A method for automatically generating source codes of communication protocols on windows/linux platforms combined with tree tables

Abstract

The invention discloses a method for automatically generating a specific platform communication protocol source code on the basis of tree-table combination drive. In the method, a data frame modeling management module, a source code automatic generation module, a code simulation inspection module and a development package construction module are arranged. Compared with the existing method for automatically generating a source code, according to the method disclosed by the invention, a data frame format is described by combining a tree structure with a two-dimensional table to finish modeling for a data frame. In this way, communication layer code organization for a data package is realized, then related configuration is called, and the communication data frame encoding and decoding source codes of language platforms such as c++ / c# are automatically generated on the basis of the related rules, thus realizing modification for the description of the data frame for the table and directly driving automatic generation for the communication codes, realizing test inspection for automatic code generation, and facilitating integrated calling for application programs; in this way, the working period of code modification and combined debugging due to the own modification of a communication protocol, and the conditions of system errors due to code modification can be greatly reduced.

Description

technical field [0001] The invention relates to a protocol source code realization technology in an application program, in particular to a method for automatically generating the source code of a communication protocol on a Windows / Linux platform driven by a tree table. Background technique [0002] Traditional communication protocol source program automatic generation technologies are mostly implemented based on data frame modeling language technologies such as ASN.1, SDL or TTCN. For application software developers in enterprises, these data frame modeling languages ​​have a certain learning curve. As a result, automatic code generation technology is not widely used in enterprise distributed applications at present. Most communication programs still rely on software developers to directly interpret the original documents of the specified communication protocol for manual programming. From a mathematical point of view, due to the use of natural language The communication p...

AI Technical Summary

Problems solved by technology

[0002] Traditional communication protocol source program automatic generation technologies are mostly implemented based on data frame modeling language technologies such as ASN.1, SDL, or TTCN. For application software developers in enterprises, these data frame modeling languages ​​have a certain learning curve. As a result, automatic code generation technology is not widely used in enterprise distributed applications at present. Most communication programs still rely on software developers to directly interpret the original documents of the specified communication protocol for manual programming. From a mathematical point of view, due to the use of natural language The communication protocol specification document described lacks certain rigor, and some software developers are not important enough to implement the communication protocol specification, so many application systems cannot finally meet the requirements of the relevant communication protocol standard specifications, or partially meet the requirements.

In addition, in the development process of the application system, as the relevant requirements change, it will often bring about a large number of modification of the communication layer protocol, which will also lead to the repetition of communication code modification and joint debugging. These mechanical and repetitive modifications and communication debugging work occupy The valuable research and development energy of software developers, and manual modification of codes can easily lead to system errors

The combination of these factors leads to long interconnection and interoperability test cycles and difficult coordination among distributed application systems in enterprises, which brings greater difficulty and cost to the integrated construction of enterprise application interoperability.

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