HP XP7 Storage Instruction Manuals and User Guides
We have 28 Instruction Manuals and User Guides for XP7 Storage HP
Manuals 
| Recognized languages: | English |
|---|---|
| Pages: | 53 |
| Size: | 1019 KB |
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- HP XP7 for Compatible Parallel Access Volumes User Guide
- Contents
- 1 Overview
- 2 Requirements and specifications
- 3 Defining devices
- 4 Preparing for Parallel Access Volumes operations
- 5 Performing Parallel Access Volumes operations
- 6 Verifying and monitoring devices
- The workflow for verifying and monitoring devices
- Verifying the device definitions
- Verifying the status of devices per channel path
- Verifying Hyper Parallel Access Volumes aliases from z/OS
- Verifying Hyper Parallel Access Volumes aliases from z/OS on z/VM
- MVS commands to monitor Parallel Access Volumes
- GTF I/O tracing
- VM CP commands for z/VM
- 7 Troubleshooting
- 8 Support and other resources
- A Disabling Hyper Parallel Access Volumes
- B Parallel Access Volumes GUI reference
- Glossary
- Index
| Recognized languages: | English |
|---|---|
| Pages: | 27 |
| Size: | 331 KB |
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- HP XP7 Volume Shredder for Open and Mainframe Systems User Guide
- Contents
- 1 Overview of Volume Shredder
- 2 Volume Shredder operations
- Workflow for shredding
- Blocking a volume
- Blocking volumes in a parity group
- Calculating the number of overwrite passes for flash drives
- Calculating the number of overwrite passes for FMDs
- Defining shredding conditions
- Shredding a volume
- Shredding volumes in parity groups
- Viewing shredding status with the Task window
- Viewing shredding status with the Logical Device window
- Stopping a shredding operation
- Viewing shredding results with the Tasks window
- Viewing shredding results in the compressed files
- 3 Support and other resources
- A Volume Shredder GUI reference
- Glossary
- Index
| Recognized languages: | English |
|---|---|
| Pages: | 195 |
| Size: | 5.43 MB |
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- XP7 Continuous Access Synchronous for Mainframe Systems User Guide
- Contents
- 1 Continuous Access Synchronous Z overview
- 2 Requirements and specifications
- System requirements and specifications
- Business Continuity Manager specifications
- PPRC specifications, restrictions
- SAID values for CESTPATH/YKBLDPTH
- P/DAS support, restrictions
- GDPS support
- RMF PPRC link path statistical information support
- Planning for Basic HyperSwap function—TPC-R support
- Planning for Extended Address Volume
- RAID Manager support for Continuous Access Synchronous Z operations
- 3 Planning for Continuous Access Synchronous Z
- Storage system preparation
- System performance considerations
- Planning pairs and pair volumes
- Consistency group planning
- Error reporting communications
- Data path requirements and configurations
- 4 Sharing Continuous Access Synchronous Z volumes
- 5 Cnt Ac-S Z configuration
- 6 Cnt Ac-S Z pair operations
- 7 Monitoring and maintaining the Cnt Ac-S Z system
- Monitoring pair status, license capacity
- Monitoring Cnt Ac-S Z pair synchronous rate
- Monitoring Cnt Ac-S Z operations history
- Changing P-VOL Fence Level, CFW Data
- Forcibly deleting pairs
- Saving pair information to a text file
- Monitoring and maintaining remote connections and paths
- Adding, removing SSIDs on the secondary system
- Deleting Continuous Access Synchronous Z
- ICKDSF Considerations for Cnt Ac-S Z Volumes
- Managing power-off for systems and network devices
- 8 Data migration
- 9 Disaster recovery
- 10 Troubleshooting
- 11 Support and other resources
- A Pair operations using PPRC
- B Cnt Ac-S Z GUI reference
- Replication window
- Remote Replication window
- Remote Connections window
- Add Remote Connection wizard
- View Remote Connection Properties window
- Remove Remote Connection window
- Edit Remote Connection Options wizard
- Add Remote Paths wizard
- Remove Remote Paths wizard
- Edit Remote Replica Options wizard
- Edit SCP Time wizard
- Create Pairs wizard
- Split Pairs wizard
- Resync Pairs wizard
- Delete Pairs wizard
- Force Delete Pairs (TC Pairs) window
- Edit Pair Options wizard
- View Pair Properties (Remote) window
- View Pair Synchronous Rate window
- Add SSIDs wizard
- Remove SSIDs wizard
- Histories window
- Glossary
- Index
| Recognized languages: | English |
|---|---|
| Pages: | 186 |
| Size: | 3.32 MB |
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- XP7 Continuous Access Journal User Guide
- Contents
- 1 Continuous Access Journal overview
- 2 Requirements and specifications
- 3 Planning volumes, XP7 systems
- Plan and design workflow
- Assessing business requirements for data recovery
- Write-workload
- Data transfer speed considerations
- Sizing journal volumes
- Planning journals
- Planning journal volumes
- Planning pair volumes
- Disaster recovery considerations
- Sharing volumes with other XP7 software volumes
- Planning Cnt Ac-J in multiple XP7s using a consistency group
- Planning for previous models
- Guidelines for preparing systems for Cnt Ac-J
- 4 Planning the data path
- 5 Cnt Ac-J pair operations
- 6 Cnt Ac-J configuration operations
- 7 Monitoring the Cnt Ac-J system
- 8 Maintaining the Cnt Ac-J system
- 9 Cnt Ac-J disaster recovery operations
- Overview
- General recovery procedures
- Recovery for 3 Cnt Ac-J/Cnt Ac-S data centers
- Recovery for Cnt Ac-J/BC configurations
- 10 Cnt Ac-J troubleshooting
- 11 Support and other resources
- A Sharing Cnt Ac-J volumes
- B Configurations with Continuous Access Synchronous
- C Configurations with Business Copy
- D Cnt Ac-J GUI reference
- Journals window
- Journal Volumes window
- Journal Properties window
- Create Journals wizard
- Assign Journal Volumes wizard
- Delete Journals window
- Edit Journal Options wizard
- Assign MP blade wizard
- Edit Mirror Options wizard
- Assign Remote Command Devices wizard
- Release Remote Command Devices window
- View Pair Synchronous Rate window
- View Pair Properties window
- Split Pair wizard
- Split Mirrors wizard
- Resync Pairs wizard
- Resync Mirrors wizard
- Delete Pairs wizard
- Force Delete Pairs window
- Delete Mirrors wizard
- Edit Pair Options wizard
- Glossary
- Index
| Recognized languages: | English |
|---|---|
| Pages: | 197 |
| Size: | 4.33 MB |
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- HP XP7 Fast Snap User Guide
- Contents
- 1 Overview of Fast Snap
- Workflow for Fast Snap
- Components of Fast Snap
- How Fast Snap works
- Fast Snap pair status
- The copy threshold option and host server I/O performance
- Sharing FS volumes with other XP7 storage system software applications
- Sharing volumes and Data Retention access attributes
- Sharing Fast Snap volumes with Auto LUN
- Sharing Fast Snap volumes with Business Copy
- Sharing Fast Snap volumes with Continuous Access Synchronous and Continuous Access Journal
- Capacity and using Fast Snap, Thin Provisioning, and Thin Provisioning Z in a single storage system
- Resource Partition
- Acronyms and abbreviations for XP7 storage system software applications used in this guide
- 2 Planning and design requirements
- System requirements
- Requirements for Fast Snap tasks
- Calculating the number of Fast Snap pairs based on pair tables
- Workflow for calculating Fast Snap pairs based on the snapshot estimated manageable capacity
- Calculating the remaining shared memory
- Workflow for calculating Fast Snap pairs based on cache management devices
- Calculating the number of cache management devices
- Fast Snap cache management device requirements
- Fast Snap pair restoration and host server I/O performance
- Calculating and assigning pool capacity
- External Storage and external volumes used as pool-VOLs
- 3 Configuring Fast Snap
- 4 Managing Fast Snap Pairs
- Fast Snap pair tasks
- Checking Fast Snap pair status
- Reloading configuration information
- Workflow for creating and managing Fast Snap pairs
- Workflow for creating Fast Snap pairs using Remote Web Console
- Creating Fast Snap pairs and defining them in snapshot or consistency groups using the RAID Manager
- Creating Fast Snap pairs
- Workflow for defining pairs to consistency groups when the host is down
- Snapshot data storage methods
- Splitting Fast Snap pairs to store snapshot data
- Workflow for splitting Fast Snap pairs in consistency groups
- Restoring Fast Snap pairs
- Formatting external volumes
- Fast Snap pair resynchronization
- Deleting Fast Snap pairs
- 5 Monitoring and maintaining Fast Snap
- Monitoring pair information
- Monitoring consistency groups
- Viewing Fast Snap pair task history
- Viewing the number of cache management devices
- Managing pools
- Monitoring pool information
- Viewing formatted pool capacity and pool usage rates
- Workflow for rebalancing pool volume usage rates among parity groups
- Viewing the progress of rebalancing pool volume usage rates and levels
- Increasing pool capacity
- Decreasing pool capacity
- Editing the data pool warning threshold
- Editing pool names
- Recovering blocked pools
- Workflow for deleting pools
- Managing virtual volumes
- Maintaining pairs by switching off the storage system power and replacing the microcode
- 6 Troubleshooting
- 7 Support and other resources
- A RAID Manager command reference
- B Fast Snap GUI reference
- Glossary
- Index
| Recognized languages: | English |
|---|---|
| Pages: | 250 |
| Size: | 1.64 MB |
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- (for VMware®) User Guide
- Contents
- Preface
- Overview of HDLM
- HDLM Functions
- Devices Managed by HDLM
- System Configuration
- LU Configuration
- Program Configuration
- HDLM driver and NMP positions
- Distributing a Load Using Load Balancing
- Performing Failovers and Failbacks Using Path Switching
- Monitoring Intermittent Errors
- Detecting Errors by Using Path Health Checking
- Distributing a Load by Using the Dynamic I/O Path Control Function
- Error Management
- Collecting Audit Log Data
- Integrated HDLM management using Global Link Manager
- Creating an HDLM Environment
- HDLM Operation
- HDLM Operations Using Commands
- Notes on Using Commands
- Viewing Path Information
- Changing the Status of Paths
- Viewing LU Information
- Initializing Statistical Information for Paths
- Viewing and Setting Up the Operating Environment
- Viewing License Information
- Updating the License
- Viewing HDLM Version Information
- Viewing HDLM Component Information
- Starting and Stopping the HDLM Manager
- HDLM Resident Processes
- HDLM Operations Using Commands
- Troubleshooting
- Command Reference
- Utility Reference
- Messages
- Before Viewing the List of Messages
- KAPL01001 to KAPL02000
- KAPL03001 to KAPL04000
- KAPL04001 to KAPL05000
- KAPL08001 to KAPL09000
- KAPL09001 to KAPL10000
- KAPL10001 to KAPL11000
- KAPL11001 to KAPL12000
- KAPL13001 to KAPL14000
- KAPL15001 to KAPL16000
- KAPL20001 to KAPL21000
- KAPL21001 to KAPL22000
- Return Codes for Hitachi Command Suite Common Agent Component
- Acronyms and abbreviations
- Glossary
- Index
| Recognized languages: | English |
|---|---|
| Pages: | 446 |
| Size: | 2.63 MB |
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- (for Windows®) User Guide
- Contents
- Preface
- Overview of HDLM
- HDLM Functions
- Devices Managed by HDLM
- System Configuration
- LU Configuration
- Program Configuration
- Driver Levels of the HDLM and MPIO Drivers
