Dotting module, method and computer readable medium for processing user behavior data

Abstract

The present invention provides a dotting module for processing user behavior data, which includes: a data receiving unit for receiving any amount and any type of user behavior data through a user-defined function, and obtaining the user behavior under the user-defined function The parameter corresponding to the data; the empty judging unit, used to determine whether the parameter is empty; the upload unit, used to upload the user behavior data corresponding to the parameter that is determined not to be empty by the empty judging unit; and the feedback unit, used to send to The console feeds back information about the parameters determined to be empty by the empty judging unit and / or the abnormal situation that occurs during the uploading process of the uploading unit. The present invention also relates to a related method for processing user behavior data and a related computer-readable storage medium.

Description

technical field [0001] The invention relates to the field of computers, in particular to a dotting module and method for processing user behavior data and related computer-readable media. Background technique [0002] In the development process of the client, the dot function module is often used, which is mainly used to record user behavior. The biggest feature of the dot module is that there are many changes in the point information. Sometimes the data volume of the point information is small, and sometimes the data volume of the point information is relatively large. In the prior art, the solution to the above problems is to overload the function However, once the point information changes, it will be necessary to reset the new dot function, which will make the whole dot function change more frequently, which is very difficult to manage. Moreover, due to the large number of overloaded functions used in the traditional solution, automatic fault tolerance cannot be achieve...

AI Technical Summary

Problems solved by technology

The biggest feature of the dot module is that there are many changes in the point information. Sometimes the data volume of the point information is small, and sometimes the data volume of the point information is relatively large. In the prior art, the solution to the above problems is to overload the function However, once the point information changes, it will be necessary to reset the new dot function, which will make the whole dot function change more frequently, which is very difficult to manage

In addition, due to the large number of overloaded functions used in the traditional solution, automatic fault tolerance cannot be achieved. If the global logic is modified in the management system, all overloaded functions need to be modified, which is a huge workload and very easy to introduce other problems.

[0003] Moreover, in the prior art, there is no corresponding decision logic for the parameter information of the dot, so in some cases of abnormal operation, it will cause a null pointer problem, so that the entire system will crash, making the application program unable to run normally

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