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Hardware overview
- HP processor types
- HP system types
- Entry class server overview
- zx1, zx2 chipset overview
- Blade server overview
- BL60P and BL860C servers
- Mid-range and high-end server overview
- nPar overview
- vPar, VM, and Secure Resource Partition overview
- sx1000, sx2000 chipset overview
- rx7620, rx7640, rx8620, rx8640 Superdome servers
- Viewing your model string via model
- Viewing CPU, memory, cache, and firmware information via machinfo
- Viewing your hardware components via ioscan
Device addressing and management
- HP-UX hardware addressing
- Slot addressing
- EFI hardware addressing
- Device file addressing
- Correlating hardware addresses
- OL* concepts
- OL* compatibility
- OL* critical resource analysis concepts
- OL* impacts
- OL* interfaces
- Using the olrad CLI interface
- Using the pdweb TUI interface
- Using the pdweb web interface
- Viewing interface cards with pdweb
- Managing interface cards with pdweb
- Installing interface cards with pdweb
- Viewing the pdweb I/O tree
- Managing devices with pdweb
- Installing devices with pdweb
Booting Integrity Servers via the EFI
- Integrity Firmware Architecture Overview
- Processor Abstraction Layer Overview
- System Abstraction Layer Overview
- Extensible Firmware Interface Overview
- EFI OS Loader Overview Integrity Boot Disk Structure
- Integrity Boot Disk System Partition Structure
- Integrity Boot Disk OS Partition Structure
- Integrity Boot Disk HP Service Partition Structure
- PARISC / EFI Boot Process Comparison
- Interacting with the EFI Boot Manager
- Initiating an Integrity System Boot
- Choosing a Boot Device
- Choosing an Arbitrary Boot Device
- Choosing an Alternate Kernel/Mode
- Choosing a Console Device
- Interacting with the EFI Shell
- Accessing and Leaving the EFI Shell
- EFI Shell Command Overview
- Executing EFI Commands
- Viewing System Information via the EFI
- Viewing EFI Devices via the EFI
- Viewing EFI Devices via HP-UX
- Managing the EFI Boot Menu via the EFI
- Managing the EFI Boot Menu via HP-UX
- Managing EFI File Systems via the EFI
- Managing EFI File Systems via HP-UX
- Managing the ACPI Configuration via the EFI
- Choosing a Boot Source via the EFI Shell
- Booting from an Alternate Disk via the EFI
- Booting Alternatives from the HP-UX Boot Loader
- Booting from the Install DVD
- Booting from an Ignite-UX Server
- Booting from a make_tape_recovery Tape
- Booting from the HPSP or Diagnostics CD
Mirroring integrity LVM boot disks
- Integrity LVM boot disk structure
- Mirroring an Integrity LVM boot disk
- Replacing a failed Integrity boot disk mirror
Installing and Updating HP-UX 11i v2
- Preparing for and initiating an install or update
- Checking hardware and file system requirements
- Choosing network parameters, an operating environment, and an install-time security bundle
- Backing up the system
- Initiating an Integrity or PA-RISC install or update
- Navigating the Ignite-UX menus
- Cleaning up after an install or update
- Performing post-install/update configuration
- Verifying and automating installs and updates
- Creating an SD-UX update or Ignite-UX install server
Minimizing downtime with Dynamic Root Disks
- DRD concepts
- DRD benefit: minimizing unplanned downtime
- DRD benefit: minimizing planned downtime
- Installing DRD
- Using the drd command
- Creating and updating a clone
- Accessing inactive images via DRD-safe commands
- Accessing inactive images via other commands
- Activating an inactive image
Configuring and using the System Management Homepage
- SMH overview
- Accessing the SMH via autostart
- Accessing the SMH via start-on-boot
- Verifying the SMH certificate
- Logging into the SMH
- Viewing SMH system status information
- Viewing SMH operating system information
- Launching SMH tools
- Configuring SMH settings
- Launching SMH tasks
- Viewing SMH logs
- Configuring SMH group access control
- Configuring SMH authentication
- SMH and SIM integration possibilities
Configuring the HP-UX 11i v2 Kernel
- Using the kc* CLI
- Using the kcweb TUI and SMH/GUI interfaces
- Kernel configuration concepts
- Special kernel configurations
- Example: modifying the current configuration
- Example: creating a new named configuration
- Example: copying a configuration to another host
- Example: loading a configuration
- Kernel module concepts
- Kernel module states
- Kernel module state changes
- Viewing and managing module states with kcmodule
- Kernel module tunable parameter concepts
- Types of tunables
- Viewing and managing tunables with kctune
- Kernel resource monitoring concepts
- Viewing resource usage via kcusage
- Kernel resource alarm concepts
- Viewing and setting kernel resource alarms with kcalarm
- Troubleshooting kernel problems
- Kernel troubleshooting overview
- Viewing the kernel change log
- Booting from an alternate kernel
- Booting to tunable maintenance mode
- Kernel recovery roadmap
Configuring SMSE user security
- Understanding Standard Mode Security Enhancements Benefits
- Understanding SMSE Attributes
- Configuring /etc/security.dsc
- Configuring /etc/default/security
- Configuring /etc/passwd and /etc/shadow
- Configuring /var/adm/userdb/
- Managing attributes with the secweb GUI
- Managing attributes with the secweb TUI
- Enforcing security policies
Configuring SMSE auditing
- Comparing trusted system vs. SMSE auditing
- Installing SMSE auditing
- Enabling & disabling SMSE auditing
- Auditing system calls and events
- Auditing users
- Viewing audit logs
- Managing audit logs
- Managing the audit monitoring daemon
- Understanding audomon log messages
Configuring Role Based Access Control (RBAC)
- Understanding RBAC’s features and benefits
- Installing RBAC
- Configuring & assigning RBAC roles
- Configuring & assigning RBAC authorizations
- Configuring RBAC commands & privileges
- Verifying the RBAC database
- Configuring RBAC auditing
- Running commands with privrun
- Editing files with privedit
- Fine Grained Privileges overview
- Security Compartments overview
Appendix: Mirroring Integrity VxVM boot disks |
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