A Method of Exception Recovery During Automated Execution

Abstract

The invention provides a recovery method for exceptions during automation execution. The recovery method comprises the following steps: automatically loading a QTP (quick test professional) script, and starting QTP; executing script combination on a series of functions of automation execution software; executing function test on a QTP program frame, recording and saving tested function information to a configuration file, and collating acquired function results into a rest report; capturing the exceptions and handling the exceptions during the execution until normal stop or error stop; capturing stop execution; judging whether the stop execution is abnormal or not; if the stop execution belongs to the normal stop, exiting a program, and otherwise, entering the next step; starting an external script; performing statistics on the number of times of the stop execution with an abnormal function, and deciding whether the function is continued or the function is skipped to enter next function execution according to the number of times of the stop execution. According to the recovery method provided by the invention, automatic handling on the exceptions during the automation is realized, so that continuous operation is performed by the QTP, the manual maintenance is reduced, and the work efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of testing, in particular to an exception recovery method during automatic execution. Background technique [0002] Currently, the QuickTest Professional (QTP for short) tool provided by HP can conduct automated unmanned testing of products, thereby reducing the time and energy spent during testing, but due to the influence of the environment, including the network and other aspects during the automated unmanned execution As a result, many steps cannot be executed according to the designed operation, resulting in exceptions during execution, and since automated execution is generally executed during off-duty hours, the execution will be interrupted in the case of abnormal execution. In response to these problems, most of the abnormal non-automated tools can avoid the above problems, including the problem of the tool interface itself, but it may take a long time to sort out and accumulate the abnormal parts, ...

AI Technical Summary

Problems solved by technology

[0002] Currently, the QuickTest Professional (QTP for short) tool provided by HP can conduct automated unmanned testing of products, thereby reducing the time and energy spent during testing, but due to the influence of the environment, including the network and other aspects during the automated unmanned execution There are too many, which will cause many steps to fail to execute according to the designed operation, resulting in exceptions during execution, and because automated execution is generally executed during off-duty hours, execution will be interrupted in the case of abnormal execution

In response to these problems, most of the abnormal non-automated tools can avoid the above problems, including the problem of the tool interface itself, but it may take a long time to sort out and accumulate the abnormal parts, which is time-consuming and labor-intensive

Images