- Distributing a Load Using Load Balancing
- Performing Failovers and Failbacks Using Path Switching
- Monitoring Intermittent Errors (Functionality When Automatic Failback Is Used)
- Detecting Errors by Using Path Health Checking
- Distributing a Load by Using the Dynamic I/O Path Control Function
- Dynamic Re-configuration
- Error Management
- Collecting Audit Log Data
- Integrated HDLM management using Global Link Manager
- Cluster Support
- Creating an HDLM Environment
- HDLM System Requirements
- Flow for Creating an HDLM Environment
- HDLM Installation Types
- Notes on Creating an HDLM Environment
- Installing HDLM
- Preparations for a New Installation of HDLM
- Preparations for Installing HDLM by Performing an Unattended Installation
- Performing a New Installation of HDLM on Windows Server 2003
- Performing a New Installation of HDLM on Windows Server 2008 and Windows Server 2012
- Upgrade Installation or Re-installation of HDLM
- Migrating from HDLM 5.4 or Earlier to HDLM 5.5 or Later
- Installing JRE
- Firewall Settings for Managing HDLM by Using Global Link Manager
- Checking the Path Configuration
- Setting Up HDLM
- Setting Up Integrated Traces
- Removing HDLM
- HDLM Operation
- Notes on Using HDLM
- HDLM Operations Using the HDLM GUI
- Using Commands for HDLM Operations
- Notes on Using Commands
- Viewing Path Information
- Changing the Status of Paths
- Viewing LU Information
- Initializing Statistical Information for Paths
- Viewing and Setting Up the Operating Environment
- Viewing License Information
- Updating the License
- Viewing HDLM Version Information
- Viewing HDLM Component Information
- Using the Windows Administrative Tool (Performance) to Check Path Information
- Starting and Stopping the HDLM Manager
- HDLM Resident Processes
- Reconfiguring the HDLM Operating Environment
- Troubleshooting
- Command Reference
- Utility Reference
- Overview of the Utilities
- The DLMgetras Utility for Collecting HDLM Error Information
- The dlmpr Utility for Clearing HDLM Persistent Reservations
- The dlmprsvkey Utility for Registering an HDLM Persistent Reservation Key
- The dlmchkpath Utility for Checking HDLM Paths
- The dlmhostinfo Utility for Checking HDLM Installation Information
- The installhdlm Utility for Installing HDLM
- The removehdlm Utility for Removing HDLM
- Messages
- Before Viewing the List of Messages
- KAPL01001 to KAPL02000
- KAPL02001 to KAPL03000
- KAPL03001 to KAPL04000
- KAPL04001 to KAPL05000
- KAPL05001 to KAPL06000
- KAPL07001 to KAPL08000
- KAPL08001 to KAPL09000
- KAPL09001 to KAPL10000
- KAPL10001 to KAPL11000
- KAPL11001 to KAPL12000
- KAPL12001 to KAPL13000
- KAPL13001 to KAPL14000
- KAPL15001 to KAPL16000
- Return Codes for Hitachi Command Suite Common Agent Component
- Events Output to Windows Event Logs by HDLM
- Functional Differences Between Versions of HDLM
- Functional Differences Between Version 6.6 or Later and Versions Earlier Than 6.6
- Functional Differences Between Version 6.2 or Later and Versions Earlier Than 6.2
- Functional Differences Between Version 6.0.1 or Later and Versions Earlier Than 6.0.1
- Functional Differences Between Version 6.0 or Later and Versions Earlier Than 6.0
- Functional Differences Between Version 5.9.4 or Later and Versions Earlier Than 5.9.4
- Functional Differences Between Version 5.9.1 or Later and Versions Earlier Than 5.9.1
- Functional Differences Between Versions 5.9 or Later and Versions Earlier Than 5.9
- Path Status Transition and Automatic Path Switching
- Differences in the LU Dynamic Removal Function
- Differences in the Drive Letters Displayed in Windows
- Differences in Default Values
- Differences in the Load Balancing Function in an MSCS Environment
- Acronyms and abbreviations
- Glossary
- Index
| Recognized languages: | English |
|---|---|
| Pages: | 42 |
| Size: | 1.53 MB |
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- HP XP7 Cache Partition User Guide
- Contents
- 1 Cache Partition operations
- Overview of Cache Partition
- Use case for cache logical partitioning
- Cache partitioning workflow
- Cautions and restrictions for Cache Partition
- Calculating cache capacity
- Managing CLPRs
- Troubleshooting Cache Partition
- 2 Troubleshooting
- 3 Support and other resources
- A Cache Partition GUI reference
- Glossary
- Index
| Recognized languages: | English |
|---|---|
| Pages: | 227 |
| Size: | 6.31 MB |
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- XP7 Performance for Open and Mainframe Systems User Guide
- Contents
- 1 Performance management
- 2 Performance Monitor operations
- 3 Performance Monitor data
- Monitoring data
- Usage rates of MPs
- Usage rate of DRRs
- Usage rate of cache memory
- Write pending statistics
- Access path usage statistics
- Storage system throughput
- Data transfer rate
- Response times
- CMR delay time
- Disconnected time
- Connected time
- HTP port open exchanges
- Cache hit rates
- Back-end performance
- Data drive usage statistics
- Data drive access rates
- Business Copy usage statistics
- Remote I/O (RIO)
- Pair Synchronized
- Differential Track
- Number of Journals
- Data Usage Rate
- Meta Data Usage Rate
- Detailed information of resources on top 20 usage rates
- 4 Performance Control operations
- Overview of Performance Control
- Use cases for Performance Control
- Cautions and restrictions for Performance Control
- Implementing Performance Control: one-to-one connections
- Implementing Performance Control: many-to-many connections
- Performance Control workflow: many-to-many connections
- Setting priority for WWNs: many-to-many connections
- Monitoring all port-HBA traffic: many-to-many connections
- Analyzing traffic statistics: many-to-many connections
- Setting upper-limit values for non-prioritized WWNs: many-to-many connections
- Setting a threshold for the entire storage system: many-to-many connections
- Managing host adapters
- Working with PFC groups
- 5 Cache Residency Manager operations
- 6 Troubleshooting
- 7 Exporting Performance Monitor data
- About the Export Tool
- Preparing to use the Export Tool
- Using the Export Tool
- Export Tool command reference
- Exported files
- Monitoring data exported by the Export Tool
- Resource usage and write-pending rate statistics
- Parity group and external volume group statistics
- Statistics for volumes in parity/external volume groups
- Volumes in parity groups or external volume groups (at volumes controlled by a particular CU)
- Port statistics
- Host bus adapters connected to ports statistics
- Volumes (LU) statistics
- All host bus adapters connected to ports
- MP blades
- Remote copy operations by Cnt Ac-S/Cnt Ac-S Z (whole volumes)
- Remote copy operations by Cnt Ac-S and Cnt Ac-S Z (for each volume (LU))
- Remote copy by Cnt Ac-S and Cnt Ac-S Z (volumes controlled by a particular CU)
- Remote copy by Cnt Ac-J and Cnt Ac-J Z (whole volumes)
- Remote copy by Cnt Ac-J and Cnt Ac-J Z (at journals)
- Remote copy by Cnt Ac-J and Cnt Ac-J Z (for each volume (LU))
- Remote copy by Cnt Ac-J and Cnt Ac-J Z (at volumes controlled by a particular CU)
- Causes of Invalid Monitoring Data
- Troubleshooting the Export Tool
- 8 Support and other resources
- A Performance Monitor GUI reference
- Performance Monitor main window
- Edit Monitoring Switch wizard
- Monitor Performance window
- Edit CU Monitor Mode wizard
- View CU Matrix window
- Select by Parity Groups window
- Parity Group Properties window
- Edit WWN wizard
- Edit WWN Monitor Mode wizard
- Delete Unused WWNs window
- Add New Monitored WWNs wizard
- Add to Ports wizard
- Monitor window
- MP Properties window
- Edit Time Range window
- Edit Performance Objects window
- Add Graph window
- Wizard buttons
- Navigation buttons
- B Performance Control GUI reference
- C Cache Residency GUI reference
- Glossary
- Index
| Recognized languages: | English |
|---|---|
| Pages: | 338 |
| Size: | 9.47 MB |
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- XP7 Provisioning for Mainframe Systems User Guide
- Contents
- 1 Introduction to provisioning
- About provisioning
- Basic provisioning
- Fixed-sized provisioning
- Disadvantages
- When to use fixed-sized provisioning
- Custom-sized provisioning
- When to use custom-sized provisioning
- Basic provisioning workflow
- Thin Provisioning Overview
- Thin Provisioning Z
- Thin Provisioning Z concepts
- When to use Thin Provisioning Z
- Thin Provisioning Z advantages
- Thin Provisioning Z advantage example
- Thin Provisioning Z work flow
- Smart Tiers Z
- Tiers concept
- When to use Smart Tiers Z
- Resource groups strategies
- Complimentary strategies
- Key terms
- Before you begin
- About cache management devices
- 2 Configuring resource groups
- System configuration using resource groups
- Resource groups examples
- Meta_resource
- Resource lock
- User groups
- Resource group assignments
- Resource group license requirements
- Resource group rules, restrictions, and guidelines
- Creating a resource group
- Adding resources to a resource group
- Removing resources from a resource group
- Managing Resource Groups
- Using Resource Partition and other HP XP7 Storage products
- 3 Configuring custom-sized provisioning
- Virtual LVI functions
- Virtual LVI requirements
- Virtual LVI specifications
- SSID requirements
- Virtual LVI size calculations
- Calculating the size of a 3390-A volume
- Calculating the size of a 3390-V volume
- Calculating the size of a 3390-X volume
- Calculating the size of a 3390-XA, 3390-XB, 3390-XC volume
- Management area capacity of a mainframe volume
- Boundary values for RAID levels
- Capacity of a slot
- Configuring volumes in a parity group
- Create LDEV function
- Blocking LDEVs
- Blocking LDEVs in a parity group
- Restoring blocked LDEVs
- Restoring blocked LDEVs in a parity group
- Editing an LDEV name
- Deleting an LDEV (converting to free space)
- Formatting LDEVs
- Making external mainframe system volumes usable
- Assigning an MP blade
- 4 Configuring thin provisioning
- Thin Provisioning Z overview
- Smart Tiers Z overview
- Thin provisioning requirements
- Using Thin Provisioning Z or Smart Tiers Z with other HP XP7 Storage products
- Thin Provisioning Z workflow
- Smart Tiers Z
- About tiered storage
- Tier monitoring and data relocation
- Smart Pool
- Tier monitoring and relocation cycles
- Tier relocation flow
- Tier relocation rules, restrictions, and guidelines
- Buffer area of a tier
- Smart Tiers Z cache specifications and requirements
- Execution modes for tier relocation
- Relocation speed
- Monitoring modes
- Notes on performing monitoring
- Downloading the tier relocation log file
- Tiering policy
- Tiering policy expansion
- Tiering policy examples
- Setting tiering policy on a THP V-VOL
- Tiering policy levels
- Viewing the tiering policy in the performance graph
- Reserving tier capacity when setting a tiering policy
- Example of reserving tier capacity
- Notes on tiering policy settings
- New page assignment tier
- Relocation priority
- Assignment tier when pool-VOLs are deleted
- Formatted pool capacity
- Rebalancing the usage level among parity groups
- Execution mode settings and tiering policy
- Changing the tiering policy level on a THP V-VOL
- Changing new page assignment tier of a V-VOL
- Opening the Edit Tiering Policies window
- Changing a tiering policy
- Changing relocation priority setting of a V-VOL
- Smart Tiers Z workflow
- Smart Tiers Z tasks and parameters
- Managing Smart Tiers Z
