System Object Tracking for Immediate Rule Violation Detection

The patent implements preliminary action by establishing tracker objects that continuously monitor system objects before rule violations occur. The tracking mechanism is set up in advance and actively monitors memory allocations and rule compliance in real-time, allowing immediate detection of violations as they happen rather than performing error checks after the fact. This preliminary monitoring ensures that when a rule violation occurs, the tracking data is already available for immediate analysis.

The patent implements feedback by creating a closed-loop monitoring system where tracker objects continuously report the state of system objects to the validation tool. When a rule violation is detected, the system immediately feeds back this information and triggers contemporaneous error checks. This continuous feedback mechanism ensures that error diagnosis can proceed without time delay, as the system is constantly monitoring and immediately responding to rule violations.

The patent implements segmentation by dividing the monitoring function into separate tracker objects, each dedicated to tracking specific system objects. Instead of using a single shared memory space that could be overwritten, the system creates multiple specialized tracker instances that independently monitor different system objects. This segmentation isolates the evidence storage for each tracked object, preventing memory overwriting issues that would occur in a shared memory pool.

The patent implements the intermediary principle by introducing tracker objects as mediator components between the system objects and the validation tool. These tracker objects serve as intermediate storage and monitoring points that capture and preserve evidence of rule violations. Instead of directly storing evidence in general-purpose memory that could be overwritten, the tracker objects act as dedicated intermediaries that maintain the evidence until it can be analyzed, preventing data loss.

The patent implements self-service by enabling system objects to track their own state and compliance with system rules through associated tracker objects. Each system object has its own tracker that autonomously monitors whether the object is being accessed or modified in violation of system rules. This self-service approach distributes the monitoring burden across individual objects rather than requiring a centralized complex validation system, thereby maintaining reliability while reducing overall system complexity.

The patent implements universality by designing tracker objects that can monitor multiple aspects of system object behavior through a unified interface. The tracker objects serve multiple functions: tracking memory allocations, monitoring rule compliance, preserving evidence, and triggering error checks. This multi-functional design consolidates what would otherwise require multiple separate complex systems into a single versatile tracking mechanism, improving reliability without proportionally increasing complexity.