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Title
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Collaboration and versioning framework : a systematic top-down approach
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Author
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Abstract
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| CONTEXT: Versioning allows users to efficiently create and evolve artifacts, not only but especially in the domain of model-driven engineering. Due to collaboration tools, the place and time where users jointly work at their artifacts do not play an important role anymore. OBJECTIVE: We systematically elaborated a classification framework for collaboration and versioning tools. The intention is threefold: First, it should be possible to classify existing approaches. Second, deriving from user goals requirements to be met, and capabilities to be supported by a new tool. Third, given a set of capabilities, highlight which user goals can be achieved. METHOD: According to Kang and Lee, we systematically elaborated a problem space and a solution space and created mappings between both spaces and their sub-spaces. To demonstrate the applicability, we classified existing VCS like git, Google Docs, and several MDE-specific approaches. RESULTS: The created feature diagram covers 238 features and contains about 87 constraints. CONCLUSION: The developed framework supports researchers and developers in classifying their tools, revealing new opportunities to improve their tools, and guiding the development of new tools. |
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Language
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English
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Source (book)
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ACM/IEEE International Conference on Model Driven Engineering Languages, and Systems (MODELS), OCT 01-06, 2023, Vasteras, Sweden
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Publication
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Los alamitos
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Ieee computer soc
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2023
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ISBN
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979-83-503-2498-3
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DOI
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10.1109/MODELS-C59198.2023.00124
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Volume/pages
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(2023)
, p. 767-777
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ISI
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001137051500102
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Full text (Publisher's DOI)
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Full text (publisher's version - intranet only)
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