Formalisms for Reuse and Systems Integration (Advances in by Thouraya Bouabana-Tebibel, Stuart H. Rubin

By Thouraya Bouabana-Tebibel, Stuart H. Rubin

Reuse and integration are outlined as synergistic innovations, the place reuse addresses tips to reduce redundancy within the construction of parts; whereas, integration specializes in part composition. Integration helps reuse and vice versa. those comparable strategies aid the layout of software program and platforms for maximizing functionality whereas minimizing rate. wisdom, like info, is topic to reuse; and, each one will be interpreted because the different. which means inherent complexity, a degree of the aptitude application of a approach, is at once proportional to the level to which it maximizes reuse and integration. Formal tools grants a suitable context for the rigorous dealing with of those synergistic innovations. in addition, formal languages permit for non ambiguous version specification; and, formal verification strategies supply aid for insuring the validity of reuse and integration mechanisms.

 

This edited ebook contains 12 prime quality learn papers written by way of specialists in formal facets of reuse and integration to hide the newest advances within the box. those papers are prolonged models of a few of the easiest papers, that have been offered on the IEEE foreign convention on details Reuse and Integration and the IEEE foreign Workshop on Formal equipment Integration - either one of which have been held in San Francisco in August 2014.

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OCL constraints are written by the UML designer and next automatically translated into a temporal logic to be checked on the CPN. Since OCL does not support temporal expressions, we proposed in a previous work [6] to extend OCL with temporal operators and then translate the language to Linear Temporal Logic (LTL) and Computational Tree Logic (CTL). Furthermore, to fully benefit from the expressivity power of OCL, we performed a value-oriented specification, using identified objects and events. We also provided the CPN model with constructs allowing for the constraints checking.

Their registration is performed using the link action createLink(servedclient) within the Withdrawal Interactionfragment (see figure 9). Figures 7, 8 and 9 depict the specification of the link actions, showed in bold, on the InteractionFragments of the system. In Petri nets, the association end is modeled by a place of role type. This place holds the name of the association end. The create link action is semantically equivalent to a Petri net arc going from the transition with the association end update towards the place specifying the association end.

It is illustrated by figure 5 which shows a seq CombinedFragment derived into CPN. The CombinedFragment is depicted in figure 4. The dynamics of the CPN derived from the interaction nodes is mainly defined by means of two token types: object and message. At transition firing, the incidence functions Pre() and Post() respectively, consume or put tokens in the corresponding places. The marking regarding objects progresses along the derived lifeline models. An object is modeled by a token of the form: , where obj is the object identity and atr = {attrib1, …, attribn} the object attributes.

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