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249 lines
11 KiB
Python
249 lines
11 KiB
Python
#!/usr/bin/env python3
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"""Générateur du manifest de dépendances PIE · Annexe 12 · V10.1.
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Directive : `DIRECTIVE_PIE_PROJECT_IDENTITY_ENGINE_20260803.md` (Michel · 2026-08-03).
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« La faisabilité devient le Project DNA · source unique de vérité (SSOT). »
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Ce module livre le **P0** du PIE : le schéma Project Master Data + le manifest de
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dépendances (§88 de la directive) qui liste, pour chaque déclencheur de la
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faisabilité, les livrables downstream à régénérer — et lesquels sont DÉJÀ gated
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par un module MVP existant vs restent à construire (P1-P4).
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Ce worker n'écrit JAMAIS sur le VPS (#8) : le storage réel du PIE
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(`/opt/oto/data/pie/{code}/`) et la génération effective des Brand Books / logos /
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PDF restent côté agents (Flux, ERPNext, OTOIA). Ici : uniquement le contrat de
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dépendances versionnable, cross-vérifié contre CLAUDE.md, la directive et le FS.
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Sous-commandes :
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build [-o OUT] → écrit pie_manifest.json + MANIFEST.json
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validate → (re)génère en mémoire, valide schéma + 10 invariants ;
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sort en erreur sinon.
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Sortie déterministe (tri stable, aucun horodatage) → diffable + re-générable.
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"""
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from __future__ import annotations
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import argparse
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import json
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import os
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import sys
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_HERE = os.path.dirname(os.path.abspath(__file__))
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_DELIVERABLES = os.path.normpath(os.path.join(_HERE, "..", "..")) # 05_deliverables_mvp/
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sys.path.insert(0, _HERE)
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sys.path.insert(0, os.path.join(_DELIVERABLES, "publiciste"))
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from pielib import builder, deps # noqa: E402
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from lib import validator as maison # type: ignore # noqa: E402
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_SPEC_PATH = os.path.join(_HERE, "pie_spec.json")
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_SCHEMA_PATH = os.path.join(_HERE, "pie.schema.json")
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_DEFAULT_OUT = os.path.join(_HERE, "out")
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# Ensemble documenté des déclencheurs de synchronisation (directive §82-86).
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_DECLENCHEURS = {"prix", "typologie", "amenities", "livraison"}
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# Clés canoniques des 12 groupes Project Master Data (directive §16-29).
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_GROUPES_CANONIQUES = {
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"identite", "localisation", "architecture", "unites", "budget", "marketing",
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"bim", "finances", "juridique", "images", "services", "calendrier",
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}
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def _eprint(*args) -> None:
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print(*args, file=sys.stderr)
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def _load(path: str) -> dict:
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with open(path, encoding="utf-8") as fh:
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return json.load(fh)
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def _write_json(path: str, data) -> None:
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with open(path, "w", encoding="utf-8") as fh:
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json.dump(data, fh, ensure_ascii=False, indent=2)
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fh.write("\n")
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def _validate(bundle: dict) -> list[str]:
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"""Schéma de sortie + 10 invariants (SSOT · ancrages CLAUDE.md/directive/FS).
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Ledger des invariants (le compte « 10 » est ré-affiché à l'exécution) :
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1 · schéma draft-07 de pie_manifest.json
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2 · 12 groupes Master Data, clés uniques == ensemble canonique (§16-29)
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3 · 4 règles sync, triggers == {prix, typologie, amenities, livraison}
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4 · chaque downstream référencé existe dans le registre ; trigger_group réel
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5 · registre downstream : statut cohérent avec présence d'un module
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6 · chaque module downstream non nul est un répertoire de livrable réel (FS)
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7 · workflow = étapes 1..N contiguës et uniques
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8 · codes marques ⊆ CLAUDE.md §Projets (ancrage constitution)
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9 · annexe (12) + version_workflow (V10.1) verbatim dans la directive
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10 · storage layout hors-repo (/opt/oto/data/...) — jamais le out/ du module (#8)
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"""
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schema = _load(_SCHEMA_PATH)
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errors: list[str] = []
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man = bundle["manifest"]
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trace = bundle["traceability"]
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# 1 · schéma de sortie.
