Software project schedule management method and system thereof

Abstract

The invention discloses a software project schedule management method and a system thereof. The software project schedule management method comprises the following steps of: identifying each test step of a Microsoft Project test plan; reading a start key point and an end key point of each test stage; reading current data and time of a computer, automatically judging a present test step of a software project, and popping up a prompt dialog box; and calculating the number of days of the software project from the current test stage to the end key point through a time function, and popping up the prompt dialog box once everyday from the pre-set number of days before the end key point. The system comprises a relevance test module, a date reading module, a project identifying module, a comparing module and a prompting module. According to the software project schedule management method, a schedule of the software project is realized in real time, and a schedule condition of the software project is reasonably output so that users can handle the schedule of the software project more accurately. The system is simple and convenient to use and is used for automatically prompting the schedule of the project.

Description

technical field [0001] The invention relates to a computer software project management method and system, in particular to a software project progress management method and system, belonging to the technical field of software testing. Background technique [0002] The current software testing process starts with a test plan and is implemented according to the plan. However, plans often fail to keep up with changes. With the progress of the project, various problems and factors interfered, making the progress of the test time, that is, the project progress deviate from the original design track, and develop in an uncontrollable direction. Moreover, the industry does not have methods and system tools for managing project progress. The two most widely used tools, commercial tools such as QC (Quality Center) and TC (test center), and open source tools such as BugFree, do not have the function of design progress management. At present, there are still the following phenomena: ...

AI Technical Summary

Problems solved by technology

At present, there are still the following phenomena: First, most project leaders will promptly analyze the cause of the problem after discovering the problem, and come up with a solution to adjust the deployment accordingly. Therefore, the project test plan is also updated accordingly. The project leader, at the beginning of the project, often elaborate plans are often delayed in the implementation process; second, although the test plan can be updated, the problem of project delay will inevitably occur, and this problem has been not effectively resolved

One of the main reasons for the above problems is that the time control ability of each stage of the test is poor, which leads to the delay of the task, which makes the project postponed

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