alabaster.base

alabaster.base saves Bioconductor data structures into file artifacts and loads them back into memory as a robust and portable alternative to RDS serialization.

Key Features:

• Artifact-based storage: Saves Bioconductor data structures as file artifacts rather than serialized RDS files.
• Metadata association: Each artifact is associated with metadata for further interpretation.
• Extensible metadata: Downstream applications can enrich artifact metadata with context-specific properties.
• Portability: Provides a more robust and portable alternative to RDS serialization.

Scientific Applications:

• Bioconductor data persistence: Enables saving and loading of Bioconductor data structures for reproducible analysis workflows.
• Cross-platform data exchange: Facilitates transfer of Bioconductor objects between different computing environments through portable file artifacts.

Methodology:

Data structures are saved to file artifacts with associated metadata, then loaded back into memory; downstream applications may enrich metadata with context-specific properties.