Pseudo Linear Dynamic Byte Array for Fragmented Data Storage

The patent divides the memory array into multiple blocks, where each block can be independently allocated and managed. This segmentation allows the system to allocate only the necessary blocks for storing actual data, avoiding the need to allocate a single large continuous array that would contain unused space. The blocks are organized in a chain structure, enabling efficient utilization of memory resources while maintaining adequate storage capacity.

The patent implements a dynamic block allocation mechanism where memory blocks are allocated on-demand based on actual data insertion needs. The system maintains a pool of reusable blocks and dynamically assigns them to data storage operations. This dynamic approach prevents the system from being constrained by fixed large array allocations, reducing out-of-memory errors while improving reliability through efficient memory management.

The patent implements a block reuse mechanism where memory blocks that have been emptied or are no longer needed are returned to a free pool for future reuse. This recovering approach prevents the continuous allocation and garbage collection of large memory arrays, significantly reducing virtual machine thrashing during garbage collection. The system maintains adequate storage capacity by reusing blocks rather than relying on continuous large array allocations.