By A. Elfaki
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Extra resources for Software Product Line - Advanced Topic
The applicability of the approach has been validated in AMRPL case study. The proposed notations and annotation used to model the AMRPL have also been evaluated using an evaluation framework (Djebbi and Salinesi 2006). From the evaluation there are several criteria have been fulfilled by the proposed notation among them are its readability, simplicity and expressiveness, explicit variability types, specification for the variability, unified modeling and tool support. Nonetheless the mapping have not yet consider design decision as an intermediate model for vertical mapping between domain requirements to domain architecture.
Additionally, the tool also aids in the inspection activity – static quality assurance activities carried out by a group composed by the authors of the artifacts, a reader and the reviewers – through the generation of different reports and providing a way to gather information about the change requests that should be performed in the inspected artifacts. Moreover, it is important to mention that the tool provides a bug tracker, as proposed by the metamodel, in order to manage the change requests.
The fifth AMR is the parking assistant based on the work of Polzer, Kowalewski and Botterweck (Polzer, Kowalewski et al. 2009). The AMRPL is as shown in Figure 7. In order to identify the commonality and variability of the AMRPL requirements, approach by Abd Halim, Jawawi and Safaai (Halim, Jawawi et al. 2009) is used. However, in order to simplify this paper, the common and variable function is represented in use case diagram as shown in Figure 8. Fig. 8. AMRPL Use Case Figure 9 shows all the three models based on their corresponding metamodel in Figure 6.