- Changing a pool for Smart Tiers Z to a pool for Thin Provisioning Z
- Working with pools
- Working with THP V-VOLs
- Monitoring capacity and performance
- Thresholds
- Working with SIMs
- Manually completing a SIM
- Managing pools and THP V-VOLs
- Viewing pool information
- Viewing formatted pool capacity
- Viewing the progress of rebalancing the usage level among parity groups
- Increasing pool capacity
- Changing a pool name
- Recovering a blocked pool
- Decrease pool capacity
- Deleting a tier in a pool
- Deleting a pool
- Changing external LDEV tier rank
- Increasing THP V-VOL capacity
- Changing the name of a THP V-VOL
- About releasing pages in a THP V-VOL
- Enabling/disabling tier relocation of a THP V-VOL
- Deleting a THP V-VOL
- Starting pool monitoring manually
- Stopping pool monitoring manually
- Starting tier relocation manually
- Stopping tier relocation manually
- 5 Configuring access attributes
- 6 Troubleshooting
- 7 Support and other resources
- A RAID Manager command reference
- B Resource Partition GUI reference
- C Volume Retention GUI reference
- D LDEV GUI reference
- Parity Groups window
- Parity Groups tab: Internal or external volume
- LDEVs tab: Internal or external volumes
- Logical Devices window
- Create LDEVs wizard
- Edit LDEVs wizard
- Change LDEV Settings window
- View SSIDs window
- Select Free Spaces window
- Select Pool window
- View LDEV IDs window
- View Physical Location window
- Edit SSIDs window
- Change SSIDs window
- Format LDEVs wizard
- Restore LDEVs window
- Block LDEVs window
- Delete LDEVs window
- LDEV Properties window
- Components window
- DKC: MP Blades tab
- Edit MP Blades wizard
- Assign MP Blade wizard
- View Management Resource Usage window
- E Thin Provisioning Z and Smart Tiers Z GUI reference
- Pools window
- Pools: Volume tabs
- Create Pools wizard
- Expand Pool wizard
- Edit Pools wizard
- Delete Pools wizard
- Expand V-VOLs wizard
- Restore Pools window
- Shrink Pool window
- Stop Shrinking Pools window
- Complete SIMs window
- Select Pool VOLs window
- Reclaim Zero Pages window
- Stop Reclaiming Zero Pages window
- Pool Property window
- View Tier Properties window
- Monitor Pools window
- Stop Monitoring Pools window
- Start Tier Relocation window
- Stop Tier Relocation window
- View Pool Management Status window
- Edit External LDEV Tier Rank wizard
- Edit Tiering Policies wizard
- Change Tiering Policy Window
- Change Pool Configuration Pattern Window
- Glossary
- Index
| Recognized languages: | English |
|---|---|
| Pages: | 37 |
| Size: | 944 KB |
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- XP7 for Compatible XRC User Guide
- Contents
- 1 Overview of Compatible XRC
- 2 Requirements and restrictions
- 3 Interoperability with other products and functions
- Volume sharing between Compatible XRC and other copy functions
- Using two Compatible XRC pairs together
- Using Compatible XRC with Continuous Access Synchronous Z
- Using Compatible XRC with Business Copy Z
- Using Compatible XRC with Compatible FlashCopy
- Using Compatible XRC with Hyper Parallel Access Volumes
- Configuration for the XRC Multiple Reader function
- Using Compatible XRC with other HP XP7 Storage software
- 4 Using Compatible XRC
- 5 Troubleshooting
- 6 Support and other resources
- A Controlling the amount of write data
- B Compatible XRC GUI reference
- Glossary
- Index
| Recognized languages: | English |
|---|---|
| Pages: | 123 |
| Size: | 2.80 MB |
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- XP7 for Compatible FlashCopy Mirroring User Guide
- Contents
- 1 About Compatible FlashCopy
- About Compatible FlashCopy
- Compatibility between Compatible FlashCopy and mainframe user interface functions
- Establishing a Compatible FlashCopy relationship
- Using Consistency Groups for Dataset Copies that Span Volumes
- Incremental FlashCopy function (Compatible FlashCopy only)
- Reverse Restore function (Compatible FlashCopy only)
- Fast Reverse Restore function
- FlashCopy-to-PPRC Cnt Ac-S Z primary volume function (Compatible FlashCopy only)
- Remote Compatible FlashCopy function
- Compatible FlashCopy-to-Continuous Access Journal Z primary volume function (Compatible FlashCopy only)
- Preserve mirror Compatible FlashCopy function (Compatible FlashCopy only)
- Releasing Compatible FlashCopy relationships
- Interoperability with other products and functions
- Using Compatible FlashCopy with Business Copy Z
- Using Compatible FlashCopy with Continuous Access Synchronous Z
- Using Compatible FlashCopy with Continuous Access Journal Z
- Using Compatible FlashCopy with Concurrent Copy and Extended Remote Copy
- Using Compatible FlashCopy with Thin Provisioning Z
- Using Compatible FlashCopy with Resource Partition
- Using Compatible FlashCopy with Virtual LVI
- Optimizing Volumes
- 2 Preparing for Compatible FlashCopy operations
- 3 Performing Compatible FlashCopy operations
- Operating commands for Compatible FlashCopy
- Supported operating systems for Compatible FlashCopy
- Setting options
- Establishing relationships for Compatible FlashCopy
- Establishing relationships by extents for Compatible FlashCopy
- Using z/VM CP to establish relationships for Compatible FlashCopy
- Using z/VM FlashCopy to establish relationships
- Using z/VM FLASHCOPY ESTABLISH to establish relationships
- Using z/VM FLASHCOPY BACKGNDCOPY to start up background copying
- Using z/VM FLASHCOPY RESYNC to re-establish relationships
- Using z/VM FLASHCOPY TGTWRITE command to remove write-protection from an S-VOL
- Suspending Write Operations to S-VOLs while establishing relationships for Compatible FlashCopy
- Viewing relationship states of Compatible FlashCopy
- Viewing resource information
- Releasing Compatible FlashCopy relationships
- Using PPRC TSO to release Compatible FlashCopy relationships
- Case 1: TDEVN Specified, DDSW = NO
- Case 2: TDEVN Specified, DDSW = NO, XTNTLST Parameter Specified
- Case 3: SDEVN and TDEVN Specified, DDSW = NO
- Case 4 (a, b): SDEVN and TDEVN Specified, DDSW = NO, XTNTLST Parameter Specified
- Case 5: SDEVN and TDEVN Specified, DDSW = YES
- Case 6: SDEVN and TDEVN Specified, DDSW = YES, XTNTLST Parameter Specified
- Case 7: DEVN Specified, ACTION = THAW
- USING ICKDSF to release Compatible FlashCopy relationships
- Using ANTRQST macro to release Compatible FlashCopy relationships
- Using z/VM CP to release Compatible FlashCopy relationships
- Using PPRC TSO to release Compatible FlashCopy relationships
- 4 Performing Compatible FlashCopy SE operations
- Overview of FlashCopy SE
- Best practice for using Compatible FlashCopy SE
- Requirements for using Compatible FlashCopy SE
- Creating TSE-VOLs for Compatible FlashCopy SE
- About Operating Pools and TSE-VOLS
- Notes when sharing pool with THP V-VOL
- Establishing relationships for FlashCopy SE
- Viewing relationship states of Compatible FlashCopy SE
- Releasing relationships for Compatible FlashCopy SE
- Viewing TSE-VOL or pool information using LISTDATA
- 5 Feature comparison with IBM product
- Feature comparison with IBM product
- Comparison of the maximum number of relationships between IBM FlashCopy and HP Compatible FlashCopy
- Comparison of copying processes
- Comparison of processing in releasing relationships
- Comparing IBM FlashCopy SE and Compatible FlashCopy SE
- Comparison of supporting commands
- 6 Troubleshooting
- 7 Support and other resources
- A Compatible FlashCopy GUI reference
- Glossary
- Index
| Recognized languages: | English |
|---|---|
| Pages: | 131 |
| Size: | 2.64 MB |
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Document Outline
- HP XP7 Business Copy User Guide
- Contents
- 1 Business Copy overview
- 2 Business Copy system requirements and planning
- Business Copy system requirements
- BC licensed capacity and licensed capacity requirements
- Determining capacity of BC pairs in XP7 workflow
- Differential and pair tables
- Tables and installed shared memory
- Calculating the number of tables if you are sharing tables
- Calculating the number of tables for emulation types that are not OPEN-V
- Calculating the number of tables for OPEN-V emulation types
- Determining the number of tables required for Business Copy
- Determining the number of used tables in the storage system
- Calculating the maximum number of BC pairs
- Quick Split and Steady Split performance planning
- Performance planning and calibrating your XP7 storage system
- Splitting pairs using consistency groups
- 3 Sharing Business Copy volumes
- Sharing volumes with Cache Residency
- Sharing volumes and Data Retention access attributes
- Sharing volumes with Thin Provisioning and Smart Tiers
- Sharing volumes with LUN Manager
- Sharing volumes with Resource Partition
- Sharing volumes with Fast Snap
- Sharing volumes with Continuous Access Synchronous
- Sharing volumes with Continuous Access Journal
- Sharing volumes with External Storage
- Sharing volumes with Auto LUN
- 4 Configuring Business Copy
- 5 Managing Business Copy pairs
- Workflow for managing Business Copy pairs
- BC pair status checks
- BC pair creation
- Suspending BC pair creation
- Changing BC pair options
- Splitting BC pairs
- BC pair resynchronization
- Suppressing update copy operations during pair restoration
- Workflow for setting the RAID level
- BC pair deletion
- 6 Monitoring and maintaining Business Copy
- 7 Troubleshooting Business Copy
- 8 Support and other resources
- A Interface support for BC user tasks and options
- B Business Copy GUI reference
- Replication window
- Local Replication window
- View Pair Properties window
- View Pair Synchronous Rate window
- Histories window
- Consistency Group Properties window
- Create Pairs wizard
- Split Pairs wizard
- Resync Pairs wizard
- Suspend Pairs window
- Delete Pairs window
- Edit Mirror Units dialog box
- Change Options dialog box
- Edit Local Replica Options wizard
- Glossary
- Index
| Recognized languages: | English |
|---|---|
| Pages: | 646 |
| Size: | 4.04 MB |
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Document Outline
- (for Solaris) User Guide
- Contents
- Preface
- Overview of HDLM
- HDLM Functions
- Devices Managed by HDLM
- System Configuration
- LU Configuration
- Program Configuration
- Position of the HDLM Driver and HDLM Device
- Logical Device Files for HDLM Devices
- Distributing a Load Using Load Balancing
- Performing Failovers and Failbacks Using Path Switching
- Intermittent Error Monitoring (Functionality When Automatic Failback Is Used)
- Detecting Errors by Using Path Health Checking
- Distributing a Load by Using the Dynamic I/O Path Control Function
- Error Management
- Collecting Audit Log Data
- Integrated HDLM management using Global Link Manager
- Cluster Support
- Creating an HDLM Environment
- HDLM System Requirements
- Hosts and OSs Supported by HDLM
- Storage Systems Supported by HDLM
- Cluster Software Supported by HDLM
- Volume Manager Supported by HDLM
- Combinations of Cluster Software and Volume Managers Supported by HDLM
- Virtualization Environments Supported by HDLM
- Memory and Disk Capacity Requirements
- Number of LUs and Paths Supported in HDLM
- Flow for Creating an HDLM Environment
- HDLM Installation Types
- Notes on Creating an HDLM Environment
- Installing HDLM
- Preparations for a New Installation of HDLM
- Preparation for Performing an Unattended Installation of HDLM
- Performing a New Installation of HDLM (When Solaris Cluster Is Not Being Used)
