Use

Cluster 3.2

Cluster 3.1

Checking the cluster quorum status: Displays everything including DID information (but not DID status. That requires cldev status) transport status, cluster status, quorum, devices, node status, resource types registered, resource groups configured.

# cluster show

# scstat

Quorum vote and quorum device configuration and status

# clq(uorum) status

# scstat -q

List of all global devices with DID numbers

# cldev list -v

# scdidadm -L

Cluster transport configuration and status

# clintr status

# scstat -W

Disk group configuration, including primary hosts and failback status

# cldg show

# scconf -p

Resource group status and current primary node

# clrg status

# scstat -g

Disk group status and current primary node

# cldg status

# scstat -D

Registered resource types and properties

# clrt show

# scrgadm -p

Configuration of resource groups including resources in the group, or of a specified resource group and its properties

# clrg show <resource_group>

# scstat -g <res_ group>

Resource group status

# clrg status

# scrgadm -p

All configured resources

# clrs list -v

# scrgadm -p

Status of configured resources

# clrs status

# scrgadm -p

Disks in a VxVM disk group (on the node that is primary for the disk group)

# vxprint

# vxprint

Disks in all SVM disk groups, along with metadevices and soft partitions

# metastat -a

# metastat -a

Use

Cluster 3.2

Cluster 3.1

Shut down cluster and bring all nodes to the PROM

#cluster shutdown -y -g0

# scshutdown -y -g0

Register changes to a disk group

# cldg sync <disk_group>

# scconf -c -D name=<disk_group>,sync

Bring a resource group online

# clrg online -M <resource_group>

# scswitch -Z -g <resource_group>

Switch control of a resource group to a different node

# clrg switch -n <destination_node> <resource_group>

# scswitch -z -g <resource_group> -h <destination_node>

Switch control of a disk group to a different node

# cldg switch –n <destination_node> <disk_group>

# scswitch -z -D <disk_group> -h <destination_node>

Evacuate all resource groups and disk groups from a specified node. Do this prior to bringing down a node.

# clnode evacuate -n <current_node>

# scswitch –S –h <current_node>

Use

Cluster 3.2

Cluster 3.1

Perform initial configuration

# scinstall

# scinstall

Perform later installation, including selecting or changing a private network address or configuring a cluster or adding or removing a node:

# clsetup

# scsetup

Register a resource type other than SharedAddress or LogicalHostname

# clrt register <resource type>

# scrgadm -a -t <resource_type>

Create an instance of a resource group and set properties

# clrg create -n <node1,node2…> -p <property type>=<property of group> <other properties> <name of group>

# scrgadm -a -g <group_name> -h <nodename1,nodename2> -y <property_type=value> …

Create and configure an instance of any resource other a logical hostname or shared address resource and add to a resource group:

clrs create -t <resource type> -g <resource group> -p <property name=value> <other properties> <resource name>

# scrgadm -a -j <resource_name> -g <group_name> -t <resource_type> -x|y <property=value>…

Create an instance of a logical host name resource

# clrslh create -g <resource group> <logical hostname>

# scrgadm -a -L -g <resource_group> -l <hostname> -x <property=value>…

Create an instance of a shared address resource

# clrssa create -g <resource group> <shared address name>

# scrgadm -a -S -g <resource_group> -l <hostname> -x <property=value>…

Use

Cluster 3.2

Cluster 3.1

Offline a resource group

# clrg offline <resource group>

# scswitch -F -g <res_group>

Disabling a resource

# clrs disable <resource name>

# scswitch -n -j <resource>

Removing a resource

# clrs delete <resource name>

# scrgadm -r -j <resource>

Delete a resource group

# clrg delete <resource group>

# scrgadm -r -g <res_group>

Offline a disk group

# cldg offline <disk_group>

# scswitch -F -D <disk_group>