IBM 5697-VM3 manual Tivoli Adsm for VM Program Directory

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Notes:

1.The steps that follow help you determine the Tivoli ADSM for VM file pool space requirements, file pool enrollment, and SFS directory definitions. If not all of these steps are required - for example, you are changing only SFS directory or subdirectory names - adapt these instructions as needed for your environment.

2.The following steps assume that a user-defined SFS file pool name is being used. If you will be using the VM/ESA default VMSYS file pool name, substitute it in any place you see 'user-defined file pool' or userfilepool.

3.For more information about planning for, generating and managing a file pool and server, see VM/ESA File Pool Planning, Administration and Operation.

1Determine the number of 4k blocks that are required for SFS directories by adding up the 4K blocks required for each SFS directory you plan to use.

If you intend to use all of the default Tivoli ADSM for VM SFS directories, the 4K block requirements for each directory are summarized in Figure 8 on page 11.

This information is used when enrolling the 5654A09A to the user-defined file pool.

2Enroll user 5654A09A in the user-defined file pool using the ENROLL USER command:

ENROLL USER 5654A09A userfilepool: (BLOCKS blocks

where blocks is the number of 4k blocks that you calculated in the previous step.

Note: This must be done from a user ID that is an administrator for the user-defined file pool.

3Determine if there are enough blocks available in the file pool to install Tivoli ADSM for VM. This information can be obtained from the QUERY FILEPOOL STATUS command. Near the end of the output from this command is a list of minidisks in the file pool and the number of blocks free. If the number of blocks free is smaller than the total 4k blocks needed to install Tivoli ADSM for VM you need to add space to the file pool. See VM/ESA SFS and CRR Planning, Administration, and Operation manual for information on adding space to a file pool.

4Create the necessary subdirectories using the CREATE DIRECTORY command.

A complete list of default Tivoli ADSM for VM SFS directories is provided in Figure 8 on page 11.

46Tivoli ADSM for VM Program Directory

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Contents IBM Page Contents Figures Appendix A. Applying an RSU Tape for Tivoli Adsm for VMIntroduction Program DescriptionImportant VM/ESA 2.4.0 Information Ordering Tivoli Adsm for VM 3.1.2 on VM/ESA Program MaterialsBasic Machine-Readable Material Basic Program Publications Optional Machine-Readable MaterialProgram Publications Publications Useful During Installation Microfiche SupportGC24-5837 Program Support Preventive Service PlanningStatement of Support Procedures Cumulative Service Tape Program and Service Level InformationService Level Information Program Level InformationInstallation Requirements and Considerations Dasd Storage and User ID Requirements Program Installation/Service ConsiderationsImportant Installation Notes SFS 4K VMSYS5654A09A Installation Instructions VMSES/E Installation Process OverviewLink Maint 51d 51d mr access 51d d Plan Your Installation For Tivoli Adsm for VMLink Maint 5e5 5e5 rr access 5e5 b Whats Next? Vmfins install info nomemo Vmfins install ppf 5654A09A Adsm Adsmsfs plan nomemo You can override any of the followingVMFINS26 Vmfview install Installing Tivoli Adsm for VM in SFS Directories Allocate Resources for Installing Tivoli Adsm for VMInstalling Tivoli Adsm for VM on Minidisk IPL CMS Parm Filepool Newpool Install Tivoli Adsm for VM Maint 5E5 and 51D minidisksProfile Link Maint 51d 51d mr access 51d d Vmfins install ppf 5654A09A Adsm Adsmsfs nomemo nolinkDSM2A6 Place Tivoli Adsm for VM into Production Update Build Status Table for Tivoli Adsm for VMVmfins build ppf 5654A09A Adsm Adsmsfs serviced nolink Tivoli Adsm for VM is now installed and built on your system RSU Warning Service InstructionsVMSES/E Service Process Overview Servicing Tivoli Adsm for VM Prepare to Receive ServiceVmfsetup 5654A09A Adsm Adsmsfs Vmfview receive Electronic ServiceVmfrec info Vmfmrdsk 5654A09A Adsm Adsmsfs applyVmfrec ppf 5654A09A Adsm Adsmsfs Receive the ServiceVmfview mrd Vmfview apply Apply the ServiceVmfapply ppf 5654A09A Adsm Adsmsfs Esalcl should be 5654A09A Esa should be 5654A09AUpdate the Build Status Table Vmfbld ppf 5654A09A Adsm Adsmsfs statusVmfppf 5654A09A Vmfbld ppf 5654A09A Adsm Adsmsfs serviced Build Serviced ObjectsPlace the New Tivoli Adsm for VM Service into Production Vmfview buildYou have finished servicing Tivoli Adsm for VM Appendix A. Applying an RSU Tape for Tivoli Adsm for VM Electronic Service envelope file Vmfins install info nomemo env rptfnum Vmfpsu 5654A09A Adsm AdsmsfsReceive the Preapplied, Prebuilt Service Process Additional Service Build the New Service Level and Place Into Production Determine RSU Service Level VMFSIP24Appendix B. Disabling Tivoli Adsm for VM Tivoli Adsm for VM Program Directory Setup SFS File Pool and Directories Where to nextTivoli Adsm for VM Program Directory Create directory dirid Copy Minidisk or SFS Files to SFS DirectoriesSet filepool userfilepool Create Product Parameter File PPF Override Xedit overname $PPF fm2File Copyfile overname $PPF fm = = d olddate Vmfppf overname adsmsfsAppendix D. Adsm Installation Tape Contents ANRSVM5 Module Html Trademarks and Service Marks Appendix E. NoticesTivoli Adsm for VM Program Directory Readers Comments Tivoli Adstar Distributed Storage Manager Version 3 ReleaseThank you for your participation Page IBM

