locorda_rdf_canonicalization 0.11.3

locorda_rdf_canonicalization: ^0.11.3 copied to clipboard

• Bump to 0.11.3 due to fixes for locorda_rdf_mapper_generator. We use synchronized versioning.

• Bump "locorda_rdf_canonicalization" to 0.11.2 to stay in sync with "locorda_rdf_mapper_generator" which has an important bugfix.

• DOCS: update CHANGELOGs for version 0.11.0 with complete feature documentation.

Changed #

• Monorepo Migration: Package moved from kkalass/rdf_canonicalization to locorda/rdf monorepo under new namespace
• Documentation: Updated all URLs and references to locorda.dev domain
• Version Synchronization: Graduated package to stable 0.11.0 release as part of the Locorda RDF suite

• Version aligned to 0.11.0-dev as part of the Locorda RDF suite. All packages now share synchronized version numbers for simplified dependency management. This release consolidates the monorepo under the locorda/rdf organization in preparation for the upcoming 1.0.0-rc1 release.

Fixed #

• Test Suite Compliance: Fixed critical bugs to achieve full compliance with the official W3C RDF canonicalization test suite
• Specification Alignment: Re-implemented n-degree hashing algorithm to more closely align with the W3C specification
• Implementation Structure: Improved canonicalization implementation with better quad handling and processing

Changed #

• Code Quality: Introduced typedefs to improve code readability and maintainability
• Test Infrastructure: Added comprehensive official test suite for validation

Added #

• Initial Release: RDF canonicalization library extracted for specialized canonicalization functionality
• RDF Canonicalization API: Complete canonicalization framework for RDF graph isomorphism and semantic equality
  • CanonicalRdfDataset and CanonicalRdfGraph classes for semantic RDF comparison
  • canonicalize(), canonicalizeGraph(), isIsomorphic(), and isIsomorphicGraphs() functions
  • CanonicalizationOptions and CanonicalHashAlgorithm for configurable canonicalization behavior
  • Support for SHA-256 and SHA-384 hash algorithms
  • Deterministic blank node labeling and canonical N-Quads output