Bibliographie

Controlling OSGi Bundles with Petri Nets

Felix Simmendinger, Lawrence Cabac , Michael Duvigneau, and Nicolas Knaak.
Controlling OSGi bundles with Petri nets.
In Moldt et al. (Hrsg.), Proceedings of the International Workshop on Petri Nets and Software Engineering (PNSE'07), pages 220-225.

Kurzfassung: Software engineering of plugin-based applications suffers from structural problems when composing the application involves larger sets of plugins. It then becomes a hideous task to understand the way data- and control-flow is distributed over the plugins and it complicates further prototyping and integration of extensions. In the example of the Eclipse Rich Client Platform (RCP), situations arise where an abstract layer for managing the interactions between plugins in a workflow manner could ease the development of extensions or the integration of third-party plugins. This paper introduces Petri nets as a means for rapid prototyping of applications modularized on the base of the OSGi platform, which is the core of the Eclipse RCP. As an example, we show how Petri nets can be applied to control workflows in a plugin-based scientific application built upon Eclipse.

BibTeX-Eintrag

@InProceedings{Simmendinger+07,
  author =  {Simmendinger, Felix and Cabac, Lawrence and Duvigneau,
                  Michael and Knaak, Nicolas},
  title =  {Controlling {OSGi} Bundles with {Petri} Nets},
  pages =  {220--225},
  year =  2007,
  crossref =  {Moldt+-e-07},
  abstract =  {Software engineering of plugin-based applications
                  suffers from structural problems when composing the
                  application involves larger sets of plugins. It then
                  becomes a hideous task to understand the way data- and
                  control-flow is distributed over the plugins and it
                  complicates further prototyping and integration of
                  extensions. In the example of the Eclipse Rich Client
                  Platform (RCP), situations arise where an abstract layer
                  for managing the interactions between plugins in a
                  workflow manner could ease the development of extensions
                  or the integration of third-party plugins. This paper
                  introduces Petri nets as a means for rapid prototyping of
                  applications modularized on the base of the OSGi
                  platform, which is the core of the Eclipse RCP. As an
                  example, we show how Petri nets can be applied to control
                  workflows in a plugin-based scientific application built
                  upon Eclipse.},
}

@Proceedings{Moldt+-e-07,
  title =  {Proceedings of the International Workshop on {Petri} Nets
                  and Software Engineering (PNSE'07)},
  booktitle =  {Proceedings of the International Workshop on {Petri} Nets
                  and Software Engineering (PNSE'07)},
  editor =  {Moldt, Daniel and Kordon, Fabrice and van Hee, Kees and
                  Colom, Jos{\'e}-Manuel and Bastide, R{\'e}mi},
  month =  jun,
  year =  2007,
  publisher =  {Akademia Podlaska},
  address =  {Siedlce, Poland}
}

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