Step 3 of the discourse-planner sequencing. Adds generate/grounding_accessors.py: * pack_grounded_facts(lemma) -> tuple[GroundedFact, ...] * teaching_grounded_chains(lemma) -> tuple[GroundedFact, ...] * cross_pack_grounded_chains(lemma) -> tuple[GroundedFact, ...] * grounding_bundle_for(lemma) -> GroundingBundle All four reuse the existing data substrate (chat.pack_resolver, chat.teaching_grounding._all_chains_index, chat.cross_pack_grounding chain accessors) — no new loader, no new I/O, no string composer touched. Pack facts emit one `is_defined_as` per gloss + one `belongs_to` per semantic_domain; teaching/cross-pack chains emit verbatim (subject, connective, object) triples; everything sorted by GroundedFact.sort_key for canonical determinism. 21 new tests pin: pack/teaching/cross-pack accessor shape, canonical sort order, verbatim object invariant (no synthesis), source_id points back into real artifact, bundle composition combines all three sources with pack-first priority, and doctrine invariants (no *_grounded_surface composer imported, no chat.runtime imported). Verification: * 21/21 new accessor tests pass. * smoke suite 67/67. * cognition eval byte-identical: public 100/100/91.7/100, holdout 100/100/83.3/100.
236 lines
8.9 KiB
Python
236 lines
8.9 KiB
Python
"""Tests for ``generate/grounding_accessors.py`` (step 3).
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These tests pin the structured-grounding contract:
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* Every fact returned carries a canonical ``FactSource`` and a
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``source_id`` that points back into a real artifact (pack lemma,
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teaching chain id, cross-pack chain id).
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* Returned tuples are canonically sorted — equal calls produce
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byte-identical tuples.
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* No content synthesis: ``obj`` values are verbatim pack
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``semantic_domains`` strings, verbatim pack glosses, or verbatim
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teaching/cross-pack chain object lemmas.
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* The accessors do not import or call any ``*_grounded_surface``
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composer — they consult only the underlying data sources, so the
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existing string composers stay untouched.
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The grounding-source characterization sidecar (step 1) covers the
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underlying data substrate; this file pins the *adapter* layer that
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converts that substrate into :class:`GroundedFact` tuples.
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"""
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from __future__ import annotations
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import inspect
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from generate.discourse_planner import (
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FactSource,
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GroundedFact,
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GroundingBundle,
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)
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from generate.grounding_accessors import (
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cross_pack_grounded_chains,
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grounding_bundle_for,
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pack_grounded_facts,
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teaching_grounded_chains,
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)
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# ---------------------------------------------------------------------------
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# Pack accessor
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# ---------------------------------------------------------------------------
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class TestPackGroundedFacts:
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def test_returns_facts_for_pack_lemma(self) -> None:
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facts = pack_grounded_facts("truth")
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assert len(facts) > 0
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assert all(f.source is FactSource.PACK for f in facts)
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assert all(f.subject == "truth" for f in facts)
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def test_returns_empty_for_unknown_lemma(self) -> None:
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assert pack_grounded_facts("definitely_not_a_lemma_xyz") == ()
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assert pack_grounded_facts("") == ()
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assert pack_grounded_facts(" ") == ()
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def test_source_id_points_into_resolving_pack(self) -> None:
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facts = pack_grounded_facts("truth")
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assert all(":" in f.source_id for f in facts)
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# Every source_id is namespaced by the resolving pack id;
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# cognition pack comes first by default precedence so "truth"
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# resolves there.
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assert all(
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f.source_id.startswith("en_core_cognition_v1:")
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for f in facts
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)
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def test_facts_are_canonically_sorted(self) -> None:
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facts = pack_grounded_facts("truth")
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assert facts == tuple(sorted(facts, key=GroundedFact.sort_key))
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def test_belongs_to_obj_is_verbatim_pack_domain(self) -> None:
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# Every "belongs_to" obj must appear as a literal string in the
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# pack's semantic_domains for the lemma — no synthesis.
