A data communication method and system for feature phone network applications

Abstract

The present application adopts a data communication method for network applications of feature phones. Firstly, a request is obtained based on the network application of the feature phone, and then the request is parsed based on the usage of the memory space dedicated to the request, and the parsed request is added to the request sending queue. , and then receive the parsed request based on the use of socket dedicated memory space, encapsulate the parsed request into socket data containing the request, add the socket data sending queue, and then establish a socket connection with the target server, and send Include the socket data of the request, finally delete the socket data in the socket data sending queue, and delete the request in the request sending queue. This method can reduce repeated codes, improve memory usage efficiency, reduce system fragmentation, and take up less memory to realize data communication of feature phone network applications in an orderly and efficient manner. Developer workload.

Description

technical field [0001] The present application relates to the technical field of mobile communication, in particular to a data communication technology for network applications of feature phones. Background technique [0002] Although the current feature phone market is small, there are still some specific user groups. Currently, there is no standardized tool for network application development on feature phones. Developers can only directly call the underlying network interface when developing network applications. interface to implement network applications. [0003] On the one hand, this non-standardized network application development model will lead to code duplication, memory management confusion, and easy to cause low-level interface blockage, data communication failure, and even system instability and crashes; on the other hand, developers with different development experience, Different styles can easily lead to incompatibility and poor portability of different mo...

AI Technical Summary

Problems solved by technology

Currently, there is no standardized tool for network application development on feature phones. Developers can only directly call the underlying network interface when developing network applications. interface for network applications

[0003] On the one hand, this non-standardized network application development model will lead to code duplication, memory management confusion, and easy to cause low-level interface blockage, data communication failure, and even system instability and crashes; on the other hand, developers with different development experience, Different styles can easily lead to incompatibility and poor portability of mobile phone platforms with different functions, requiring separate maintenance

Images