
Dell EMC Solutions Enabler 9.2 Array Controls and Management CLI User Guide
- Notes, cautions, and warnings
- Please Read: Solutions Enabler and Enginuity 5876 document support
- PREFACE
- Setting up and Configuring Storage Arrays
- Introduction
- Discovery
- Discovery overview
- Discovery syntax options
- Verify host configuration database is synchronized
- Scan for new devices
- PowerPath scan for new devices
- Connectivity authorization
- Configuring virtual disk mapping
- Display virtual disks as array devices.
- Host configuration database file
- Configuration data synchronization
- User and Group Authorization
- User and group authorization overview
- Authorization settings management
- Monitor authorization
- Host-based Access Control
- Host-based access control overview
- Access Control database
- Host access IDs
- Alternate access IDs
- Enabling alternate access IDs
- Enabling alternate access IDs using a passphrase
- Forcible generation of alternate access ID
- Disabling an alternate access ID
- Changing a host's alternate access ID
- Enabling hardware-based access IDs
- Setting host access ID option
- Enabling or disabling client host access ID option
- Alternate access IDs
- Create or modify access control data
- Create and manage access groups
- Create and manage limited access to access pools
- Create and manage access control entries
- Obtain access control information
- Verify a locked access control session
- Release locked access control sessions
- Access control strategies
- Backup and restore the access control database
- Host-based access control overview
- Thin Device Management
- Thin device management and reporting overview
- Allocate space on thin devices
- Reclaim allocations on thin devices
- Free allocations or free allocations with written tracks
- Background operations on thin devices
- Rename thin pools
- Verify pool and device states
- Monitor thin pools
- View all thin device pools
- View thin device pool details
- View thin devices
- View thin device details
- View thin device allocations bound to a different pool
- Grouping Devices
- Overview of groups
- Device groups
- Group name services
- Names of device groups and devices
- Device group types
- Device lists
- Device restrictions
- Create a device group
- Add devices to a device group
- Set controls on Celerra devices
- List devices in a device group
- List all device groups
- Show device group details
- Export and import device lists
- Rename device groups
- Rename logical device names
- Move a device between device groups
- Move all devices between device groups
- Copy devices between device groups
- Copy devices from device group to storage group
- Remove a device from a device group
- Remove all devices from a device group
- Delete a device group
- Perform control operations on device group devices
- Storage groups
- Create storage groups
- Create devices and add to storage groups
- Add existing devices to storage groups
- Add child storage groups to existing storage groups
- Storage group merge operation
- Storage group split operation
- Modify storage group properties
- Add snapshot policy to a storage group
- Set Service Level for a storage group
- Remove Service Level from a storage group
- Set SRP for a storage group
- Remove SRP from a storage group
- Remove Service Level and SRP from a storage group
- Change workload on a storage group
- Remove workload on a storage group
- Restrictions for storage group modification
- Standalone storage groups and cascaded groups
- Remove devices from a storage group
- Remove child storage groups
- Host I/O Limits for storage groups
- Copy devices from a storage group to a device group
- List storage groups
- View storage group details
- Show cascaded storage group details
- Export and import device lists
- Rename a storage group
- Move devices between storage groups
- Copy a device between storage groups
- Copy all devices between storage groups
- Copy devices from a storage group to a device group
- Delete a storage group
- Perform control operations on storage group devices
- Composite groups
- Composite group device members
- Logical device name support
- Device group members within composite groups
- Logical names of devices within a composite group
- Composite group types
- SRDF consistency groups
- Create a composite group
- Export a composite group to file
- Delete a composite group
- Import a composite group
- Add standard devices to a composite group
- Move and copy devices in composite groups
- Remove a standard device from a composite group
- Rename a composite group
- Set SRDF group attributes
- Composite group creation and output
- Display composite group information
- Show composite group details
- Show composite groups associated with a device group
- Perform control operations on composite group devices
- GNS repository
- Automatic upgrade
- Shared group definitions with GNS
- GNS updates to group definitions
- GNS setup
- GNS in a multihost environment
- GNS user authentication
- Start the GNS daemon
- Restart the GNS daemon
- Manage the GNS daemon
- Access groups in offline mode
- View and release GNS daemon external locks
- GNS daemon log file
- GNS daemon options file
- Remote mirror device group definitions
- Identify GNS groups
- GNS backup and restore mechanism
- Manual backup to the GNS database
- Manual restore from the GNS database
- Troubleshoot GNS
- List GNS data about groups
- Show GNS data about groups
- Inline Compression
- Fully Automated Storage Tiering
