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... cases are based on the Unified Modeling Language (UML) and can be visually represented in use-case diagrams. Figure 1 shows a use-case diagram depicting requirements for a university course registration system. The ovals represent use cases, and the stick figures represent "actors," which can be either humans or other systems. ...
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Citations
... Mogyorodi (2001Mogyorodi ( , 2002Mogyorodi ( , 2003Mogyorodi ( ) 2003 Statistical Usage Testing Based on UML Huebner et al. (2003), Riebisch et al. (2002Riebisch et al. ( ) 2003 Traceability from Use Cases to Test Cases Zielczynski (2006Zielczynski ( ) 2004 RETNA: From Requirements to Testing in Natural Way Boddu et al. (2004Boddu et al. ( ) 2004 PLUTO: A Test Methodology for Product Families Gnesi (2004) 2004 A UML-based Test Generation and Execution Ruder (2004Ruder ( ) 2006 Automatic Test Generation: A Use Case Driven Approach Nebut and Fleurey (2003), Nebut et al. (2006Nebut et al. ( ) 2007 An Automatic Tool for Generating Test Cases from the System's Requirements Ibrahim et al. (2007), Ismail et al. (2007Ismail et al. ( ) 2008 REED. Requirement Editor Oh et al. (2008Oh et al. ( ) 2007 Test Cases Generation from Use Cases Gutiérrez et al. (2008aGutiérrez et al. ( ,b) 2009 Software Product Line Testing Pérez et al. (2009Pérez et al. ( ) 2009 Bridging Test and Model-driven Approaches in Web Engineering Robles et al. (2009) presents an overview to quantify the degree of maturity, systematization and automation of the existing works about the generation of functional test cases from functional requirements described in natural languages or, at least, in an informal language. In the literature, there are several approaches like (Liu and Yuting, 2008;Stocks and Carrington, 1996) or (TerMaat, 2001) that offer suitable results in the systematic generation of test cases. ...
... The approach is based on the UML Testing profile for this aim and is supported by a set of tools. The metamodels used are described in Gutiérrez et al. (2008a), but transformations are not included in edited papers, with the exception of a part of them that appears in Gutiérrez et al. (2008b). However, the approach is included in a freeavailable tool named NDT-Suite. ...
Despite the fact that the test phase is described in the literature as one of the most relevant for quality assurance in software projects, this test phase is not usually developed, among others, with enough resources, time or suitable techniques.To offer solutions which supply the test phase, with appropriate tools for the automation of tests generation, or even, for their self-execution, could become a suitable way to improve this phase and reduce the cost constraints in real projects.This paper focuses on answering a concrete research question: is it possible to generate test cases from functional requirements described in an informal way? For this aim, it presents an overview of a set of relevant approaches that works in this field and offers a set of comparative analysis to determine which the state of the art is.
