InfoScale™ 9.0 Storage Foundation and High Availability Solutions HA and DR Solutions Guide for Microsoft SQL Server - Windows
- Section I. Getting started with Storage Foundation and High Availability Solutions for SQL Server
- Introducing SFW HA and the VCS agents for SQL Server
- How is application availability achieved in a VMware virtual environment
- How VCS monitors storage components
- Deployment scenarios for SQL Server
- Reviewing the active-passive HA configuration
- Reviewing a standalone SQL Server configuration
- Reviewing the campus cluster configuration
- Reviewing the Replicated Data Cluster configuration
- About setting up a Replicated Data Cluster configuration
- Disaster recovery configuration
- Reviewing the disaster recovery configuration
- Notes and recommendations for cluster and application configuration
- Configuring disk groups and volumes for SQL Server
- About managing disk groups and volumes
- Configuring the cluster using the Cluster Configuration Wizard
- Installing SQL Server
- Completing configuration steps in SQL Server
- Introducing SFW HA and the VCS agents for SQL Server
- Section II. Configuring SQL Server in a physical environment
- Configuring SQL Server for failover
- About configuring the SQL Server service group
- Configuring the service group in a non-shared storage environment
- Configuring an MSDTC Server service group
- Configuring campus clusters for SQL Server
- Configuring Replicated Data Clusters for SQL 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 VMDg or VMNSDg resources for the disk groups
- Configuring the RVG Primary resources
- Adding the nodes from the secondary zone to the RDC
- Verifying the RDC configuration
- Configuring disaster recovery for SQL Server
- Setting up your replication environment
- About configuring disaster recovery with the DR wizard
- Configuring replication and global clustering
- Configuring the global cluster option for wide-area failover
- Testing fault readiness by running a fire drill
- About the Fire Drill Wizard
- Prerequisites for a fire drill
- Preparing the fire drill configuration
- Deleting the fire drill configuration
- Configuring SQL Server for failover
Sample standalone SQL Server configuration
A sample setup is used to illustrate the installation and configuration tasks for creating a high availability environment for a standalone SQL Server.
During the configuration process you will create virtual IP addresses for the following:
Virtual SQL Server
The IP address should be the same on all nodes.
Cluster IP Address
For an IPv4 network, you should obtain all required IP addresses before beginning configuration. For an IPv6 network, IP addresses are generated during configuration.
The following table describes the objects created and used during the installation and configuration.
Table: Standalone SQL Server configuration objects
Object Name | Description |
---|---|
SYSTEM1 & SYSTEM2 | server names; SYSTEM1 is the existing standalone SQL Server |
INST1_SG | Microsoft SQL Server service group |
SQL_CLUS1 | virtual SQL Server cluster |
INST1_DG | cluster disk group |
INST1_DATA_FILES | volume for Microsoft SQL Server system data files |
INST1_DB1_VOL | volume for storing a Microsoft SQL Server user-defined database |
INST1_DB1_LOG | volume for storing a Microsoft SQL Server user-defined database log file |
INST1_REGREP_VOL | volume that contains the list of registry keys that must be replicated among cluster systems for the SQL Server |
INST1_FS_VOL | volume that contains FILESTREAM enabled data objects |
INST1 | SQL Server Instance Name |
INST1-VS | name of the virtual SQL Server |