Software risk test and control method and system thereof

Abstract

The invention discloses a software risk test and control method and a system thereof. The software risk test and control method comprises the following steps of: establishing a risk database; newly building a project and guiding the newly-built project into a WBS (Work Breakdown Structure) table; establishing risk management targets of the project; prompting a testing personnel to pre-process upcoming risks as early as possible because that risk is possible to generate when different roles are output at different stages according to the different roles and work tasks; changing project information; when the testing personnel meets risks which do not be prompted early in the project, directly searching countermeasures corresponding to the risks through a search engine by the testing personnel, so that a process solution suitable for the project is obtained according to a reasonable reference. The system comprises a risk database, a project information input module, a risk management target generating module, an authority identification and risk output module, an information changing and coping module and a risk search engine. The software risk test and control method is used for monitoring in real time and providing a risk control strategy; and the system can be used for reducing a period of the project and reducing the cost of the project.

Description

technical field [0001] The invention relates to a computer software testing method and system, in particular to a software risk testing and control method and system. Background technique [0002] Software testing has been developed in China's software industry for more than ten years, but the shortage of domestic testing management personnel or the shortage of experienced and capable management personnel is a major problem in the current software testing industry. There are no methods and systems that help testers to test and control software risks. As a result, in actual projects, testers do not consider various risks in place or comprehensively, predict risks in a timely manner, and deal with risks poorly. Scientific, inadequate risk management, eventually lead to project delays, a large number of rework, mid-term abortion, user dissatisfaction and even complaints, which makes users' trust in software products decline. At present, in many small and medium-sized testing p...

AI Technical Summary

Problems solved by technology

There are no methods and systems that help testers to test and control software risks. As a result, in actual projects, testers do not consider various risks properly or comprehensively, predict risks in a timely manner, and deal with risks poorly. Scientific, inadequate risk management, eventually leading to project delays, a large number of rework, mid-term miscarriage, user dissatisfaction and even complaints, etc., which makes users' trust in software products decline

At present, in many small and medium-sized testing projects, the understanding of software testing risks is not very clear, or even ignored, so that urgent measures are taken when the risks come, but the risks in this situation have long been difficult to control and solve.

Images