 10: DB2 Recovery History Fileand ROLLFORWARD commands to Unit 11: High Availability and Split Mirrorrecover selected table spaces with an Database Copyactive database Day 4DB2 Incremental Backup and Recovery Unit 12: Basic Database DisasterImplement a physical database design to Recovery Techniquestake advantage of Incremental backups Exercise 11: DB2 Database Disasterof selected table spaces Recovery using Log ShippingUtilize an Incremental restore to recover Unit 13: DB2 High Availability Disastera DB2 database or table space from Recovery (HADR)Incremental backup images Exercise 12: DB2 High Availability DisasterUse the LIST UTILITIES command to Recovery (HADR)track the processing of an Incremental Unit 14: DB2 DPF Partitioned Databasebackup or restore process RecoveryDB2 Database Crash RecoverySelect an appropriate value forSOFTMAX to reduce database crash linerecovery time Explain the basic principles DB2 uses forConfigure DB2 database options to database recovery and restartsupport crash recovery for applications Describe the capabilities and functionalDescribe the impact of a database crash requirements of DB2 loggingand restart for DB2 Utilities like LOAD, Select options for some of the DB2REORG and IMPORT database parameters that support recoveryDB2 Database and Table Space DB2 Recovery Log ManagementRelocation Configure the database options toUse the SET TABLESPACE automate archive log managementCONTAINERS command to define new Implement infinite active logging to supportcontainers during a redirected restore applications that require large amounts ofUtilize the RESTORE utility to change the logged database changesdatabase storage paths for AUTOMATIC Describe the options provided by DB2 9 forSTORAGE table spaces Linux, UNIX, and Windows to reduce logPlan the use of redirected restore as part volume, including the NOT LOGGEDof a disaster recovery INITIALLY optionDescribe two methods that can be used DB2 Dropped Table Recoveryto convert a DMS table space to utilize Implement dropped table recovery forautomatic storage selected table spacesUse the GENERATE SCRIPT option of Use the DB2 LIST HISTORY command toRESTORE to set up a command script gather the information needed to recover afor a redirected restore operation dropped tableCopy schemas from one database to Plan and invoke the DB2 utilities involvedanother using the TRANSPORT option of in recovering a dropped tablethe RESTORE utility Database Rebuild SupportUse db2relocatedb when moving or Explain the capabilities of the REBUILDcopying DB2 databases with non-DB2 option for the RESTORE commandutilities List the types of information included inDB2 Additional Recovery Facilities each DB2 backup image and describe howSelect the appropriate method for it is used to support rebuilding a databaseprotecting the database from loss of log Plan for supporting database and disasterfile recovery scenarios using DB2 databaseSelect the BACKUP Utility option to and table space backups using theinclude the required logs in an online RESTORE command with a REBUILDbackup image option