- Manage Configuration Changes
- Configuration change management overview
- Verify and check sessions
- Abort configuration session
- Configuration change guidelines
- Supported configuration operations
- Set array attributes
- Set Service Level name
- Customize Service Level Response Time Multiplier
- External disk group management
- Create devices (HYPERMAX OS 5977 Q12016SR or higher)
- Create devices (HYPERMAX OS 5977 lower than 5977 Q12016SR)
- Expand device capacity
- Copy devices
- Convert devices
- Set device attributes
- Set device identifiers
- Delete devices
- Device reservation management
- Device pool management
- Map CKD devices to CU image (HYPERMAX OS 5977 Q12016SR or higher)
- Unmap CKD devices from CU image (HYPERMAX OS 5977 Q12016SR or higher)
- Assign PAV alias addresses to CU image mapped devices
- Remove PAV alias addresses from CU image
- Map FBA devices to director ports
- Unmap FBA devices from director port
- I/O activity and unmapping devices
- Managing PowerPath initiator and host registration
- Introduce devices to a host
- Set SRDF group attributes
- Swap RA groups
- Virtual Witness (vWitness)
- Add director
- Remove director
- Port to director emulation support
- Set port characteristics
- Manage Ethernet front-end connectivity
- Manage multiple iSCSI and GbE SRDF targets overview
- Manage multiple iSCSI targets
- Create iSCSI target on SE director emulation
- Modify iSCSI target
- Delete iSCSI target
- Rename iSCSI target
- Attach IP interface to iSCSI target
- Detach IP interface from iSCSI target
- Add IP route to SE director emulation
- Remove IP route from SE director emulation
- Example iSCSI configuration
- Set online or offline state for iSCSI targets
- Expanded port group management for iSCSI targets
- Manage GbE and iSCSI
- Report iSCSI and GbE SRDF target information
- Report iSCSI target port information
- Show port group with iSCSI targets
- Show masking view with iSCSI targets
- List HBAs with iSCSI targets (HYPERMAX OS 5977 or higher)
- List device information with iSCSI targets
- List device assignments with iSCSI targets
- List CHAP information with iSCSI targets
- List login information with iSCSI targets
- List storage group demand with iSCSI targets
- Manage storage environment for VMware vVols
- Storage management for vVols overview
- Solutions Enabler CLI support for vVol management
- Create storage container for vVol management
- Delete storage container for vVols
- Modify description for storage container for vVols
- Add storage resource to storage container for vVols
- Modify storage resource for storage container for vVols
- Remove storage resource from storage container for vVols
- Create Protocol Endpoint (PE) devices for vVols
- CLI command support for Protocol Endpoint (PE) devices for vVols
- Report storage containers for vVols
- Report PE and vVol devices
- Unsupported operations/features for VASA protocol endpoints
- Array integration with RecoverPoint
- RecoverPoint integration overview
- RecoverPoint integration naming conventions
- RecoverPoint device rules and restrictions
- RecoverPoint integration control operations
- RecoverPoint Environment setup - description and actions
- RecoverPoint journal device creation - description and actions
- RecoverPoint Environment expand - description and actions
- RecoverPoint journal device deletion - description and actions
- RecoverPoint device protection - description and actions
- RecoverPoint device protection removal - description and actions
- RecoverPoint repository creation - description and actions
- RecoverPoint environment removal - description and actions
- RecoverPoint integration reporting
- FAST.X
- Snapshot Policy
- Device masking with Auto-Provisioning Groups
- Auto-provisioning groups
- Create an auto-provisioning session
- Manage masking views
- Manage storage groups
- Manage port groups
- Manage initiator groups
- Display auto-provisioning group information
- Querying and Reporting
- Configuration Query Operations
- Configuration data overview
- SCSI-level data
- Array-level data
- List arrays
- List arrays by system resource demand
- Data at Rest Encryption
- View application registrations with array access
- List host connections to arrays
- List PowerPath host registration records
- List host connections sorted by host names
- Supported director configuration types
- List director configuration data
- List port flag information
- Support for multiple cores and ports
- List director information by type
- List director details by name and type
- List director port data
- List addresses of devices mapped to directors
- List the next available device address
- Take RA directors offline
- Bring RA directors online
- Take front-end director ports offline
- Bring front-end director ports online
- Array external locks
- List all LRU cache management groups
- Network configuration file
- List memory board information
- Mainframe CU image and split information reporting
- List operating system patches
- Environmental data
- List device pools
- View Snapshot policy details
- Show thin pool rebalancing
- List feature registrations and usage data
- Device-level data
- Device types
- List array device information
- External spindle devices
- Report PowerPath device status
- Report devices with non-native WWN
- Change the device state
- View device service states
- Device emulation
- List device encryption flags
- List device emulation types
- Show device details
- Show clone state flags
- Show disk geometry details
