Content Manager OnDemand Backup, Recovery, and High Availability.

Front cover -- Contents -- Figures -- Tables -- Notices -- Trademarks -- Preface -- The team that wrote this redbook -- Become a published author -- Comments welcome -- Part 1 Introduction -- Chapter 1. Basic concepts -- 1.1 Backup and recovery concept -- 1.1.1 Nature of failure -- 1.1.2 Time for recovery -- 1.1.3 Backup types -- 1.1.4 Backup window considerations -- 1.1.5 Space requirement -- 1.1.6 Recovery points -- 1.2 High availability -- 1.2.1 Planned versus unplanned outages -- 1.2.2 High availability versus continuous availability -- 1.2.3 Levels of availability -- 1.2.4 Measuring availability -- 1.3 Disaster recovery -- 1.3.1 Disaster recovery plan -- 1.3.2 Objectives and benefits -- 1.3.3 The seven tiers of disaster recovery -- 1.3.4 Trends in disaster recovery planning -- 1.4 Business continuity strategies and options -- 1.4.1 Cost versus loss -- 1.4.2 Solution design -- 1.4.3 Critical considerations and success factors -- Chapter 2. Content Manager OnDemand overview -- 2.1 Introduction -- 2.1.1 OnDemand features and functions -- 2.2 System overview -- 2.2.1 Library Server -- 2.2.2 Object Server -- 2.2.3 Standard OnDemand system -- 2.2.4 Standard OnDemand system with TSM -- 2.2.5 Distributed OnDemand system -- 2.2.6 Distributed OnDemand system with TSM -- 2.3 OnDemand terminology and concepts -- 2.3.1 Application -- 2.3.2 Application group -- 2.3.3 Folder -- 2.4 Database management -- 2.4.1 Overview and terms -- 2.4.2 Database maintenance -- 2.4.3 Database utility -- 2.5 Storage management -- 2.5.1 Overview -- 2.5.2 OnDemand storage management policy and objects -- 2.5.3 Cache storage and archive storage -- 2.5.4 Storage set and storage nodes -- 2.6 Report migration and removal -- 2.6.1 Migrating reports -- 2.6.2 Removing reports -- 2.6.3 Removing reports from cache storage -- 2.7 Tivoli Storage Manager.

2.7.1 TSM storage management policy and objects -- 2.7.2 TSM storage devices and media -- Part 2 Multiplatforms -- Chapter 3. Backup and recovery for OnDemand Multiplatforms -- 3.1 Backup strategies and options -- 3.1.1 Operating system backup -- 3.1.2 Cache backup -- 3.1.3 Database backup -- 3.1.4 TSM backup -- 3.1.5 OnDemand configuration and definition -- 3.2 Practical procedures -- 3.2.1 Operating system -- 3.2.2 DB2 backup procedures -- 3.2.3 Cache backup procedure -- 3.2.4 TSM backup procedure -- 3.2.5 OnDemand configuration and definition backup -- 3.3 Recovery plans under different scenarios -- 3.3.1 Human factor -- 3.3.2 Hardware failure -- 3.3.3 Transaction failure -- 3.3.4 Disaster -- 3.4 Recovery procedures -- 3.4.1 Recovery of operating system -- 3.4.2 TSM recovery procedure -- 3.4.3 Recovery of DB2 database -- 3.4.4 Recovery of cache directory -- 3.4.5 After the restoration -- 3.5 Problem determination -- Chapter 4. High availability and business continuity for OnDemand Multiplatforms -- 4.1 OnDemand high availability strategies and options -- 4.1.1 High availability: Clustering -- 4.2 Practical procedures for high availability -- 4.2.1 Test case scenario -- 4.2.2 Steps to configure example 1 -- 4.2.3 Steps to configure example 2 -- 4.2.4 HACMP post-configuration procedures -- 4.2.5 Failover tests and results -- 4.3 Business continuity strategies and options -- 4.3.1 Multi-site solutions overview -- 4.3.2 Business continuity configuration examples -- 4.3.3 eRCMF (enterprise Remote Copy Management Facility) -- 4.3.4 Business continuity summary chart -- Chapter 5. Case studies for OnDemand Multiplatforms -- 5.1 Global voice and data communications company -- 5.1.1 Background -- 5.1.2 Backup, recovery, and high availability approach -- 5.2 International financial services company -- 5.2.1 Background.