- Performing a New Installation of HDLM (When Solaris Cluster Is Being Used)
- Using the HDLM Device Unconfiguration Function When Performing a New Installation of HDLM
- Preparations for an Upgrade Installation or Re-installation of HDLM
- Performing an Upgrade Installation or Re-installation of HDLM
- Installing HDLM in an LDoms Environment
- Configuring a Boot Disk Environment
- Configuring a Boot Disk Environment for a ZFS File System
- Boot Disk Environment that uses a ZFS File System
- Creating a ZFS Boot Disk Environment (for Solaris 10)
- Creating a ZFS Boot Disk Environment (for Solaris 11)
- Migrating from a ZFS Boot Disk Environment to the Local Boot Disk Environment (for Solaris 10)
- Migrating from a ZFS Boot Disk Environment to the Local Boot Disk Environment (for Solaris 11)
- Migrating from a Boot Disk Environment to the Local Boot Disk Environment
- Configuring a Mirrored Boot Disk Environment Incorporating SVM
- Checking the Path Configuration
- Setting Up HDLM Functions
- Setting up Integrated Traces
- Notes on Using the Hitachi Network Objectplaza Trace Library
- Displaying the Hitachi Network Objectplaza Trace Library setup Menu
- Changing the Size of Integrated Trace Files
- Changing the Number of Integrated Trace Files
- Changing the Buffer Size Per Monitoring Interval Duration
- Adjusting the Number of Messages to Be Output Per Monitoring Interval
- Finishing the Hitachi Network Objectplaza Trace Library Settings
- Applying the Hitachi Network Objectplaza Trace Library Settings
- Creating File Systems for HDLM (When Volume Management Software Is Not Used)
- Setting Up VxVM
- Setting Up SDS
- Setting Up SVM
- Setting Up VCS
- Removing HDLM
- HDLM System Requirements
- HDLM Operation
- Notes on Using HDLM
- HDLM Operations Using Commands
- Notes on Using Commands
- Viewing Path Information
- Changing the Status of Paths
- Viewing LU Information
- Displaying Corresponding Information About an HDLM Device, sd or ssd Device, and LDEV
- Initializing Statistical Information for Paths
- Viewing and Setting Up the Operating Environment
- Viewing License Information
- Updating the License
- Viewing HDLM Version Information
- Viewing HDLM Component Information
- Starting and Stopping the HDLM Manager
- HDLM Resident Processes
- Changing the Configuration of the HDLM Operating Environment
- Precautions Regarding Changes to the Configuration of an HDLM Operating Environment
- Overview of Reconfiguring the HDLM Device
- Adding a New Logical Unit
- Configuration Changes Such as Deleting a Logical Unit
- Adding a Path to an Existing LU by Dynamic Reconfiguration
- Deleting a Path to an Existing LU by Dynamic Reconfiguration
- Specifying Whether a Logical Unit Is To Be Managed by HDLM (When Not Using Solaris Cluster)
- Specifying Whether a Logical Unit Is To Be Managed by HDLM (When Using Solaris Cluster)
- Inheriting logical device names during storage system migration
- Troubleshooting
- Command Reference
- Overview of the HDLM Command dlnkmgr
- clear (Returns the Path Statistics to the Initial Value)
- help (Displays the Operation Format)
- offline (Places Paths Offline)
- online (Places Paths Online)
- set (Sets Up the Operating Environment)
- view (Displays Information)
- monitor (Displays I/O Information at a Specified Interval)
- add (Adds a Path Dynamically)
- delete (Deletes a Path Dynamically)
- Utility Reference
- Overview of the Utilities
- The DLMgetras Utility for Collecting HDLM Error Information
- The dlmcfgmgr Utility for Managing the HDLM Configuration
- The dlminstcomp HDLM Component Installation Utility
- The dlmlisthdev Utility for Assisting HDLM Transitions
- The dlmsetboot Utility for Assisting Configuration of an HDLM Boot Disk Environment
- The dlmsetconf Utility for Creating the HDLM Driver Configuration Definition File
- The dlmstart Utility for Configuring HDLM Devices
- The dlmvxexclude Utility for Assisting Creation of the VxVM Configuration File
- The installhdlm Utility for Installing HDLM
- installux.sh Utility for HDLM Common Installer
- The removehdlm Utility for Removing HDLM
- Messages
- Before Viewing the List of Messages
- KAPL01001 to KAPL02000
- KAPL03001 to KAPL04000
- KAPL04001 to KAPL05000
- KAPL05001 to KAPL06000
- KAPL06001 to KAPL07000
- KAPL07001 to KAPL08000
- KAPL08001 to KAPL09000
- KAPL09001 to KAPL10000
- KAPL10001 to KAPL11000
- KAPL11001 to KAPL12000
- KAPL13001 to KAPL14000
- KAPL15001 to KAPL16000
- Return Codes for Hitachi Command Suite Common Agent Component
- Sun Cluster 3.2 Commands
- Functional Differences Between Versions of HDLM
- Acronyms and abbreviations
- Glossary
- Index
| Recognized languages: | English |
|---|---|
| Pages: | 208 |
| Size: | 4.15 MB |
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Document Outline
- XP7 Continuous Access Journal for Mainframe Systems User Guide
- Contents
- 1 Continuous Access Journal Z overview
- 2 Requirements and specifications
- 3 Planning volumes, XP7 systems
- Plan and design workflow
- Assessing business requirements for data recovery
- Write-workload
- Data transfer speed considerations
- Sizing journal volumes
- Planning journals
- Planning journal volumes
- Planning pair volumes
- Disaster recovery considerations
- Sharing volumes with other XP7 software volumes
- Planning Cnt Ac-J Z in multiple XP7s using a consistency group
- Planning for previous models
- Guidelines for preparing systems for Cnt Ac-J Z
- 4 Planning the data path
- 5 Using extended consistency groups
- 6 Cnt Ac-J Z configuration operations
- 7 Cnt Ac-J Z pair operations
- 8 Monitoring the Cnt Ac-J Z system
- 9 Maintaining the Cnt Ac-J Z system
- 10 Cnt Ac-J Z disaster recovery operations
- 11 Cnt Ac-J Z troubleshooting
- 12 Support and other resources
- A Sharing Cnt Ac-J Z volumes
- B Configurations with Continuous Access Synchronous Z
- C Configurations with Business Copy Z
- D Cnt Ac-J Z GUI reference
- Journals window
- Journal Volumes window
- Journal Properties window
- Create Journals wizard
- Assign Journal Volumes wizard
- Delete Journals window
- Force Remove Journals from EXCTG window
- Edit Journal Options wizard
- Assign MP blade wizard
- Edit Mirror Options wizard
- Assign Remote Command Devices wizard
- Release Remote Command Devices window
- EXCTG Properties window
- Add Journals wizard
- Remove Journal wizard
- Initialize EXCTGs window
- View Pair Synchronous Rate window
- View Pair Properties window
- Split Pair wizard
- Split Mirrors wizard
- Resync Pairs wizard
- Resync Mirrors wizard
- Delete Pairs wizard
- Force Delete Pairs window
- Delete Mirrors wizard
- Edit Pair Options wizard
- Glossary
- Index
| Recognized languages: | English |
|---|---|
| Pages: | 68 |
| Size: | 2.20 MB |
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Document Outline
- HP XP7 DKA Encryption User Guide
- Contents
- 1 DKA Encryption Overview
- DKA Encryption benefits
- DKA Encryption support specifications
- When are data encryption license keys needed
- Primary and secondary data encryption license keys
- KMIP key management server support
- Data encryption workflow
- Disable encrypted data workflow
- Change data encryption license key workflow
- Audit logging of encryption events
- Encryption states and protection
- Interoperability with other software applications
- 2 DKA Encryption Installation
- 3 Key Management Server Connections
- 4 Managing data encryption license keys
- Workflow for creating data encryption license keys
- Editing the password policy
- Workflow for enabling data encryption on parity groups
- Workflow for disabling data encryption at the parity-group level
- Workflow for moving unencrypted data to an encrypted environment
- Workflow for restoring data encryption license keys
- Workflow for changing data encryption license keys
- Workflow for deleting data encryption license keys
- Viewing encryption keys backed up on the key management server
- Exporting encryption license key table information
- Rekeying key encryption keys
- Retrying Key Encryption Key Acquisition
- Initialize the connection settings to the key management server
- 5 Troubleshooting
- 6 Support and other resources
- A DKA Encryption GUI Reference
- Encryption Keys window
- Edit Encryption Environmental Settings wizard
- Create Keys wizard
- Edit Password Policy (Backup Encryption Keys) wizard
- Backup Keys to File wizard
- Backup Keys to Server wizard
- Restore Keys from file wizard
- Restore Keys from Server wizard
- Delete Keys wizard
- Delete Backup Keys on Server window
- View Backup Keys on Server window
- Edit Encryption wizard
- Rekey Key Encryption Key window
- Retry Key Encryption Key Acquisition window
- Glossary
- Index
| Recognized languages: | English |
|---|---|
| Pages: | 56 |
| Size: | 1.31 MB |
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Document Outline
- HP XP7 Auto LUN User Guide
- Contents
- 1 Overview of Auto LUN
- 2 Requirements
- System requirements
- Source and target volume general requirements
- Supported and prohibited source and target volumes
- Auto LUN with Thin Provisioning or Thin Provisioning Z virtual volumes
- Auto LUN with Continuous Access Synchronous Z and Continuous Access Journal Z
- Auto LUN with Continuous Access Synchronous and Continuous Access Journal
- Auto LUN and Continuous Access Journal Z
- Auto LUN with Business Copy Z or Business Copy
- Auto LUN and Continuous Access Journal
- Volumes having access attribute of Data Retention
- Volumes having access attribute of Volume Retention
- Compatible XRC pair volumes
- Concurrent Copy (CC) pair volumes
- 3 Auto LUN planning
- 4 Auto LUN operations
- 5 Auto LUN monitoring
- 6 Troubleshooting
- 7 Support and other resources
- A Using RAID Manager for Auto LUN
- B Auto LUN GUI reference
- Glossary
- Index
| Recognized languages: | English |
|---|---|
| Pages: | 41 |
| Size: | 1.05 MB |
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Document Outline
- HP XP7 SNMP Agent User Guide
- Contents
- 1 Introduction
- 2 Using SNMP
- 3 SNMP supported MIBs
- 4 SNMP failure trap reference
- 5 Troubleshooting
- 6 Support and other resources
- Glossary
- Index
| Recognized languages: | English |
|---|---|
| Pages: | 258 |
| Size: | 9.22 MB |
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Document Outline
- XP7 Remote Web Console User Guide
- Contents
- 1 Remote Web Console overview
- 2 Setting up Remote Web Console
- Setup workflow
- Cable connection requirements
- Setting up SSL encryption
- Flow of SSL communication settings
- Notes on updating the signed certificate to the SVP
- Creating a keypair
- Acquiring a signed certificate
- Uploading the signed certificate
- Returning the certificate to default
- Importing the certificate to the SVP
- Blocking HTTP communication to the storage system
- Releasing HTTP communication blocking
- Setting up a client computer
- Configuring certificates for HCS
- Using the SMI-S function with a Remote Web Console user account
- Installing the report configuration tool
- Using the report configuration tool
- 3 Getting started using Remote Web Console
- Logging in to Remote Web Console
- Remote Web Console restrictions
- General restrictions
- Web browser restrictions while using Remote Web Console
- Unsupported actions in Windows version of Remote Web Console
- Unsupported actions in UNIX version of Remote Web Console
- Applying changes made in Remote Web Console
- Refreshing data after a Auto LUN or Quick Restore operation
