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Sun Cluster 3.2 Administration (ES-345) |
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| Format: Instructor-Led Classroom |
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The Sun Cluster 3.2 Administration course provides students with the essential information and skills needed to install and administer Sun Cluster 3.2 hardware and software systems. Students are introduced to Sun Cluster hardware and software product features, hardware configuration, and software installation along with configuration, data service configuration, and system operation. |
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Skills Gained |
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Describe the major Solaris Cluster hardware and software components and functionsConfigure access to node consoles and the cluster console softwareInstall and configure the Solaris Cluster 3.2 softwareConfigure Solaris Cluster 3.2 quorum devices and device fencingConfigure Veritas Volume Manager in the Solaris Cluster environment
| | Configure Solaris Volume Manager software in the Solaris Cluster environmentConfigure and use ZFS in the Solaris Cluster environmentCreate Internet Protocol Multipathing (IPMP) failover groups in the Solaris Cluster 3.2 software environmentUnderstand resources and resource groups, configure a failover data service resource group (NFS), and configure a scalable data service resource group (Apache)Configure applications in Solaris 10 zones (Solaris Containers), failover Oracle, and Oracle Real Application Clusters (RAC) in Solaris Cluster environment
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Who Can Benefit |
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Students who can benefit from this course are System Administrators, Database Administrators, and Support personnel. |
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Prerequisites |
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Demonstrate knowledge and experience in Solaris Operating System (Solaris OS) server administration and maintenancePerform basic network administration
| | Administer virtual volume structures using either Veritas Volume Manager (VxVM) or Solaris Volume Manager software
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| Code: |
ES-345 |
| Format: |
Instructor-Led Classroom |
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| Length: |
5 days |
| Certified By: |
Sun Microsystems |
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 = In-Class Multimedia Video Presence (MVP) Training. Learn More. |
| Sacramento, CA | Apr.19 - Apr.23.2010 |  | | | San Francisco, CA | Apr.12 - Apr.16.2010 | | | | San Jose, CA | May.24 - May.28.2010 | | | | Phoenix, AZ | Apr.12 - Apr.16.2010 | | | | | | | | Broomfield, CO | Apr.19 - Apr.23.2010 | | | | Broomfield, CO | Jun.14 - Jun.18.2010 | | | | Ft Lauderdale, FL | Mar.1 - Mar.5.2010 | | | | Tampa, FL | Apr.5 - Apr.9.2010 | | | | Ft Lauderdale, FL | Jun.14 - Jun.18.2010 | | | | Atlanta, GA | Apr.26 - Apr.30.2010 | | | | Chicago, IL | Jun.14 - Jun.18.2010 | | | | Burlington, MA | May.3 - May.7.2010 | | | | Baltimore, MD | Mar.29 - Apr.2.2010 | | | | Baltimore, MD | May.3 - May.7.2010 | | | | Baltimore, MD | Jun.21 - Jun.25.2010 | | | | St. Paul, MN | Mar.8 - Mar.12.2010 | | | | St. Paul, MN | Jun.7 - Jun.11.2010 | | | | Cary, NC | May.17 - May.21.2010 | | | | Edison, NJ | Apr.26 - Apr.30.2010 | | | | Edison, NJ | Jun.21 - Jun.25.2010 | | | | New York, NY | May.3 - May.7.2010 | | | | Philadelphia, PA | May.24 - May.28.2010 | | | | Dallas, TX | Apr.19 - Apr.23.2010 | | | | Seattle, WA | May.24 - May.28.2010 | | | | | | |
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Sun Cluster 3.2 Administration (ES-345) Content Details |
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| Introducing Solaris Cluster Hardware and Software | - Define the concept of clustering
- Describe the Sun Cluster 3.2 hardware and software environment
- Describe the types of applications in the Sun Cluster 3.2 software environment
- Identify the Sun Cluster 3.2 software data service support
- Explore the Sun Cluster 3.2 software high-availability (HA) framework
- Define global storage services differences
- Describe global file system and shared cluster file system with shared QFS
- Describe the different Sun Cluster 3.2 zone features
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| Exploring Node Console Connectivity and the Cluster Console Software | - Describe the different methods for accessing a console
- Configure the Solaris Cluster console software on the administration workstation
- Use the Cluster console tools
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| Preparing for Installation and Understanding Quorum Devices | - List the Sun Cluster software boot disk requirements and hardware restrictions
- Identify typical cluster storage topologies
- Describe Sun Cluster Geographic Edition product
- Describe quorum votes and quorum devices
- Describe persistent quorum reservations and cluster amnesia
