Software bus program concurrence resource distribution method

Abstract

The invention belongs to a data processing method, and particularly to a software bus program concurrence resource distribution method. The software bus program concurrence resource distribution method includes the following steps of S1. establishing an application thread pool, and starting a plurality of worker threads Wn (n=1,2,...,N, wherein N represents an integer larger than 2) and one manager thread M; S2. defining one send buffer area for each worker thread Wn, deploying and writing send data in the send buffer area by the manager thread M, and reading and forwarding the send data in the send buffer area by the worker thread Wn. By adopting the software bus program concurrence resource distribution method, the data forwarding efficiency can be raised, over dependence on conditions of hardware and the quantity of threads can be eliminated, a deploying and processing method for send tasks from the manager thread M is simple and easy to use, the number of sent threads can be controlled within the range, from 5 to 8, which can meet requirement, the send tasks can be reasonably distributed via calculation of carrying capacity, and the data forwarding efficiency can be raised.

Description

technical field [0001] The invention belongs to a data processing method, in particular to a soft bus program concurrent resource allocation method. Background technique [0002] The soft bus program is mainly used in the network communication system to realize the data communication function between modules, and it is a channel to realize cross-process communication between modules. The efficiency of data transmission is an important index to measure the channel. For the soft bus, it is a service module. There are several client modules communicating at the same time. It is important to ensure that each module can receive information in a timely and accurate manner. The primary consideration of the soft bus. [0003] To solve this problem, there are currently two solutions. One is to rely on hardware expansion, such as increasing computer memory, increasing the main frequency of the computer, etc., so as to improve hardware processing capabilities; Concurrency efficiency ...

AI Technical Summary

Problems solved by technology

[0004] Although the above two methods can solve the problem of data forwarding speed to a certain extent, they will reduce the popularization and application of software products if they rely too much on external conditions (such as hardware configuration), making software products a special application; The number of processes is used to solve this problem. In addition to the strong hardware dependence, the system processing capacity decreases instead, which affects the improvement of data transmission efficiency.

Images