- Refreshing data after operations performed with another application
- Capacities displayed on the Remote Web Console screen
- Caution on LUN ID notation
- Refreshing your user view
- Setting the view back to default
- Remote Web Console main window
- Balloon dialog box
- Setting Remote Web Console secondary windows
- For more information about Remote Web Console
- 4 Setting up and managing user accounts
- 5 Configuring the Remote Web Console environment
- 6 License keys
- 7 Viewing and managing the storage system
- Viewing and managing overview
- Viewing storage system information
- Viewing Remote Web Console data using external applications
- Using reports to verify system changes
- Viewing a Remote Web Console report
- Managing tasks
- 8 Troubleshooting
- 9 Support and other resources
- A Storage configuration reports
- B Report Configuration Tool command reference (raidinf commands)
- C SMI-S provider configuration file
- D Using Remote Web Console secondary windows
- E Remote Web Console user management GUI reference
- User Groups window
- Selected User Group Window
- Create User Group wizard
- Create User wizard
- Confirm window (Create User)
- Change Password Wizard
- Confirm window (Change Password)
- Edit User wizard
- Confirm window (Edit User)
- Add User wizard
- Confirm window (Add Users)
- Remove Users window
- Delete Users window
- Edit User Group wizard
- Delete User Groups window
- Edit Resource Group Assignment wizard
- Edit Role Assignment wizard
- Setup Server wizard
- LDAP Properties window
- RADIUS Properties window
- Kerberos Properties window
- Setup Server for LDAP
- Setup Server for RADIUS
- Setup Server for Kerberos
- F Remote Web Console software licenses GUI reference
- G Configuring storage systems GUI reference
- H Remote Web Console system reference GUI reference
- Storage Systems window
- Port Condition window
- Tasks window
- Task Properties window
- Suspend Tasks window
- Resume Tasks window
- Delete Tasks window
- Disable Auto Delete window
- Enable Auto Delete window
- Edit Information Display Settings window
- Reports window
- Create Configuration Report window
- Delete Reports window
- Alerts window
- Alert Properties window
- Resource Lock Properties window
- I Tool Panel GUI Reference
- Glossary
- Index
| Recognized languages: | English |
|---|---|
| Pages: | 154 |
| Size: | 4.32 MB |
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- XP7 Continuous Access Synchronous User Guide
- Contents
- 1 Continuous Access Synchronous overview
- 2 Requirements and specifications
- 3 Planning for Continuous Access Synchronous
- Storage system preparation
- System performance considerations
- Planning pairs and pair volumes
- Consistency group planning
- Consistency group for pairs in one primary and one secondary XP7
- Consistency group for pairs in multiple primary and secondary systems
- Consistency group requirements
- Assigning pairs to a consistency group
- Split behaviors for pairs in a CG
- Consistency group 127
- Notes when you remove or resynchronize pairs by Business Continuity Manager
- Host failover software
- Data path requirements and configurations
- 4 Sharing Continuous Access Synchronous volumes
- 5 Cnt Ac-S configuration
- 6 Cnt Ac-S pair operations
- 7 Monitoring and maintaining the Cnt Ac-S system
- Monitoring pair status, license capacity
- Monitoring Cnt Ac-S pair synchronous rate
- Monitoring Cnt Ac-S operations history
- Changing P-VOL Fence Level
- Forcibly deleting pairs
- Saving pair information to a text file
- Monitoring and maintaining remote connections and paths
- Deleting Continuous Access Synchronous
- Managing power-off for systems and network devices
- 8 Data migration
- 9 Disaster recovery
- 10 Troubleshooting
- 11 Support and other resources
- A Cnt Ac-S GUI reference
- Replication window
- Remote Replication window
- Remote Connections window
- Add Remote Connection wizard
- View Remote Connection Properties window
- Remove Remote Connection window
- Edit Remote Connection Options wizard
- Add Remote Paths wizard
- Remove Remote Paths wizard
- Edit Remote Replica Options wizard
- Create Pairs wizard
- Split Pairs wizard
- Resync Pairs wizard
- Delete Pairs wizard
- Force Delete Pairs (TC Pairs) window
- Edit Pair Options wizard
- View Pair Properties (Remote) window
- View Pair Synchronous Rate window
- Histories window
- Glossary
- Index
| Recognized languages: | English |
|---|---|
| Pages: | 716 |
| Size: | 4.01 MB |
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Document Outline
- (for Linux®) User Guide
- Contents
- Preface
- Overview of HDLM
- HDLM Functions
- Devices Managed by HDLM
- System Configuration
- LU Configuration
- Program Configuration
- Position of the HDLM Driver and HDLM Device
- Logical Device Files for HDLM Devices
- Distributing a Load Using Load Balancing
- Performing Failovers and Failbacks Using Path Switching
- Monitoring Intermittent Errors (Functionality When Automatic Failback Is Used)
- Detecting Errors by Using Path Health Checking
- Distributing a Load by Using the Dynamic I/O Path Control Function
- Error Management
- Collecting Audit Log Data
- Integrated HDLM management using Global Link Manager
- Cluster Support
- Creating an HDLM Environment
- HDLM System Requirements
- Hosts and OSs Supported by HDLM
- Storage Systems Supported by HDLM
- Related Products When Using Red Hat Enterprise Linux AS4/ES4
- Related Products When Using Red Hat Enterprise Linux 5
- Related Products When Using Red Hat Enterprise Linux 6
- Related Products When Using SUSE LINUX Enterprise Server 10
- Related Products When Using SUSE LINUX Enterprise Server 11
- Related Products When Using Oracle Enterprise Linux 4
- Related Products When Using Oracle Enterprise Linux 5
- Related Products When Using Oracle Unbreakable Enterprise Kernel 5
- Related Products When Using Oracle Unbreakable Enterprise Kernel 6
- Memory and Disk Capacity Requirements
- Number of LUs and Paths That Are Supported in HDLM
- Virtual Environments Supported by HDLM
- Flow for Creating an HDLM Environment
- HDLM Installation Types
- Knowledge Required Before You Install HDLM
- Notes on Creating an HDLM Environment
- Installing HDLM
- Installing HDLM for Managing Boot Disks
- Settings for LUKS
- Settings for md Devices
- Settings for LVM2
- Settings for Xen
- Settings for KVM
- Settings for Heartbeat
- Settings for Oracle RAC
- Settings for the RHCM
- Settings for VCS
- Checking the Path Configuration
- Setting Up HDLM
- The Process-specific-trace Information File
- Creating a Character-Type Device File for an HDLM Device
- Creating File Systems for HDLM (When Volume Management Software Is Not Used)
- Settings for Automatic Mounting
- Canceling the Settings for HDLM
- Operations on HDLM-Managed Devices
- Canceling the Heartbeat Settings
- Canceling the Settings for Oracle RAC
- Canceling the Settings for RHCM
- Canceling the Settings for VCS
- Canceling the Xen Settings
- Canceling the KVM Settings
- Canceling the Settings for LVM2
- Canceling the md Device Settings
- Canceling the LUKS Settings
- Removing HDLM
- Removing Hitachi Network Objectplaza Trace Library (HNTRLib2)
- HDLM System Requirements
- HDLM Operation
- Notes on Using HDLM
- Notes Common to OSs
- Notes When Using Red Hat Enterprise Linux AS4/ES4, or Oracle Enterprise Linux 4
- Notes When Using Red Hat Enterprise Linux 5, Red Hat Enterprise Linux 6, Oracle Enterprise Linux 5, Oracle Unbreakable Enterprise Kernel 5, or Oracle Unbreakable Enterprise Kernel 6
- Notes When Using SUSE LINUX Enterprise Server 10
- Notes When Using SUSE LINUX Enterprise Server 11
- Updating Kernel Packages and Applying OS Update Packages
- HDLM Operations Using Commands
- Notes on Using Commands
- Viewing Path Information
- Changing the Status of Paths
- Viewing LU Information
- Displaying Corresponding Information About an HDLM Device, SCSI Device, and LDEV
- Initializing Statistical Information for Paths
- Viewing and Setting Up the Operating Environment
- Viewing License Information
- Updating the License
- Viewing HDLM Version Information
- Viewing HDLM Component Information
- Starting and Stopping the HDLM Manager
- HDLM Resident Processes
- Reconfiguring the HDLM Operating Environment
- Notes on Using HDLM
- Troubleshooting
- Command Reference
- Overview of the HDLM Command dlnkmgr
- clear (Returns the Path Statistics to the Initial Value)
- help (Displays the Operation Format)
- offline (Places Paths Offline)
- online (Places Paths Online)
- set (Sets Up the Operating Environment)
- view (Displays Information)
- add (Adds a Path Dynamically)
- delete (Deletes a Path Dynamically)
- Utility Reference
- Overview of the Utilities
- DLMgetras Utility for Collecting HDLM Error Information
- dlmcfgmgr Utility for Managing the HDLM Configuration
- dlmchname HDLM Device Name Replacement Utility
- dlmmkinitrd Utility for Supporting a Boot Disk
- dlmpr Utility for Clearing HDLM Persistent Reservation
- dlmsetopt Utility for Setting HDLM Driver Options
- dlmstart Utility for Starting HDLM
- dlmupdatesysinit Utility for Updating System Scripts
- installgetras Utility for Collecting HDLM Installation Error Information
- installhdlm Utility for Installing HDLM
- installux.sh Utility for HDLM Common Installer
- Messages
- Before Viewing the List of Messages
- KAPL01001 to KAPL02000
- KAPL03001 to KAPL04000
- KAPL04001 to KAPL05000
- KAPL05001 to KAPL06000
- KAPL06001 to KAPL07000
- KAPL07001 to KAPL08000
- KAPL08001 to KAPL09000
- KAPL09001 to KAPL10000
- KAPL10001 to KAPL11000
- KAPL11001 to KAPL12000
- KAPL12001 to KAPL13000
- KAPL13001 to KAPL14000
- KAPL15001 to KAPL16000
- Return Codes for Hitachi Command Suite Common Agent Component
- Notes on Linux Commands and Files
- Troubleshooting Products That Use the Weak-Modules Script
- Functional Differences Between Versions of HDLM
- Functional Differences Between Version 8.0 and Versions Earlier Than 8.0
- Functional Differences Between Version 7.6 and Versions Earlier Than 7.6
- Functional Differences Between Version 7.2 and Versions Earlier Than 7.2
- Functional Differences Between Version 6.2.1 and Versions Earlier Than 6.2.1
- Functional Differences Between Version 6.1 and Versions Earlier Than 6.1
- Functional Differences Between Version 6.0 or Later and Versions Earlier Than 6.0
- Functional Differences Between Version 5.9.4 or Later and Versions Earlier Than 5.9.4
- Functional Differences Between Version 5.9.1 or Later and Versions Earlier Than 5.9.1
- Functional Differences Between Version 5.9 or Later and Versions Earlier Than 5.9
- Functional Differences Between Version 5.8 or Later and Versions Earlier Than 5.8
- Functional Differences Between Version 5.7.1 or Later and Versions Earlier Than 5.7.1
- Functional Differences Between Version 5.7.0-01 or Later and Versions Earlier Than 5.7.0-01
- Functional Differences Between Version 5.7 or Later and Versions Earlier Than 5.7
- Functional Differences Between Version 5.6.3 or Later and Versions Earlier Than 5.6.3
- Functional Differences Between Version 5.4 or Later and Versions Earlier Than 5.4
- Acronyms and abbreviations
- Glossary
- Index
| Recognized languages: | English |
|---|---|
| Pages: | 764 |
| Size: | 32.79 MB |
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Document Outline
- HP XP7 for Business Continuity Manager User Guide
- Contents
- 1 Overview of HP XP7 for Business Continuity Manager
- Why use Business Continuity Manager?