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errors += list(maison.validate(man, schema))
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# 2 · Project Master Data : 12 groupes, clés uniques, == ensemble canonique.
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groups = man["master_data_groups"]
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cles = [g["cle"] for g in groups]
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if len(cles) != 12:
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errors.append(f"master_data_groups : {len(cles)} groupes (attendu 12 · §16-29)")
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if len(set(cles)) != len(cles):
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errors.append("master_data_groups : clés dupliquées")
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if set(cles) != _GROUPES_CANONIQUES:
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manquants = _GROUPES_CANONIQUES - set(cles)
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surplus = set(cles) - _GROUPES_CANONIQUES
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errors.append(f"master_data_groups : clés ≠ ensemble canonique "
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f"(manquants={sorted(manquants)} · surplus={sorted(surplus)})")
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# 3 · règles de synchronisation : 4 triggers == ensemble documenté (§82-86).
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triggers = [r["trigger"] for r in man["sync_rules"]]
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if set(triggers) != _DECLENCHEURS:
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errors.append(f"sync_rules : triggers {sorted(set(triggers))} ≠ "
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f"{sorted(_DECLENCHEURS)} (§82-86)")
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if len(set(triggers)) != len(triggers):
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errors.append("sync_rules : trigger dupliqué")
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# 4 · intégrité référentielle : downstream + trigger_group pointent du réel.
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registry_keys = {d["cle"] for d in man["downstream_registry"]}
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group_keys = set(cles)
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for r in man["sync_rules"]:
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if r["trigger_group"] not in group_keys:
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errors.append(f"sync_rule {r['trigger']!r} : trigger_group "
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f"{r['trigger_group']!r} absent des Master Data groups")
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for t in r["downstream"]:
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if t not in registry_keys:
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errors.append(f"sync_rule {r['trigger']!r} : downstream {t!r} "
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f"absent du downstream_registry")
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# 5 · registre downstream : statut cohérent (gated ⇔ module non nul).
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for d in man["downstream_registry"]:
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attendu = "gated" if d["module"] else "a_construire"
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if d["statut"] != attendu:
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errors.append(f"downstream {d['cle']!r} : statut {d['statut']!r} "
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f"incohérent avec module {d['module']!r}")
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# 6 · chaque module downstream non nul EST un répertoire de livrable réel (FS).
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for d in man["downstream_registry"]:
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if d["module"] and not deps.module_exists(d["module"]):
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errors.append(f"downstream {d['cle']!r} : module {d['module']!r} "
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f"introuvable sous 05_deliverables_mvp/")
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# 7 · workflow : étapes 1..N contiguës et uniques.
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etapes = [s["etape"] for s in man["workflow"]]
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if etapes != list(range(1, len(etapes) + 1)):
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errors.append(f"workflow : étapes non contiguës/desordonnées : {etapes}")
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# 8 · codes marques ⊆ CLAUDE.md §Projets (ancrage constitution · #6).
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codes = {b["code"] for b in man["brands"]}
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canoniques = deps.claude_md_project_codes()
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if not canoniques:
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errors.append("CLAUDE.md §Projets : aucun code Pxx lu (ancrage impossible)")
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elif not codes <= canoniques:
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errors.append(f"brands : codes {sorted(codes - canoniques)} absents de "
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f"CLAUDE.md §Projets")
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# 9 · annexe + version verbatim dans la directive (ancrage directive · #6).
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decl = deps.directive_declares(trace["directive_source"],
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f"Annexe {man['annexe']}", man["version_workflow"])
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for needle, present in decl.items():
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if not present:
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errors.append(f"directive {trace['directive_source']!r} : "
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f"« {needle} » introuvable (ancrage rompu)")
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# 10 · storage layout hors-repo : aucun artefact PIE n'atterrit dans le out/
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# du module (le worker n'écrit JAMAIS le storage VPS · #8).
