Hp XP P9500 Storage User Manual Page 108
- Page / 192
- Table of contents
- TROUBLESHOOTING
- BOOKMARKS
Rated. / 5. Based on customer reviews
Troubleshooting hardware problems affecting pairs
Hardware failures affecting Continuous Access Journal are described in the following table. Note
also that, in addition to the problems described below, hardware failures that affect cache memory
and shared memory can cause the pairs to be suspended.
Recovery procedureSIMCauses of suspensionClassification
Depending on the SIM, remove the hardware
blockade or failure.
DC0x
DC1x
DC2x
Hardware redundancy has been lost due
to some blockade condition. As a result,
one of the following could not complete:
Primary or secondary
system hardware
Restore the failed volume pairs (pairresync) .
primary-secondary system communication,
If a failure occurs during execution of the RAID
Manager horctakeover command, secondary
journal creation, copy operation, restore
operation, staging process, or de-staging
process.
volumes in SSWS pair status may remain in
the master journal . If these volumes remain,
Journals cannot be retained because some
portion of the cache memory or the
execute the pairresync -swaps command on
the secondary volumes whose pair status is
shared memory has been blocked due to
hardware failure.
SSWS (pairresync is the RAID Manager
command for resynchronizing pair and -swaps
The primary system failed to create and
transfer journals due to unrecoverable
hardware failure.
is a swap option) .This operation changes all
volumes in the master journal to primary
volumes. After this operation, restore the
volume pairs (pairresync).
The secondary system failed to receive
and restore journals due to unrecoverable
hardware failure.
The drive parity group was in
correction-access status while the Cnt
Ac-Jpair was in COPY status.
Remove the failure from the primary and
secondary systems or the network relay
devices.
DC0x
DC1x
Communication between the systems
failed because the secondary system or
network relay devices were not running.
Communication between
the primary and
secondary systems
If necessary, increase resources as needed (for
example, the amount of cache, the number of
Journal volumes remained full even after
the timeout period elapsed.
paths between primary and secondary systems,
the parity groups for journal volumes, etc.).
Restore the failed pairs (pairresync).
Release failed pairs (pairsplit-S) .DC2xAn unrecoverable RIO (remote I/O)
timeout occurred because the system or
RIO overload or RIO
failure
If necessary, increase resources as needed (for
example, the amount of cache, the number of
network relay devices were overloaded.
Or, RIO could not be finished due to a
failure in the system.
paths between primary and secondary system,
the parity groups for journal volumes, etc.).
Re-establish failed pairs (paircreate).
No recovery procedure is required. The
primary system automatically removes the
DC8xThe Cnt Ac-J pairs were temporarily
suspended due to a planned power
outage to the primary system.
Planned power outage
to the primary system
suspension condition when the system is
powered on.
Troubleshooting with RAID Manager
When an error has occurred in Continuous Access Journal pair operation when using RAID
Manager, you can identify the cause of the error by referring to the RAID Manager operation log
file. The file is stored in the following directory by default:
/HORCM/log*/curlog/horcmlog_HOST/horcm.log
Where:
* is the instance number.
HOST is the host name.
