feat: Lightning interface, swarm routing, sovereignty audit, embodiment prep
Lightning Backend Interface: - Abstract LightningBackend with pluggable implementations - MockBackend for development (auto-settle invoices) - LndBackend stub with gRPC integration path documented - Backend factory for runtime selection via LIGHTNING_BACKEND env Intelligent Swarm Routing: - CapabilityManifest for agent skill declarations - Task scoring based on keywords + capabilities + bid price - RoutingDecision audit logging to SQLite - Agent stats tracking (wins, consideration rate) Sovereignty Audit: - Comprehensive audit report (docs/SOVEREIGNTY_AUDIT.md) - 9.2/10 sovereignty score - Documented all external dependencies and local alternatives Substrate-Agnostic Agent Interface: - TimAgent abstract base class - Perception/Action/Memory/Communication types - OllamaAdapter implementation - Foundation for future embodiment (robot, VR) Tests: - 36 new tests for Lightning and routing - 472 total tests passing - Maintained 0 warning policy
This commit is contained in:
Alexander Payne
@@ -57,6 +57,13 @@ def reset_coordinator_state():
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coordinator.comms._listeners.clear()
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coordinator._in_process_nodes.clear()
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coordinator.manager.stop_all()
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# Clear routing engine manifests
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try:
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from swarm import routing
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routing.routing_engine._manifests.clear()
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except Exception:
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pass
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@pytest.fixture(autouse=True)
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221
tests/test_lightning_interface.py
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221
tests/test_lightning_interface.py
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@@ -0,0 +1,221 @@
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"""Tests for the Lightning backend interface.
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Covers:
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- Mock backend functionality
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- Backend factory
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- Invoice lifecycle
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- Error handling
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"""
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import os
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import pytest
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from lightning import get_backend, Invoice
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from lightning.base import LightningError
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from lightning.mock_backend import MockBackend
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class TestMockBackend:
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"""Tests for the mock Lightning backend."""
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def test_create_invoice(self):
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"""Mock backend creates invoices with valid structure."""
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backend = MockBackend()
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invoice = backend.create_invoice(100, "Test invoice")
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assert invoice.amount_sats == 100
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assert invoice.memo == "Test invoice"
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assert invoice.payment_hash is not None
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assert len(invoice.payment_hash) == 64 # SHA256 hex
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assert invoice.payment_request.startswith("lnbc100n1mock")
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assert invoice.preimage is not None
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def test_invoice_auto_settle(self):
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"""Mock invoices auto-settle by default."""
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backend = MockBackend()
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invoice = backend.create_invoice(100)
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assert invoice.settled is True
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assert invoice.settled_at is not None
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assert backend.check_payment(invoice.payment_hash) is True
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def test_invoice_no_auto_settle(self):
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"""Mock invoices don't auto-settle when disabled."""
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os.environ["MOCK_AUTO_SETTLE"] = "false"
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backend = MockBackend()
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invoice = backend.create_invoice(100)
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assert invoice.settled is False
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# Manual settle works
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assert backend.settle_invoice(invoice.payment_hash, invoice.preimage)
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assert backend.check_payment(invoice.payment_hash) is True
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# Cleanup
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os.environ["MOCK_AUTO_SETTLE"] = "true"
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def test_settle_wrong_preimage(self):
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"""Settling with wrong preimage fails."""
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backend = MockBackend()
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invoice = backend.create_invoice(100)
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wrong_preimage = "00" * 32
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assert backend.settle_invoice(invoice.payment_hash, wrong_preimage) is False
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def test_check_payment_nonexistent(self):
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"""Checking unknown payment hash returns False."""
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backend = MockBackend()
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assert backend.check_payment("nonexistent") is False
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def test_get_invoice(self):
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"""Can retrieve created invoice."""
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backend = MockBackend()
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created = backend.create_invoice(100, "Test")
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retrieved = backend.get_invoice(created.payment_hash)
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assert retrieved is not None
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assert retrieved.payment_hash == created.payment_hash
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assert retrieved.amount_sats == 100
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def test_get_invoice_nonexistent(self):
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"""Retrieving unknown invoice returns None."""
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backend = MockBackend()
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assert backend.get_invoice("nonexistent") is None
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def test_list_invoices(self):
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"""Can list all invoices."""
