Designing Disaster Recovery Clusters using Metroclusters and Continentalclusters, Reprinted October 2011 (5900-1881)

<replicated_disk_2>
3. Create Serviceguard Disk Group MNP packages for the disk groups with a unique name in
the cluster.
# cfsdgadm add <cvm_dg_name> <cvm_dg_pkg_name> all=sw\
<node1> <node2>
where node1 and node2 are the nodes in the Source Disk Site.
4. Activate the CVM disk group in the Source Disk Site CFS sub-cluster.
# cfsdgadm activate <cvm_dg_name>
5. Create a volume from the disk group.
# vxassist -g <cvm_dg_name> make <cvm_dg_vol_name> 4500m
6. Create a file system using the created volume.
# newfs -F vxfs \
/dev/vx/rdsk/<cvm_dg_name>/<cvm_dg_vol_name>
7. Create mount points for the complex workload data and set appropriate permissions.
# mkdir /cfs
# chmod 775 /cfs
# mkdir /cfs/<cvm_dg_name>
8. Create the Mount Point MNP package with a unique name in the cluster.
# cfsmntadm add <cvm_dg_name> <cvm_dg_vol_name>\
/cfs/<cvm_dg_name> <cfs_mount_point_pkg_name> all=rw\
<node1> <node2>
where node1 and node2 are the nodes in the Source Disk Site..
Configuring the Storage Device using SG SMS CVM in a Legacy Style Package
NOTE: HP recommends you to use the modular style of packaging.
Complete the following procedure on the CVM cluster master node in the Source Disk Site to set
up the CVM disk group volumes:
1. Initialize the source disks of the replication pair.
# /etc/vx/bin/vxdisksetup -i <replicated_disk_1>
# /etc/vx/bin/vxdisksetup -i <replicated_disk_2>
2. Create a disk group for the complex workload data.
# vxdg –s init <cvm_dg_name> <replicated_disk_1>\
<replicated_disk_2>
3. Create Serviceguard Disk Group MNP packages for the disk groups with a unique name in
the cluster.
# cfsdgadm add <cvm_dg_name> <cvm_dg_pkg_name> all=rw\
<node1> <node2>
where node1 and node2 are the nodes at the Source Disk Site.
4. Activate the CVM disk group in the Source Disk Site CFS sub-cluster.
# cfsdgadm activate <cvm_dg_name>
5. Create a volume from the disk group.
# vxassist -g <cvm_dg_name> make\
Configuring Complex Workloads using Site Aware Disaster Tolerant Architecture 349