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- inception.decide(user, project, choices=, via=): owner-only; validates the choices (pure) and every target (owned rulebook / always-on for an exclusion / readable design system) BEFORE any effect; then, each idempotent: exclude always-on rulebooks, subscribe rulebooks, point the design system (None = explicitly none), seed the standard Systems if asked and the project has none; writes projects.inception LAST. Re-deciding is additive for exclusions/subscriptions, replaces the design system, never re-seeds. - inception.current_defaults(): what binds if nobody decides — the ask's payload (always-on / other rulebooks, standing exclusions + subscriptions, design system + the choices, Systems count). - services/systems.STANDARD_SYSTEMS (name + generic charter) + seed_standard_systems(); mcp/tools/systems names the same list in the bootstrap ask — one vocabulary. - Integration tests: effects land and the record says why; bad targets apply nothing; outsiders cannot decide. Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
66 lines
3.6 KiB
Python
66 lines
3.6 KiB
Python
"""Project inception (milestone 297) — step 1: the record's shape.
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The WHY a project inherits what it does lives on projects.inception; the
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opt-out of an always-on rulebook is its own association table. Pure
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validation is pinned here; the effects are step 3's integration tests.
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"""
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from scribe.models import Base
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from scribe.models.project import Project
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from scribe.models.rulebook import project_rulebook_exclusions
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from scribe.services.inception import (
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CHOICE_KEYS, INCEPTION_VIAS, is_decided, normalize_choices, validate_inception,
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)
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def test_project_carries_an_inception_record_and_to_dict_shows_it():
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assert "inception" in Project.__table__.c
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assert Project.__table__.c.inception.nullable # NULL = undecided
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p = Project(user_id=1, title="x", inception=None)
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assert p.to_dict()["inception"] is None and not is_decided(p)
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p.inception = {"via": "mcp", "decided_at": "2026-08-22T00:00:00+00:00", "decided_by": 1,
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"choices": normalize_choices({"seed_systems": True})}
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assert is_decided(p) and p.to_dict()["inception"]["via"] == "mcp"
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assert INCEPTION_VIAS == ("mcp", "ui", "legacy")
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def test_exclusions_table_is_the_suppressions_sibling():
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t = Base.metadata.tables["project_rulebook_exclusions"]
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assert project_rulebook_exclusions is t
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assert {c.name for c in t.primary_key.columns} == {"project_id", "rulebook_id"}
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fks = {fk.column.table.name: fk.ondelete for c in t.columns for fk in c.foreign_keys}
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assert fks == {"projects": "CASCADE", "rulebooks": "CASCADE"}
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def test_validate_inception_pins_the_choice_vocabulary():
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assert CHOICE_KEYS == ("exclude_always_on_rulebooks", "subscribe_rulebooks", "design_system_id", "seed_systems")
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assert validate_inception({}) is None
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assert validate_inception({"exclude_always_on_rulebooks": [1], "subscribe_rulebooks": [2],
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"design_system_id": 3, "seed_systems": True}) is None
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assert validate_inception({"design_system_id": None}) is None
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assert "must be an object" in validate_inception([])
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assert "unknown inception choice" in validate_inception({"repo": "x"})
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assert "list of rulebook ids" in validate_inception({"exclude_always_on_rulebooks": "1"})
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assert "list of rulebook ids" in validate_inception({"subscribe_rulebooks": [0]})
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assert "list of rulebook ids" in validate_inception({"subscribe_rulebooks": [True]})
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assert "both excluded and subscribed" in validate_inception(
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{"exclude_always_on_rulebooks": [1, 2], "subscribe_rulebooks": [2]})
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assert "positive id or null" in validate_inception({"design_system_id": 0})
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assert "positive id or null" in validate_inception({"design_system_id": True})
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assert "true or false" in validate_inception({"seed_systems": "yes"})
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def test_normalize_choices_is_canonical_and_complete():
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out = normalize_choices({"subscribe_rulebooks": [3, 1, 3], "exclude_always_on_rulebooks": [2]})
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assert out == {"exclude_always_on_rulebooks": [2], "subscribe_rulebooks": [1, 3],
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"design_system_id": None, "seed_systems": False}
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assert normalize_choices(None) == {"exclude_always_on_rulebooks": [], "subscribe_rulebooks": [],
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"design_system_id": None, "seed_systems": False}
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def test_standard_systems_vocabulary_is_one_list_for_ask_and_seed():
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from scribe.mcp.tools.systems import _STANDARD_SYSTEMS
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from scribe.services.systems import STANDARD_SYSTEMS
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assert _STANDARD_SYSTEMS == tuple(n for n, _ in STANDARD_SYSTEMS)
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assert len(STANDARD_SYSTEMS) == 8 and all(charter for _, charter in STANDARD_SYSTEMS)
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