Message Queue Segmentation for Data Packet Synchronization

The patent divides the single message queue into multiple logical thread-specific queues, where each logical thread has its own dedicated message queue. This segmentation eliminates write conflicts between threads while maintaining manageable complexity through structured organization. The server allocates specific message queues to specific logical threads, ensuring that data packets are processed in the correct order without interference from other threads.

The patent implements a pooling mechanism where message queues are created once and then shared across multiple logical threads through reference sharing. Instead of creating separate queue instances for each thread, the same message queue object can be referenced by multiple threads, reducing overall memory consumption while still maintaining the benefit of dedicated queue assignment for each logical thread.

The patent performs preliminary assignment of message queues to logical threads before data packet processing begins. This pre-allocation ensures that each logical thread knows its dedicated queue in advance, preventing ordering errors from the outset. The server establishes the thread-to-queue mapping relationship beforehand, so that when data packets arrive, they can be immediately routed to the correct queue without confusion or ordering issues.