Titlebook: Agile Modeling with UML; Code Generation, Tes Bernhard Rumpe Textbook 2017 Springer International Publishing AG 2017 System Description Lan

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Derivation of Theoretical FrameworkRefactoring means applying . to . while .. This chapter first discusses the method of applying refactoring rules and the concepts of .. On this basis, the chapter then develops a . which is based on UML/P test cases and practically usable.

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Definition of Customer Co-DesignBased on the core principles for model transformations and the specialization of these transformations as refactoring rules, this chapter discusses possible forms of refactoring rules for UML/P, the transfer of rules from other languages to UML/P, and a . for transforming larger data structures.

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https://doi.org/10.1007/978-3-658-07526-2Finally, we give a summary and an in detail outlook on further readings and publications in the context of the UML/P.

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Introduction,Many projects today demonstrate quite spectacularly how expensive incorrect or faulty software can be.

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全部

CRANK

Model-Based Tests,Building on Chapter 6, this chapter focuses on practical issues associated with implementing tests with UML. It demonstrates how we can define test cases efficiently using UML/P and which types of diagrams are suitable for doing so.

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Design Patterns for Testing,To supplement the description of the theory of and the general approach for developing tests, this chapter demonstrates how to use UML/P based test patterns. We here use these patterns to illustrate how to define test dummies and how to design functional tests for concurrent and distributed systems, for example.

Implicit

Refactoring as a Model Transformation,Refactoring means applying . to . while .. This chapter first discusses the method of applying refactoring rules and the concepts of .. On this basis, the chapter then develops a . which is based on UML/P test cases and practically usable.

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Refactoring of Models,Based on the core principles for model transformations and the specialization of these transformations as refactoring rules, this chapter discusses possible forms of refactoring rules for UML/P, the transfer of rules from other languages to UML/P, and a . for transforming larger data structures.