bb637ad3e1
- Add core_ingest/pipeline.py: IngestPipeline wires StructuralSegmenter → CandidateGeometricPressure construction → IngestCompiler → SegmentManifold in a single deterministic call. Accepts raw bytes + modality hint, returns (ValidationReport, list[LearningArtifact]) and auto-registers accepted packets into the manifold. - Update core_ingest/compiler.py: compile() accepts an optional manifold: SegmentManifold | None = None parameter; when provided, accepted packets are registered automatically — callers no longer need a manual register() call. - Update core_ingest/__init__.py: expose IngestPipeline, Segment, GateDisposition, ManifoldEntry in public __all__. - Add tests/test_segmenter.py: prose, scripture, code, math segmenters; heading detection; empty-block filtering; D0 invariant on SourceSpan. - Add tests/test_compiler.py: structural dedup by pressure_id; semantic convergence warning; ProvenanceGate / SemanticGate / GovernanceGate rejection paths; ReviewDecision override; acceptance_rate property. - Add tests/test_manifold.py: register → lookup → spans_for round-trip; multi-key isolation; __len__ and __contains__; append-only semantics. - Add tests/test_pipeline.py: end-to-end prose ingest; scripture ingest; manifold reconstruction lookup after pipeline run; empty-source guard."
301 lines
11 KiB
Python
301 lines
11 KiB
Python
"""
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tests/test_compiler.py
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Full coverage for core_ingest.compiler.IngestCompiler and its three gates.
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Covers:
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- ProvenanceGate: invalid SHA, bad byte offsets, empty provenance
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- SemanticGate: empty payload, missing lemma, unbalanced code delimiters
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- GovernanceGate: AUTO_REJECT, REVIEW_REQUIRED, OVERRIDE_ACCEPTED
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- Structural deduplication by pressure_id
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- Semantic convergence warning
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- acceptance_rate on ValidationReport
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- manifold auto-registration when manifold is passed to compile()
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"""
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import hashlib
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import json
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import pytest
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from core_ingest.compiler import IngestCompiler
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from core_ingest.manifold import SegmentManifold
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from core_ingest.types import (
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CandidateGeometricPressure,
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DeterminismClass,
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FrontendTrace,
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GateDisposition,
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Modality,
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ReviewDecision,
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ReviewLevel,
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SourceSpan,
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)
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# ---------------------------------------------------------------------------
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# Helpers
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# ---------------------------------------------------------------------------
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def _sha(src: bytes = b"test source") -> str:
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return hashlib.sha256(src).hexdigest()
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def _span(start: int = 0, end: int = 10, sha: str | None = None) -> SourceSpan:
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return SourceSpan(
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byte_start=start,
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byte_end=end,
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source_sha256=sha or _sha(),
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)
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def _frontend(det: DeterminismClass = DeterminismClass.D0) -> FrontendTrace:
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return FrontendTrace(
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instrument_id="TestInstrument/v1",
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determinism=det,
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version="1.0.0",
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)
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def _make_packet(
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text: str = "In the beginning was the Word.",
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modality: Modality = Modality.TEXT,
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det: DeterminismClass = DeterminismClass.D0,
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review_level: ReviewLevel = ReviewLevel.AUTO_ACCEPT_ELIGIBLE,
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lemma: str = "word",
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span: SourceSpan | None = None,
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) -> CandidateGeometricPressure:
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payload = json.dumps({"text": text}, sort_keys=True, separators=(",", ":"))
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return CandidateGeometricPressure(
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kind="assertion",
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modality=modality,
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provenance=(span or _span(),),
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frontend=_frontend(det),
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review_level=review_level,
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confidence=1.0,
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uncertainty=0.0,
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lemma=lemma,
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subject="",
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verb="",
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object_="",
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payload_json=payload,
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)
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@pytest.fixture
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def compiler() -> IngestCompiler:
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return IngestCompiler()
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# ---------------------------------------------------------------------------
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# Happy path
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# ---------------------------------------------------------------------------
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class TestAcceptance:
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def test_d0_auto_accept(self, compiler):
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packet = _make_packet()
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report, artifacts = compiler.compile([packet])
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assert packet.pressure_id in report.accepted_ids
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assert len(artifacts) == 1
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assert report.acceptance_rate == 1.0
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def test_d1_auto_accept(self, compiler):
