Communication method for achieving real-time two-way assistance between C++ module and Python module

Abstract

The invention discloses a communication method for achieving real-time two-way assistance between a C++ module and a Python module. According to the method, real-time communication is achieved by the usage of a socket, the C++ module serves as a service side, the Python module serves as a client side, and therefore two-way communication is achieved, a plurality of sockets can be constructed at the client side, so that the interaction between the Python module and the C++ module is more flexible; meanwhile, assistance of the communication is achieved by using a multi-thread technology, the main thread of the Python module is used for receiving command requests of the C++ module, the sub-thread of the Python module is used for handling corresponding command requests, and after the C++ module receives the command requests, corresponding processing is carried out according to a predefined command processing list. According to the communication method for achieving real-time two-way assistance between the C++ module and the Python module, mutual flexible calling between the C++ module and the Python module is achieved, extra work caused by C++ module calling by the Python module by the usage of the a SWIG is avoided, the program development efficiency can be significantly improved, and the communication method is suitable for the fields such as program development and test.

Description

technical field [0001] The invention belongs to the field of computer application conversion research, in particular to a communication method for realizing real-time two-way assistance between C++ and Python modules. Background technique [0002] At present, because C++ supports object-oriented mechanism, generic programming mechanism, exception handling, operator overloading, has a mature, reliable and efficient standard template library (STL), and develops programs with high execution efficiency, C++ is widely used in computer applications. development. In addition, Python is an object-oriented, interpreted computer programming language, which has the characteristics of simple syntax, cross-platform, and many public libraries, so Python has also been widely used. However, both C++ and Python have certain shortcomings. For example, the C++ language itself is complex, the learning cycle is relatively long, and the public libraries are not as many as Python's. Python is an ...

AI Technical Summary

Problems solved by technology

[0003] As far as the current technology is concerned, C++ can unilaterally call Python function modules, but Python cannot unilaterally and directly call C++ function modules. Python can call C++ modules indirectly, but this indirect call needs to use SWIG Or boost encapsulates the C++ function module as a function module that can be called by Python, which adds extra workload and is not conducive to the development of the application

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