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wershell rsat clustering cmdinterface includeallsubfeature includemanagementtools install and enable mpio for iscsi install windowsfeature name multipath io enable msdsmautomaticclaim bustype iscsi install net and other sql prereqs install windowsfeature net framework 45 core net framework 45 features install windowsfeature rsat ad powershell to get the iscsi qualified name iqn for the vm run iscsicpl exe go to the configuration tab and copy the initiator name alternatively run the following powershell command get initiatorport select object nodeaddress record the iqn for both sqlnode1 and sqlnode2 you need these in the next section example iqn 1991 05 com microsoft sqlnode1 cvsdemo internal create netapp volumes block storage volumes follow these steps to create a host group storage pool and iscsi volumes create a host group a host group ensures that only the specified hosts your sql server vms can access the volumes you create in cloud shell create a host group containing the iqns of sqlnode1 and sqlnode2 gcloud netapp host groups create host_group_name location location type iscsi_initiator hosts sqlnode1_iqn sqlnode2_iqn os type windows description sql server ag nodes replace the following information host_group_name the name for the host group for example sql ag hosts location the region for your host group for example us west1 sqlnode1_iqn the iqn of sqlnode1 sqlnode2_iqn the iqn of sqlnode2 provision a storage pool in cloud shell create a storage pool for your volumes gcloud netapp storage pools create pool_name project project_id location zone service level flex type unified capacity 1024 total throughput 64 total iops 1024 network name vpc_name psa range psa_range_name replace the following information pool_name the name for the storage pool for example sql pool project_id your google cloud project id zone the zone for your storage pool which must match the zone of your vms for example us west1 b vpc_name the name of your vpc network psa_range_name the name of the allocated range of your private services access connection create volumes create separate volumes for sql server data logs tempdb and backups for each node in cloud shell run the following command for each volume you need to create gcloud netapp volumes create volume_name project project_id location zone storage pool pool_name capacity 200 protocols iscsi block devices name volume_name host groups projects project_id locations location hostgroups host_group_name os type windows snapshot directory false replace volume_name with a unique name for each volume for this two node tutorial you need to run the command eight times to create volumes for data logs tempdb and backups for each node for example sqlnode1 data sqlnode1 log sqlnode1 temp sqlnode1 backup sqlnode2 data sqlnode2 log sqlnode2 temp and sqlnode2 backup mount iscsi volumes on each sql vm for each vm sqlnode1 and sqlnode2 mount the volumes you created for that specific node in the google cloud console go to the volumes page for netapp volumes go to volumes select a volume assigned to the node you are configuring note the target portal ip addresses listed in the iscsi target details section you need these addresses to connect to the volume on the vm open powershell as an administrator and run the following command replacing the example ips with the target portal ips for your volume 10 165 128 216 10 165 128 217 foreach object new iscsitargetportal targetportaladdress _ run iscsicpl exe to open iscsi initiator properties go to the targets tab select one of your volume targets from the list and click connect in the connect to target dialog select enable multi path and click advanced in the advanced settings dialog local adapter select microsoft iscsi initiator initiator ip select an ip address on the vm target portal ip select one of the portal ips you discovered click ok in the connect to target dialog click ok repeat the connection steps for all targets associated with the vm to configure mpio for iscsi devices open mpio properties from control panel or server manager click the discover multi paths tab select add support for iscsi devices and click add reboot the vm if prompted after rebooting open device manager and expand disk drives your iscsi disk appears as a multi path device open disk management compmgmt msc for each new disk bring the disk online initialize the disk gpt create a new volume assign a drive letter for example d for data e for logs f for backups g for tempdb and format it using ntfs with an allocation unit size of 64k create the directory structure for sql server on the newly formatted drives for example paths d mssql data e mssql log f mssql backup g mssql temp paths foreach object new item itemtype directory path _ force configure sql server perform these steps on both sqlnode1 and sqlnode2 after mounting their respective volumes open sql server configuration manager in the left pane select sql server services in the right pane right click sql server mssqlserver select properties go to the log on tab and change the account name to your service account domain sqlsvc enter the password and click ok repeat the previous step for sql server agent mssqlserver connect to the sql server instance using sql server management studio ssms with your domain administrator account create logins for the service account and grant it necessary permissions use master go create login domain sqlsvc from windows with default_database master default_language us_english go alter server role sysadmin add member domain sqlsvc go run the following script in ssms to redirect the default database log backup and tempdb paths to the iscsi volumes you mounted use master go exec xp_instance_regwrite n hkey_local_machine n software microsoft mssqlserver mssqlserver n backupdirectory reg_sz n f mssql backup go exec xp_instance_regwrite n hkey_local_machine n software microsoft mssqlserver mssqlserver n defaultdata reg_sz n d mssql data go exec xp_instance_regwrite n hkey_local_machine n software microsoft mssqlserver mssqlserver n defaultlog reg_sz n e mssql log go modify model and msdb paths alter database model modify file name modeldev filename d mssql data model mdf alter database model modify file name modellog filename e mssql log modellog ldf alter database msdb modify file name msdbdata filename d mssql data msdbdata mdf alter database msdb modify file name msdblog filename e mssql log msdblog ldf go modify tempdb paths alter database tempdb modify file name tempdev filename g mssql temp tempdb mdf alter database tempdb modify file name templog filename g mssql temp templog ldf go stop the sql server mssqlserver service move the existing model msdb and tempdb files from their old locations for example c program files microsoft sql server mssql16 mssqlserver mssql data to their new locations on drives d e and g to move the master database and errorlog open sql server configuration manager right click sql server mssqlserver select properties and go to the startup parameters tab for each existing parameter d e and l pointing to the c drive select it and click remove add the following parameters clicking add for each dd mssql data master mdf le mssql log mastlog ldf ee mssql log errorlog click ok manually move master mdf and mastlog ldf from c program files microsoft sql server mssql16 mssqlserver mssql data to d mssql data and e mssql log respectively move the errorlog file from its old location to e mssql log start the