- Communication with HP XP7 Command View Advanced Edition
- Products that can be controlled by Business Continuity Manager
- Remote volume operations
- Grouping to simplify volume operations
- Data center configurations
- 2DC configuration
- 3DC Cascade (Cnt Ac-S Z x Cnt Ac-J Z) configuration
- 3DC Cascade (Cnt Ac-J Z x Cnt Ac-J Z) configuration
- 3DC Multi-Target (Cnt Ac-S Z x Cnt Ac-J Z) configuration
- 3DC Multi-Target (Cnt Ac-J Z x Cnt Ac-J Z) configuration
- Delta Resync configuration
- 2DC configuration with HyperSwap and Continuous Access Journal Z
- 4x4 configuration
- 4x4x4 Cascade configuration
- 4x4x4 Delta Resync configuration
- Compatible FlashCopy linkage configuration
- Functions supporting automatic operation (BCM Monitor)
- Business Continuity Manager functions
- Functionalities dependent on the storage system
- Storage system identification
- Setting up Business Continuity Manager
- 2 Business Continuity Manager with replication products
- Storage system settings and copy group definitions
- Replication products and data center configurations
- Sample replication product combinations
- Understanding copy group operations
- 3 Understanding Business Continuity Manager functions
- The Remote DKC Control function
- Functions that support disaster recovery
- The operational testing function
- Functions that support copy group definitions and operations
- The Specified Time Suspend function
- Functions that acquire volume information
- The Logical Path Control function
- Functions that monitor events and errors
- 4 Preparing to use Business Continuity Manager
- Preparation overview
- Specifying the Business Continuity Manager Log output destination
- Setting up Storage Systems
- Settings in the Set Defaults panel
- Creating configuration files
- Acquiring volume information (preparations)
- Creating a logical path
- Defining a journal group with path group IDs
- Setting up the Remote DKC Control Function environment
- General procedure for setting up a Remote DKC Control Function environment
- Prerequisite conditions for using the Remote DKC Control Function
- Configuring routes and command device lines
- Defining the route list
- Registering a command device
- Deleting command devices
- Creating an inter-control unit logical path dedicated to the command device
- Configuration definition for using the Continuous Access Synchronous Consistency Preservation function
- Environment definition for using the Reverse Resync function
- Configuring an environment so that Non Gen'ed volumes can be used
- 5 Configuration definitions
- Defining a 2DC configuration
- Defining a 3DC Cascade (Cnt Ac-S Z x Cnt Ac-J Z) configuration
- Defining a 3DC Cascade (Cnt Ac-J Z x Cnt Ac-J Z) configuration
- Configuration example (3DC Cascade (Cnt Ac-J Z x Cnt Ac-J Z) configuration)
- Preparing hardware (3DC Cascade (Cnt Ac-J Z x Cnt Ac-J Z) configuration)
- Preparing the configuration files (3DC Cascade (Cnt Ac-J Z x Cnt Ac-J Z) configuration)
- Definition procedure (3DC Cascade (Cnt Ac-J Z x Cnt Ac-J Z) configuration)
- Defining a 3DC Multi-Target (Cnt Ac-S Z x Cnt Ac-J Z) configuration
- A 3DC Multi-Target (Cnt Ac-S Z x Cnt Ac-J Z) configuration example
- Preparing the hardware (3DC Multi-Target (Cnt Ac-S Z x Cnt Ac-J Z) configuration)
- Preparing the Configuration Files (3DC Multi-Target (Cnt Ac-S Z x Cnt Ac-J Z) Configuration)
- Definition Procedure (3DC Multi-Target (Cnt Ac-S Z x Cnt Ac-J Z) Configuration)
- Performing a Scan (3DC Multi-Target Configuration)
- Settings for Operations at the Primary Site (3DC Multi-Target Configuration)
- Settings for Operations at the Local Site (3DC Multi-Target Configuration)
- Settings for Operations at the Remote Site (3DC Multi-Target Configuration)
- Creating a Copy Group (3DC Multi-Target Configuration)
- Defining a 3DC Multi-Target (Cnt Ac-J Z x Cnt Ac-J Z) configuration
- 3DC Multi-Target (Cnt Ac-J Z x Cnt Ac-J Z) configuration example
- Preparing the hardware (3DC Multi-Target (Cnt Ac-J Z x Cnt Ac-J Z) configuration)
- Preparing the configuration files (3DC Multi-Target (Cnt Ac-J Z x Cnt Ac-J Z) configuration)
- Definition procedure (3DC Multi-Target (Cnt Ac-J Z x Cnt Ac-J Z) configuration)
- Defining a Delta Resync Configuration
- Defining a 2DC configuration with HyperSwap and Cnt Ac-J Z
- Defining a 4x4 configuration
- A 4x4 configuration example
- Preparing the hardware (4x4 configuration)
- Preparing the Configuration Files (4x4 Configuration)
- Definition procedure (4x4 configuration)
- Defining a new 4x4 configuration
- Expanding to a 4x4 configuration by adding storage systems to a 2DC configuration
- Changing to a 4x4 Configuration Without Changing the Existing Storage System Configuration
- Adding a new journal group to a 4x4 configuration
- Adding an Existing Journal Group to a 4x4 Configuration
- Checking the Registration Status of EXCTG (4x4 Configuration)
- Deleting a journal group from a copy group container with EXCTG ID specified (4x4 configuration)
- Defining a 4x4x4 Cascade Configuration
- Configuration example (4x4x4 Cascade)
- Preparing Hardware (4x4x4 Cascade)
- Preparing the Configuration Files (4x4x4 Cascade)
- Definition procedure (4x4x4 Cascade)
- Checking the registration status of the EXCTG
- Defining a 4x4x4 Delta Resync configuration
- Defining a configuration so that the Cnt Ac-J Z ATTIME Suspend function can be used
- Defining a configuration so that the Open/MF Consistency Preservation function can be used
- 6 Importing copy groups
- Generating a copy group definition file by using CSV files
- Importing definitions for monitoring PPRC copy pairs
- Importing SMS storage group definitions
- 7 Using Business Continuity Manager
- Before using copy pairs
- Preparing to Use the Remote DKC Control Function
- When Executing Copy Group Operation Commands
- Batch Processing for Multiple Copy Pairs
- Copy Pair Operations Common to All Copy Types
- Copy Pair Operations for BC Z and TCA
- Copy Pair Operations for BC Z
- Copy Pair Operations for Cnt Ac-S Z
- Copy Pair Operations for Cnt Ac-J Z
- Messages Output from Business Continuity Manager
- Using configuration files
- Working with scripts
- Operating a copy group
- Backup operations using the Cnt Ac-J Z ATTIME Suspend function
- Monitoring status and changing configurations in a 3DC Cascade (Cnt Ac-S Z x Cnt Ac-J Z) configuration
- Using Compatible FlashCopy linkage configurations
- Monitoring PPRC copy pairs
- Using an Open/MF consistency group
- Before using copy pairs
- 8 Maintenance and troubleshooting operations
- Using a 2DC Configuration
- Using a 3DC Cascade (Cnt Ac-S Z x Cnt Ac-J Z) Configuration
- Using a 3DC Cascade (Cnt Ac-J Z x Cnt Ac-J Z) configuration
- Performing primary site storage system maintenance
- Performing intermediate site storage system maintenance
- Performing remote site storage system maintenance
- Performing primary site host maintenance
- Operating procedure during a primary site storage system failure (with information lost from memory)
- Operating procedure during a primary site storage system failure (with no information lost from memory)
- Operating procedure during an intermediate site storage system failure (with information lost from memory)
- Operating procedure during an intermediate site storage system failure (with no information lost from memory)
- Operating procedure during a remote site storage system failure (with information lost from memory)
- Operating procedure during a remote site storage system failure (with no information lost from memory)
- Operating procedure during a primary site host failure
- Operating procedure during a path failure between the storage systems at the primary site and the intermediate site
- Operating procedure during a path failure between the storage systems at the intermediate site and the remote site
- Using a 3DC Multi-Target (Cnt Ac-J Z x Cnt Ac-J Z) configuration
- Performing primary site storage system maintenance
- Performing storage system maintenance for remote site 1 or 2
- Performing primary site host maintenance
- Operating procedure during a primary site storage system failure (with information lost from memory
- Operating procedure during a primary site storage system failure (with no information lost from memory)
- Operating procedure during a storage system failure (with information lost from memory) (volatile) at the primary site and remote site 1
- Operating procedure during a storage system failure (with no information lost from memory) at the primary site and remote site 1
- Operating procedure during a storage system failure (with information lost from memory) at remote site 1 or 2
- Operating procedure during a storage system failure (with no information lost from memory) at remote site 1 or 2
- Primary site host failure (when operations can be performed on both Continuous Access Journal Z copy pairs)
- Primary site host failure (when operations can be performed on only one of the Continuous Access Journal Z copy pairs)
- Operating procedure during a path failure between the storage systems at the primary site and remote site 1, or at the primary site and remote site 2
- Using a Delta Resync Configuration
- Performing Primary Site Storage System Maintenance
- Performing Local Site Storage System Maintenance
- Performing Remote Site Storage System Maintenance
- Performing Primary Site Host Maintenance
- Operating procedure during a primary site storage system failure (with information lost from memory)
- Operating procedure during a primary site storage system failure (with no information lost from memory)
- Operating procedure during a local site storage system failure (with information lost from memory
- Operating procedure during a local site storage system failure (with no information lost from memory)
- Operating procedure during a remote site storage system failure (with no information lost from memory)
- Operating procedure during a remote site storage system failure (with no information lost from memory)
- Primary Site Host Failure
- Operating procedure during a path failure between the primary site storage system and the local site storage system
- Actions to be Taken When the Delta Resync Function Cannot be Set Up or Operated Successfully
- Using a 2DC configuration with HyperSwap and Continuous Access Journal Z
- Operation startup procedure
- Performing primary storage system maintenance
- Performing primary host maintenance
- Performing local storage system maintenance
- Performing remote storage system maintenance
- Operating procedure during a primary storage system failure (with information lost from memory)
- Operating procedure during a primary storage system failure (with no information lost from memory)
- Operating procedure during a primary host failure
- Operating procedure during a path failure between the primary storage system and the local storage system
- Operating procedure during a local storage system failure (with information lost from memory)
- Operating procedure during a local storage system failure (with no information lost from memory)
- Operating procedure during remote storage system failure (with information lost from memory)
- Operating procedure during a remote storage system failure (with no information lost from memory)
- Using a 4x4x4 Cascade Configuration
- Performing primary site storage system maintenance
- Performing intermediate site storage system maintenance
- Performing remote site storage system maintenance
- Performing primary site host maintenance
- Operating procedure during a primary site storage system failure (with information lost from memory)
- Operating procedure during a primary site storage system failure (with no information lost from memory)
- Operating procedure during an intermediate site storage system failure (with information lost from memory)
- Operating procedure during an intermediate site storage system failure (with no information lost from memory)
- Operating procedure during a remote site storage system failure (with information lost from memory)
- Operating procedure during a remote site storage system failure (with no information lost from memory)
- Operating procedure during a primary site host failure
- Operating procedure during a path failure between the primary site storage system and the intermediate site storage system
- Using a 4x4x4 Delta Resync configuration
- Performing primary site storage system maintenance
- Performing local site storage system maintenance
- Performing remote site storage system maintenance
- Performing primary site host maintenance
- Operating procedure during a primary site storage system failure (with information lost from memory)
- Operating procedure during a primary site storage system failure (with no information lost from memory)
- Operating procedure during a local site storage system failure (with information lost from memory)
- Operating procedure during a local site storage system failure (with no information lost from memory)
- Operating procedure during a remote site storage system failure (with information lost from memory)
- Operating procedure during a remote site storage system failure (with no information lost from memory)
- Operating procedure during a primary site host failure
- Operating procedure during a path failure between the primary site storage system and the local site storage system
- 9 Using the ISPF panels
- Acquiring volume information
- Creating a path set
- Establishing a logical path
- Defining a route list
- Defining a route list for a 2DC configuration
- Defining a route list for a 3DC Multi-Target (Cnt Ac-S Z x Cnt Ac-J Z) configuration
- Defining a route list ID
- Defining the primary site storage system (primary→local)
- Defining the local site storage system (primary→local)
- Defining the primary site storage system (primary→remote)
- Defining the remote site storage system (primary→remote)
- Defining the command device line (primary→local)
- Defining the command device line (primary→remote)
- Defining multiple command device lines
- Registering a command device in a storage system
- Remote Scan procedure
- Defining a copy group
- Defining the copy group ID and copy group attributes (Continuous Access Journal Z)
- Defining the copy group ID and copy group attributes (Business Copy Z)
- Defining the copy group ID and copy group attributes (Continuous Access Synchronous Z)
- Defining the copy group ID and copy group attributes (TrueCopy Asynchronous for Mainframe)
- Defining a copy group container
- Defining the copy group ID and copy group attributes
- Adding a consistency group
- Changing a copy group that is not a copy group container to one that is (adding a consistency group)
- Changing a copy group that is a container to one that is not (deleting a consistency group)
- Defining an EXCTG
- Saving settings
- Defining an Open/MF consistency group
- Operating copy groups
- 10 Automatic operation using BCM Monitor
- 11 Linkage with Replication Manager
- What can be achieved when Business Continuity Manager is linked to Replication Manager?
