ACE based inter-process communication system and method

Abstract

An embodiment of the invention discloses an ACE (Adaptive Communication Environment) based inter-process communication system. The system comprises an ACE client module and an ACE service thread module, wherein the ACE service thread module comprises a receiver unit, an event processor unit and a reactor unit; the event processor unit is created after the ACE service thread module receives a business request message sent by the ACE client; the receiver unit is used for receiving the business request message sent by the ACE client; the reactor unit is used for processing the business request message received by the receiver unit, determining events from different event sources and allocating the events to the event processor unit; and the event processor unit registered in the reactor unit is used for processing the allocated events and sending a business response message generated according to a processing result to the ACE client. An embodiment of the invention furthermore provides an ACE based inter-process communication method. According to the ACE based inter-process communication system and method, the inter-process communication can be realized, the structure is simple, the transmission is efficient, and the cross-platform application range is wide.

Description

technical field [0001] The invention relates to the field of network communication, in particular to an ACE-based inter-process communication system and method. Background technique [0002] With the rapid development of network technology, the design of application programs is becoming more and more complex. In the application program, the cooperation between different functional modules also requires a large amount of frequent and long-term data interaction. However, in actual business applications, if the same application performs inter-process communication (IPC: InterProcess Communication), in the case of many functional modules, due to the different styles of programming written by technicians, it is easy to cause the program to crash and fail to perform its functions. , and when the functional modules that need data interaction are located in different applications, such as the voice intercom project, due to the constraints of various objective environments, the data...

AI Technical Summary

Problems solved by technology

However, in actual business applications, if the same application performs inter-process communication (IPC: InterProcess Communication), in the case of many functional modules, due to the different styles of programming written by technicians, it is easy to cause the program to crash and fail to perform its functions. , and when the functional modules that need data interaction are located in different applications, such as the voice intercom project, due to the constraints of various objective environments, the data interaction between applications cannot be performed quickly and effectively, so as to achieve the goal of inter-process communication purpose, specifically in:

[0003] 1. Incompatibility caused by different programming environments. For example, in the C / S architecture, if the underlying voice intercom SDK adopts the C++ programming language, and the upper-level webpage plug-in adopts the JAVA programming language, then the commonly used callback function between C++ modules transfers data Basically, it can no longer be used in the JAVA environment;

[0004] 2. The incompatibility caused by the operating system, such as voice data transmission between the Windows operating system and the UNIX / Linux operating system, due to the difference between the network SocketAPI and the calling system function of the above two operating systems, will also cause the data to be unable to be transmitted. interact

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