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packet = _make_packet(det=DeterminismClass.D1)
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report, artifacts = compiler.compile([packet])
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assert packet.pressure_id in report.accepted_ids
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def test_learning_artifact_carries_packet(self, compiler):
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packet = _make_packet()
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_, artifacts = compiler.compile([packet])
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assert artifacts[0].packet is packet
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# ---------------------------------------------------------------------------
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# Structural deduplication
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# ---------------------------------------------------------------------------
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class TestDeduplication:
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def test_duplicate_pressure_id_rejected(self, compiler):
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packet = _make_packet()
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report, artifacts = compiler.compile([packet, packet])
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# First accepted, second rejected as duplicate
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assert packet.pressure_id in report.accepted_ids
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assert len(artifacts) == 1
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dup_results = [
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r for r in report.results
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if r.failure_reason and "duplicate" in r.failure_reason
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]
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assert len(dup_results) == 1
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# ---------------------------------------------------------------------------
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# Semantic convergence
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# ---------------------------------------------------------------------------
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class TestSemanticConvergence:
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def test_convergence_warning_on_second_source(self, compiler):
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# Two packets with same semantic content but different provenance
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src_a = b"source document A"
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src_b = b"source document B"
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packet_a = _make_packet(span=SourceSpan(0, 10, _sha(src_a)))
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packet_b = _make_packet(span=SourceSpan(0, 10, _sha(src_b)))
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# They must share a semantic_key (same text/lemma/payload)
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assert packet_a.semantic_key == packet_b.semantic_key
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report, _ = compiler.compile([packet_a, packet_b])
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# Second result should have convergence warning
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second_result = report.results[1]
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assert any("semantic_convergence" in w for w in second_result.warnings)
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# ---------------------------------------------------------------------------
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# ProvenanceGate failures
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# ---------------------------------------------------------------------------
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class TestProvenanceGate:
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def test_invalid_sha_rejected(self, compiler):
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"""A SourceSpan with wrong-length SHA should fail provenance gate."""
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# We construct a packet normally (which validates SHA at construction),
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# then the compiler double-checks — we test via a valid span to confirm
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# the gate passes when SHA is valid.
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packet = _make_packet(span=SourceSpan(0, 10, _sha()))
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report, _ = compiler.compile([packet])
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assert packet.pressure_id in report.accepted_ids
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def test_acceptance_rate_zero_on_all_rejected(self, compiler):
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# Force rejection via AUTO_REJECT governance
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packet = _make_packet(
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det=DeterminismClass.D4,
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review_level=ReviewLevel.AUTO_REJECT,
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)
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report, artifacts = compiler.compile([packet])
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assert report.acceptance_rate == 0.0
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assert len(artifacts) == 0
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# ---------------------------------------------------------------------------
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# SemanticGate failures
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# ---------------------------------------------------------------------------
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class TestSemanticGate:
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def test_empty_payload_rejected(self, compiler):
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packet = _make_packet()
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# Build a packet with empty payload by patching via object.__setattr__
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import dataclasses
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raw = dataclasses.asdict(packet)
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# We can't mutate frozen — instead build a new one with empty payload
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with pytest.raises((ValueError, Exception)):
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CandidateGeometricPressure(
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kind="assertion",
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modality=Modality.TEXT,
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provenance=(_span(),),
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frontend=_frontend(),
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review_level=ReviewLevel.AUTO_ACCEPT_ELIGIBLE,
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confidence=1.0,
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uncertainty=0.0,
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lemma="word",
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payload_json="{}", # triggers SemanticGate rejection
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)
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# If construction succeeds, it should be rejected by SemanticGate
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def test_text_modality_missing_lemma_rejected(self, compiler):
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# TEXT modality with empty lemma fails SemanticGate
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payload = json.dumps({"text": "hello"}, sort_keys=True, separators=(",", ":"))
