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Rapid Backup and Recovery Strategies for NT/Linux

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jenna-jennings
30 diapositives · 427 Views · Nov 18, 2014

Rapid Backup and Recovery Strategies for NT/Linux. Matthew F. Reagan Centocor, Inc. mreagan@fast.net. Purpose. The purpose of this presentation is to identify a problem with traditional backup and recovery strategies and propose alternative or supplemental solutions. Presentation Goals.

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  1. Rapid Backup andRecovery Strategiesfor NT/Linux Matthew F. Reagan Centocor, Inc. mreagan@fast.net

  2. Purpose • The purpose of this presentation is to identify a problem with traditional backup and recovery strategies and propose alternative or supplemental solutions

  3. Presentation Goals • Discuss the problems encountered • Identify alternative or supplemental solutions • Propose a supplemental solution • Present a snapshot of research into rapid backup and recovery solutions • Emphasis on non-production environments

  4. Presentation Non-Goals • Present the only solution • Present the best solution • Present the cheapest solution • Present the fastest solution • Ignore the subjective side of the issue • Replace backups

  5. Production Environments • Standard hardware configurations • OS installed using SOPs • Documented software installation • Usually static configurations • Centralized, regular backup

  6. Non-production Environments • Development • Validation • Evaluation • Sandbox

  7. Non-production Environments (cont) • Not always standard hardware • Baseline OS/software configuration • Myriad extensions to the baseline • Loose documentation requirements • Usually not backed up (regularly)

  8. Description of Problem • How do you recover from media failure • How do you recover from accidents • How do you recover from bad installs • … with YOUR deadlines?

  9. Checklist for System Recovery • Repair the hardware • Reinstall NT Server • Reinstall the Service Pack(s) as Needed • Reinstall the required drivers • Reinstall the appropriate applications • Recover the OS from backup tape

  10. Problems with Recovery • Requires installation and configuration knowledge of • NT Server • Service Packs • OS baseline • Application Software • Drivers (you know where they are, right?)

  11. Rapid Recovery Options • Implement robust backups • RAID • Drive “snapshots”

  12. Implement robust backups • Requires additional hardware (tape drives) • Requires additional software (backup) • Requires (more) operations staff • Train personnel in NT, service pack, driver and software installation and configuration

  13. Implement robust backups (cont) • Recovery requires extensive configuration and installation knowledge • Recovery is complex • Recovery is time consuming

  14. Implement local backups • Requires additional hardware (tape drives) on each server • Requires additional software (backup) • Train personnel in backup procedures • Needs tape storage/retention policies • (not much better than previous option)

  15. RAID • Requires additional hardware (drives) • Requires additional software (backup) • Train personnel in RAID installation, configuration and operation

  16. RAID (cont) • Recovery requires extensive configuration and installation knowledge • Recovery is complex • Recovery is time consuming • Implementation nightmare

  17. Drive “Snapshots” • Wouldn’t it be nice if we could just take a snapshot of the hard drive?

  18. Imagine, if you will,taking a snapshot... • Prior to installing a service pack • Prior to installing a new software version • Prior to modifying an existing configuration • Just after finishing an install

  19. Recovery would be… • Simply putting back the snapshot

  20. Functional Requirements • OS independent • Floppy based • Avoids open files • Avoids configuration differences • Simple to use • Cheap

  21. PowerQuest Drive Image • Provides a drive snapshot capability • Supports DOS, Windows 3.x, Windows 95, Windows NT, Linux • Reads IDE and SCSI hard drives • Writes to IDE and SCSI hard drives, ZIP, Jaz drives, network drives, etc. • Creates an optionally compressed image file (~40%)

  22. Possible Configurations • Local hard drive • Internal/External ZIP drive • Internal/External JAZ drive • Network drive

  23. Local Hard Drive • Destination drive must be mountable under boot floppy (native IDE, ASPI driver for SCSI) • Destination drive must have a FAT partition • Boot using supplied floppy • Point and click snapshot done!

  24. Internal/External ZIP Drive • Internal uses IDE or SCSI • External uses PP or SCSI • Destination cartridge must have a FAT partition • Boot using supplied floppy • Point and click snapshot done!

  25. Internal/External JAZ Drive • Internal uses SCSI • External uses PP (traveler) or SCSI • Destination cartridge must have a FAT partition • Boot using supplied floppy • Point and click snapshot done!

  26. Network Drive • Create a network boot floppy (see NT client administrator) • Must have write privs on share • Boot using network boot floppy • Point and click snapshot done! • (took 5 minutes for 2 gb partition with 50% of disk in use

  27. Recovery • Boot using supplied (or network) floppy • Gain access to the image • Run PQDI • Point and click snapshot recovered! • Network recovery took 5 minutes for a 2 gb partition with 50% of space in use

  28. Caveats • Only supports non-RAID configurations • Only supports Intel (or clone) CPUs • Have not tested larger than 6.4 gb HDs • There are other options (Symantec’s Ghost)

  29. Conclusions • Several untraditional options available • Each is a balance between cost, convenience, and efficacy • Drive Image is a strong contender • Additional research is necessary

  30. Questions?