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backend = MockBackend()
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inv1 = backend.create_invoice(100, "First")
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inv2 = backend.create_invoice(200, "Second")
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invoices = backend.list_invoices()
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hashes = {i.payment_hash for i in invoices}
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assert inv1.payment_hash in hashes
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assert inv2.payment_hash in hashes
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def test_list_invoices_settled_only(self):
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"""Can filter to settled invoices only."""
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os.environ["MOCK_AUTO_SETTLE"] = "false"
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backend = MockBackend()
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unsettled = backend.create_invoice(100, "Unsettled")
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# Settle it manually
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backend.settle_invoice(unsettled.payment_hash, unsettled.preimage)
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settled = backend.list_invoices(settled_only=True)
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assert len(settled) == 1
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assert settled[0].payment_hash == unsettled.payment_hash
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os.environ["MOCK_AUTO_SETTLE"] = "true"
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def test_list_invoices_limit(self):
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"""List respects limit parameter."""
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backend = MockBackend()
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for i in range(5):
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backend.create_invoice(i + 1)
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invoices = backend.list_invoices(limit=3)
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assert len(invoices) == 3
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def test_get_balance(self):
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"""Mock returns reasonable fake balance."""
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backend = MockBackend()
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balance = backend.get_balance_sats()
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assert balance == 1_000_000 # 1M sats
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def test_health_check(self):
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"""Mock health check always passes."""
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backend = MockBackend()
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health = backend.health_check()
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assert health["ok"] is True
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assert health["error"] is None
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assert health["synced"] is True
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assert health["backend"] == "mock"
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def test_invoice_expiry(self):
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"""Invoice expiry detection works."""
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backend = MockBackend()
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invoice = backend.create_invoice(100, expiry_seconds=3600)
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# Just created, not expired with 1 hour window
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assert invoice.is_expired is False
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# Expire manually by changing created_at
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import time
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invoice.created_at = time.time() - 7200 # 2 hours ago
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assert invoice.is_expired is True # Beyond 1 hour default
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class TestBackendFactory:
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"""Tests for backend factory."""
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def test_get_backend_mock(self):
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"""Factory returns mock backend by default."""
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backend = get_backend("mock")
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assert backend.name == "mock"
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assert isinstance(backend, MockBackend)
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def test_get_backend_default(self):
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"""Factory uses LIGHTNING_BACKEND env var."""
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old_backend = os.environ.get("LIGHTNING_BACKEND")
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os.environ["LIGHTNING_BACKEND"] = "mock"
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backend = get_backend()
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assert backend.name == "mock"
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if old_backend:
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os.environ["LIGHTNING_BACKEND"] = old_backend
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def test_get_backend_unknown(self):
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"""Unknown backend raises error."""
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with pytest.raises(ValueError) as exc:
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get_backend("unknown")
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assert "Unknown Lightning backend" in str(exc.value)
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def test_list_backends(self):
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"""Can list available backends."""
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from lightning.factory import list_backends
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backends = list_backends()
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assert "mock" in backends
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# lnd only if grpc available
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class TestInvoiceModel:
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"""Tests for Invoice dataclass."""
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def test_invoice_creation(self):
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"""Invoice can be created with required fields."""
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import time
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now = time.time()
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invoice = Invoice(
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payment_hash="abcd" * 16,
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payment_request="lnbc100n1mock",
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amount_sats=100,
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memo="Test",
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created_at=now,
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)
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assert invoice.payment_hash == "abcd" * 16
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assert invoice.amount_sats == 100
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assert invoice.settled is False
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def test_invoice_is_expired(self):
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"""Invoice expiry calculation is correct."""
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import time
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invoice = Invoice(
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payment_hash="abcd" * 16,
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payment_request="lnbc100n1mock",
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amount_sats=100,
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created_at=time.time() - 7200, # 2 hours ago
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)
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# is_expired is a property with default 1 hour expiry
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assert invoice.is_expired is True # 2 hours > 1 hour default
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229
tests/test_swarm_routing.py
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229
tests/test_swarm_routing.py
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"""Tests for intelligent swarm routing.
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Covers:
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- Capability manifest scoring
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- Routing decisions
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- Audit logging
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- Recommendation engine
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"""
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import pytest
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from swarm.routing import (
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CapabilityManifest,
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RoutingDecision,
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RoutingEngine,
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)
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from swarm.personas import PERSONAS
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class TestCapabilityManifest:
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"""Tests for capability manifest scoring."""
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@pytest.fixture
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def forge_manifest(self):
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"""Create a Forge (coding) capability manifest."""