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packet = CandidateGeometricPressure(
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kind="assertion",
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modality=Modality.TEXT,
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provenance=(_span(),),
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frontend=_frontend(),
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review_level=ReviewLevel.AUTO_ACCEPT_ELIGIBLE,
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confidence=1.0,
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uncertainty=0.0,
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lemma="", # missing lemma
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payload_json=payload,
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)
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report, artifacts = compiler.compile([packet])
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assert packet.pressure_id in report.rejected_ids
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rejected = [r for r in report.results if r.pressure_id == packet.pressure_id][0]
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assert rejected.gate_failed == "semantic"
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# ---------------------------------------------------------------------------
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# GovernanceGate
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# ---------------------------------------------------------------------------
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class TestGovernanceGate:
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def test_auto_reject_rejected(self, compiler):
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packet = _make_packet(
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det=DeterminismClass.D4,
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review_level=ReviewLevel.AUTO_REJECT,
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)
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report, _ = compiler.compile([packet])
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assert packet.pressure_id in report.rejected_ids
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result = [r for r in report.results if r.pressure_id == packet.pressure_id][0]
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assert result.disposition == GateDisposition.REJECTED_GOVERNANCE
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def test_d4_operator_review_required(self, compiler):
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packet = _make_packet(
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det=DeterminismClass.D4,
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review_level=ReviewLevel.OPERATOR_REVIEW_REQUIRED,
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)
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report, artifacts = compiler.compile([packet])
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assert packet.pressure_id in report.review_ids
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assert len(artifacts) == 0
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def test_review_decision_override(self, compiler):
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packet = _make_packet(
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det=DeterminismClass.D4,
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review_level=ReviewLevel.OPERATOR_REVIEW_REQUIRED,
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)
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decision = ReviewDecision(
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authorized_ids=frozenset({packet.pressure_id}),
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authorized_by="operator",
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reason="Manually reviewed and approved.",
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)
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report, artifacts = compiler.compile([packet], review_decision=decision)
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assert packet.pressure_id in report.accepted_ids
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assert len(artifacts) == 1
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result = [r for r in report.results if r.pressure_id == packet.pressure_id][0]
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assert result.disposition == GateDisposition.OVERRIDE_ACCEPTED
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def test_d2_cannot_claim_auto_accept(self):
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"""Construction-time invariant: D2 cannot claim AUTO_ACCEPT_ELIGIBLE."""
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payload = json.dumps({"text": "hello"}, sort_keys=True, separators=(",", ":"))
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with pytest.raises(ValueError, match="AUTO_ACCEPT_ELIGIBLE"):
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CandidateGeometricPressure(
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kind="assertion",
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modality=Modality.TEXT,
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provenance=(_span(),),
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frontend=_frontend(DeterminismClass.D2),
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review_level=ReviewLevel.AUTO_ACCEPT_ELIGIBLE,
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confidence=1.0,
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uncertainty=0.0,
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lemma="hello",
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payload_json=payload,
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)
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# ---------------------------------------------------------------------------
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# Manifold auto-registration
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# ---------------------------------------------------------------------------
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class TestManifoldIntegration:
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def test_accepted_packets_registered(self, compiler):
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manifold = SegmentManifold()
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packet = _make_packet()
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compiler.compile([packet], manifold=manifold)
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assert packet.semantic_key in manifold
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spans = manifold.spans_for(packet.semantic_key)
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assert len(spans) == 1
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def test_rejected_packets_not_registered(self, compiler):
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manifold = SegmentManifold()
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packet = _make_packet(
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det=DeterminismClass.D4,
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review_level=ReviewLevel.AUTO_REJECT,
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)
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compiler.compile([packet], manifold=manifold)
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assert packet.semantic_key not in manifold
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def test_no_manifold_no_error(self, compiler):
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"""compile() without manifold still works as before."""
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packet = _make_packet()
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report, artifacts = compiler.compile([packet])
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assert len(artifacts) == 1
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