5.2.2 Backup, recovery, and high availability approach -- Part 3 iSeries -- Chapter 6. iSeries architecture -- 6.1 iSeries overview -- 6.1.1 iSeries success factors -- 6.1.2 iSeries architecture overview -- 6.1.3 Summary -- Chapter 7. OnDemand for iSeries overview -- 7.1 Introduction -- 7.2 Installation and configuration -- 7.3 Administration -- 7.4 User interface -- 7.5 Summary -- Chapter 8. Backup and recovery for OnDemand iSeries -- 8.1 Overview -- 8.2 Database and system files backup -- 8.2.1 System save -- 8.2.2 OnDemand libraries -- 8.2.3 OnDemand directories -- 8.3 Optical media backup -- 8.4 Optical media considerations -- 8.5 Database recovery -- 8.6 Backup, Recovery and Media Services (BRMS) -- Chapter 9. High availability strategies and options for the OnDemand iSeries -- 9.1 Introduction -- 9.2 Journaling -- 9.3 Remote journaling -- 9.4 High Availability Business Partner solutions -- Chapter 10. Case studies for OnDemand iSeries -- 10.1 Scenario 1 -- 10.2 Scenario 2 -- 10.3 Scenario 3 -- 10.4 Scenario 4 -- 10.5 Scenario 5 -- 10.6 Scenario 6 -- 10.7 Scenario 7 -- 10.8 Conclusion -- Part 4 z/OS -- Chapter 11. OnDemand overview for z/OS -- 11.1 Introduction -- 11.1.1 OnDemand features and functionalities -- 11.2 System overview -- 11.2.1 Library Server -- 11.2.2 Object Server -- 11.2.3 Server configurations -- 11.3 OnDemand terminology and concept -- 11.3.1 Applications -- 11.3.2 Application groups -- 11.3.3 Folders -- 11.3.4 Resources -- 11.3.5 Storage sets and storage nodes -- 11.3.6 Cache and archive storage -- 11.4 OnDemand Web Enablement Kit (ODWEK) -- 11.4.1 11.4.1 OnDemand programming interface -- 11.4.2 Document viewing -- Chapter 12. Backup and recovery for OnDemand z/OS -- 12.1 Backup and recovery overview -- 12.2 Library Server backup and recovery -- 12.2.1 OnDemand software -- 12.2.2 OnDemand server information.

12.2.3 OnDemand database -- 12.2.4 Other configuration and product files -- 12.3 Object Server backup and recovery -- 12.3.1 Stored reports -- 12.3.2 Cache storage -- 12.3.3 Archive storage -- 12.4 Object Access Method (OAM) -- 12.4.1 OAM components and SMS terminologies -- 12.4.2 Establishing OAM recovery procedures -- 12.5 Virtual Storage Access Method (VSAM) -- 12.5.1 DFSMShsm -- 12.6 Tivoli Storage Manager (TSM) -- 12.6.1 TSM Overview -- 12.6.2 TSM as the OnDemand z/OS archive manager -- 12.6.3 Backup methodologies -- 12.6.4 TSM supplied functionality -- Chapter 13. High availability for OnDemand z/OS in a SYSPLEX environment -- 13.1 High availability on z/OS overview -- 13.1.1 z/OS the nucleus high availability component -- 13.1.2 High availability concept for OnDemand z/OS -- 13.2 HA strategies for an OnDemand z/OS application -- 13.2.1 A 4-tier logical model -- 13.2.2 Breaking out the data tier (Tier 4) -- 13.2.3 Intelligent routing of inbound traffic options -- 13.2.4 Achieving HA for OnDemand system -- 13.2.5 Availability strategy failure scenarios -- 13.3 Sysplex terminology -- 13.4 TCP/IP port sharing -- 13.5 The shared OnDemand server -- Chapter 14. Case study for OnDemand z/OS -- 14.1 International financial services company -- 14.1.1 Background -- 14.1.2 Backup, recovery, and high availability approach -- 14.2 Communications services company -- 14.2.1 Background -- 14.2.2 Backup, recovery, and high availability approach -- 14.3 Manufacturing company -- 14.3.1 Background -- 14.3.2 Backup, recovery, and high availability approach -- Part 5 Appendixes -- Appendix A. Sample scripts and programs for the high availability scenarios -- A.1 HACMP standby configuration scripts -- A.1.1 Standby configuration startup script -- A.1.2 Standby configuration shutdown script -- A.2 HACMP mutual takeover configuration scripts.

A.2.1 Mutual takeover configuration startup scripts -- A.2.2 Mutual takeover configuration shutdown scripts -- A.3 OnDemand load daemon cleanup script -- Appendix B. Sample PPRC scripts for failover -- Sample PPRC scripts -- Related publications -- IBM Redbooks -- Other publications -- Online resources -- How to get IBM Redbooks -- Help from IBM -- Index -- Back cover.

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Electronic reproduction. Ann Arbor, Michigan : ProQuest Ebook Central, 2024. Available via World Wide Web. Access may be limited to ProQuest Ebook Central affiliated libraries.