Asynchronous network application program processing method

Abstract

The invention discloses an asynchronous network application program processing method. The method includes: establishing multiple threads, wherein each thread has a same operating logic; obtaining a global lock by one of the threads to obtain processing right to event queues; inquiring a to-be-processed event queue by the thread having the event queue processing right, and when to-be-processed events exist in the to-be-processed event queue, reading a to-be-processed event by the thread for processing the to-be-processed event; and when the to-be-processed event queue has no to-be-processed events, monitoring an event list by the thread, and when events are monitored by the thread, adding the events into the to-be-processed event queue. By establishing multiple equivalent threads and lock competing logics to the global lock among the multiple threads, compactness and efficiency in management of the multiple threads are realized, and software and hardware resources are saved; and by performing timeout processing through a compact thread model, a lightweight timer mechanism and a safe and efficient asynchronous information mechanism are realized.

Description

technical field [0001] The invention relates to network communication technology, in particular to an asynchronous network application program processing method. Background technique [0002] Asynchronous network application means that when a thread is scheduled, the caller does not need to wait for the result, but can process other events, and the logic unit that executes the thread call passes the result through status, message, or The caller is notified by means of a callback. In contrast, the synchronous network application means that after the caller initiates the scheduling, it does not perform other tasks and only waits for the result of the call. It can be seen that asynchronous network applications are a more efficient network communication method. [0003] With the rapid development of the Internet, various asynchronous network applications are constantly enriched. Therefore, higher and higher requirements are put forward for the stability and efficiency of netwo...

AI Technical Summary

Problems solved by technology

In this implementation, the pointer is only known to both parties of the communication object, and the communication is only carried out between the two objects. The thread of the system does not participate in the management of the communication content and communication process. Once both parties or one party of the object log out, communication will occur. The loss of content or even program failure will endanger the security of the entire system and is not conducive to the maintenance and expansion of network applications

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