Brocade Communications Systems Encryption Switch Service Manual Page 295
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Fabric OS Encryption Administrator’s Guide (DPM) 277
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MPIO and internal LUN states
6
5. Synchronize the crypto configurations across all member nodes.
FabricAdmin:switch> cryptocfg –-commit
MPIO and internal LUN states
The Internal LUN State field displayed within the cryptocfg --show -LUN command output does
not indicate the host-to-storage path status for the displayed LUN, but rather the internal LUN state
as known by the given encryption engine. Due to the transparent and embedded nature of this
encryption solution, the host-to-storage array LUN path status can only be displayed by using host
MPIO software.
For example, assume there are two paths from a host through two encryption switches to a LUN
configured within an active/passive storage array. If the LUN is trespassed and the active and
passive paths to the LUN are swapped, the host MPIO software will continue to indicate that only
one path is active to the LUN, but the Brocade Encryption Switch internal LUN states for both paths
will now likely be displayed as Encryption Enabled.
In active/passive storage array environments, for troubleshooting purposes, you may want to
update the encryption engine Internal LUN States to match those of their host MPIO path states.
You can do this by running the cryptocfg
--discoverLUN <crypto target container name> command
for the encryption engines that own paths to the LUN in question. This command forces a LUN
discovery, causing the encryption engine's Internal LUN State to be updated.
Suspension and resumption of rekeying operations
A rekey may be suspended or fail to start for several reasons:
• The LUN goes offline or the encryption switch fails and reboots. Rekey operations are resumed
automatically when the target comes back online or the switch comes back up. You cannot
abort an in-progress rekey operation.
• An unrecoverable error is encountered on the LUN and the in-progress rekey operation halts.
The following LUN errors are considered unrecoverable:
SenseKey: 0x3 - Medium Error.
SenseKey: 0x4 - Hardware Error.
SenseKey: 0x7 - Data Protect.
• An unrecoverable error is encountered during the rekey initialization phase. The rekey
operation does not begin and a CRITICAL error is logged. All host I/O comes to a halt. All cluster
members are notified.
• For any unrecoverable errors that may occur during any other phase of the process, the rekey
operation is suspended at that point and a CRITICAL error is logged. All cluster members are
notified. Host I/O to all regions of the LUN is halted. Only READ operations are supported for
the scratch space region of the LUN used for storing the status block of the rekey operation.
Once all errors have been corrected you have two recovery options:
• Resume the suspended rekey session. All DEK cluster or HA cluster members must be online
and reachable for this command to succeed. If successful, this command resumes the rekey
sessions from the point where it was interrupted.
- Fabric OS Encryption 1
- Document History 2
- Contents 3
- 53-1002720-02 10
- About This Document 13
- What’s new in this document 14
- Document conventions 14
- Command syntax conventions 15
- Notes, cautions, and warnings 15
- Additional information 16
- Getting technical help 17
- Document feedback 18
- Encryption Overview 19
- Terminology 20
- The Brocade Encryption Switch 22
- The FS8-18 blade 23
- FIPS mode 23
- Performance licensing 23
- Usage limitations 24
- FIGURE 2 Encryption overview 25
- FIGURE 3 Frame redirection 26
- IO Sync LAN 27
- FIGURE 5 DEK life cycle 28
- Master key management 29
- Support for virtual fabrics 29
- Encryption Center features 32
- Encryption user privileges 33
- Smart card usage 34
- Using system cards 39
- Deregistering system cards 41
- Using smart cards 41
- Tracking smart cards 42
- Editing smart cards 44
- Network connections 45
- Blade processor links 45
- (KAC) certificate 46
- Encryption preparation 53
- Creating an encryption group 53
- Creating HA clusters 70
- Failback option 72
- Invoking failback 72
- Adding an encryption target 73
- FIGURE 46 Next Steps screen 81
- Configuring storage arrays 89
- Remote replication LUNs 89
- SRDF pairs 90
- Moving targets 94
- Tape LUN statistics 97
- Encryption engine rebalancing 102
- Master keys 103
- Active master key 104
- Alternate master key 104
- Master key actions 104
- ATTENTION 106
- Creating a master key 111
- Security Settings 112
- Setting zeroization 113
- Redirection zones 115
- Disk device decommissioning 115
- Decommissioning disk LUNs 116
- Displaying Universal IDs 118
- Setting disk LUN Re-key All 119
- Thin provisioned LUNs 123
- Thin Provisioning support 124
- Time left for auto rekey 125
- General tab 131
- Members tab 133
- Members tab Remove button 134
- Security tab 135
- HA Clusters tab 137
- Tape Pools tab 139
- Adding tape pools 140
- Engine Operations tab 141
- TABLE 3 Encryption acronyms 142
- In this chapter 143
- Overview 144
- Command validation checks 144
- (Continued) 146
- Cryptocfg Help command output 148
- Management LAN configuration 148
- Configuring cluster links 149
- Node is a group leader node 150
- Node is a member node 150
- • FIPS crypto officer 151
- • FIPS user 151
- • Node CP certificate 151
- Submitting the CSR to a CA 154
- • cryptocfg --initEE 161
- • cryptocfg --regEE 161
- • cryptocfg --enableEE 161
- High availability clusters 166
- Creating an HA cluster 167
- Policy Configuration Examples 170
- Re-exporting a master key 171
- Viewing the master key IDs 172
- Zoning considerations 175
- Frame redirection zoning 176
- Gathering information 180
- Crypto LUN configuration 184
- Discovering a LUN 185
- Configuring a Crypto LUN 186
- Configuring a tape LUN 189
- Decommissioning LUNs 193
- SRDF LUNs 198
- --set -replication enable 199
- Adding replication LUNs 200
- Reading metadata after sync 200
- -newLUN option 201
- TF snapshot rekeying details 207
- -not_ready option of TF 208
- <initiator PWWN> 208
- ID> <initiator PWWN> 210
- Tape pool configuration 212
- CommVault Galaxy labeling 213
- NetBackup labeling 213
- Creating a tape pool 214
- Deleting a tape pool 215
- Modifying a tape pool 215
- First-time encryption 220
- Space reclamation 222
- Data rekeying 223
- Deployment Scenarios 227
- --rdcreate [host wwn] 236
- FIGURE 103 FCIP deployment 238
- Data mirroring deployment 239
- VMware ESX server deployments 241
- General guidelines 244
- HP-UX considerations 248
- Enabling a disabled LUN 249
- AIX Considerations 249
- Disk metadata 250
- Tape metadata 250
- Tape data compression 251
- Tape pools 251
- Tape block zero handling 252
- Tape key expiry 252
- Avoid double encryption 254
- PID failover 254
- Manual rekey 255
- Latency in rekey operations 255
- Key Vault Best Practices 259
- Tape Device LUN Mapping 259
- Deleting an encryption group 265
- Removing an HA cluster member 265
- Deleting an HA cluster member 269
- Failover/failback example 270
- Recovery 271
- -hbmisses and -hbtimeout 276
- Key vault diagnostics 282
- Command Activity 285
- Problem Resolution 285
- General errors and conditions 286
- LUN policy troubleshooting 293
- MPIO and internal LUN states 295
- Multi-node EG replacement 296
- Single-node EG replacement 298
- Multi-node EG Case 299
- Single-node EG Replacement 302
- Deregistering a DPM key vault 305
- TABLE 15 Compatibility Matrix 308
- State and Status Information 311
- Security processor KEK status 312
- Encrypted LUN states 312
- TABLE 22 Tape LUN states 315
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