Abstract: Disclosed herein is a method of verifying that a reconstructed inventory of a virtualized computer system has been accurately reproduced from an original inventory of a virtualized computer system. A first snapshot and a second snapshot are received, where the first snapshot is a snapshot of the original inventory and the second snapshot is a snapshot of the reconstructed inventory. The first snapshot and the second snapshot are then analyzed to determine that hierarchical relationships, roles and permissions, configuration settings, and/or custom definitions of items in the original inventory match hierarchical relationships of corresponding items in the reconstructed inventory.

Abstract: A snapshot of an inventory of a virtualized computer system is produced and a user-editable code is generated therefrom, so that the inventory can be reconstructed entirely or partially. The snapshot includes identifying data for items in the virtualized computer system, and relationship data that indicate hierarchical and non-hierarchical relationships between the items. The items in the inventory of the virtualized computer system include virtual machines, servers on which the virtual machines are running, one or more data centers in which the servers reside, and logical containers such as folders for virtual machines, resource pools that each contain one or more virtual machines, and server clusters that each contain one or more servers.

Abstract: Methods, systems, and computer programs for performing management tasks in a virtual infrastructure are presented. The method includes detecting an increase, beyond a predetermined threshold, in the number of tasks waiting to be processed by a first virtual center (VC), which executes as a virtual machine (VM) in the virtual infrastructure. Further, the method includes operations for spawning one or more additional VCs executing as VMs in the virtual infrastructure and for distributing the managed objects handled by the first VC among the additional VCs. The tasks waiting to be processed are reallocated among the first VC and the additional VCs, and the reallocated tasks are then processed by the corresponding VC.