Configuration methods and devices for codeless tracking parameters, computer equipment and memory medium

Abstract

The invention discloses configuration methods and devices for codeless tracking parameters, computer equipment and a memory medium. A method comprises the steps of receiving a parameter updating instruction, obtaining to-be-issued parameters and storing the to-be-issued parameters to a background database, wherein the to-be-issued parameters comprise the codeless tracking parameters newly set by aparameter setting application; receiving an issuing instruction and issuing the to-be-issued parameters; and receiving a configuration request comprising a configuration user identity, and sending the to-be-issued parameters to a business application associated with the configuration user identity, thereby enabling the business application to configure the codeless tracking parameters according to the to-be-issued parameters. According to the methods, the devices, the computer equipment and the memory medium, offline setting can be carried out on the codeless tracking parameters in the parameter setting application, dependence on an online environment of a server is avoided, parameter setting can be carried out relatively freely, a setting process is rapid and convenient, tracking efficiency is improved, and user experience is improved.

Description

technical field [0001] The invention relates to the field of buried points, in particular to a configuration method, device, computer equipment and storage medium without buried point parameters. Background technique [0002] At present, when configuring an application program without embedded parameters, you first need to log in to the server, open the application, and then use shaking to connect to the server before you can start configuration without embedded parameters. The disadvantages of this solution are: firstly, it is laborious to connect to the server by shaking, for example, it needs to be shaken 3 times within 3 seconds to connect to the server, and the failure rate of this process is high; secondly, the solution The application needs to be successfully connected to the network to connect to the server for configuration without embedded parameters, which may fail due to network reasons. At the same time, the user experience of this solution is poor, and the sens...

AI Technical Summary

Problems solved by technology

The disadvantages of this solution are: firstly, it is laborious to connect to the server by shaking, for example, it needs to be shaken 3 times within 3 seconds to connect to the server, and the failure rate of this process is high; secondly, the solution The application needs to be successfully connected to the network before it can connect to the server for configuration without embedded parameters, which may fail due to network reasons. At the same time, the user experience of this solution is poor, and the sensitivity and convenience are not good.

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