Patent ID: 7343468
Filing Date: 2008-03-11
Classification: G06F

Abstract:
1. A method in a data processing system for automatically provisioning storage in a data center, the method comprising: retrieving a plurality of volume container settings, wherein the volume container settings include physical volume settings and logical volume settings; creating a volume container using the plurality of volume container settings; adding at least one physical volume to the volume container using the physical volume settings; adding a server to the volume container, wherein the server includes a plurality of physical volumes; creating at least one logical volume using the logical volume settings; adding the at least one physical volume to the at least one logical volume using the logical volume settings and using disk partition settings; creating at least one file system for the at least one logical volume using file system settings; and mounting the at least one file system using file system mount settings; wherein the adding step for adding at least one physical volume to the volume container using the physical volume settings further comprises performing a lookup of existing direct access storage devices, if the at least one physical volume is a direct access storage device volume and realizing the at least one physical volume for storage area network storage if the at least one physical volume is a storage area network volume, and wherein the realizing step comprises retrieving the physical volume settings, performing a lookup of storage area network volumes using attributes of the physical volume settings, configuring storage area network fabric and subsystems using data path settings, wherein the data path settings include network connection settings from storage area network fabric to a switch and from the switch to a storage subsystem, and installing multi-path software using storage multi-path settings, wherein the storage multi-path settings facilitate communication between the server and the switch.