lispsyntax-acset

S-expression conversion between ACSets and Lisp syntax is handled by core API primitives: parse_sexp parses Lisp into structured form, sexp_of_acset serializes ACSet graphs to S-expressions, and acset_of_sexp deserializes them back, preserving graph structure bidirectionally.

ACSet serialization converts algebraic database structures into S-expression format for interchange and storage. It enables deterministic data pipelines, OCaml-style deriving workflows, and interoperability between Lisp-based tools and Julia graph systems without manual encoding.

Yes. This Skill implements OCaml ppx_sexp_conv-style deriving for Julia ACSets, enabling familiar deriving workflows to generate S-expression serialization code automatically, reducing manual encoding and supporting interoperation patterns from OCaml ecosystems.

Deterministic coloring applies consistent tagging to S-expression elements using Gay.jl with SplitMix64 hashing, ensuring reproducible, semantically meaningful color assignment across serialization rounds for validation and debugging.

Verify_roundtrip confirms that ACSet-to-S-expression-to-ACSet conversion preserves structure exactly, validating bidirectional conversion correctness and detecting serialization or deserialization logic errors early in data pipelines.

Yes. The Skill handles colored S-expressions natively, applying deterministic coloring schemes during serialization and parsing colored variants during deserialization, supporting rich semantic markup in data interchange.