64b800c6cf
Items completed: 1. Merged PR #2 (starlette/httpx deps) 2. Fixed async race condition in multimodal_ui.py 3. Wired TTSAdapter (ElevenLabs, Azure) in API routes 4. Moved super_big_brain.py from core/ to reasoning/ (backward compat shim) 5. Added API authentication middleware (Bearer token via FUSIONAGI_API_KEY) 6. Added async adapter interface (acomplete/acomplete_structured) 7. Migrated FastAPI on_event to lifespan (fixes 20 deprecation warnings) 8. Liquid Neural Networks (continuous-time adaptive weights) 9. Quantum-AI Hybrid compute backend (simulator + optimization) 10. Embodied Intelligence / Robotics bridge (actuator + sensor protocols) 11. Consciousness Engineering (formal self-model with introspection) 12. ASI Scoring Rubric (C/A/L/N/R self-assessment harness) 13. GPU integration tests for TensorFlow backend 14. Multi-stage production Dockerfile 15. Gitea CI/CD pipeline (lint, test matrix, Docker build) 16. API rate limiting middleware (per-IP sliding window) 17. OpenAPI docs cleanup (auth + rate limiting descriptions) 18. Benchmarking suite (decomposition, multi-path, recomposition, e2e) 19. Plugin system (head registry for custom heads) 427 tests passing, 0 ruff errors, 0 mypy errors. Co-Authored-By: Nakamoto, S <defi@defi-oracle.io>
321 lines
10 KiB
Python
321 lines
10 KiB
Python
"""Tests for planning modules."""
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import pytest
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from fusionagi.planning.graph import get_step, next_step, topological_order
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from fusionagi.planning.strategies import dependency_order, get_strategy, linear_order
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from fusionagi.schemas.plan import Plan, PlanStep
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class TestPlanValidation:
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"""Test Plan schema validation."""
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def test_basic_plan_creation(self):
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"""Test creating a basic plan."""
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plan = Plan(
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steps=[
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PlanStep(id="s1", description="First step"),
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PlanStep(id="s2", description="Second step"),
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]
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)
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assert len(plan.steps) == 2
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assert plan.step_ids() == ["s1", "s2"]
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def test_plan_with_dependencies(self):
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"""Test plan with valid dependencies."""
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plan = Plan(
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steps=[
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PlanStep(id="s1", description="First"),
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PlanStep(id="s2", description="Second", dependencies=["s1"]),
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PlanStep(id="s3", description="Third", dependencies=["s1", "s2"]),
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]
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)
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assert plan.steps[2].dependencies == ["s1", "s2"]
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def test_invalid_dependency_reference(self):
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"""Test that invalid dependency references raise error."""
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with pytest.raises(ValueError, match="invalid dependencies"):
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Plan(
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steps=[
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PlanStep(id="s1", description="First"),
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PlanStep(id="s2", description="Second", dependencies=["s999"]),
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]
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)
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def test_duplicate_step_ids(self):
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"""Test that duplicate step IDs raise error."""
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with pytest.raises(ValueError, match="Duplicate step IDs"):
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Plan(
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steps=[
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PlanStep(id="s1", description="First"),
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PlanStep(id="s1", description="Duplicate"),
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]
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)
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def test_circular_dependency_detection(self):
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"""Test that circular dependencies are detected."""
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with pytest.raises(ValueError, match="Circular dependencies"):
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Plan(
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steps=[
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PlanStep(id="s1", description="First", dependencies=["s2"]),
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PlanStep(id="s2", description="Second", dependencies=["s1"]),
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]
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)
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def test_fallback_path_validation(self):
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"""Test fallback path reference validation."""
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# Valid fallback paths
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plan = Plan(
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steps=[
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PlanStep(id="s1", description="First"),
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PlanStep(id="s2", description="Second"),
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],
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fallback_paths=[["s1", "s2"]],
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)
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assert len(plan.fallback_paths) == 1
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# Invalid fallback path reference
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with pytest.raises(ValueError, match="invalid step references"):
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Plan(
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steps=[PlanStep(id="s1", description="First")],
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fallback_paths=[["s1", "s999"]],
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)
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def test_plan_get_step(self):
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"""Test get_step helper."""
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plan = Plan(
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steps=[
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PlanStep(id="s1", description="First"),
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PlanStep(id="s2", description="Second"),
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]
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)
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step = plan.get_step("s1")
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assert step is not None
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assert step.description == "First"
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assert plan.get_step("nonexistent") is None
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def test_plan_get_dependencies(self):
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"""Test get_dependencies helper."""
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plan = Plan(
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steps=[
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PlanStep(id="s1", description="First"),
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PlanStep(id="s2", description="Second"),
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PlanStep(id="s3", description="Third", dependencies=["s1", "s2"]),
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]
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)
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deps = plan.get_dependencies("s3")
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assert len(deps) == 2
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assert {d.id for d in deps} == {"s1", "s2"}
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def test_plan_get_dependents(self):
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"""Test get_dependents helper."""
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plan = Plan(
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steps=[
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PlanStep(id="s1", description="First"),
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PlanStep(id="s2", description="Second", dependencies=["s1"]),
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PlanStep(id="s3", description="Third", dependencies=["s1"]),
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]
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)
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dependents = plan.get_dependents("s1")
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assert len(dependents) == 2
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assert {d.id for d in dependents} == {"s2", "s3"}
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def test_plan_topological_order(self):
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"""Test plan's topological_order method."""
