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Introducing HP’s Partitioning Continuum
- Partitioning terminology
- HP Virtual Server Environment (VSE)
- Processor-based and cell-based systems
- Server virtualization concepts
- CPU resources
- HP-UX partition management with
nPars/vPars
Addressing Hardware
- HP servers supporting the partitioning continuum
- Server maximum configurations
- Partition configuration key point
- HP-UX address types
- HP-UX hardware, slot, and EFI hardware addresses
- Mapping ACPI to LBA
- Addressing tools summary
- Selecting a boot device from EFI
Introduction to Ignite-UX
- What is Ignite-UX?
- Ignite-UX use models
- Interacting with Ignite-UX
- Ignite-UX recovery options
Virtual Partitions (vPars) Preparation and Planning
- vPars concepts
- vPars database
- PA-RISC and Integrity nPar/vPar boot sequences
- vPars installation minimum requirements
- Planning CPU, Memory, and I/O resource allocations for vPars
- vPars in a Mixed HP-UX version environment
- Configuring vPars to use dynamic memory
Administering Node Partitions (nPars)
- What are node partitions?
- Partition planning
- First and Genesis partitions
- Supported nPar configurations
- Interleaved and cell-local memory
- Remote nPar administration
- HP-UX nPar management tools
- parmgr architecture and using parmgr
- nPars commands
- PA-RISC and Integrity nPar boot sequence
Virtual Partitions Management
- Display vPars status
- Find unused resources in a vPars environmet
- Migrate CPUs and Memory between running vPars
- Flexible administrative capability
- vPars - Ignite-UX considerations
- make_net_recovery and make_tape_recovery
Integrity Virtual Machines Overview
- Virtualization concepts, and terminology
- Shared resources Virtual Machines (VM)
- VM host, Virtual Machines, and VM guests
- The Integrity Virtual Machine Manager GUI
- Guest virtual networks and storage devices
- Restricted devices
Preparing the Server for Integrity VM
- Installation Pre-requisites
- Creating Virtual Networks and Storage
backing devices
Creating and running Integrity Virtual Machines
- Integrity VM administration, configuration,
and VM management
- VM CPU , memory, and I/O allocation
- Accessing a Virtual Machines Console
Managing and Monitoring Virtual Machines
- Implementing VLANs
- Accelerated Virtual I/O (AVIO)
- Dynamic Memory
- Clone and migrate Virtual Machines
- Monitor VMs resource utilization
- Serviceguard and HP Integrity VM
Creating Virtual Partitions
- vPars commands
- Interacting with the vPars Monitor
- Setting Integrity environment variables to allow booting in a vPars environment
- Managing and accessing the vPars Console
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