Use the DB2 ARCHIVE LOG command Utilize LIST UTILITIES SHOW DETAIL toto make the current DB2 log available for monitor progress of a RESTORE Utilityarchival during database rebuildingImplement the DB2 option for blocking Table Space Recoveryupdate transactions when the log disk Explain how the minimum recovery timebecomes full for a table space may impact applicationImplement the DB2 Utility Throttle using point in time recoverythe UTIL_IMPACT_LIM Database Use the ONLINE option for RESTORE andManager configuration option ROLLFORWARD commands to recoverConfigure a DB2 database for automatic selected table spaces with an activebackups databaseExplain the self optimizing features of the DB2 Incremental Backup and RecoveryBackup Utility Implement a physical database design toDB2 Recovery History File take advantage of Incremental backups ofUse the DB2 LIST HISTORY command selected table spacesto display selected information needed to Utilize an Incremental restore to recover aplan database recovery DB2 database or table space fromRetrieve information from the database Incremental backup imagesrecovery history using SQL Use the LIST UTILITIES command to trackConfigure a DB2 database for automatic the processing of an Incremental backupremoval of database recovery objects or restore processincluding backups and archived logs DB2 Database Crash RecoveryUse the PRUNE HISTORY command to Select an appropriate value for SOFTMAXremove outdated information in the to reduce database crash recovery timeRecovery History Configure DB2 database options toRestore a damaged Recovery History file support crash recovery for applicationsHigh Availability and Split Mirror Describe the impact of a database crashDatabase Copy and restart for DB2 Utilities like LOAD,Explain the concepts involved when REORG and IMPORTimplementing the automated failover of a DB2 Database and Table SpaceDB2 database RelocationDescribe the integrated cluster Use the SET TABLESPACEconfiguration and management features CONTAINERS command to define newof DB2 containers during a redirected restoreDiscuss the concepts used by DB2 Utilize the RESTORE utility to change thepureScale to support High Availability for database storage paths for AUTOMATICa DB2 database STORAGE table spacesPlan for using split mirror copies to create Plan the use of redirected restore as parta standby database, a database of a disaster recoverysnapshot or a database mirror Describe two methods that can be used toUtilize the SET WRITE SUSPEND and convert a DMS table space to utilizeDBD2INIDB commands with split mirror automatic storagedatabase copies Use the GENERATE SCRIPT option ofUse the AS SNAPSHOT option of the RESTORE to set up a command script forDB2 BACKUP and RESTORE utilities a redirected restore operationBasic Database Disaster Recovery Copy schemas from one database toTechniques another using the TRANSPORT option ofExplain setup for a Standby database at the RESTORE utilitya remote location Use db2relocatedb when moving orPlan for database disaster recovery using copying DB2 databases with non-DB2remotely mirrored disks utilitiesDescribe the use of DB2 Replication to DB2 Additional Recovery Facilitiesrecover selected DB2 tables in a remote Select the appropriate method fordatabase protecting the database from loss of logDB2 High Availability Disaster Recovery file(HADR) Select the BACKUP Utility option toImplement HADR, including the setup of include the required logs in an onlinea Primary and Standby database backup imageUse the commands START HADR, Use the DB2 ARCHIVE LOG command toSTOP HADR, and TAKEOVER to make the current DB2 log available formanage an operational HADR system archivalPlan for the use of the DB2 Utilities like Implement the DB2 option for blockingLOAD, REORG, Backup and Restore in update transactions when the log diskan HADR environment becomes fullSelect appropriate HADR database Implement the DB2 Utility Throttle usingconfiguration options in order to meet the the UTIL_IMPACT_LIM Database


