Virtualization Layer for Mobile App Class Lifecycle Control

The patent introduces a virtualization layer as an intermediary component between the mobile application and the operating system. This virtualization layer includes virtual classes that mediate all interactions, allowing policy enforcement without direct dependency on the target application's internal structure or the operating system's implementation details. The virtualization layer acts as a universal interface that can control any application regardless of its specific framework or lifecycle management approach.

The patent segments the application control mechanism into distinct virtual classes that correspond to the application's original classes but operate independently. By creating separate virtual class instances with the same names and structures as the original classes, the system achieves fine-grained control over specific application components without affecting the entire application or relying on the original class hierarchy. This segmentation enables targeted policy enforcement on individual classes while maintaining overall system independence.

Instead of having the management layer inherit from and control the original classes (traditional approach), the patent inverts the control relationship by creating virtual classes that replicate the original class interfaces. The virtual classes are instantiated and controlled by the virtualization layer, which then manages their lifecycle independently of the operating system's inheritance mechanisms. This inversion allows the virtualization layer to maintain full control over class lifecycle while still providing the expected integration behavior to the operating system.

The patent creates virtual classes that are copies of the original application classes, with the same names, structures, and interfaces. These copied virtual classes serve as substitutes that can be controlled independently by the virtualization layer. By copying rather than inheriting, the system achieves lifecycle control without being constrained by the operating system's inheritance-based lifecycle management, while maintaining compatibility through interface replication.

The patent creates virtual classes that serve multiple functions: they replicate the original class interfaces for compatibility, provide independent lifecycle management for control, and enable policy enforcement for security. Each virtual class acts as a universal component that can fulfill the role of the original class while adding layers of control and policy enforcement capability. This multi-functionality reduces the need for separate mechanisms for compatibility, control, and security.

The virtual classes are designed to be self-contained with all necessary control logic embedded within them. Each virtual class manages its own lifecycle, state, and policy enforcement requirements independently, without requiring external management infrastructure. This self-service approach simplifies class management by distributing control responsibilities to individual virtual classes rather than requiring centralized management of complex class hierarchies.