Mobile OS Multi-Window Application Flagging

The patent applies universality by enabling the multi-window mode to support both default applications and third-party applications. The system introduces a configuration file mechanism that allows any application to be flagged as supportable in multi-window mode, making the execution mode flexibility universal across all application types rather than restricted to default applications only.

The patent changes the parameter of application execution mode from a fixed full-screen mode to a flexible multi-window mode with adjustable parameters. The system introduces configurable parameters including window position coordinates, window size dimensions, and z-order stacking preferences, allowing applications to be displayed with varying geometric and hierarchical parameters based on user configuration.

The patent introduces an intermediary configuration file mechanism that mediates between the application and the system's window management. Instead of hardcoding multi-window support into the system core, the configuration file serves as an intermediary layer that allows applications to declare their multi-window compatibility and parameters, thereby managing system complexity while enabling flexibility.

The patent segments the application execution system into distinct components: default applications with hardcoded multi-window support, third-party applications with configuration-file-based support, and a system manager that reads configurations and enforces window management rules. This segmentation allows the system to handle different application types through different pathways, reducing overall complexity.

The patent applies dynamics by making window configurations adjustable and changeable during runtime. Users can modify window positions, sizes, and stacking orders dynamically based on their current task needs. The system supports real-time reconfiguration of multi-window layouts, allowing flexible adaptation to different productivity scenarios rather than fixed static arrangements.

The patent implements preliminary action by pre-configuring window parameters such as position, size, and z-order in configuration files before application execution. This allows the system to automatically establish appropriate window arrangements without requiring complex real-time negotiation between multiple applications, thereby simplifying window management while enabling efficient multi-tasking.