requirements of a specific application Manager configuration optionenvironment including the Configure a DB2 database for automaticHADR_PEER_WINDOW backupsMonitor the status of the Primary and Explain the self optimizing features of theStandby database using GET Backup UtilitySNAPSHOT FOR DATABASE or db2pd - DB2 Recovery History Filehadr Use the DB2 LIST HISTORY command toImplement Read-only application access display selected information needed toto the Standby Database of an HADR plan database recoverydatabase environment Retrieve information from the databaseDB2 DPF Partitioned Database Recovery recovery history using SQLConsiderations Configure a DB2 database for automaticDescribe the use of the Single System removal of database recovery objectsView options for Backup of a partitioned including backups and archived logsdatabase Use the PRUNE HISTORY command toRecover a partitioned database using the remove outdated information in theTO END OF LOGS option of the Recovery HistoryROLLFORWARD command Restore a damaged Recovery History fileCreate an online Backup of a DPF High Availability and Split Mirror Databasepartitioned database that includes all of Copythe required active logs Explain the concepts involved whenImplement automated archival of DB2 implementing the automated failover of alogs in a DPF partitioned database DB2 databasePerform dropped table recovery in a DPF Describe the integrated clusterpartitioned database configuration and management features ofUse the REBUILD option of RESTORE to DB2build a partial copy of a DPF Partitioned Discuss the concepts used by DB2database pureScale to support High Availability for aDescribe the crash recovery processing DB2 databaseperformed for a DPF partitioned database Plan for using split mirror copies to createExplain the use of redirected restores and a standby database, a database snapshotdb2relocatedb with DPF partitioned or a database mirrordatabases Utilize the SET WRITE SUSPEND andUse db2inidb for split mirror copies with a DBD2INIDB commands with split mirrorDPF partitioned databases database copiesAgenda Use the AS SNAPSHOT option of the DB2Exercise 1: Configuring DB2 for Recovery BACKUP and RESTORE utilitiesUnit 2: DB2 Recovery Log Management Basic Database Disaster RecoveryExercise 2: Managing DB2 Log Files TechniquesUnit 3: Dropped Table Recovery Explain setup for a Standby database at aExercise 3: DB2 Dropped Table remote locationRecovery Plan for database disaster recovery usingDay 2 remotely mirrored disksExercise 4: Database Rebuild Support Describe the use of DB2 Replication toUnit 5: Table Space Recovery recover selected DB2 tables in a remoteExercise 5: Table Space Point-in-Time databaseRecovery DB2 High Availability Disaster RecoveryUnit 6: Incremental Backup and Recovery (HADR)Exercise 6: Incremental Backup and Implement HADR, including the setup of aRestore Primary and Standby databaseUnit 7: DB2 Database Crash Recovery Use the commands START HADR, STOPDay 3 HADR, and TAKEOVER to manage anUnit 8: DB2 Database and Table Space operational HADR systemRelocation Plan for the use of the DB2 Utilities likeExercise 8: DB2 Table space Relocation LOAD, REORG, Backup and Restore in anUnit 9: DB2 Additional Recovery Facilities HADR environmentExercise 9: Additional Recovery Facilities Select appropriate HADR databaseUnit 10: DB2 Recovery History File configuration options in order to meet theUnit 11: High Availability and Split Mirror requirements of a specific applicationDatabase Copy environment including theDay 4 HADR_PEER_WINDOWUnit 12: Basic Database Disaster Monitor the status of the Primary andRecovery Techniques Standby database using GET SNAPSHOTExercise 11: DB2 Database Disaster FOR DATABASE or db2pd - hadrRecovery using Log Shipping Implement Read-only application access toUnit 13: DB2 High Availability Disaster the Standby Database of an HADR


Recovery (HADR) database environmentExercise 12: DB2 High Availability DB2 DPF Partitioned Database RecoveryDisaster Recovery (HADR) ConsiderationsUnit 14: DB2 DPF Partitioned Database Describe the use of the Single SystemRecovery View options for Backup of a partitioned

databaseRecover a partitioned database using the

line TO END OF LOGS option of theExplain the basic principles DB2 uses for ROLLFORWARD commanddatabase recovery and restart Create an online Backup of a DPFDescribe the capabilities and functional partitioned database that includes all of therequirements of DB2 logging required active logsSelect options for some of the DB2 Implement automated archival of DB2 logsdatabase parameters that support in a DPF partitioned databaserecovery Perform dropped table recovery in a DPFDB2 Recovery Log Management partitioned databaseConfigure the database options to Use the REBUILD option of RESTORE toautomate archive log management build a partial copy of a DPF PartitionedImplement infinite active logging to databasesupport applications that require large Describe the crash recovery processingamounts of logged database changes performed for a DPF partitioned databaseDescribe the options provided by DB2 9 Explain the use of redirected restores andfor Linux, UNIX, and Windows to reduce db2relocatedb with DPF partitionedlog volume, including the NOT LOGGED databasesINITIALLY option Use db2inidb for split mirror copies with aDB2 Dropped Table Recovery DPF partitioned databasesImplement dropped table recovery for Agendaselected table spaces Exercise 1: Configuring DB2 for RecoveryUse the DB2 LIST HISTORY command Unit 2: DB2 Recovery Log Managementto gather the information needed to Exercise 2: Managing DB2 Log Filesrecover a dropped table Unit 3: Dropped Table RecoveryPlan and invoke the DB2 utilities involved Exercise 3: DB2 Dropped Table Recoveryin recovering a dropped table Day 2Database Rebuild Support Exercise 4: Database Rebuild SupportExplain the capabilities of the REBUILD Unit 5: Table Space Recoveryoption for the RESTORE command Exercise 5: Table Space Point-in-TimeList the types of information included in Recoveryeach DB2 backup image and describe Unit 6: Incremental Backup and Recoveryhow it is used to support rebuilding a Exercise 6: Incremental Backup anddatabase RestorePlan for supporting database and Unit 7: DB2 Database Crash Recoverydisaster recovery scenarios using DB2 Day 3database and table space backups using Unit 8: DB2 Database and Table Spacethe RESTORE command with a RelocationREBUILD option Exercise 8: DB2 Table space RelocationUtilize LIST UTILITIES SHOW DETAIL to Unit 9: DB2 Additional Recovery Facilitiesmonitor progress of a RESTORE Utility Exercise 9: Additional Recovery Facilitiesduring database rebuilding Unit 10: DB2 Recovery History FileTable Space Recovery Unit 11: High Availability and Split MirrorExplain how the minimum recovery time Database Copyfor a table space may impact application Day 4point in time recovery Unit 12: Basic Database DisasterUse the ONLINE option for RESTORE Recovery Techniquesand ROLLFORWARD commands to Exercise 11: DB2 Database Disasterrecover selected table spaces with an Recovery using Log Shippingactive database Unit 13: DB2 High Availability DisasterDB2 Incremental Backup and Recovery Recovery (HADR)Implement a physical database design to Exercise 12: DB2 High Availability Disastertake advantage of Incremental backups Recovery (HADR)of selected table spaces Unit 14: DB2 DPF Partitioned DatabaseUtilize an Incremental restore to recover Recoverya DB2 database or table space fromIncremental backup imagesUse the LIST UTILITIES command totrack the processing of an Incrementalbackup or restore process