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plan = Plan(
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steps=[
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PlanStep(id="s3", description="Third", dependencies=["s1", "s2"]),
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PlanStep(id="s1", description="First"),
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PlanStep(id="s2", description="Second", dependencies=["s1"]),
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]
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)
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order = plan.topological_order()
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# s1 must come before s2 and s3
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assert order.index("s1") < order.index("s2")
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assert order.index("s1") < order.index("s3")
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# s2 must come before s3
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assert order.index("s2") < order.index("s3")
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class TestPlanGraph:
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"""Test planning graph functions."""
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def test_topological_order_simple(self):
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"""Test simple topological ordering."""
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plan = Plan(
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steps=[
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PlanStep(id="a", description="A"),
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PlanStep(id="b", description="B", dependencies=["a"]),
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PlanStep(id="c", description="C", dependencies=["b"]),
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]
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)
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order = topological_order(plan)
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assert order == ["a", "b", "c"]
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def test_topological_order_parallel(self):
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"""Test topological order with parallel steps."""
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plan = Plan(
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steps=[
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PlanStep(id="root", description="Root"),
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PlanStep(id="a", description="A", dependencies=["root"]),
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PlanStep(id="b", description="B", dependencies=["root"]),
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PlanStep(id="final", description="Final", dependencies=["a", "b"]),
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]
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)
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order = topological_order(plan)
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# root must be first
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assert order[0] == "root"
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# final must be last
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assert order[-1] == "final"
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# a and b must be between root and final
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assert "a" in order[1:3]
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assert "b" in order[1:3]
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def test_get_step(self):
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"""Test get_step function."""
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plan = Plan(
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steps=[
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PlanStep(id="s1", description="Step 1"),
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PlanStep(id="s2", description="Step 2"),
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]
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)
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step = get_step(plan, "s1")
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assert step is not None
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assert step.description == "Step 1"
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assert get_step(plan, "nonexistent") is None
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def test_next_step(self):
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"""Test next_step function."""
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plan = Plan(
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steps=[
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PlanStep(id="s1", description="Step 1"),
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PlanStep(id="s2", description="Step 2", dependencies=["s1"]),
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PlanStep(id="s3", description="Step 3", dependencies=["s2"]),
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]
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)
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# First call with no completed steps - s1 has no deps
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step_id = next_step(plan, completed_step_ids=set())
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assert step_id == "s1"
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# After completing s1 - s2 is available
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step_id = next_step(plan, completed_step_ids={"s1"})
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assert step_id == "s2"
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# After completing s1, s2 - s3 is available
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step_id = next_step(plan, completed_step_ids={"s1", "s2"})
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assert step_id == "s3"
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# All completed
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step_id = next_step(plan, completed_step_ids={"s1", "s2", "s3"})
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assert step_id is None
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class TestPlanningStrategies:
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"""Test planning strategy functions."""
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def test_linear_order(self):
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"""Test linear ordering strategy."""
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plan = Plan(
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steps=[
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PlanStep(id="s1", description="First"),
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PlanStep(id="s2", description="Second"),
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PlanStep(id="s3", description="Third"),
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]
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)
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order = linear_order(plan)
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assert order == ["s1", "s2", "s3"]
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def test_dependency_order(self):
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"""Test dependency ordering strategy."""
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plan = Plan(
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steps=[
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PlanStep(id="s3", description="Third", dependencies=["s2"]),
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PlanStep(id="s1", description="First"),
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PlanStep(id="s2", description="Second", dependencies=["s1"]),
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]
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)
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order = dependency_order(plan)
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assert order.index("s1") < order.index("s2")
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assert order.index("s2") < order.index("s3")
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def test_get_strategy(self):
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"""Test strategy getter."""
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linear = get_strategy("linear")
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assert linear == linear_order
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dep = get_strategy("dependency")
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assert dep == dependency_order
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# Unknown strategy defaults to dependency
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unknown = get_strategy("unknown")
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assert unknown == dependency_order
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class TestPlanSerialization:
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"""Test Plan serialization."""
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def test_to_dict(self):
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"""Test serialization to dict."""
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plan = Plan(
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steps=[
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PlanStep(id="s1", description="Step 1", tool_name="tool1"),
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],
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metadata={"key": "value"},
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)
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d = plan.to_dict()
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assert "steps" in d
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assert len(d["steps"]) == 1
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assert d["steps"][0]["id"] == "s1"
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assert d["metadata"]["key"] == "value"
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def test_from_dict(self):
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"""Test deserialization from dict."""
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d = {
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"steps": [
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{"id": "s1", "description": "Step 1"},
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{"id": "s2", "description": "Step 2", "dependencies": ["s1"]},
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],
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"metadata": {"source": "test"},
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}
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plan = Plan.from_dict(d)
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assert len(plan.steps) == 2
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assert plan.steps[1].dependencies == ["s1"]
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assert plan.metadata["source"] == "test"
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def test_roundtrip(self):
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"""Test serialization roundtrip."""
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original = Plan(
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steps=[
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PlanStep(id="s1", description="First", tool_name="tool_a"),
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PlanStep(id="s2", description="Second", dependencies=["s1"]),
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],
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fallback_paths=[["s1", "s2"]],
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metadata={"version": 1},
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)
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d = original.to_dict()
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restored = Plan.from_dict(d)
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assert restored.step_ids() == original.step_ids()
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assert restored.steps[0].tool_name == "tool_a"
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assert restored.fallback_paths == original.fallback_paths
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