sql server mssqlserver service set up windows server failover clustering follow these steps to create the cluster and configure a quorum witness configure windows firewall before creating the cluster ensure windows firewall on each node allows traffic for wsfc sql server and iscsi on sqlnode1 and sqlnode2 open powershell as an administrator and run the following commands new netfirewallrule displayname failover clusters udp in direction inbound protocol udp localport 3343 action allow new netfirewallrule displayname failover clusters tcp in direction inbound protocol tcp localport 3343 action allow new netfirewallrule displayname rpc endpoint mapper direction inbound protocol tcp localport 135 action allow new netfirewallrule displayname file and printer sharing smb in direction inbound protocol tcp localport 445 action allow new netfirewallrule displayname failover cluster manager rpc direction inbound protocol tcp localport 49152 65535 action allow new netfirewallrule displayname iscsi direction inbound protocol tcp localport 3260 action allow new netfirewallrule displayname sql server direction inbound protocol tcp localport 1433 action allow new netfirewallrule displayname sql server ag endpoint direction inbound protocol tcp localport 5022 action allow create the cluster on sqlnode1 open failover cluster manager cluadmin msc in the management section select validate configuration follow the wizard to validate sqlnode1 and sqlnode2 ensure all tests pass before proceeding after validation select create cluster in the create cluster wizard add sqlnode1 and sqlnode2 as cluster nodes for access point for administering the cluster enter a cluster name for example sqlcluster and provide a static ip address for the cluster follow the prompts to create the cluster create a file share for cluster quorum we recommend creating a file share on a third vm preferably in a different zone to serve as the cluster quorum witness connect to the vm you intend to use as the file share witness in the server manager window select tools computer management expand system tools shared folders right click shares and select new share follow the create a shared folder wizard on the folder path page browse to or create a folder for the share on the permissions page select customize permissions click add and grant full control to the cluster name object cno account for example sqlcluster complete the wizard to create the share configure cluster quorum on sqlnode1 open failover cluster manager right click the cluster name and select more actions configure cluster quorum settings in the configure cluster quorum wizard select next on the select quorum configuration option page choose select the quorum witness and click next on the select quorum witness page choose configure a file share witness and click next for file share path enter the path to the share you created for example witness server quorum and click next confirm your settings and click next then click finish configure always on availability groups apply the steps in this section to both sql server vms to enable and configure the availability group enable availability groups in sql server open sql server configuration manager in the browser tree select sql server services right click sql server mssqlserver and then select properties select the always on high availability tab and select enable always on availability groups click apply then ok restart the sql server service create a database for the availability group connect to sqlnode1 using ssms in the object explorer pane right click databases and select new database enter mydb1 for the database name and click ok right click mydb1 select tasks back up perform a full backup ensure the database recovery model is full right click mydb1 select tasks back up perform a transaction log backup copy the full and transaction log backup files to sqlnode2 connect to sqlnode2 using ssms right click databases and select restore database restore the full backup of mydb1 from sqlnode1 specifying restore with norecovery in the options page right click mydb1 on sqlnode2 select tasks restore transaction log restore the transaction log backup also specifying restore with norecovery create the availability group connect to sqlnode1 using ssms in object explorer right click always on high availability and select new availability group wizard specify an availability group name for example sql ag select mydb1 as the database to include on the specify replicas page click add replica and connect to sqlnode2 enable automatic failover for both replicas set availability mode to synchronous commit and readable secondary to yes go to the endpoints tab and ensure port 5022 is used on the select initial data synchronization page select join only complete the wizard to create the availability group create a dnn resource for the availability group instead of a load balancer use a distributed network name dnn to route client traffic to the availability group listener open failover cluster manager expand roles and select your availability group role in the resources right click the availability group resource and select add resource client access point provide a name for the dnn listener and complete the wizard bring the new dnn resource online by default the cluster binds the dnn dns name to all nodes in the cluster if you have nodes in the cluster that don t host sql server replicas you must exclude them from the dnn s possible owners right click the dnn resource you created and select properties clear the checkbox for any nodes that aren t availability group replicas click ok update your application connection strings to connect to the dnn listener name and include multisubnetfailover true test failover connect to sqlnode1 or sqlnode2 using ssms and run the following query to check which replica is primary and that both replicas are configured for synchronous commit and automatic failover check primary replica select ag name as ag_name ar replica_server_name as primaryreplica from sys dm_hadr_availability_replica_states as ars join sys availability_groups as ag on ag group_id ars group_id join sys availability_replicas ar on ar replica_id ars replica_id where ars role_desc primary check replica configuration select replica_server_name availability_mode_desc failover_mode_desc from sys availability_replicas where group_id select group_id from sys availability_groups where name n sql ag to initiate a manual failover connect to the secondary replica in ssms and run alter availability group sql ag failover after failover verify the new primary by running select servername or by reconnecting to the dnn listener and checking the server name you can also view the availability group status in ssms by right clicking the availability group under always on high availability and selecting show dashboard clean up delete the project to avoid incurring charges to your google cloud project for the resources used in this tutorial delete your project for more information see shutting down projects send feedback except as otherwise noted the content of this page is licensed under the creative commons attribution 4 0 license and code samples are licensed under the apache 2 0 license for details see the google developers site policies java is a registered trademark of oracle and or its affiliates last updated 2026 07 17 utc need to tell us more easy to understand easytounderstand thumb up solved my problem 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