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from chat.pack_resolver import resolve_lemma
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facts = pack_grounded_facts("truth")
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resolved = resolve_lemma("truth")
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assert resolved is not None
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_, domains = resolved
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belongs_to_objs = {
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f.obj for f in facts if f.predicate == "belongs_to"
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}
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assert belongs_to_objs <= set(domains)
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def test_predicates_are_canonical(self) -> None:
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facts = pack_grounded_facts("truth")
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predicates = {f.predicate for f in facts}
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assert predicates <= {"belongs_to", "is_defined_as"}
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# ---------------------------------------------------------------------------
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# Teaching accessor
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# ---------------------------------------------------------------------------
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class TestTeachingGroundedChains:
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def test_returns_chains_for_subject_with_reviewed_teaching(self) -> None:
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facts = teaching_grounded_chains("knowledge")
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assert len(facts) > 0
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assert all(f.source is FactSource.TEACHING for f in facts)
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assert all(f.subject == "knowledge" for f in facts)
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def test_returns_empty_for_unknown_subject(self) -> None:
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assert teaching_grounded_chains("definitely_not_a_subject_xyz") == ()
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assert teaching_grounded_chains("") == ()
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def test_source_id_points_into_corpus(self) -> None:
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facts = teaching_grounded_chains("knowledge")
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# Format is "<corpus_id>#<chain_id>"
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assert all("#" in f.source_id for f in facts)
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for f in facts:
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corpus_id, chain_id = f.source_id.split("#", 1)
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assert corpus_id != ""
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assert chain_id != ""
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def test_facts_are_canonically_sorted(self) -> None:
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facts = teaching_grounded_chains("knowledge")
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assert facts == tuple(sorted(facts, key=GroundedFact.sort_key))
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def test_obj_is_verbatim_chain_object(self) -> None:
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from chat.teaching_grounding import _all_chains_index
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facts = teaching_grounded_chains("knowledge")
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chains = _all_chains_index()
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# Every fact's (subject, predicate, obj) must match exactly one
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# aggregated chain.
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chain_triples = {
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(chain.subject, chain.connective, chain.object)
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for chain in chains.values()
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}
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for f in facts:
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assert (f.subject, f.predicate, f.obj) in chain_triples
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# ---------------------------------------------------------------------------
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# Cross-pack accessor
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# ---------------------------------------------------------------------------
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class TestCrossPackGroundedChains:
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def test_returns_chains_for_subject_with_cross_pack_data(self) -> None:
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facts = cross_pack_grounded_chains("parent")
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assert len(facts) > 0
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assert all(f.source is FactSource.TEACHING for f in facts)
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def test_object_view_can_be_disabled(self) -> None:
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forward_and_reverse = cross_pack_grounded_chains(
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"memory", include_object_view=True
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)
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forward_only = cross_pack_grounded_chains(
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"memory", include_object_view=False
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)
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assert len(forward_only) <= len(forward_and_reverse)
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def test_returns_empty_for_unknown_lemma(self) -> None:
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assert cross_pack_grounded_chains("definitely_not_a_lemma_xyz") == ()
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def test_facts_are_canonically_sorted_and_deduped(self) -> None:
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facts = cross_pack_grounded_chains("parent")
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assert facts == tuple(sorted(facts, key=GroundedFact.sort_key))
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# Dedupe by sort_key — no duplicate facts allowed.
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keys = [f.sort_key() for f in facts]
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assert len(keys) == len(set(keys))
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# ---------------------------------------------------------------------------
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# Bundle composer
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# ---------------------------------------------------------------------------
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class TestGroundingBundleFor:
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def test_combines_all_three_sources(self) -> None:
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bundle = grounding_bundle_for("knowledge")
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assert isinstance(bundle, GroundingBundle)
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sources = {f.source for f in bundle.sorted_facts()}
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# Knowledge is a cognition-pack lemma with reviewed teaching
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# chains rooted on it.
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assert FactSource.PACK in sources
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assert FactSource.TEACHING in sources
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def test_pack_facts_come_before_teaching_in_sorted_view(self) -> None:
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bundle = grounding_bundle_for("knowledge")
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sources_in_order = [f.source for f in bundle.sorted_facts()]
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# Pack < Teaching by canonical priority. First non-pack index
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# must come AFTER the last pack index.
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try:
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first_teaching = sources_in_order.index(FactSource.TEACHING)
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except ValueError:
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return
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for src in sources_in_order[:first_teaching]:
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assert src is FactSource.PACK
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def test_empty_bundle_for_unknown_lemma(self) -> None:
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bundle = grounding_bundle_for("definitely_not_a_lemma_xyz")
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assert bundle.is_empty()
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def test_bundle_is_deterministic(self) -> None:
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a = grounding_bundle_for("truth").sorted_facts()
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b = grounding_bundle_for("truth").sorted_facts()
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assert a == b
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# ---------------------------------------------------------------------------
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# Doctrine invariants
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# ---------------------------------------------------------------------------
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class TestAccessorDoctrine:
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def test_no_string_composer_imports(self) -> None:
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# The accessors must not pull in any *_grounded_surface
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# composer — they consult only the underlying data accessors.
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import generate.grounding_accessors as ga
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src = inspect.getsource(ga)
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forbidden = (
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"pack_grounded_surface",
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"pack_grounded_definition",
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"pack_grounded_comparison",
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"pack_grounded_correction",
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"pack_grounded_procedure",
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"teaching_grounded_surface",
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"cross_pack_grounded_surface",
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"narrative_grounded_surface",
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"example_grounded_surface",
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)
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for token in forbidden:
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assert token not in src, (
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f"grounding_accessors must not depend on {token}"
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)
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def test_no_runtime_imports(self) -> None:
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import generate.grounding_accessors as ga
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src = inspect.getsource(ga)
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assert "chat.runtime" not in src
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assert "ChatRuntime" not in src
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