DB2 Database Crash RecoverySelect an appropriate value forSOFTMAX to reduce database crashrecovery timeConfigure DB2 database options tosupport crash recovery for applicationsDescribe the impact of a database crashand restart for DB2 Utilities like LOAD,REORG and IMPORTDB2 Database and Table SpaceRelocationUse the SET TABLESPACECONTAINERS command to define newcontainers during a redirected restoreUtilize the RESTORE utility to change thedatabase storage paths for AUTOMATICSTORAGE table spacesPlan the use of redirected restore as partof a disaster recoveryDescribe two methods that can be usedto convert a DMS table space to utilizeautomatic storageUse the GENERATE SCRIPT option ofRESTORE to set up a command scriptfor a redirected restore operationCopy schemas from one database toanother using the TRANSPORT option ofthe RESTORE utilityUse db2relocatedb when moving orcopying DB2 databases with non-DB2utilitiesDB2 Additional Recovery FacilitiesSelect the appropriate method forprotecting the database from loss of logfileSelect the BACKUP Utility option toinclude the required logs in an onlinebackup imageUse the DB2 ARCHIVE LOG commandto make the current DB2 log available forarchivalImplement the DB2 option for blockingupdate transactions when the log diskbecomes fullImplement the DB2 Utility Throttle usingthe UTIL_IMPACT_LIM DatabaseManager configuration optionConfigure a DB2 database for automaticbackupsExplain the self optimizing features of theBackup UtilityDB2 Recovery History FileUse the DB2 LIST HISTORY commandto display selected information needed toplan database recoveryRetrieve information from the databaserecovery history using SQLConfigure a DB2 database for automaticremoval of database recovery objectsincluding backups and archived logsUse the PRUNE HISTORY command toremove outdated information in theRecovery HistoryRestore a damaged Recovery History fileHigh Availability and Split MirrorDatabase Copy