108 Troubleshooting
- User Guide 1
- Contents 3
- 4 Contents 4
- Contents 5 5
- 6 Contents 6
- Contents 7 7
- P9500 storage systems 10
- Pair volumes 11
- Journal volumes 11
- Journals 11
- Reference Information 12
- Differential data management 13
- S-VOL write option 14
- Pair status 14
- System requirements 15
- Plan and design workflow 18
- Write-workload 19
- Sizing journal volumes 20
- Planning journals 20
- RAID group configuration 21
- Planning journal volumes 22
- Planning pair volumes 22
- Planning pair volumes 23 23
- Host failover software 25
- Planning for previous models 29
- System option modes 31
- 4 Planning the data path 34
- Calculating bandwidth 35
- 36 Planning the data path 36
- Sizing bandwidth 37 37
- 38 Planning the data path 38
- Packet loss 39
- Example configuration 40
- Port types 40
- Additional switches 41
- 42 Planning the data path 42
- 5 Configuration operations 44
- 46 Configuration operations 46
- 48 Configuration operations 48
- 50 Configuration operations 50
- 52 Configuration operations 52
- 6 Pair operations 54
- Creating the initial copy 55 55
- 56 Pair operations 56
- Creating the initial copy 57 57
- Splitting pairs 58
- Splitting mirrors 59
- Creating point-in-time copies 60
- Resynchronizing pairs 60
- Resynchronizing pairs 61 61
- Resynchronizing mirrors 62
- Deleting pairs 62
- Deleting pairs 63 63
- Deleting pairs in a mirror 64
- Deleting pairs in a mirror 65 65
- 7 Monitoring the system 66
- PSUS types and behaviors 69
- PSUE types and behaviors 71
- Selecting data to be graphed 74
- Manipulating graph, save data 76
- History of pair operations 79
- 8 Maintaining the system 80
- ◦ Initial 81
- ◦ Stopped 81
- ◦ Hold(Failure) 81
- 82 Maintaining the system 82
- 84 Maintaining the system 84
- Logical path maintenance 86
- Deleting logical paths 87
- When power stops unexpectedly 88
- 90 Maintaining the system 90
- General recovery procedures 91
- Cnt Ac-J secondary site: HOLD 100
- 10 Troubleshooting 103
- Troubleshooting logical paths 105
- B9E2, B9E4, D004 109
- B9E4, D004 112
- Miscellaneous troubleshooting 121
- 122 Troubleshooting 122
- Contacting HP 123
- Related information 123
- Typographic conventions 124
- Overview 126
- Failure recovery 127
- B Sharing volumes 133
- Cache Residency 135
- Data Retention 135
- Thin Provisioning 136
- LUN Expansion 137
- LUN Manager 137
- Fast Snap and Snapshot 137
- 138 Sharing volumes 138
- Virtual LUN 139
- Auto LUN 140
- 3DC cascade configuration 141
- Delta resync configuration 144
- ◦ Use the same mirror ID 146
- Problems that can occur 148
- ◦ Assign it to other mirrors 149
- ◦ Use it with RAID Manager 149
- 2 Data center configuration 151
- Pair status and data currency 156
- E GUI reference 157
- Journal Detail window 159
- Pair Operation window 165
- Paircreate dialog box 169
- Pairsplit-r dialog box 171
- Pairresync dialog box 172
- Pairsplit-S dialog box 173
- Change Pair Option dialog box 174
- Display Filter dialog box 174
- DKC Operation window 175
- Remote systems information 176
- Logical Path Information 177
- DKC Status dialog box 179
- Add DKC dialog box 180
- DKC Option dialog box 181
- Usage Monitor window 182
- History window 183
- Operations in History window 184
- History window notes 185
- Optional Operation window 186
- Glossary 188
- 190 Index 190
- 192 Index 192
Related products and manuals for Storage Hp XP P9500 Storage
Storage Hp XP P9500 Storage User Manual
(132 pages)
(132 pages)
Storage Hp XP P9500 Storage User Manual
(113 pages)
(113 pages)
Storage Hp XP7 Storage User Manual
(304 pages)
(304 pages)
Storage Hp D2000 Disk Enclosures User Manual
(76 pages)
(76 pages)
Storage Hp Surestore NAS User Manual
(110 pages)
(110 pages)
Storage Hp Surestore 6164 Switch User Manual
(44 pages)
(44 pages)
Storage Hp 2120 Disk System User Manual
(38 pages)
(38 pages)
Storage Hp XP P9500 Storage User Manual
(81 pages)
(81 pages)
Storage Hp Optical Jukeboxes User Manual
(108 pages)
(108 pages)
Storage Hp XP P9500 Storage User Manual
(78 pages)
(78 pages)
Storage Hp XP Business Copy Software User Manual
(113 pages)
(113 pages)
Storage Hp XP Cache LUN Software User Manual
(28 pages)
(28 pages)
© 2020, manymanuals.com. All rights reserved. | 0.097 s |
Manymanuals.com
Manymanuals.de
Manymanuals.fr
Manymanuals.it
Manymanuals.pl
Manymanuals.cz
Manymanuals.es
Manymanuals-pt.com
Comments to this Manuals