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Oracle® ZFS Storage Appliance Administration Guide
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Document Information

Using This Documentation

Chapter 1 Oracle ZFS Storage Appliance Overview

Chapter 2 Status

Chapter 3 Initial Configuration

Chapter 4 Network Configuration

Chapter 5 Storage Configuration

Chapter 6 Storage Area Network Configuration

Chapter 7 User Configuration

Chapter 8 Setting ZFSSA Preferences

Chapter 9 Alert Configuration

Chapter 10 Cluster Configuration

Chapter 11 ZFSSA Services

Chapter 12 Shares, Projects, and Schema

Chapter 13 Replication

Chapter 14 Shadow Migration

Chapter 15 CLI Scripting

Chapter 16 Maintenance Workflows

Chapter 17 Integration

Oracle Exadata Database Machine Backup

Manual Configuration of a Sun ZFS Storage Appliance

Configuring Networks, Pools, and Shares

Network Configuration

Basic Network Configuration

Pool Configuration

Share Configuration

Configuring Oracle RMAN and the Oracle Database Instance

Next Steps

Configuring Oracle Exadata for a Sun ZFS Storage Appliance

Configure Exadata Configuring Oracle Exadata for a Sun ZFS Storage Appliance

General Implementation Steps

Detailed Implementation Steps

Setting Up the Directory Structure to Mount the Shares on the Host

Updating the /etc/fstab File

Creating an init.d Service

Updating oranfstab to Access ZFS Storage Appliance Exports

Mounting the Shares on the Host

Setting the Ownership of the Mounted Shares

Oracle SPARC SuperCluster Backup

Configuring the ZFS Storage Appliance for Backup

Configuring the ZFS Storage Appliance InfiniBand Datalinks

Configuring the Oracle SPARC SuperCluster InfiniBand Switches to Add the ZFS Storage Appliance

Configuring ZFS Storage Appliance Networking for Single IP Connection

Configuring ZFS Storage Appliance Networking for an Active-Active Configuration

Configuring the ZFS Storage Appliance Storage Pool

Configuring the ZFS Storage Appliance Shares

Configuring the ZFS Storage Appliance DTrace Analytics

Configuring the Client NFS Mount

Tuning the Solaris 11 Network and Kernel

Configuring Oracle Direct NFS (dNFS)

Tuning the Oracle Database Instance for Oracle RMAN Backup and Restore

Creating Dedicated Services for Oracle RMAN Operations

Configuring Oracle RMAN

Next Steps

Configuring Oracle SPARC SuperCluster for ZFS Storage Appliance Backup

Configure SSC Configuring Oracle SPARC SuperCluster for ZFS Storage Appliance Backup

General Implementation Steps

Detailed Implementation Steps

Setting Up the Directory Structure to Mount the Shares on the Host

Updating the /etc/vfstab File

Enabling the NFS Client Service

Updating oranfstab to Access ZFS Storage Appliance Exports

Mounting the Shares on the Host

Setting the Ownership of the Mounted Shares

Oracle Intelligent Storage Protocol

Set the Optimal file record size

Use either ZFS Latency or Throughput write mode for each request

Sun ZFS Storage Appliance Network File System Plug In for Oracle Solaris Cluster

Sun ZFS Storage Appliance Plug-in for Oracle Solaris Cluster Geographic Edition

Sun ZFS Storage Management Plug-In for Oracle Enterprise Manager Grid Controller

Oracle Grid Controller Sun ZFS Storage Management Plug-In for Oracle Enterprise Manager Grid Controller

Configure for Oracle Enterprise Manager Monitoring

Unconfigure Oracle Enterprise Manager Monitoring

Oracle Virtual Machine Storage Connect Plug-in for the Sun ZFS Storage Appliance

Sun ZFS Storage Appliance Provider For Volume Shadow Copy Service Software

FC support with Symantec's 'DMP' / Storage Foundation

FC support for Symantec's Storage Foundation 5.1RP2 and greater for the following OS versions

Sun ZFS Storage 7000 Storage Replication Adapter for VMware Site Recovery Manager

Index

Configuring the Oracle SPARC SuperCluster InfiniBand Switches to Add the ZFS Storage Appliance

In this procedure, the GUIDs of the ZFS Storage Appliance Infiniband HBA ports are added to the existing Oracle SPARC SuperCluster InfiniBand configuration. By adding these ports and using a partition key of 8503, communication between the two devices can occur.

