Files
GerbilManager/tools/import
Gulum ce1704c3b7 fix(import): Stammbaum-/Eltern-/isResident-Tickets der Züchterin (18)
Import-Logik:
- Externe Gründer (Zooladen/„von Privat"/„from …, <Land>") bekommen keine
  erfundenen Chart-Eltern mehr → Bill, Cooky, Zadar haben korrekt unbekannte
  Eltern (is_external_origin). [#5,#13,#28]
- Hagrid: externe Zucht wird nicht mehr als Bestand markiert (isResident=false)
  + Leerhüllen-Dedup → ein Datensatz mit Eltern Snickers × Milka. [#17,#18,#20a]
- Gender-Index: eindeutiges Geschlecht schlägt unbekanntes Duplikat → Rollen-
  Auflösung repariert (Vance→Mutter Enya, Zac→Vater Vance/Mutter Dorie). [#33,#35]
- „Eltern: X + Y"-Wurfnotizen werden geparst (~46 Würfe); v.d.↔von-den-Namens-
  kanon (Theodore→BlackFire). [#9,#11,#30]

Daten-Overrides (conflict-decisions.json, jetzt auch Gender + exakte Eltern):
- Mozart→weiblich [#2], Yuki=Camaro×Izumi [#23], Gold-Mutter=Chelsea [#36],
  Arya=Vance×Sansa (Geschwisterverpaarung) [#16], Tony→Sammy [#12],
  Odelia [#15], Jamie→Danny [#31], Silver=Taro×Beatrice [#11].

Frontend: GerbilDetailPage blendet für isResident=false Würfe + Charakter aus
(Hinweis nonResidentNote). [#17,#20b]

Tests: test_extract/test_merge_resolve erweitert; vitest 135, playwright tiere 34 grün.

Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
2026-06-22 21:16:53 +02:00
..

GerbilManager import tooling (FEAT-8b)

One-off migration tooling (Python, no third-party deps) that turns Julian's wife's hand-built spreadsheets into normalised JSON for review and, later, import. This is not product code — it lives outside the app and is run manually.

See the format analysis in FEAT-8a-format-spec.md (Pam's hive workspace).

What it does

extract.py runs stages 12 of the pipeline:

  1. Extract (stage 1)
    • 10 Stammbaum pedigree charts → animals (name, DOB, death, Farbschlag, genotype, breeder, positionally-reconstructed parent links, photos).
    • Wurfchronik litter chronicle → litters (date, dam, sire, Wurfstärke, sex breakdown, Zuchtnummer, notes). Columns are read by header row because the two sheets use different schemas.
    • Embedded photos (xl/media) → output/photos/<animal-slug>/, mapped to the animal by drawing anchor position.
  2. Dedup + review (stage 2)
    • Merge animals on normalise(call-name) + DOB, with the Zucht as discriminator (Julian's ruling: Wurfchronik [brackets] ≡ Stammbaum of/von <line> suffix — both are the breeding line; same name+DOB but different Zucht stays two animals).
    • Match animals onto Wurfchronik litters (litterRef) via DOB + (Vater, Mutter) — the Pam-validated build order (chronicle litters are canonical).
    • Emit a German-language output/review-report.md for the breeder to verify (merges, conflicts, ambiguous/incomplete entries, unmapped genotype tokens, litter data-quality warnings).
    • Nothing is loaded into the database — stage 3 (API load) is separate and waits on DATA-2 + FEAT-1b phase 2.

Wurfchronik column semantics (Julian, authoritative)

A Wurfbezeichnung · B Geburtsdatum · C Mutter · D Vater ([…] = Zucht, & = multiple sires) · E survivedToGoHome (Tabelle1 only, unlabeled — detected positionally) · F Wurfstärke → totalBorn · G breakdown Männchen,Weibchen,TG,smales/females/stillborn/diedLater (s = died after birth, before Abgabe) · last column → note. Validation: E should equal F TG s; mismatches become German warnings in the review report (data-quality signal, not an import blocker). A few Tabelle2 rows shift these columns — they are read value-adaptively and flagged with a warning.

Genotypes are mapped to the frozen 8-locus contract (A C D E G P Sp Re) while preserving everything: genotype.mapped8locus, genotype.rawGenotype (verbatim), genotype.unmappedTokens (e.g. the Uw locus, markers WFNZ/WP/DP). A - (unknown second allele) maps to ?.

Run

cd tools/import
python extract.py                       # xlsx → animals.json / litters.json
python extract.py --stammbaeume "<dir>" --wurfchronik "<file.xlsx>"
python extract_docx.py                  # Wurfchronik-Detail.docx → docx_*.json
python extract_contracts.py             # Abgabeverträge (.docx) → contracts.json
python merge_and_resolve.py             # → resolved_import.json (DB-ready)

Requires Python 3 (zero third-party deps). Re-runnable / idempotent — re-run when more files arrive (Wurfchronik Teil2+, new charts, or new contracts).

extract_contracts.py scans the breeder's sale-contract share (\\truenas\…\Verträge, ~1.4k .docx) and emits one record per contract (buyer, animal call-names, Farbschlag, dates, price, source filename). It skips the blank template, Abstammungsnachweis/Geburtsurkunde documents, and any file that is not a readable .docx. merge_and_resolve.py then conservatively folds contracts into the resolved data: buyers become receiver Contacts, and unambiguously matched gerbils get ReceiverContactId / GoHomeDate / Status=GivenAway (only where not already set), with a provenance history line. Ambiguous / unmatched animals are counted and skipped, never guessed.

Output (tools/import/output/, git-ignored except the report)

File Contents
animals.json deduped animals with genotype, parentRefs, photos, sourceFiles
litters.json litters from the Wurfchronik
docx_animals.json / docx_litters.json Wurfchronik-Detail.docx rows
contracts.json one record per Abgabevertrag (buyer, animals, dates, price)
resolved_import.json merged DB-ready payload consumed by IngestResolvedService
photos/<slug>/… extracted, anchor-mapped images
review-report.md human review deliverable (committed)

Files

  • xlsx_util.py — dependency-free .xlsx reader (zip + XML): shared strings, cells by reference, image/drawing anchors.
  • genotype.py — genotype notation parser → 8-locus mapping + raw + unmapped.
  • extract.py — the pipeline (stages 12).