Desired State Model for Virtualization Software Lifecycle

The patent segments the virtualization software into independent Software Installation Bundles (SIBs), each representing a distinct functional component that can be developed, versioned, and released independently. This segmentation allows development teams to work on individual SIBs without affecting others, while the system manages dependencies through a structured framework that ensures reliable integration of updated components.

The patent introduces an intermediary management framework that sits between the complex SIB dependency structure and the end user. This intermediary automatically handles the complexity of managing multiple SIBs, their dependencies, and versioning through standardized bulletins and ISO images. Users interact with simple, pre-packaged release units rather than individual SIBs, maintaining reliability while dramatically improving ease of operation.

The patent applies parameter changes by defining distinct release unit types (GA, rollup, patch, update, extension) with specific parameters and characteristics for each type. Each release unit type has defined rules for creation, content inclusion, and deployment scenarios. This parameter-based approach enables the system to adapt to different release scenarios while maintaining manageable complexity through standardized templates and automated classification.

The patent implements preliminary action by establishing a structured baseline state for the virtualization software before any changes are applied. Each SIB and release unit is registered with its dependencies and version information in advance. When changes are layered through bulletins or ISO images, the system maintains a precise record of the current state by tracking which release units are present and their versions, enabling accurate state measurement and description at any point in time.