1. Log on to the Oracle SPARC SuperCluster InfiniBand spine switch as root. By default, the spine switch is given a hostname of <sscid>sw- ib1, where <sscid> is the prefix name given to the entire Oracle SPARC SuperCluster system. In the following example, the <sscid> is aiessc.

login as: root
root@aiesscsw-ib1's password:
Last login: Tue Sep 25 08:19:01 2013 from dhcp-brm-bl5-204-3e
east-10-135-75-254.usdhcp.oraclecorp.com

2. Enter the command enablesm to verify that the switch is running Subnet Manager (or this command will start Subnet Manager).<br/>

[root@aiesscsw-ib1 ~]# enablesm
opensm (pid 15906) is already running...
Starting partitiond daemon
/usr/local/util/partitiond is already running
(You may also perform a 'restart' if wanted)

3. Enter the command getmaster to verify that this is the master switch of the configuration. If the master switch is not running on the spine switch, log out and log in to the designated master switch for the remainder of this procedure.<br/>

[root@aiesscsw-ib1 ~]# getmaster
Local SM enabled and running
20130913 10:16:51 Master SubnetManager on sm lid 13 sm guid
0x2128e8ac27a0a0 : SUN DCS 36P QDR aiesscsw-ib1.us.oracle.com
[root@aiesscsw-ib1 ~]#

4. Back up the switch configuration according the documented backup procedures (http://docs.oracle.com/cd/E26698_01/index.html).

5. Enter the command smpartition list active to verify that partition key 0x0503 is assigned to partition name "sto" (sto = 0x0503).<br/> The partition key was set to 8503 on the ZFS Storage Appliance datalinks, but the InfiniBand switch reports 0503. This is intentional because the InfiniBand protocol reserves the most significant bit (0x8000) of the hexadecimal partition key (pkey) for its own use. Therefore, pkeys 0x8503 and 0x0503 are the same.<br/>

[root@aiesscsw-ib1 ~]# smpartition list active
# Sun DCS IB partition config file
# This file is generated, do not edit
#! version_number : 11
Default=0x7fff, ipoib : ALL_CAS=full, ALL_SWITCHES=full, SELF=
full;
SUN_DCS=0x0001, ipoib : ALL_SWITCHES=full;
ic1s10 = 0x0501,ipoib,defmember=full:
0x0021280001ef30f7,
0x0021280001ef33bf,
0x0021280001ef30b7,
0x0021280001ef314b;
ic2s10 = 0x0502,ipoib,defmember=full:
0x0021280001ef30f8,
0x0021280001ef33c0,
0x0021280001ef30b8,
0x0021280001ef314c;
sto = 0x0503,ipoib,defmember=full:
0x0021280001ef43f8,
0x0021280001ef43b7,
0x0021280001cf90c0,
0x0021280001ef43bb,
...more...

6. Add the ZFS Storage Appliance to the InfiniBand configuration:

# smpartition start<br/>
[root@aiesscsw-ib1 ~]# smpartition start
# smpartition add -n sto -port <GUID1> <GUID2> <GUID3> ...  <GUID8><br/>
[root@aiesscsw-ib1 ~]# smpartition add -n sto -port
21280001ef43bb 21280001ef43bc 21280001cf90bf 21280001cf90c0
21280001ef43f7 21280001ef43f8 21280001ef43b7 21280001ef43b8
# smpartition list modified<br/>
[root@aiesscsw-ib1 ~]# smpartition list modified
# Sun DCS IB partition config file
<nowki># This file is generated, do not edit
#! version_number : 11
Default=0x7fff, ipoib : ALL_CAS=full, ALL_SWITCHES=full, SELF=
full;
SUN_DCS=0x0001, ipoib : ALL_SWITCHES=full;
ic1s10 = 0x0501,ipoib,defmember=full:
0x0021280001ef30f7,
0x0021280001ef33bf,
0x0021280001ef30b7,
0x0021280001ef314b;
ic2s10 = 0x0502,ipoib,defmember=full:
0x0021280001ef30f8,
0x0021280001ef33c0,
0x0021280001ef30b8,
0x0021280001ef314c;
sto = 0x0503,ipoib,defmember=full:
0x0021280001ef43f8,
0x0021280001ef43b7,
0x0021280001cf90c0,
0x0021280001ef43bb,
0x0021280001ef43bc,
0x0021280001cf90bf,
0x0021280001ef43b8,
0x0021280001ef43f7,
0x0021280001ef3048,
0x0021280001ef30af,
0x0021280001ef30f8,
0x0021280001ef30f7,
0x0021280001ef33c0,
0x0021280001ef33bf,
0x0021280001ef30cc,
0x0021280001ef342b,
0x0021280001ef30b8,
0x0021280001ef30b7,
0x0021280001ef314c,
0x0021280001ef314b,
0x0021280001efec65,
0x0021280001efec66,
0x0021280001efecb1,
0x0021280001efecb2;
# smpartition commit<br/>
[root@aiesscsw-ib1 ~]# smpartition commit
[root@aiesscsw-ib1 ~]#

7. Log off the InfiniBand switch.

8. Back up the InfiniBand configuration according to the documented backup procedures (http://docs.oracle.com/cd/E26698_01/index.html).