- List DATA and SAVE devices
- List thin device information
- Verify device usage
- Migrated devices
- Filter list for device data
- Filter device list by director
- Filter device list by director port mapping
- Filter device list by metadevice
- Filter device list by SRDF devices
- Filter device list by RAID information
- Filter device list by technology type
- Filtering device list by DA, interface, disk, or hypervolume
- Filtering by storage group
- Filtering by devices in data migration
- Filter device list by DIF1 attribute
- Device list capacity output options
- Device external locks
- Disk-level data
- Events and Logs
- XML Structured Output
- Configuration Query Operations
- Migrating Data
- NDM Updates
- Non-Disruptive Migration
- Non-Disruptive Migration overview
- Non-Disruptive Migration for PowerMaxOS 5978 overview
- Non-Disruptive Migration operational restrictions and state reference
- Non-Disruptive Migration control operations
- Environment setup for Non-Disruptive Migration
- Migration session creation for Non-Disruptive Migration
- Cutover Non-Disruptive Migration session (only for Enginuity 5876 to HYPERMAX OS 5977, or to PowerMaxOS migration)
- Readytgt Non-Disruptive Migration session (only for HYPERMAX OS 5977 to PowerMaxOS migration)
- Commit Non-Disruptive Migration session
- Cancel Non-Disruptive Migration session
- Synchronizing devices for Non-Disruptive Migration session
- Recover a failed Non-Disruptive Migration session
- Remove environment for Non-Disruptive Migration session
- List Non-Disruptive Migration session status
- Non-Disruptive Migration examples
- Example: Non-Disruptive Migration environment setup
- Example: Typical Non-Disruptive Migration process (from Enginuity 5876 to HYPERMAX OS 5977, or to PowerMaxOS)
- Example: Typical Non-Disruptive Migration process (from HYPERMAX OS 5977 to PowerMaxOS 5978)
- Example: Suspending, restarting and recovering the Non-Disruptive Migration session
- Example: Cancelling the Non-Disruptive Migration session
- Example: Troubleshoot migration failure (device moved between storage groups)
- Example: Troubleshoot migration failure (masking view added)
- Open Replicator
- Open Replicator and arrays running HYPERMAX OS
- ORS and host interaction
- ORS rcopy concepts
- ORS operational rules and limitations
- ORS copying limitations
- ORS device guidelines
- ORS SAN setup requirements
- ORS SYMCLI symsan support
- Open Replicator session options
- Open Replicator control operations
- Open Replicator examples
- Example: Perform an ORS hot pull operation
- Example 1 Hot pull step 1 – create device file
- Example 1 hot pull step 2 – create migration session with donor update
- Example 1 hot pull step 3 – query migration session
- Example 1 hot pull step 4 – activate migration session
- Example 1 hot pull step 5 – verify session status
- Example 1 hot pull step 6 – terminate migration session
- Example: Pull data online from IBM F20 to VMAX array
- Example 3 pull data online from IBM F20 to VMAX array – prerequisite tasks
- Example 3 pull data online from IBM F20 to VMAX array step 1 – identify IBM devices
- Example 3 pull data online from IBM F20 to VMAX array step 2 – create device file
- Example 3 pull data online from IBM F20 to VMAX array step 3 – create migration session
- Example 3 pull data online from IBM F20 to VMAX array step 4 – shutdown remote application running on IBM F20 devices
- Example 3 pull data online from IBM F20 to VMAX array step 5 – activate migration session
- Example 3 pull data online from IBM F20 to VMAX array step 6 – query migration session
- Example 3 pull data online from IBM F20 to VMAX array step 7– set ceiling value
- Example 3 pull data online from IBM F20 to VMAX array step 8 – adjusting ceiling value
- Example: Pushing online data from VMAX array to HDS 9960 array
- Example 4 push online data from VMAX array to HDS 9960 array – prerequisite tasks
- Example 4 push online data from VMAX array to HDS 9960 array step 1 – identify HDS devices
- Example 4 push online data from VMAX array to HDS 9960 array step 2 – create device file
- Example 4 push online data from VMAX array to HDS 9960 array step 3– create migration session
- Example 4 push online data from VMAX array to HDS 9960 array step 4 – set ceiling value
- Example 4 push online data from VMAX array to HDS 9960 array step 5 – activate migration session
- Example 4 push online data from VMAX array to HDS 9960 array step 6– adjust ceiling value
- Example: Perform an ORS hot pull operation
- Open Replicator operational restrictions and state reference
- Security related settings and procedures
Cargando, espere un momento…
Please Read: Solutions Enabler and Enginuity 5876 document support
This guide documents the latest Solutions Enabler version management CLI capabilities for VMAX3, VMAX All Flash, and PowerMax arrays running HYPERMAX OS or PowerMaxOS. This version of Solutions Enabler also supports arrays running Enginuity 5876, however management features specific to these arrays are not documented in this guide. These features, including Managing Quality of Service (symqos) are found in the Dell EMC Solutions Enabler Array Controls and Management CLI User Guide version 8.3 or higher.
References in this document to Enginuity version 5876 are limited to Chapter 19 "Non Disruptive Migration" where data migrations run between source arrays running Enginuity 5876 and target arrays running HYPERMAX OS or PowerMaxOS.
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