UI remote test method, client, remote server and system

Abstract

The invention provides a UI remote test method, a client, a remote server and a system, and the method comprises the steps of transmitting remote test information to the remote server through a back-end service, so that the remote server obtains a corresponding test case from a database and executes the test case, obtains abnormal information when the test case fails, and suspends a test process; receiving abnormal information sent by the remote server through the back-end service, modifying the test case, and updating database storage; and sending the test case step ID to the remote server through the back-end service, so that the remote server obtains the corresponding test case from the database, repackages the test case, and executes the test case from the step corresponding to the test case step ID. According to the UI remote test method, the client, the remote server and the system provided by the invention, the UI remote test is realized, the process is suspended after the exception occurs, and the test case is continuously executed based on the specified steps, so that the flexibility is improved, and the test cost is reduced.

Description

technical field [0001] The invention relates to the technical field of automated testing, in particular to a UI remote testing method, client, remote server and system. Background technique [0002] UI automation testing refers to an automated testing method that realizes automated operation and verification in code by simulating manual operation of the user UI interface. The biggest challenge for automated testing is the change of the UI interface. The change of the UI interface will lead to the failure of test case execution, so the UI automation script needs to be continuously debugged. [0003] In the existing UI automation testing platform, in the process of writing test cases, execution and debugging, the middle step reports an error and the use case process stops, and judges the cause of the error according to the abnormal information and screenshots returned by the backend, and modify the test case to run from the first step after submission and execution, and the de...

AI Technical Summary

Problems solved by technology

The biggest challenge for automated testing is the change of the UI interface. The change of the UI interface will cause the execution of the test case to fail, so the UI automation script needs to be continuously debugged

[0003] In the existing UI automation test platform, in the process of writing test cases and executing debugging, the middle step reports an error and the use case process stops, and judges the cause of the error according to the abnormal information and screenshots returned by the backend, and modify the test case to run from the first step after submitting and executing, and the debugging cost high

Existing blocking UI automation script testing tools require users to download the debugging toolkit, which is costly; and it must be executed at the wrong step. If the previous steps of the wrong step have problems in the automation use case design, the previous steps cannot be added. Execute any specified steps after deletion, poor flexibility

Also, existing UI automation tests do not support remote debugging of UI automation use cases

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