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normalize-skos

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Mis à jour9 juin 2026 à 12:28

Use when fetching, parsing, normalizing, or canonicalizing a SKOS scheme into N-Quads in skosdex — i.e. running the scripts/skosdex fetch/normalize/canonicalize pipeline or debugging its normalized.nq.gz / canonical.nq.gz output, including the gzip + Git LFS storage and zip/gz source decompression.

Installation

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Source

danbri

danbri/skosdex

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Basé sur la classification professionnelle SOC

Développeurs de logicielsProfessions informatiques et mathématiques·SOC 15-1252

SKILL.md

readonly

name	normalize-skos
description	Use when fetching, parsing, normalizing, or canonicalizing a SKOS scheme into N-Quads in skosdex — i.e. running the scripts/skosdex fetch/normalize/canonicalize pipeline or debugging its normalized.nq.gz / canonical.nq.gz output, including the gzip + Git LFS storage and zip/gz source decompression.
license	Apache-2.0

Normalize & canonicalize a scheme

scripts/skosdex (Node, ESM; deps: n3, rdf-canonize) turns each scheme's source RDF into two gzipped artifacts in its folder:

normalized.nq.gz — parsed, sorted, de-duplicated N-Quads (build artifact, gitignored).
canonical.nq.gz — normalized.nq.gz with blank nodes canonicalized using W3C RDF Dataset Canonicalization (RDFC-1.0), giving a stable, hashable, diff-friendly form. Committed via Git LFS.

Storage: always gzip, always LFS (IMPORTANT)

All N-Quads artifacts are gzipped (.nq.gz), never plain .nq (which is gitignored). N-Quads gzips ~16×. The CLI reads/writes gzip transparently.
third_party/skos/**/canonical.nq.gz is tracked by Git LFS (.gitattributes). After a fresh clone run git lfs pull or the files are just pointers (the smoke test npm test will flag this).
See CLAUDE.md for the full data-storage policy.

Commands

node scripts/skosdex fetch        <slug>   # download sourceURL -> cache/ (decompresses zip/gz)
node scripts/skosdex normalize    <slug>   # source -> normalized.nq.gz
node scripts/skosdex canonicalize <slug>   # normalized.nq.gz -> canonical.nq.gz
node scripts/skosdex build        [slug]   # all of the above, then bundle + solr-docs

Omit <slug> to act on every scheme. build skips data steps for metadata-only (non-open / bundle:false) schemes automatically.

Notes

Compressed sources: set skosdex:compression to zip or gzip in meta.ttl and fetch decompresses automatically (uses unzip for zip, needs it on PATH). skosdex:sourceEntry picks the member of a multi-file zip.
Supported source formats (parsed by n3): Turtle, N-Triples, N-Quads, TriG, N3. RDF/XML is not supported — convert upstream first (rapper/riot) or add a per-scheme helper in the scheme's tools/ folder.
Canonicalization fast-path: schemes with no blank nodes (most IRI-based SKOS, e.g. NALT, IPTC) skip RDFC-1.0 — the sorted normalized form already IS canonical. This turns a multi-minute pass into ~1s on large schemes.
cache/ is gitignored; never commit fetched third-party data unless it is openly licensed and intentionally tracked.
Re-running is idempotent: canonical output is deterministic, so canonical.nq.gz only changes when the source does.

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name	normalize-skos
description	Use when fetching, parsing, normalizing, or canonicalizing a SKOS scheme into N-Quads in skosdex — i.e. running the scripts/skosdex fetch/normalize/canonicalize pipeline or debugging its normalized.nq.gz / canonical.nq.gz output, including the gzip + Git LFS storage and zip/gz source decompression.
license	Apache-2.0

Normalize & canonicalize a scheme

scripts/skosdex (Node, ESM; deps: n3, rdf-canonize) turns each scheme's source RDF into two gzipped artifacts in its folder:

normalized.nq.gz — parsed, sorted, de-duplicated N-Quads (build artifact, gitignored).
canonical.nq.gz — normalized.nq.gz with blank nodes canonicalized using W3C RDF Dataset Canonicalization (RDFC-1.0), giving a stable, hashable, diff-friendly form. Committed via Git LFS.

Storage: always gzip, always LFS (IMPORTANT)

All N-Quads artifacts are gzipped (.nq.gz), never plain .nq (which is gitignored). N-Quads gzips ~16×. The CLI reads/writes gzip transparently.
third_party/skos/**/canonical.nq.gz is tracked by Git LFS (.gitattributes). After a fresh clone run git lfs pull or the files are just pointers (the smoke test npm test will flag this).
See CLAUDE.md for the full data-storage policy.

Commands

node scripts/skosdex fetch        <slug>   # download sourceURL -> cache/ (decompresses zip/gz)
node scripts/skosdex normalize    <slug>   # source -> normalized.nq.gz
node scripts/skosdex canonicalize <slug>   # normalized.nq.gz -> canonical.nq.gz
node scripts/skosdex build        [slug]   # all of the above, then bundle + solr-docs

Omit <slug> to act on every scheme. build skips data steps for metadata-only (non-open / bundle:false) schemes automatically.

Notes

Compressed sources: set skosdex:compression to zip or gzip in meta.ttl and fetch decompresses automatically (uses unzip for zip, needs it on PATH). skosdex:sourceEntry picks the member of a multi-file zip.
Supported source formats (parsed by n3): Turtle, N-Triples, N-Quads, TriG, N3. RDF/XML is not supported — convert upstream first (rapper/riot) or add a per-scheme helper in the scheme's tools/ folder.
Canonicalization fast-path: schemes with no blank nodes (most IRI-based SKOS, e.g. NALT, IPTC) skip RDFC-1.0 — the sorted normalized form already IS canonical. This turns a multi-minute pass into ~1s on large schemes.
cache/ is gitignored; never commit fetched third-party data unless it is openly licensed and intentionally tracked.
Re-running is idempotent: canonical output is deterministic, so canonical.nq.gz only changes when the source does.