- Describe data fencing
- Configure a supported cluster interconnect system
- Configure shared physical adapters
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| Installing and Configuring the Solaris Cluster Software Framework | - Understand the Sun Cluster installation steps and configuration steps
- Install the Sun Cluster packages using the Sun Java Enterprise System (Java ES) installer
- Describe the Sun Cluster Framework configuration
- Configure a cluster installation using all-at-once and typical modes
- Configure a cluster installation using one-at-a-time and custom modes
- Describe the Solaris OS files and settings that are automatically configured by scinstall
- Perform automatic quorum configuration
- Perform post-installation configuration
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| Performing Basic Cluster Administration | - Identify the cluster daemons
- Use cluster commands
- View and administer cluster global properties
- View and administer quorum
- View and administer disk paths, settings, and interconnect components
- Use the clsetup command and the Sun Cluster Manager
- Perform basic cluster startup and shutdown operations, including booting nodes in non-cluster mode and placing nodes into maintenance state
- Modify the private network settings from non-cluster mode
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| Using Veritas Volume Manager for Volume Management | - Describe the most important concepts of VERITAS Volume Manager (VxVM) and issues involved in using VxVM in the Sun Cluster 3.2 software environment
- Differentiate between bootdg/rootdg and shared storage disk groups
- Describe the types of volumes that will be created for Sun Cluster 3.2 software environments
- Describe the general procedures and restrictions for installing and administering VxVM in the cluster
- Use basic commands to put disks in disk groups and build volumes
- Register, manage, and resynchronize VxVM disk groups as cluster device groups
- Create global and failover file systems on VxVM volumes
- Describe the procedure used for mirroring the boot drive
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| Managing Volumes With Solaris Volume Manager | - Describe Solaris Volume Manager traditional partitioning and soft partitions
- Differentiate between shared disksets and local disksets
- Describe volume database (metadb) management issues and the role of Solaris Volume Manager mediators
- Create the local metadb replicas
- Build Solaris Volume Manager mirrors with soft partitions in disksets
- Perform Sun Cluster software-level device group management
- Create global file systems
- Mirror the boot disk with Solaris Volume Manage
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| Using ZFS with Solaris Cluster software | - Understand when ZFS can be used for Solaris Cluster data
- Build ZFS storage pools and file systems
- Use ZFS root in the Solaris Cluster environment
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| Managing the Public Network With IPMP | - Define the purpose of IPMP
- Define the concepts of an IPMP group
- List examples of network adapters in IPMP groups on a single Solaris OS server
- Describe the operation of the in.mpathd daemon
- List the options to the ifconfig command that support IPMP and configure IPMP using /etc/hostname.xxx files
- Configure IPMP manually with ifconfig commands
- Perform a forced failover of an adapter in an IPMP group
- Describe the integration of IPMP into the Sun Cluster software environment
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| Introducing Data Services, Resource Groups, and HA-NFS | - Describe how data service agents enable a data service in a cluster to operate properly
- Describe data service packaging, installation, and registration
- Describe the primary purpose of resource groups
- Differentiate between failover and scalable data services
- Describe how to use special resource types
- Differentiate between standard, extension, and resource group properties
- Configure resource groups and resources
- Perform manual control and switching of resources and resource groups
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| Configuring Scalable Services and Advanced Resource Group Relationships | - Describe the characteristics of scalable services
- Describe the function of the load-balancer
- Create the failover resource group for the SharedAddress resource
- Create the scalable resource group for the scalable service
- Describe how the SharedAddress resource works with scalable services
- Add auxiliary nodes
- Control scalable resources and resource groups
- Configure and run Apache as a scalable service in the cluster
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| Performing Supplemental Exercises for Solaris Cluster 3.2 Software | - Configure a scalable application in non-global zones
- Configure HA-Oracle in a Sun Cluster 3.2 software environment as a failover application
- Configure Oracle RAC 11g in a Sun Cluster 3.2 software environment
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