On the Dependency Heaviness of CRAN/Bioconductor Ecosystem

August 24, 2022 Β· Declared Dead Β· πŸ› Journal of Systems and Software

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Authors Zuguang Gu arXiv ID 2208.11674 Category cs.SE: Software Engineering Citations 0 Venue Journal of Systems and Software Last Checked 5 months ago
Abstract
The R package ecosystem is expanding fast and dependencies among packages in the ecosystem are becoming more complex. In this study, we explored the package dependencies from a new aspect. We applied a new metric named "dependency heaviness" which measures the number of additional strong dependencies that a package uniquely contributes to its child or downstream packages. It also measures the total reduced dependencies in the ecosystem when the role of a package is changed from a strong parent to a weak parent. We systematically studied how the dependency heaviness spreads from parent to child packages, and how it further spreads to remote downstream packages in the CRAN/Bioconductor ecosystem. We extracted top packages and key paths that majorly transmit heavy dependencies in the ecosystem. Additionally, the dependency heaviness analysis on the ecosystem has been implemented as a web-based database that provides comprehensive tools for querying dependencies of individual R packages.
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