Linux platform based automatic counting method for test progress

Abstract

The invention provides a Linux platform based automatic counting method for test progress. The method is characterized by comprising the follow steps: S1, recording project test state information through scripts; S2, summarizing the project test state information, and outputting a format file finish.txt; S3, reading and writing finish. txt, acquiring project test state progress in real time, and automatically counting the project test progress; S4, feeding back the project test progress to a control center server in real time. The test progress of the project is displayed through acquisition and collection of the information by the script and the print format form of the information, and the real-time acquisition function of the test project progress is achieved. Meanwhile, the acquired information is more accurate, and the problem of confusion of many test content during report of personnel is solved.

Description

technical field [0001] The invention relates to the field of project testing, in particular to an automatic statistical method for testing progress based on a linux platform. Background technique [0002] During the project testing process, the real-time state control of the test progress is convenient for the reasonable allocation of project resources and manpower, so that the project can be carried out and completed in a limited time using the optimal state of project resources, and the state of the test is controlled to important. In the current project testing process, the control of the test progress is still in a state of "inquiry -> feedback" or "regular feedback". Both of these methods have certain disadvantages. [0003] Method 1: "Inquiry -> Feedback": Obviously, this method is very primitive and mechanized. In the whole event, the number of participants was 2, the way of information acquisition was passive, the acquisition of information was random and un...

AI Technical Summary

Problems solved by technology

However, there is a problem that we have no way of judging the accuracy and validity of the information given, for example, whether the feedback calculation method is effective; the time taken by the feedback may be a review that is not detailed enough; the project What are the test items that are time-consuming to test?

Without a complete data statistics, it is not conducive to the resource debugging of the project

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