138 lines
4.7 KiB
Python
138 lines
4.7 KiB
Python
from typing import Any, cast
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import pytest
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from haiku.rag.research.dependencies import ResearchContext
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from haiku.rag.research.graph import (
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AnalyzeInsightsNode,
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DecisionNode,
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PlanNode,
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ResearchDeps,
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ResearchState,
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SearchDispatchNode,
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SynthesizeNode,
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build_research_graph,
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)
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from haiku.rag.research.models import (
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EvaluationResult,
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GapRecord,
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GapSeverity,
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InsightAnalysis,
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InsightRecord,
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InsightStatus,
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ResearchReport,
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SearchAnswer,
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)
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from haiku.rag.research.stream import stream_research_graph
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@pytest.mark.asyncio
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async def test_graph_end_to_end_with_patched_nodes(monkeypatch):
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graph = build_research_graph()
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state = ResearchState(
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context=ResearchContext(original_question="What is haiku.rag?"),
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max_iterations=1,
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confidence_threshold=0.5,
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max_concurrency=2,
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)
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deps = ResearchDeps(
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client=cast(Any, None), console=None
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) # client unused in patched nodes
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async def fake_plan_run(self, ctx) -> Any:
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ctx.state.context.sub_questions = [
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"Describe haiku.rag in one sentence",
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"List core components of haiku.rag",
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]
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ctx.deps.emit_log("planning", ctx.state)
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return SearchDispatchNode(self.provider, self.model)
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async def fake_search_dispatch_run(self, ctx) -> Any:
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# Answer all pending questions deterministically, then move to analysis
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while ctx.state.context.sub_questions:
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q = ctx.state.context.sub_questions.pop(0)
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# pydantic BaseModel kwargs not fully typed for pyright
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ctx.state.context.add_qa_response(
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SearchAnswer(query=q, answer="A", context=["x"], sources=["s"]) # pyright: ignore[reportCallIssue]
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)
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ctx.deps.emit_log(f"answered:{q}", ctx.state)
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return AnalyzeInsightsNode(self.provider, self.model)
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async def fake_analyze_run(self, ctx) -> Any:
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analysis = InsightAnalysis(
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highlights=[
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InsightRecord(
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summary="haiku.rag orchestrates research stages",
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status=InsightStatus.VALIDATED,
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supporting_sources=["s"],
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originating_questions=["Describe haiku.rag in one sentence"],
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)
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],
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gap_assessments=[
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GapRecord(
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description="Need a final summary",
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severity=GapSeverity.LOW,
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blocking=False,
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resolved=False,
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)
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],
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resolved_gaps=[],
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new_questions=[],
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commentary="Insights captured for synthesis",
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)
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ctx.state.context.integrate_analysis(analysis)
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ctx.state.last_analysis = analysis
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ctx.deps.emit_log("analysis", ctx.state)
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return DecisionNode(self.provider, self.model)
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async def fake_decision_run(self, ctx) -> Any:
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ctx.state.last_eval = EvaluationResult(
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key_insights=["haiku.rag coordinates planning, search, and synthesis"],
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new_questions=[],
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gaps=["Need a final summary"],
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confidence_score=1.0,
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is_sufficient=True,
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reasoning="done",
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)
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ctx.state.iterations += 1
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ctx.deps.emit_log("decision", ctx.state)
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return SynthesizeNode(self.provider, self.model)
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async def fake_synthesize_run(self, ctx) -> Any:
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report = ResearchReport(
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title="Haiku RAG",
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executive_summary="...",
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main_findings=["f1"],
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conclusions=["c1"],
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limitations=[],
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recommendations=[],
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sources_summary="s",
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)
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from pydantic_graph import End
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return End(report)
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monkeypatch.setattr(PlanNode, "run", fake_plan_run, raising=False)
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monkeypatch.setattr(
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SearchDispatchNode, "run", fake_search_dispatch_run, raising=False
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)
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monkeypatch.setattr(AnalyzeInsightsNode, "run", fake_analyze_run, raising=False)
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monkeypatch.setattr(DecisionNode, "run", fake_decision_run, raising=False)
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monkeypatch.setattr(SynthesizeNode, "run", fake_synthesize_run, raising=False)
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start = PlanNode(provider="test", model="test")
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collected = []
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async for event in stream_research_graph(graph, start, state, deps):
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collected.append(event)
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if event.type == "report":
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report = event.report
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break
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else: # pragma: no cover - defensive guard
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report = None
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assert isinstance(report, ResearchReport)
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assert report.title == "Haiku RAG"
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assert len(state.context.qa_responses) == 2
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assert any(evt.type == "log" for evt in collected)
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