The Solaris Operating System Administration for Experienced UNIX Administrators course provides students with the necessary knowledge and skills to perform core system administration tasks in the Solaris 10 Operating System. This course is intended to provide experienced UNIX administrators with information about core Solaris concepts, and focuses on practical experience implementing Solaris features through lab exercises. LAB INFORMATION: The hands-on labs offered in this course may involve accessing equipment that resides at a location other than where the training is delivered.

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Students who can benefit from this course should already be familiar with standard system and network administration tasks in their native UNIX environment. This course provides the skills necessary to adapt those administration skills to Solaris 10 OS equivalents.

To succeed fully in this course, students should be able to:

• Use the basic UNIX command set
• Manage files and directories
• Use the vi editor
• Control the user work environment
• Archive files
• Use remote commands
• Manage file systems
• Install operating system software
• Perform system boot procedures
• Perform user and security administration
• Perform system backups and restores
• Describe basic RAID concepts

Upon completion of this course, students should be able to:

• Compare and contrast the evolution of UNIX systems
• Install the Solaris Operating System (Solaris OS)
• Administer software packages and patches
• Demonstrate familiarity with Boot (Programmable Read Only Memory) PROM commands
• Reconfigure devices on a Solaris system
• Use SMF administrative commands
• Perform configuration of Role-Based Access Control
• Demonstrate proficiency using the Solaris Volume Manager
• Work with the ZFS file system
• Configure swap space on a Solaris system
• Manage system crash dumps on a Solaris system
• Understand basic concepts related to Solaris Zones
• Perform JumpStart and Flash installations on Solaris systems
• Perform Live Upgrade using the Solaris 10 Operating System

Module 1 - Introducing the Solaris 10 OS Directory Hierarchy

• Define file systems
• Identify file components
• Identify file types
• Describe hard links

• Identify hardware requirements for Solaris 10 OS installation
• Identify the fundamentals of Solaris 10 OS installations
• Identify the Solaris OS software components
• Define guidelines for installing Solaris OS from a DVD
• Describe the Secure by Default installation enhancement

• Describe the fundamentals of package administration
• Administer packages using the command-line interface

• Describe patch administration fundamentals
• Describe patch administration best practices
• Obtain patches using SunSolve
• Install and remove patches
• Install recommended patch clusters
• Implement patch management using the smpatch command line

• Identify boot programmable read-only memory (PROM) fundamentals
• Use basic boot PROM commands
• Identify the system boot device
• Create and remove custom device aliases
• View and change non-volatile random access memory (NVRAM) parameters from the shell
• Interrupt an unresponsive system

• Discuss the purpose of the Grand Unified Bootloader (GRUB)
• Describe GRUB terminology and basic functions
• Modify x86 system boot behavior in the Solaris OS
• Use the eeprom command
• Use the kernel command
• Use the findroot command
• Describe and manage GRUB boot archives
• Boot a system in the GRUB-based boot environment
• Interrupt an unresponsive system

• Describe the Service Management Facility (SMF) features
• Compare run levels and SMF milestones
• Use SMF administrative commands

• Describe the basic architecture of a disk
• Manage disk labels
• Describe the naming conventions for devices
• Describe support for iSCSI target devices
• List system devices
• Reconfigure devices
• Perform hard disk partitioning
• Describe EFI disk labels

• Identify disk-based, distributed, and pseudo file systems in the Solaris OS
• Describe Solaris OS UFS file systems
• Create a new UFS file system
• Check a file system using the fsck command
• Resolve file system inconsistencies
• Monitor file system use

• Identify mounting basics
• Perform mounts
• Mount ZFS file systems
• Perform unmounts
• Repair important files if boot fails
• Access a mounted diskette, CD-ROM, or DVD
• Restrict access to a mounted diskette, CD-ROM, or DVD
• Access a diskette, CD-ROM, or DVD without volume management (vold)

• Describe RBAC fundamentals
• Describe component interaction within RBAC
• Manage RBAC

• Describe Solaris Volume Manager software concepts
• Build a RAID-0 (concatenated) volume
• Build a RAID-1 (mirror) volume for the root (/) file system

• Describe the Solaris ZFS file system
• Understand ZFS terminology
• Create new ZFS pools and file systems
• Modify ZFS file system properties
• Destroy ZFS pools and file systems
• Work with ZFS snapshots and clones

• Configure swap space
• Manage core file file behavior
• Manage crash dump behavior

• Control and monitor network interfaces
• Configure Internet Protocol version 4 (IPv4) interfaces at boot time

• Identify the different zones features
• Understand how and why zone partitioning is used
• Configure zones
• Install zones
• Boot zones
• Move a zone
• Migrate a zone
• Delete a zone
• Administer packages with zones
• Upgrade the Solaris 10 OS with installed zones
• Use 1x Branded Zones

• Describe the JumpStart configurations
• Implement a basic JumpStart server for SPARCA and x86/x64 clients
• Describe booting x86/x64 systems using the Preboot Execution Environment (PXE)
• Set up a DHCP server to support x86/x64 JumpStart clients
• Set up JumpStart software configuration alternatives
• Set up JumpStart to create a ZFS mirrored root pool
• Troubleshoot JumpStart configurations

• Describe the benefits of using Live Upgrade
• Describe the Solaris Live Upgrade process
• Describe Solaris Live Upgrade requirements
• Identify the Solaris Live Upgrade commands
• Create an alternate boot environment cloned from a running system
• Create a differential flash archive in a Live Upgrade boot environment
• Modify the state of the new boot environment
• Extend a base boot environment with a differential flash archive
• Use Live Upgrade to patch a system
• Using JumpStart to implement a Live Upgrade environment