![]() Tester would also desire the ability to merge the description of bugs. In that scenario, the tester would be able to either keep the duplicated bug or reject it. Defect tracking tools need more powerful and intelligent algorithms to be able to flag warning when a duplicated bug is reported. Second, there can be difference in the ‘words and phrases’ used to describe the same bug. First, it would be very inefficient approach. A simple comparison of description of current bugs with all the previously reported bugs would not serve the purpose. This is a very challenging feature to devise. The limitation with current defect tracking tools in software testing is the inability to recognize a duplicate bug report. If duplicate bugs are reported frequently in a project, it results in frustration for the team members. Also, it adds to the effort of testing team and developers. It happens numerous times that a tester reports a bug providing detailed information, but the bug is marked as ‘Duplicate’. One of the major challenge testers face today is reporting of duplicate bugs. There is a need to define intelligent search algorithms like google search. The anticipated search feature would be able to search the ‘string’ in the bug title and bug description. Although it facilitates the tester, but testers are still looking forward towards a more powerful yet simple search feature. This information builds up the filter facility of the defect tracking tool. You can also attach customized tags to your bug reports in some tools. At present, several defect tracking tools provide the facility of assigning bug to an iteration version, assigned to person, assigned by, priority level and a bug status. In the next five years, we will see a powerful search and filter features in the defect tracking software. Keeping the limitations of current defect tracking tools and the unmet needs of quality assurance team, we can conclude that the software defect tracking is heading towards new, improved and more powerful features. Where is Software Defect Tracking Heading in the next 5 years? ![]() ![]() It gives him clarity about the overall progress of the project, work completed successfully and the remaining work. Enables the manager to see open bugs in the project.Easy navigation through bugs as users can filter bugs on the basis of assignment, priority, iteration etc.Enables the team to specify the priority, severity, estimated time and assignment details of defect.Generate email notifications to the concerned person when an activity takes place on a bug.Entire team can report and view progress of bugs at one place. ![]() Defect tracking tool provides a centralized overview of the bugs with current information.Provides organized and efficient way of defect management.Store and relay the information of bugs in a hassle free manner.There are several defect tracking software available which provide powerful features to effectively manage defect life cycle, such as: Defect management process can become a cumbersome process if simple spreadsheets are used.Ī defect management tool enables you to ease your defect management process. Test manager or project manager needs to carefully track the reported bugs and make sure that no bug remains unfixed. The number of defects increases when the project is complex or large. Many defects are identified in the software testing process. In the Software Development Life Cycle, SDLC, software product is tested for defects and issues before it is handed over to the customer. Why Defect Tracking Software is Important This software defect tracking process is facilitated by the use of defect tracking tools. You might have noticed that a defect is not only reported but needs to be visited several times, by different people before it can be closed down. If the bug is fixed, tester closes the bug. Then, the developer informs the quality assurance person to verify the fix. The developer sees the bug details and fixes it. When a defect is found, it is reported to developer. Software defect tracking is the process of managing the defect lifecycle. ![]()
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