Explain the concepts involved whenimplementing the automated failover of aDB2 databaseDescribe the integrated clusterconfiguration and management featuresof DB2Discuss the concepts used by DB2pureScale to support High Availability fora DB2 databasePlan for using split mirror copies to createa standby database, a databasesnapshot or a database mirrorUtilize the SET WRITE SUSPEND andDBD2INIDB commands with split mirrordatabase copiesUse the AS SNAPSHOT option of theDB2 BACKUP and RESTORE utilitiesBasic Database Disaster RecoveryTechniquesExplain setup for a Standby database ata remote locationPlan for database disaster recovery usingremotely mirrored disksDescribe the use of DB2 Replication torecover selected DB2 tables in a remotedatabaseDB2 High Availability Disaster Recovery(HADR)Implement HADR, including the setup ofa Primary and Standby databaseUse the commands START HADR,STOP HADR, and TAKEOVER tomanage an operational HADR systemPlan for the use of the DB2 Utilities likeLOAD, REORG, Backup and Restore inan HADR environmentSelect appropriate HADR databaseconfiguration options in order to meet therequirements of a specific applicationenvironment including theHADR_PEER_WINDOWMonitor the status of the Primary andStandby database using GETSNAPSHOT FOR DATABASE or db2pd -hadrImplement Read-only application accessto the Standby Database of an HADRdatabase environmentDB2 DPF Partitioned Database RecoveryConsiderationsDescribe the use of the Single SystemView options for Backup of a partitioneddatabaseRecover a partitioned database using theTO END OF LOGS option of theROLLFORWARD commandCreate an online Backup of a DPFpartitioned database that includes all ofthe required active logsImplement automated archival of DB2logs in a DPF partitioned databasePerform dropped table recovery in a DPFpartitioned databaseUse the REBUILD option of RESTORE tobuild a partial copy of a DPF Partitioneddatabase


Describe the crash recovery processingperformed for a DPF partitioned databaseExplain the use of redirected restores anddb2relocatedb with DPF partitioneddatabasesUse db2inidb for split mirror copies with aDPF partitioned databasesAgendaExercise 1: Configuring DB2 for RecoveryUnit 2: DB2 Recovery Log ManagementExercise 2: Managing DB2 Log FilesUnit 3: Dropped Table RecoveryExercise 3: DB2 Dropped TableRecoveryDay 2Exercise 4: Database Rebuild SupportUnit 5: Table Space RecoveryExercise 5: Table Space Point-in-TimeRecoveryUnit 6: Incremental Backup and RecoveryExercise 6: Incremental Backup andRestoreUnit 7: DB2 Database Crash RecoveryDay 3Unit 8: DB2 Database and Table SpaceRelocationExercise 8: DB2 Table space RelocationUnit 9: DB2 Additional Recovery FacilitiesExercise 9: Additional Recovery FacilitiesUnit 10: DB2 Recovery History FileUnit 11: High Availability and Split MirrorDatabase CopyDay 4Unit 12: Basic Database DisasterRecovery TechniquesExercise 11: DB2 Database DisasterRecovery using Log ShippingUnit 13: DB2 High Availability DisasterRecovery (HADR)Exercise 12: DB2 High AvailabilityDisaster Recovery (HADR)Unit 14: DB2 DPF Partitioned DatabaseRecovery

lineState the three types of recovery supportSelect the DB2 Database parametersthat support the DB2 logsExplain the DB2 facility to recover froman SQL DROP TABLE statement issuedin errorReview the considerations of usingstandard DB2 database recovery optionsPlan for point-in-time recovery of a tablespaces to support application processingerrorsPlan a database recovery strategy thatincludes both full and Incrementalbackups to reduce the duration and sizeof database backupsDescribe the concepts and processing forDB2 database crash recoveryExplain the facility of the DB2 RESTOREcommand to recover table spaces todifferent containers


Explain the LOAD Utility options COPYYES, COPY NO andNONRECOVERABLE impact ondatabase recoveryExplain the information recorded in theRecovery History fileDescribe various techniques forsupporting High Availability of DB2databasesDescribe the benefits and limitations ofseveral methods for supporting databasedisaster recoveryDescribe the benefits and limitations ofimplementing High Availability DisasterRecovery (HADR)Explain database recovery facilities in aDB2 DPF partitioned databaseDay 1Unit 1: DB2 Database Recovery ReviewUnit 4: Database Rebuild SupportExercise 7: Database Crash RecoveryExercise 10: DB2 High Availability usingsplit mirror copies

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DB2 for Linux, UNIX, Windows - Adv. Recovery and High Availability · 2015. 2. 16. · CL492G...

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Transcript of DB2 for Linux, UNIX, Windows - Adv. Recovery and High Availability · 2015. 2. 16. · CL492G...