- Configuring a Business Continuity Manager agent
- Starting and stopping Business Continuity Manager agents
- Displaying or changing the log output level
- Notes on updating configuration files
- Working around site errors and host failures
- Error types and error information handling
- 12 Troubleshooting
- Troubleshooting Failures
- Error Notification
- Performance Monitor
- Trace Output Method
- Collecting Logs
- HyperSwap Completion Detection
- Recovering from a Failure
- Recovering a Command Device After an LDEV Blockage
- Recovering a Command Device After a Power Outage
- Recovering a Log Dataset After Logs are Full
- Performing Operations When a Failure Occurs for a Volume in a Copy Group
- Recovering from a Cnt Ac-J Z Failure
- What to do when an error occurs while creating a configuration file (for the ISPF panel)
- What to do when an error occurs while creating a configuration file (for YKBTSCAN)
- What to do when an error occurs in the copy group definition file generation function using CSV files
- 13 Support and other resources
- 14 Documentation feedback
- A About configurations for which the same command device is shared from multiple hosts
- B Conventions in syntax explanations
- Glossary
- Index
| Recognized languages: | English |
|---|---|
| Pages: | 153 |
| Size: | 3.05 MB |
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Document Outline
- HP XP7 Business Copy for Mainframe Systems User Guide
- Contents
- 1 Business Copy Z overview
- 2 Business Copy Z system requirements and planning
- Business Copy Z system requirements
- Pair volumes and supported emulation types
- BC Z licensed capacity and licensed capacity requirements
- Determining capacity of BC Z pairs in XP7 workflow
- Differential and pair tables
- Tables and installed shared memory
- Calculating the number of tables if you are sharing tables
- Determining the number of tables required for Business Copy Z
- Determining the number of used tables in the storage system
- Calculating the number of tables for Business Copy Z
- Calculating the maximum number of BC Z pairs
- Quick Split and Steady Split performance planning
- Performance planning and calibrating your XP7 storage system
- Splitting pairs using consistency groups
- Business Continuity Manager and IBM PPRC preparation
- 3 Sharing Business Copy Z volumes
- Sharing Business Copy Z volumes with other XP7 software application volumes
- Sharing volumes with Cache Residency
- Sharing volumes with Compatible FlashCopy
- Sharing volumes with Compatible XRC
- Sharing volumes with Concurrent Copy
- Sharing volumes with Thin Provisioning Z and Smart Tiers Z
- Sharing volumes with Resource Partition
- Sharing volumes with Continuous Access Synchronous Z
- Sharing volumes with Continuous Access Journal Z
- Sharing volumes with External Storage
- Sharing volumes with Auto LUN
- Sharing volumes and Volume Retention access attributes
- 4 Configuring Business Copy Z
- 5 Managing Business Copy Z pairs
- Workflow for managing Business Copy Z pairs
- BC Z pair status checks
- BC Z pair creation
- Suspending BC Z pair creation
- Changing BC Z pair options
- Splitting BC Z pairs
- BC Z pair resynchronization
- Suppressing update copy operations during pair restoration
- Workflow for setting the RAID level
- BC Z pair deletion
- 6 Monitoring and maintaining Business Copy Z
- 7 Troubleshooting Business Copy Z
- 8 Support and other resources
- A Business Copy Z pair user tasks using IBM PPRC
- Supported PPRC and PPRCOPY commands
- PPRC command requirements
- Perform Storage System Function commands and Business Copy Z
- Creating pairs with CESTPAIR and PPRCOPY ESTPAIR
- Splitting pairs with CSUSPEND and PPRCOPY SUSPEND
- Resynchronizing pairs with CESTPAIR and PPRCOPY ESTPAIR
- Deleting pairs with CDELPAIR and DELPAIR
- Consistency group pair user tasks using IBM PPRC
- Showing pair status and volume information with CQUERY TSO and QUERY ICKDSF
- B Interface support for BC Z user tasks and options
- C Business Copy Z GUI reference
- Replication window
- Local Replication window
- View Pair Properties window
- View Pair Synchronous Rate window
- Histories window
- Consistency Group Properties window
- Create Pairs wizard
- Split Pairs wizard
- Resync Pairs wizard
- Suspend Pairs window
- Delete Pairs window
- Edit Mirror Units dialog box
- Change Options dialog box
- Reserve Mainframe CTGs wizard
- Release Reserved Mainframe CTGs window
- Edit Local Replica Options wizard
- Edit SCP Time window
- Glossary
- Index
| Recognized languages: | English |
|---|---|
| Pages: | 304 |
| Size: | 4.37 MB |
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Document Outline
- HP XP7 RAID Manager User Guide
- Contents
- 1 Overview
- About RAID Manager
- RAID Manager functions
- RAID Manager functions matrix
- Provisioning function
- Asynchronous command processing
- Command execution modes
- Precheck function
- Command execution by the out-of-band method
- User authentication
- LDEV nickname function
- LDEV grouping function
- Resource group function
- Resource locking function
- In-system replication
- Remote replication
- Data protection
- 2 RAID Manager software environment
- Overview of the RAID Manager software environment
- RAID Manager components on the RAID storage system
- RAID Manager instance components on the host server
- RAID Manager software files
- RAID Manager log and trace files
- User-created files
- User environment variable
- 3 RAID Manager functions on the P9500 and XP7 Storage
- Command execution using in-band and out-of-band methods
- Connecting to RAID Manager server already connected by In-Band method using Out-of-Band method
- User authentication
- Command operation authority and user authentication
- Relation between resource groups and command operations
- Resource lock function
- Command execution modes
- Resource location and parameter
- LDEV grouping function
- Pair operations with mainframe volumes
- multi-array virtualization function (XP7 only)
- System configuration example with the multi-array virtualization function
- Using RAID Manager in a system configuration with the multi-array virtualization function
- Specifying a virtual storage machine by HORCM_VCMD
- Specifying a virtual storage machine by command options
- Configuration definition file settings when specifying a virtual storage machine by command options
- Example of the configuration definition files when specifying a virtual storage machine by command options
- Commands to the virtual storage machine
- Operation target when you specify the virtual storage machine by the raidcom command
- 4 Starting up RAID Manager
- 5 Provisioning operations with RAID Manager
- About provisioning operations
- Available provisioning operations
- Available provisioning operation (specifying device group)
- Common operations when executing provisioning operations
- Resource group operations
- Internal volume operations
- Virtual volume (Thin Provisioning) operations
- Virtual volume (Thin Provisioning for Mainframe) operations
- Virtual volume (Smart Tiers) operations
- External volume operations
- Cache Partition operations
- Performance Control operations
- State transitions of Performance Control
- Controlling server performance
- Checking WWN of host bus adapters
- Setting the priority on host bus adapter
- Checking the status of the prioritized WWN and the non-prioritized WWN settings
- Setting PFC name for host bus adapter
- Grouping multiple host bus adapters into one group
- Checking the traffic of the prioritized WWN and the non-prioritized WWN
- Stopping performance control of server by using PFC function
- Caution about exclusive access control with Remote Web Console
- Deleting WWN from the PFC targets with PFC name or PFC group name
- Resource group function and restrictions when running Performance Control
- Virtual storage machine operations
- 6 Data replication operations with RAID Manager
- About data replication operations
- Features of paired volumes
- Using RAID Manager with Business Copy and Continuous Access Synchronous
- Business Copy operations
- Continuous Access Synchronous operations
- Continuous Access Synchronous, Business Copy, and Continuous Access Journal operations
- Continuous Access Synchronous/Business Copy volumes
- Continuous Access Synchronous/Business Copy/Continuous Access Journal pair status
- Continuous Access Asynchronous, Continuous Access Synchronous, and Continuous Access Journal volumes
- Continuous Access Synchronous/Continuous Access Asynchronous and Continuous Access Journal fence level settings
- Snapshot operations
- Controlling Auto LUN
- Continuous Access Journal MxN configuration and control
- Remote volume discovery
- 7 Data protection operations with RAID Manager
- Data protection operations
- Protection parameters and operations
- Data Protection facility
- Data Protection Facility specifications
- Examples for configuration and protected volumes
- The operation authority with CMD security enabled
- Target commands for protection
- Permission command
- New options for security
- Permitting protected volumes
- Environment variables
- Determining the protection mode command device
- 8 Examples of using RAID Manager commands
- 9 Troubleshooting
- 10 Support and other resources
- Glossary
- Index
| Recognized languages: | English |
|---|---|
| Pages: | 152 |
| Size: | 3.77 MB |
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Document Outline
- XP7 External Storage for Open and Mainframe Systems User Guide
- Contents
- 1 Overview
- 2 Requirements and planning
- Planning workflow
- System requirements
- Planning considerations for external storage systems
- Application performance considerations
- Planning external volumes
- Planning external paths and path groups
- Default mapping settings
- 3 HP XP7 Storage software supported for external volumes
- 4 Setting up external volumes
- 5 Monitoring and maintenance
- Monitoring external volumes and paths
- Editing external volume policies (settings)
- Changing external volume MP blade
- Changing path mode to ALUA mode (Enable or Disable)
- Changing I/O system for external storage systems
- Editing external WWN settings
- Path maintenance
- Disconnecting external systems and volumes
- Reconnecting external systems and volumes
- Deleting an external volume mapping
- Powering off and on local, external storage systems
- 6 Troubleshooting
- 7 Support and other resources
- A Supported external storage systems
- External systems
- HUS VM Storage System
- P9500
- HP XP7 Storage
- XP24000/XP20000 Disk Array
- XP12000 Disk Array/XP10000 Disk Array
- XP1024/XP128 Disk Array
- XP512/XP48 Disk Array
- Thunder 9500V
- HUS/AMS/WMS
- SVS200 storage system
- EVA storage system
- Sun StorEdge 6120/6320
- Sun StorageTek FlexLine 380
- Sun StorageTek 2540
- Sun StorageTek V2X2
- EMC CLARiiON CX series
- EMC VNX series
- EMC Symmetrix series
- IBM DS3000/DS4000/DS5000 series
- IBM V7000 series
- IBM SVC series
- IBM XIV series
- Fujitsu FibreCAT CX series
- Fujitsu DX60/80/90 S2 and Fujitsu DX400 S2
- SGI IS4600 series
- 3Par T800, F400, V800, V400 series
- Storage system with a product name displayed as "(Generic)"
- B Remote command devices
- C RAID Manager command reference
- D External Storage GUI reference
- External Storages window
- Selected external storage system window
- Selected external path group window
- Add External Volumes wizard
- Edit Policies window
- Edit External Volumes wizard
- Edit External Path Configuration wizard
- Edit External WWNs wizard
- Delete External Volumes wizard
- Disconnect External Paths wizard
- Reconnect External Paths wizard
- Discover External Target Ports window
- Create External Path Group window
- Change Settings window
- View External LUN Properties window
- Reconnect External Storage Systems window
- Reconnect External Volumes window
- Disconnect External Storage Systems window
- Disconnect External Volumes window
- Assign MP Blade wizard
- External LDEV Properties window
- Discovery Result Detail window
- Glossary
- Index
| Recognized languages: | English |
|---|---|
| Pages: | 97 |
| Size: | 1.41 MB |
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Document Outline
- XP7 RAID Manager Installation and Configuration User Guide
- Contents
- 1 Installation requirements
- System requirements
- Supported environments
- Supported Business Copy environments
- Supported Continuous Access Synchronous environments
- Supported Continuous Access Asynchronous environments
- Supported Continuous Access Journal environments
- Supported Snapshot environments
- Supported Data Retention environments
- Supported Database Validator environments
- Supported guest OS for VM
- Supported IPv4, IPv6 platforms
- Requirements and restrictions for z/Linux
- Requirements and restrictions for VM
- Porting notice for OpenVMS
- Using RAID Manager with Hitachi and other storage systems
- 2 Installing and configuring RAID Manager
- 3 Upgrading RAID Manager
- 4 Removing RAID Manager
- 5 Troubleshooting
- 6 Support and other resources
- A Fibre-to-SCSI address conversion
- B Sample configuration definition files
- Glossary
- Index
| Recognized languages: | English |
|---|---|
| Pages: | 486 |
| Size: | 13.55 MB |
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Document Outline
- XP7 Provisioning for Open Systems User Guide
- Contents
- 1 Introduction to provisioning
- About provisioning
- Basic provisioning
- Fixed-sized provisioning
- Disadvantages
- When to use fixed-sized provisioning
- Custom-sized provisioning
- When to use custom-sized provisioning
- Basic provisioning workflow
- Thin Provisioning Overview
- Thin Provisioning
- Thin Provisioning concepts
- When to use Thin Provisioning
- Thin Provisioning advantages
- Thin Provisioning advantage example
- Thin Provisioning work flow
