Buried point test feature acquisition method and related device

Abstract

The invention discloses a buried point test feature obtaining method and a related device. The buried point test features can be obtained locally at a client. The method comprises the steps of obtaining burying point test data of an APP in response to triggering of a test operation on the APP running on terminal device in a test period; establishing a local database by utilizing the buried point test data; and obtaining buried point test characteristics in the test period by utilizing at least two of the trigger serial number, the type and the name of the buried point in the database. The buried point test efficiency and the operation convenience of test personnel are improved, the technical capability requirement and the operation complexity degree of personnel executing the buried pointtest are reduced, the real-time performance of obtaining buried point test characteristics is very high. Meanwhile, the economic overhead is reduced, and the method is very practical.

Description

technical field [0001] The present application relates to the technical field of testing, and in particular to a method for acquiring features of buried point testing and a related device. Background technique [0002] In order to better understand the user’s usage behavior in the application (Application, APP), relevant data can be obtained and analyzed through buried points. This way of obtaining user behavior data through buried points is very important for the analysis of Internet products And improvement has high application value. [0003] Some program codes are pre-added to the APP by developers to collect and count data such as users' browsing, access and application status in the APP, so as to facilitate the analysis of user interaction behavior and help APP product development and operation personnel to carry out subsequent optimization . The above-mentioned technology of adding the program codes of these specific functions is called the buried point technology. ...

AI Technical Summary

Problems solved by technology

The server not only communicates with the device, the process of network transmission results in poor timeliness of the data presented by the platform, which is difficult to meet the real-time requirements of testers for buried point testing

[0010] 2) Since the data provided by the third-party data platform is relatively simple, it presents the number of triggers after a single-point test, and the lack of reflected data leads to very limited auxiliary effects for testers and low practicability

[0011] 3) The data of the third-party data platform requires testers to perform difference calculations, which makes the process of buried point testing too cumbersome

[0012] 4) It also relies too much on the ability of testers, and has very high requirements for the level of personnel who perform buried point testing, resulting in a very high threshold for buried point testing

[0013] 5) Testers can only view data by logging in to the relevant server background on the web version, which is inconvenient to operate and affects test efficiency

[0014] 6) Purchasing data analysis services from a third-party data service platform brings additional economic expenses for APP development and testing

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