By Anthony I. Wasserman (auth.), Gerard Wijers, Sjaak Brinkkemper, Tony Wasserman (eds.)
This quantity offers the lawsuits of the 6th foreign convention on complex info structures Engineering, held in Utrecht, The Netherlands, in June 1994. The 30 contributions through researchers from and academia and by means of ambitioned execs have been chosen from a complete of one hundred thirty submissions after a hugely competetive refereering technique. The papers are geared up in sections on improvement technique help, workflow administration, administration and caliber, object-oriented requisites engineering, behavioural modelling, complicated improvement instruments, reuse, formal IS modelling, strategy engineering, and complex database engineering. In overall, the quantity provides an intensive cutting-edge document on present study and complex purposes in complicated info platforms engineering.
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Additional resources for Advanced Information Systems Engineering: 6th International Conference, CAiSE'94 Utrecht, The Netherlands, June 6–10, 1994 Proceedings
Additionally, we see that there are two constraints formulated regarding a “type”-string of the Track's ports. In this example, these constraints are necessary to determine the in-Port and out-Port of the Track. For simplicity, these constraints were not reflected in the rule's graphical representation in Figure 4. 3 QVT-Core is not restricted to just one mapping node in the bottom pattern of a rule. However, the QVT specification does not seem to intend the use of more than one. Reconciling TGGs with QVT 21 Listing 1.
Currently, most transformation technologies do not very well support reuse and composition of subtransformations as high-level building blocks. One of the causes is the fuzzy distinction between specification, implementation and execution of transformations . We define these terms as follows: Implementation is the transformation source code, as seen by the developer. For many common transformation languages this comes down to a set of mapping rules. Specification is the documentation that describes how a transformation behaves, independently of its concrete implementation.
A single transformation rule in QVT-Core as shown here is called a mapping. The patterns in a mapping are structured in three columns2, called areas, each consisting of a guard pattern and a bottom pattern. The bottom patterns represent the model elements which are actually brought into relationship by this mapping. The guard patterns specify the context which is required for this relation to hold. The outer columns, which contain the patterns belonging to the different involved models, are called the domain areas.
Advanced Information Systems Engineering: 6th International Conference, CAiSE'94 Utrecht, The Netherlands, June 6–10, 1994 Proceedings by Anthony I. Wasserman (auth.), Gerard Wijers, Sjaak Brinkkemper, Tony Wasserman (eds.)