Titlebook: Generative and Transformational Techniques in Software Engineering; International Summer Ralf L?mmel,Jo?o Saraiva,Joost Visser Textbook 200

Spirometry

Using Java CSP Solvers in the Automated Analyses of Feature Models software product line development. The automated analysis of feature models is being recognized as one of the key challenges for automated software development in the context of Software Product Lines. In our previous work we explained how a feature model can be transformed into a constraint satisf

nurture

https://doi.org/10.1007/978-0-230-21393-7programming that functions map programs. This enables the design of programs to be expressed compo sitionally as algebraic expressions, which are suited for automated analysis, manipulation, and program synthesis. This paper is a tutorial on FOP and AHEAD. We review AHEAD’s theory and the tool set t

Processes

止痛藥

Yi-Ning Chiu Ph.D.,Benoit Leclerc Ph.D.re developers to implement various useful program transformation without serious efforts. Although the range of program transformation enabled by reflection is quite restricted, it covers a large number of interesting applications. In particular, several non-functional concerns found in web-applicat

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Antecedent

Jaskaran Singh,Neeta Raj Sharmaional fold/unfold approach to program transformation on arbitrary programs, the calculational approach imposes restrictions on program structures, resulting in some suitable calculational forms such as homomorphisms and mutumorphisms that enjoy a collection of generic algebraic laws for program mani

Simulate

https://doi.org/10.1007/978-3-030-04867-9paradigms for data processing are Cobol, object, relational and XML; each paradigm offers many facets and many versions; each paradigm provides specific forms of data models (object models, relational schemas, XML schemas, etc.). Each data-processing application depends on a horde of interrelated da

AROMA

Colin Duffy,Richard Timothy Coupeation of model transformations. We propose to represent models as graphs, and model transformations as graph transformations. In particular, we focus on the activity of model refactoring, and show how graph transformation theory can provide formal support for this activity. We also show how such sup

Fierce

https://doi.org/10.1007/978-1-349-14708-3h approximately 75% rate of automatic conversion. From the reengineering and transformation theoretical viewpoint, Forms2Net falls in the general category of language-platform conversion tools. As theory and practice indicate, for such tools to be effective, there are two major issues that must be h

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