- Smart Tiers
- Tiers concept
- When to use Smart Tiers
- Data retention strategies
- Resource groups strategies
- Complimentary strategies
- Key terms
- Before you begin
- About cache management devices
- 2 Managing Virtual Storage Machine Resources
- About virtual storage machines and virtualized resources
- Provisioning operations for resources in a virtual storage machine
- Maintenance operations for resources in a virtual storage machine
- Pair operations with virtual storage machine pairs
- Program product operations for resources in a virtual storage machine
- 3 Configuring resource groups
- System configuration using resource groups
- Resource groups examples
- Meta_resource
- Resource lock
- User groups
- Resource group assignments
- Resource group license requirements
- Resource group rules, restrictions, and guidelines
- Creating a resource group
- Adding resources to a resource group
- Removing resources from a resource group
- Managing Resource Groups
- Using Resource Partition and other HP XP7 Storage products
- 4 Configuring custom-sized provisioning
- Virtual LUN functions
- Virtual LUN requirements
- Virtual LUN specifications
- SSID requirements
- Virtual LUN size calculations
- Calculating OPEN-V volume size (CV capacity unit is MB)
- Calculating OPEN-V volume size (CV capacity unit is blocks)
- Calculating fixed-size open-systems volume size (CV capacity unit is MB)
- Calculating fixed-size open-systems volume size (CV capacity unit is blocks)
- Management area capacity of an open-systems volume
- Boundary values for RAID levels
- Capacity of a slot
- Configuring volumes in a parity group
- Create LDEV function
- Blocking LDEVs
- Blocking LDEVs in a parity group
- Restoring blocked LDEVs
- Restoring blocked LDEVs in a parity group
- Editing an LDEV name
- Deleting an LDEV (converting to free space)
- Formatting LDEVs
- Assigning an MP blade
- 5 Configuring thin provisioning
- Thin Provisioning overview
- Smart Tiers overview
- Thin provisioning requirements
- Using Thin Provisioning or Smart Tiers with other HP XP7 Storage products
- Thin Provisioning workflow
- Smart Tiers
- About tiered storage
- Tier monitoring and data relocation
- Smart Pool
- Tier monitoring and relocation cycles
- Tier relocation flow
- Tier relocation rules, restrictions, and guidelines
- Buffer area of a tier
- Smart Tiers cache specifications and requirements
- Execution modes for tier relocation
- Relocation speed
- Monitoring modes
- Notes on performing monitoring
- Downloading the tier relocation log file
- Tiering policy
- Tiering policy expansion
- Tiering policy examples
- Setting tiering policy on a THP V-VOL
- Tiering policy levels
- Viewing the tiering policy in the performance graph
- Reserving tier capacity when setting a tiering policy
- Example of reserving tier capacity
- Notes on tiering policy settings
- New page assignment tier
- Relocation priority
- Assignment tier when pool-VOLs are deleted
- Formatted pool capacity
- Rebalancing the usage level among parity groups
- Execution mode settings and tiering policy
- Changing the tiering policy level on a THP V-VOL
- Changing new page assignment tier of a V-VOL
- Opening the Edit Tiering Policies window
- Changing a tiering policy
- Changing relocation priority setting of a V-VOL
- Smart Tiers workflow
- Smart Tiers tasks and parameters
- Managing Smart Tiers
- Viewing pool tier information
- Viewing THP V-VOL tier information
- Changing a pool for Smart Tiers to a pool for Thin Provisioning
- Working with pools
- Working with THP V-VOLs
- Monitoring capacity and performance
- Thresholds
- Working with SIMs
- Manually completing a SIM
- Managing pools and THP V-VOLs
- Viewing pool information
- Viewing formatted pool capacity
- Viewing the progress of rebalancing the usage level among parity groups
- Increasing pool capacity
- Changing a pool name
- Recovering a blocked pool
- Decrease pool capacity
- Deleting a tier in a pool
- Deleting a pool
- Changing external LDEV tier rank
- Increasing THP V-VOL capacity
- Changing the name of a THP V-VOL
- About releasing pages in a THP V-VOL
- Enabling/disabling tier relocation of a THP V-VOL
- Deleting a THP V-VOL
- Starting pool monitoring manually
- Stopping pool monitoring manually
- Starting tier relocation manually
- Stopping tier relocation manually
- 6 Configuring access attributes
- About access attributes
- Access attribute requirements
- Access attributes and permitted operations
- Access attribute restrictions
- Access attributes work flow
- Assigning an access attribute to a volume
- Changing an access attribute to read-only or protect
- Changing an access attribute to read/write
- Enabling or disabling the expiration lock
- Disabling an S-VOL
- Reserving volumes
- 7 Managing logical volumes
- LUN Manager overview
- Managing logical units workflow
- Configuring hosts and fibre channel ports
- Configuring fibre channel ports
- Configuring hosts
- Configuring LU paths
- Releasing LUN reservation by host
- LUN security on ports
- Setting fibre channel authentication
- User authentication
- Host and host group authentication
- fabric switch authentication
- fabric switch settings and connection results
- Mutual authentication of ports
- Fibre channel authentication
- Fibre channel port authentication
- Registering user information on a fibre channel port
- Registering user information on a fabric switch
- Clearing fabric switch user information
- Setting the fabric switch authentication mode
- Enabling or disabling fabric switch authentication
- Managing hosts
- 8 Troubleshooting
- 9 Support and other resources
- A RAID Manager command reference
- B Resource Partition GUI reference
- C LDEV GUI reference
- Parity Groups window
- Parity Groups tab: Internal or external volume
- LDEVs tab: Internal or external volumes
- Logical Devices window
- Create LDEVs wizard
- Edit LDEVs wizard
- Change LDEV Settings window
- View SSIDs window
- Select Free Spaces window
- Select Pool window
- View LDEV IDs window
- View Physical Location window
- Edit SSIDs window
- Change SSIDs window
- Format LDEVs wizard
- Restore LDEVs window
- Block LDEVs window
- Delete LDEVs window
- LDEV Properties window
- Components window
- DKC: MP Blades tab
- Edit MP Blades wizard
- Assign MP Blade wizard
- View Management Resource Usage window
- D Thin Provisioning and Smart Tiers GUI reference
- Pools window
- Pools: Volume tabs
- Create Pools wizard
- Expand Pool wizard
- Edit Pools wizard
- Delete Pools wizard
- Expand V-VOLs wizard
- Restore Pools window
- Shrink Pool window
- Stop Shrinking Pools window
- Complete SIMs window
- Select Pool VOLs window
- Reclaim Zero Pages window
- Stop Reclaiming Zero Pages window
- Pool Property window
- View Tier Properties window
- Monitor Pools window
- Stop Monitoring Pools window
- Start Tier Relocation window
- Stop Tier Relocation window
- View Pool Management Status window
- Edit External LDEV Tier Rank wizard
- Edit Tiering Policies wizard
- Change Tiering Policy Window
- Change Pool Configuration Pattern Window
- E Data Retention GUI reference
- F LUN Manager GUI reference
- Port/Host Groups window
- Port/Host Groups: Host Groups and Hosts tabs
- Port/Hosts Groups: Hosts, LUNs, and Host Mode Options tabs
- Add LUN Paths wizard
- Create Host Groups wizard
- Edit Host Groups wizard
- Add to Host Groups wizard (when specific host is selected)
- Add Hosts wizard (when specific hosts group is selected)
- Delete LUN Paths wizard
- Edit Host wizard
- Edit Ports wizard
- Create Alternative LUN Paths wizard
- Copy LUN Paths wizard
- Remove Hosts wizard
- Edit UUIDs wizard
- Add New Host window
- Change LUN IDs window
- Delete Host Groups window
- Delete Login WWNs window
- Delete UUIDs window
- Host Group Properties window
- LUN Properties window
- Authentication window
- Edit Command Devices wizard
- Host-Reserved LUNs window
- Release Host-Reserved LUNs wizard
- View Login WWN Statuses window
- Glossary
- Index
| Recognized languages: | English |
|---|---|
| Pages: | 504 |
| Size: | 2.74 MB |
Show table of contents
Document Outline
- (for AIX) User Guide
- Contents
- Preface
- Overview of HDLM
- HDLM Functions
- Devices Managed by HDLM
- System Configuration
- LU Configuration
- Program Configuration
- Position of the HDLM Driver and hdisk
- Distributing a Load Using Load Balancing
- Performing Failovers and Failbacks Using Path Switching
- Monitoring intermittent errors (functionality when automatic failback is used)
- Detecting errors by using path health checking
- Distributing a Load by Using the Dynamic I/O Path Control Function
- Error management
- Collecting Audit Log Data
- Integrated HDLM management using Global Link Manager
- Cluster support
- Creating an HDLM Environment
- HDLM System Requirements
- Flow for Creating an HDLM Environment
- Types of HDLM Installation
- Notes on Creating an HDLM Environment
- Notes on Installing HDLM
- Notes on an Upgrade Installation or Re-installation of HDLM
- Notes on the Virtual I/O Server
- Notes on the License Key and License Key File
- Notes on Trace Files
- Notes on Storage Systems
- Notes on the Cluster
- Notes on the Automatic Failback
- Notes on the queue_depth Parameter Value for an HDLM-Managed device
- Installing HDLM
- Available Installation Methods
- Preparations for a New Installation of HDLM
- Performing a New Installation of HDLM
- Preparations for an Upgrade Installation or Re-installation of HDLM
- Performing an Upgrade Installation or Re-installation of HDLM
- Installing HDLM to the SPOT of a NIM resource
- Migrating from HDLM Version 5.8.1 or Earlier to Version 5.9 or Later
- Installing HDLM in a PowerHA 6.1 Environment
- Installing HDLM in an Environment Running PowerHA 7.1 or a Later Version
- Performing an Unattended Installation of HDLM
- Checking the Path Configuration
- Setting up HDLM
- Setting up Integrated Traces
- Notes on Using the Hitachi Network Objectplaza Trace Library
- Displaying the Hitachi Network Objectplaza Trace Library setup menu
- Changing the Size of Integrated Trace Files
- Changing the Number of Integrated Trace Files
- Changing the Buffer Size Per Monitoring Interval Duration
- Adjusting the Number of Messages to be Output Per Monitoring Interval
- Finishing the Hitachi Network Objectplaza Trace Library Settings
- Applying the Hitachi Network Objectplaza Trace Library Settings
- About the Reservation Policy
- Settings for Using PowerHA
- Settings for Using GPFS
- Settings for Using Oracle RAC 10g or Oracle RAC 11g
- Settings for Using VCS
- Removing HDLM
- HDLM Operation
- Notes on Using HDLM
- Displaying Path Information
- When a Path Error Is Detected
- Storage System
- Notes on Shutting Down a Host
- Notes on Errors in a Host
- Notes on Enabling Both Primary and Secondary Volumes to Be Viewed From the Same Server
- Notes on an LVM Mirror Configuration
- Notes on When the OS Functionality in Not Available in a Boot Disk Environment
- Notes on Replicating a System
- HDLM Operations Using Commands
- Notes on Using Commands
- Viewing Path Information
- Changing the Status of Paths
- Viewing LU Information
- Displaying the Correspondences Between hdisks, OS Management Path IDs, and LDEVs
- Initializing Statistical Information for Paths
- Viewing and Setting Up the Operating Environment
- Viewing License Information
- Updating the License
- Viewing HDLM Version Information
- Viewing HDLM Component Information
- Starting and Stopping the HDLM Manager
- HDLM Resident Processes
- Changing the Configuration of the HDLM Operating Environment
- Notes on Using HDLM
- Troubleshooting
- Command Reference
- Overview of the HDLM Command dlnkmgr
- clear (Returns the Path Statistics to the Initial Value)
- help (Displays the Operation Format)
- offline (Places Paths Offline)
- online (Places Paths Online)
- set (Sets Up the Operating Environment)
- view (Displays Information)
- add (Adds a Path Dynamically)
- delete (Deletes a Path Dynamically)
- Utility Reference
- Overview of the Utilities
- DLMgetras Utility for Collecting HDLM Error Information
- dlmchpdattr Utility for Changing HDLM Default Settings
- dlmgetrasinst Utility for Collecting HDLM Installation Error Information
- dlminstcomp Utility for HDLM Component Installation
- dlmmigsts Utility for Assisting HDLM Migration
- dlmodmset Utility for Setting the HDLM Execution Environment ODM
- dlmpostrestore Utility for HDLM Restoration Support
- dlmpr Utility for Clearing HDLM Persistent Reservation
- dlmpremkcd Utility for Preparing for a System Backup
- dlmpreremove Utility for Executed Before Removing HDLM
- dlmrmdev Utility for Deleting HDLM Drivers
- dlmrmprshkey Utility for Clearing HDLM Persistent Reservation (Shared-Host Methodology)
- installhdlm Utility for Installing HDLM
- installux.sh Utility for HDLM Common Installer
- Messages
- Before Viewing the List of Messages
- KAPL01001 to KAPL02000
- KAPL03001 to KAPL04000
- KAPL04001 to KAPL05000
- KAPL05001 to KAPL06000
- KAPL06001 to KAPL07000
- KAPL07001 to KAPL08000
- KAPL08001 to KAPL09000
- KAPL09001 to KAPL10000
- KAPL10001 to KAPL11000
- KAPL11001 to KAPL12000
- KAPL13001 to KAPL14000
- KAPL15001 to KAPL16000
- Return Codes for Hitachi Command Suite Common Agent Component
- Functional Differences Between Versions of HDLM
- Differences Between HDLM Version 5.9 or Later and Version 5.8.1 or Earlier
- Add-in HDLM Driver Module
- Simplifying the HDLM Environment Configuration and Operation Procedures by Changes to the Logical Device Files
- Changing the HDLM Environment Configuration and Operation Procedures by Changes to the Logical Device Files
- Migrating Reservation Control Settings
- Support for a Boot Disk Environment
- About Settings when Upgrading the OS
- Changing a Virtual I/O Server's Method of Recognizing Virtual SCSI Disks
- Acronyms and abbreviations
- Glossary
- Index