Dynamic Slot Mapping for Resilient Server Chassis Connectivity

The patent implements dynamic slot mapping where the management controller automatically updates the mapping between communication channels and slots based on detected physical connectivity changes. Instead of using a fixed static mapping, the system continuously adapts the mapping configuration to reflect current physical connections, thereby resolving the contradiction between adaptability and complexity by making the mapping dynamic rather than static.

The system employs feedback mechanisms where the management controller queries information handling resources to detect changes in physical connectivity and automatically updates the slot mapping accordingly. This feedback loop enables the system to respond to connectivity changes and maintain accurate mapping information without manual intervention, balancing adaptability with automated complexity management.

The management controller performs self-service by automatically detecting connectivity changes and updating slot mappings without requiring manual reconfiguration. The system queries information handling resources, detects physical connectivity changes, and autonomously maintains accurate mapping information, thereby preserving both ease of operation and configuration accuracy after connectivity changes.

The system performs preliminary actions by establishing initial slot mappings during system setup, and then proactively monitors for connectivity changes. When changes are detected, the mapping is automatically updated before misconfiguration errors can occur, ensuring continuous configuration accuracy without requiring manual intervention.