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Test Case Generation for Embedded Real-Time Software with Extended UML Activity Diagram Ganeshwade M. M.*, Patil Kirti**, Patel Puneet*** MIT College of engineering, Aurangabad, India *Vedanti1230@rediffmail.com
**Kirti.patil2004@gmail.com
***1510.puneet@gmail.com
Online published on 27 June, 2017. Abstract The quality of software depends on the number of defects generated by the software and how it efficiently works. Software testing is a very important phase of software development life cycle. It is the process of finding defects by executing a program on a set of test cases and comparing the actual results with expected results. For generating the test cases, information regarding the implementation of system must be understood first, which can be taken from the models created in design phase. UML is widely accepted and used by industry for modeling and design of software and nowadays of embedded systems also. This paper presents a approach to generate the test cases from extended UML activity diagram for real-time embedded systems and prioritizing them to improve the efficiency and at the same time to reduce the high cost of the manual testing in design phase itself. Top Keywords SDLC, Software testing, Embeded real-time systems UML, Extended activity diagram. Top | |
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