Storage Foundation and High Availability Solutions 7.4 HA and DR Solutions Guide for Microsoft Exchange 2010 - Windows
- Section I. Introduction and Concepts
- Introducing Storage Foundation and High Availability Solutions for Microsoft Exchange Server
- How VCS monitors storage components
- Introducing the VCS agent for Exchange 2010
- Introducing Storage Foundation and High Availability Solutions for Microsoft Exchange Server
- Section II. Configuration Workflows
- Configuring high availability for Exchange Server with InfoScale Enterprise
- Reviewing the HA configuration
- Reviewing a standalone Exchange Server configuration
- Reviewing the Replicated Data Cluster configuration
- Reviewing the disaster recovery configuration
- Disaster recovery configuration
- Notes and recommendations for cluster and application configuration
- Configuring disk groups and volumes for Exchange Server
- About managing disk groups and volumes
- Configuring the cluster using the Cluster Configuration Wizard
- Using the Solutions Configuration Center
- Configuring high availability for Exchange Server with InfoScale Enterprise
- Section III. Deployment
- Installing Exchange Server 2010
- Configuring Exchange Server for failover
- Configuring the service group in a non-shared storage environment
- Configuring campus clusters for Exchange Server
- Configuring Replicated Data Clusters for Exchange Server
- Setting up the Replicated Data Sets (RDS)
- Configuring a RVG service group for replication
- Configuring the resources in the RVG service group for RDC replication
- Configuring the RVG Primary resources
- Adding the nodes from the secondary zone to the RDC
- Verifying the RDC configuration
- Deploying disaster recovery for Exchange Server
- Reviewing the disaster recovery configuration
- Setting up your replication environment
- Configuring replication and global clustering
- Configuring the global cluster option for wide-area failover
- Possible task after creating the DR environment: Adding a new failover node to a Volume Replicator environment
- Testing fault readiness by running a fire drill
- About the Fire Drill Wizard
- About post-fire drill scripts
- Prerequisites for a fire drill
- Preparing the fire drill configuration
- Running a fire drill
- Deleting the fire drill configuration
- Section IV. Reference
- Appendix A. Using Veritas AppProtect for vSphere
- Appendix B. Troubleshooting
- Appendix A. Using Veritas AppProtect for vSphere
Creating volumes for campus clusters
This section will guide you through the process of creating a volume on a dynamic disk group for a campus cluster.
For creating volumes for other types of clusters:
Before you begin, review the following topics:
Use the following procedure to create dynamic volumes for a campus cluster.
Note:
When assigning drive letters to volumes, ensure that the drive letters that you assign are available on all nodes.
To create dynamic volumes
- Launch the VEA console from Start > All Programs > Veritas > Veritas Storage Foundation > Veritas Enterprise Administrator or, on Windows 2012 operating systems, from the Apps menu.
- Click Connect to a Host or Domain.
- In the Connect dialog box select the host name and click Connect.
To connect to the local system, select localhost. Provide the user name, password, and domain if prompted.
- To start the New Volume wizard, expand the tree view under the host node to display all the disk groups. Right click a disk group and select New Volume from the context menu.
You can right-click the disk group you have just created.
For example, SG1_DG.
- At the New Volume wizard opening screen, click Next.
- Select the disks for the volume as follows:
Group name
Make sure the appropriate disk group is selected.
Site preference
Select the Site Separated option.
Select site from
Select the campus cluster sites. Press CTRL to select multiple sites.
Note:
If no sites are listed, the disks have not yet been added to a site.
Auto select disks
Automatic disk selection is recommended for campus clusters.
SFW automatically selects the disks based on the following criteria:
Their port assignment (disks with two different ports are selected): Note that in the list of available disks, the entry after each disk name starts with the port number. For example, the "P3" in the entry P3C0T2L1 refers to port 3.
Amount of available space on the disks: SFW picks two disks (one from each array) with the most space.
Manually select disks
If you manually select disks, use the Add and Remove buttons to move the appropriate disks to the Selected disks list.
Disable Track Alignment
You may also check Disable Track Alignment to disable track alignment for the volume. Disabling track alignment means that the volume does not store blocks of data in alignment with the boundaries of the physical track of the disk.
Click Next.
- Specify the volume attributes as follows:
Volume name
Specify a name for the volume. The name is limited to 18 ASCII characters and cannot contain spaces or forward or backward slashes.
Size
Specify a size for the volume. If you click Max Size, the Size box shows the maximum possible volume size for that layout in the dynamic disk group.
Layout
Ensure that the Mirrored checkbox is selected.
Select either the Concatenated or Striped layout type.
If you are creating a striped volume, the Columns and Stripe unit size boxes need to have entries. Defaults are provided. In addition, click the Stripe across checkbox and select Ports from the drop-down list.
Mirror Info
Click Mirror across and select Enclosures from the drop-down list.
When creating a site separated volume, as required for campus clusters, the number of mirrors must correspond to the number of sites. If needed, you can add more mirrors after creating the volume.
Enable logging
Verify that this option is not selected.
Click Next.
- In the Add Drive Letter and Path dialog box, assign a drive letter or mount point to the volume. You must use the same drive letter or mount point on all systems in the cluster. Make sure to verify the availability of the drive letter before assigning it.
To assign a drive letter, select Assign a Drive Letter, and choose a drive letter.
To mount the volume as a folder, select Mount as an empty NTFS folder, and click Browse to locate an empty folder on the shared disk.
Click Next.
- Create an NTFS file system.
Make sure the Format this volume checkbox is checked and select NTFS.
Select an allocation size or accept the default.
The file system label is optional. SFW makes the volume name the file system label.
Select Perform a quick format if you want to save time.
Select Enable file and folder compression to save disk space.
Note that compression consumes system resources and performs encryption and decryption, which may result in reduced system performance.
Click Next.
- Click Finish to create the new volume.
- Repeat these steps to create additional volumes as needed.
Note:
Create the cluster disk group and volumes on the first node of the cluster only.