Abstract
The fully automatic Graphical User Interface tool for any application using novel model based test suite generation techniques for a GUI. They are unable to control response time and time intervals are based on relationship between GUI events handlers and test cases with their responsibilities. We present a novel prioritization algorithm that enhances event handlers for the automated GUI tool. The proposed tool generates GUI events, it Captures and Playback event responses to automatic verification point of the results for the test cases which are written to a log file and corresponding report will be generated. This novel algorithm was able to detect new test suite and ordering of test cases to reduce a GUI fault integration defects. The number of faults detected for a single event are found after generating test cases for the application. The Average Percentage of Fault Detection (APFD) and charts has been used to show the effectiveness of proposed algorithm to find fault detection rate.
Highlights
Get numerous operations such as cursor pointing, drag and dropping the menu and resizing the windows should
The fully automatic Graphical User Interface tool for any application using novel model based test suite generation techniques for a GUI. They are unable to control response time and time intervals are based on relationship between GUI events handlers and test cases with their responsibilities
We present a novel prioritization algorithm that enhances event handlers for the automated GUI tool
Summary
Get numerous operations such as cursor pointing, drag and dropping the menu and resizing the windows should. The generic prioritization criteria that are release (4) Mouse select or short cut key to change the event state, this may include a change the software state, applicable to both GUI and Web application. It is to evolve the model and use it to develop unified theory for which may impact the execution of subsequent events. The search effort is distributed amongst the paths, with several ‘species’ working in parallel, each dedicated to finding test data for an individual path (McMinn et al, 2006) The interaction with it primarily using a mouse, launches programs by clicking on icons and manipulates various windows on the screen using graphical controls (Reimer, 2005). We focused on an novel prioritization algorithm to generate test suite for above the same
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