Data acquisition method and related device

Abstract

The embodiment of the invention discloses a data acquisition method and related device, which are used for effectively improving the construction efficiency of a C + + message, reducing the acquisition difficulty and splicing difficulty of the data and greatly improving the acquisition efficiency of the C + + message. The method provided by the embodiment of the invention comprises the following steps: defining target data in a class PKBean of a data Bean object; defining a static class MyBuilder in the class PKBean, wherein the data defined in the class MyBuilder is the same as the target data defined in the class PKBean; setting a function of a set function and a function of a get function for the target data in the MyBuilder-like model; storing parameter information for setting a globalvariable in the set function in allInfos according to the Map data structure, and returning content information of the global variable according to the get function; defining a builder function in the class MyBuilder so as to obtain a parameter object of the class PKBean; performing a conversion process through a toString () function, wherein the toString () function is used for converting the PKBean-like parameter object in the allInfos into an object of a String type; and calling a pkbean.toString () function in the class PKBean so as to obtain a C + + message through conversion according to the object of the String type.

Description

technical field [0001] The invention relates to the field of development platforms, in particular to a method for acquiring data and related devices. Background technique [0002] In the traditional solution, the construction of C++ messages is achieved by manually writing codes by programmers and splicing the written codes one by one to realize the construction of data. Such an approach will make the entire splicing process complicated and difficult to handle, and the process of acquiring data and splicing data will also take a lot of time, resulting in very low efficiency in building C++ messages. Therefore, in practical applications, using this traditional method to construct the parameter list sent to the C++ barrage server also faces the problems of long construction time and low construction efficiency. [0003] Therefore, how to quickly and effectively construct a list of parameters to be sent to the C++ barrage server is an urgent problem to be solved, compared to t...

AI Technical Summary

Problems solved by technology

This method will make the entire splicing process complicated and difficult to handle, and the process of acquiring data and splicing data will also take a lot of time, resulting in very low efficiency in building C++ messages

Therefore, in practical applications, using this traditional method to construct the parameter list sent to the C++ barrage server also faces the problems of long construction time and low construction efficiency

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