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SGI Altix System Administration I (SLES based) Exam

Languages: English  |  Available as:
Course Length:

The SGI Altix System Administration I (SLES based) accreditation exam tests an individual on topics covered in the SGI Altix System Administration I (SLES based) course.  By successfully completing the exam an individual will earn the SGI Altix System Administration I credential.

This is an On-Demand Course

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Subject Matter Topics and Objectives

Topic:  Installation

Objectives:

  • Install SUSE SLES10SP2 on an SGI Altix system
  • Install SGI Foundation 1 SP1 Software
  • Install SGI ProPack 6 SP1 Software

Topic:  System Setup

Objectives:

  • Determine system release levels
  • Use the rpm command
  • Add user accounts
  • Configure the network
  • Configure kernel modules
  • Configure cron
  • Explain logrotate

Topic:  SGI Altix Hardware

Objectives:

  • Explain the SGI Altix product families
  • Describe SGI NUMAlink interconnect fabric
  • Describe the CPU / memory / PCI brick configurations
  • List the system topology
  • List the CPU / memory brick configurations
  • List the PCI expansion bricks and peripheral devices

Topic:  SGI Altix PROM Layers

Objectives:

  • Describe the SGI Altix PROM layers:  PAL, SAL, EFI
  • Describe firmware restrictions
  • Describe EFI shell functions

Topic:  Startup - Shutdown

Objectives:

  • Power up and startup an SGI Altix from System Console
  • Explain the boot process and /etc/inittab
  • Understand how /etc/init.d scripts run
  • Use the chkconfig command
  • Explain the insserv syntax in a /etc/init.d script and to change run levels
  • Shutdown / power down an SGI Altix from the System Console
  • Boot in rescue mode to repair a root filesystem

Topic:  ESP - Embedded Support Partner

Objectives:

  • Configure network access for the ESP utilities
  • Configure server access for the ESP utilities
  • Setup specific monitor events
  • Create a summary report of ESP activities

Topic:  Device Naming

Objectives:

  • Explain the sysfs hierarchy
  • Describe the udev implementation
  • Use the SGI /dev/xscsi path conventions

Topic:  Disk Partitioning

Objectives:

  • Recognize the 3 disk partition table types:  msdos (mbr), gpt, dvh
  • Use parted to partition a boot disk with parted
  • Use parted to remove a GPT partition table with parted

Topic:  XFS Filesystem

Objectives:

  • Describe filesystem components inode, directory and superblock
  • Explain how XFS allocates file space
  • Explain what file extents are
  • Explain what allocation groups are
  • Explain what metadata is and what journalling does
  • Explain how to measure and prevent fragmentation
  • Explain some mount options

Topic:  XVM Volume Manager

Objectives:

  • Use the xvm show command to show the topology
  • List the /dev/lxvm volume convention
  • List the XVM object name conventions
  • Describe phys, volume, subvolume, and slice objects
  • Configure concat, stripe, and mirror logical volumes
  • Create local filesystems on XVM logical volumes

Topic:  Performance Co-Pilot

Objectives:

  • Describe the purpose of Performance Co-Pilot
  • Configure pmcd on
  • Use pminfo to determine available metrics
  • Configure pmlogger on
  • Configure archive metrics to collect
  • Use pmchart to view live and archived data
  • Configure pmie on
  • Check pmieconf rules

Topic:  Module Environment

Objectives:

  • Configure /usr/share/modules/modulefiles
  • Edit the file /usr/share/modules/init/.modulespath
  • Use the module command to show current products
  • Use the module command to list available products
  • Use the module command to load optional products

Topic:  KDB Environment

Objectives:

  • Describe KDB, POD, and SysRq
  • Enable KDB and SysRq
  • Start KDB and POD mode interactive interfaces
  • Enter KDB, SysRq, and POD commands
  • Collect information for debugging operating system crashes
  • Obtain MCA files

Topic:  LKCD - Icrash

Objectives:

  • Describe the Linux Kernel Crash Dump (LKCD) feature
  • Describe crash dumps
  • Configure the LKCD facility
  • Extract basic dump information with lcrash