Extensible Tree Views for Datacenter Resource Management

The patent segments the complex datacenter resource graph into multiple hierarchical tree views. Each tree view represents a specific aspect or subset of the resource model (e.g., compute resources, storage resources, network resources), allowing the complete information to be divided into manageable, displayable portions while maintaining the ability to navigate between different segments to access the full resource representation.

The patent transitions from a two-dimensional graph representation to a multi-dimensional hierarchical tree structure. This dimensional change allows complex relationships to be organized across multiple levels and perspectives, enabling the system to preserve comprehensive resource information while presenting it in a more structured, navigable format that improves display efficiency and user interaction.

The patent implements a universal tree view framework that can display multiple different object models through a common interface. The system maintains versatility by supporting various resource models (compute, storage, network, etc.) while reducing complexity through a unified display mechanism that handles different model types consistently, allowing one system to serve multiple modeling purposes.

The patent introduces tree views as an intermediary layer between the multiple object models and the user interface. This mediator translates various complex model structures into a standardized hierarchical representation, simplifying the management of multiple models by providing a consistent interface that abstracts away the underlying model complexity while preserving the versatility of representing different resource types.

The patent applies preliminary filtering and organization of data into hierarchical tree structures before queries are executed. By pre-organizing data according to the tree model hierarchy, the system reduces the processing time for subsequent queries while maintaining precise data retrieval, as the preliminary structuring enables faster navigation and filtering operations.

The patent implements dynamic query processing that adapts the level of detail and filtering based on user needs and context. The system can adjust the complexity of query hierarchies dynamically, providing detailed precision when necessary while allowing for faster, less detailed retrieval when appropriate, thus balancing precision requirements against time constraints through flexible, adaptive query execution.