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racine = man["storage_layout"]["racine"]
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if not racine.startswith("/opt/oto/data/pie/"):
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errors.append(f"storage_layout.racine {racine!r} hors /opt/oto/data/pie/")
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if os.path.abspath(deps.module_out_dir()).startswith(os.path.abspath("/opt/oto/data")):
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errors.append("out/ du module confondu avec le storage VPS (#8)")
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# Traçabilité : comptes du manifeste cohérents avec les tableaux.
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c = trace["counts"]
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if c["master_data_groups"] != len(groups):
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errors.append("counts.master_data_groups incohérent")
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if c["downstream_total"] != len(man["downstream_registry"]):
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errors.append("counts.downstream_total incohérent")
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if c["sync_rules"] != len(man["sync_rules"]):
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errors.append("counts.sync_rules incohérent")
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if c["workflow_steps"] != len(man["workflow"]):
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errors.append("counts.workflow_steps incohérent")
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if c["brands"] != len(man["brands"]):
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errors.append("counts.brands incohérent")
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gated = sum(1 for d in man["downstream_registry"] if d["statut"] == "gated")
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if c["downstream_gated"] != gated:
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errors.append("counts.downstream_gated incohérent")
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return errors
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def _build() -> dict:
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return builder.build_bundle(_load(_SPEC_PATH))
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def cmd_build(args: argparse.Namespace) -> int:
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bundle = _build()
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errors = _validate(bundle)
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if errors:
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_eprint("❌ Manifest invalide — génération refusée (anti-régression) :")
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for e in errors:
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_eprint(f" - {e}")
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return 1
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out = os.path.abspath(args.out)
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os.makedirs(out, exist_ok=True)
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_write_json(os.path.join(out, "pie_manifest.json"), bundle["manifest"])
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_write_json(os.path.join(out, "MANIFEST.json"), bundle["traceability"])
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c = bundle["traceability"]["counts"]
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print(f"✅ Manifest PIE généré dans {out}")
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print(f" pie_manifest.json : {c['master_data_groups']} groupes Master Data · "
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f"{c['sync_rules']} règles sync · {c['downstream_total']} livrables downstream "
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f"({c['downstream_gated']} gated · {c['downstream_a_construire']} à construire) · "
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f"{c['workflow_steps']} étapes workflow · {c['brands']} marques")
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print(" ⚠ Storage PIE réel (/opt/oto/data/pie/{code}/) + génération Brand Book / "
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"logos / PDF côté agents (Flux · ERPNext · OTOIA · VPS · #8).")
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return 0
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def cmd_validate(args: argparse.Namespace) -> int:
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bundle = _build()
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errors = _validate(bundle)
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if errors:
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_eprint("❌ Validation KO :")
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for e in errors:
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_eprint(f" - {e}")
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return 1
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c = bundle["traceability"]["counts"]
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print(f"✅ Validation OK — PIE Annexe {bundle['manifest']['annexe']} · "
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f"{bundle['manifest']['version_workflow']} : schéma + 10 invariants verts "
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f"({c['downstream_total']} downstream · {c['brands']} marques).")
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return 0
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def main(argv: list[str] | None = None) -> int:
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p = argparse.ArgumentParser(description="Générateur du manifest de dépendances PIE (Annexe 12 · V10.1).")
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sub = p.add_subparsers(dest="cmd", required=True)
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pb = sub.add_parser("build", help="génère pie_manifest.json / MANIFEST.json")
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pb.add_argument("-o", "--out", default=_DEFAULT_OUT, help="dossier de sortie (défaut: ./out)")
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pb.set_defaults(func=cmd_build)
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pv = sub.add_parser("validate", help="valide le bundle (schéma + 10 invariants) sans écrire")
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pv.set_defaults(func=cmd_validate)
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args = p.parse_args(argv)
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return args.func(args)
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if __name__ == "__main__":
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raise SystemExit(main())
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