5697-VM3 specifications

The IBM 5697-VM3 is a system designed for high-performance computing environments, primarily aimed at enterprise-level customers seeking robust virtualization and management capabilities. This model is part of IBM's esteemed family of virtualization solutions, designed to optimize resource allocation, improve operational efficiency, and support diverse workloads.

One of the standout features of the IBM 5697-VM3 is its advanced virtualization capabilities. It utilizes IBM's proprietary virtualization technology, which allows multiple operating systems and applications to run simultaneously on a single physical machine. This consolidation can significantly reduce hardware costs and simplify management tasks, providing a cost-effective solution for organizations looking to maximize their IT investments.

The 5697-VM3 also comes equipped with powerful processing capabilities, harnessing IBM’s latest multi-core processor architecture. This enhances performance, allowing the system to handle complex computations and large-scale applications seamlessly. Coupled with extensive memory support, it ensures that even memory-intensive tasks can be performed without significant slowdowns.

In terms of connectivity, the IBM 5697-VM3 features a variety of networking options, including high-speed Ethernet interfaces and support for advanced networking protocols. This flexibility enables organizations to integrate the system into their existing infrastructure while maintaining high data transfer speeds and reliability.

The system is built with IBM’s cutting-edge security technologies, ensuring data protection is a top priority. It features advanced encryption capabilities, secure boot processes, and ongoing firmware updates aimed at safeguarding against emerging threats. With these measures, organizations can feel confident that their sensitive data and applications are well-guarded.

Another notable characteristic of the IBM 5697-VM3 is its scalability. Organizations can start with a modest configuration and gradually scale up as their needs grow, making it a future-ready solution. This adaptability is crucial in today’s fast-paced business environment, where organizations must remain agile and responsive.

Lastly, the system is backed by IBM's illustrious support services. Customers benefit from extensive resources, including access to expert advice, troubleshooting assistance, and tailored solutions that help maximize system performance.

In summary, the IBM 5697-VM3 is a powerful virtualization system that combines advanced processing, extensive memory support, strong security features, and scalability, making it ideal for enterprise-level applications and workloads. Its ability to streamline operations while maximizing performance and security makes it a vital component for modern IT infrastructures.