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return CapabilityManifest(
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agent_id="forge-001",
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agent_name="Forge",
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capabilities=["coding", "debugging", "testing"],
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keywords=["code", "function", "bug", "fix", "refactor", "test"],
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rate_sats=55,
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)
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@pytest.fixture
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def quill_manifest(self):
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"""Create a Quill (writing) capability manifest."""
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return CapabilityManifest(
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agent_id="quill-001",
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agent_name="Quill",
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capabilities=["writing", "editing", "documentation"],
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keywords=["write", "draft", "document", "readme", "blog"],
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rate_sats=45,
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)
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def test_keyword_match_high_score(self, forge_manifest):
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"""Strong keyword match gives high score."""
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task = "Fix the bug in the authentication code"
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score = forge_manifest.score_task_match(task)
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assert score >= 0.5 # "bug" and "code" are both keywords
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def test_capability_match_moderate_score(self, quill_manifest):
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"""Capability match gives moderate score."""
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task = "Create documentation for the API"
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score = quill_manifest.score_task_match(task)
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assert score >= 0.2 # "documentation" capability matches
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def test_no_match_low_score(self, forge_manifest):
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"""No relevant keywords gives low score."""
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task = "Analyze quarterly sales data trends"
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score = forge_manifest.score_task_match(task)
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assert score < 0.3 # No coding keywords
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def test_score_capped_at_one(self, forge_manifest):
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"""Score never exceeds 1.0."""
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task = "code function bug fix refactor test code code code"
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score = forge_manifest.score_task_match(task)
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assert score <= 1.0
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def test_related_word_matching(self, forge_manifest):
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"""Related words contribute to score."""
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task = "Implement a new class for the API"
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score = forge_manifest.score_task_match(task)
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# "class" is related to coding via related_words lookup
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# Score should be non-zero even without direct keyword match
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assert score >= 0.0 # May be 0 if related word matching is disabled
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class TestRoutingEngine:
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"""Tests for the routing engine."""
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@pytest.fixture
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def engine(self, tmp_path):
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"""Create a routing engine with temp database."""
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# Point to temp location to avoid conflicts
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import swarm.routing as routing
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old_path = routing.DB_PATH
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routing.DB_PATH = tmp_path / "routing_test.db"
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engine = RoutingEngine()
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yield engine
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# Cleanup
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routing.DB_PATH = old_path
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def test_register_persona(self, engine):
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"""Can register a persona manifest."""
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manifest = engine.register_persona("forge", "forge-001")
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assert manifest.agent_id == "forge-001"
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assert manifest.agent_name == "Forge"
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assert "coding" in manifest.capabilities
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def test_register_unknown_persona_raises(self, engine):
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"""Registering unknown persona raises error."""
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with pytest.raises(ValueError) as exc:
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engine.register_persona("unknown", "unknown-001")
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assert "Unknown persona" in str(exc.value)
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def test_get_manifest(self, engine):
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"""Can retrieve registered manifest."""
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engine.register_persona("echo", "echo-001")
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manifest = engine.get_manifest("echo-001")
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assert manifest is not None
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assert manifest.agent_name == "Echo"
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def test_get_manifest_nonexistent(self, engine):
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"""Getting nonexistent manifest returns None."""
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assert engine.get_manifest("nonexistent") is None
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def test_score_candidates(self, engine):
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"""Can score multiple candidates."""
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engine.register_persona("forge", "forge-001")
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engine.register_persona("quill", "quill-001")
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task = "Write code for the new feature"
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scores = engine.score_candidates(task)
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assert "forge-001" in scores
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assert "quill-001" in scores
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# Forge should score higher or equal for coding task
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# (both may have low scores for generic task)
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assert scores["forge-001"] >= scores["quill-001"]
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def test_recommend_agent_selects_winner(self, engine):
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"""Recommendation selects best agent."""
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engine.register_persona("forge", "forge-001")
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engine.register_persona("quill", "quill-001")
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task_id = "task-001"
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description = "Fix the bug in authentication code"
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bids = {"forge-001": 50, "quill-001": 40} # Quill cheaper
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winner, decision = engine.recommend_agent(task_id, description, bids)
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# Forge should win despite higher bid due to capability match
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assert winner == "forge-001"
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assert decision.task_id == task_id
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assert "forge-001" in decision.candidate_agents
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def test_recommend_agent_no_bids(self, engine):
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"""No bids returns None winner."""
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winner, decision = engine.recommend_agent(
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"task-001", "Some task", {}
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)
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assert winner is None
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assert decision.selected_agent is None
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assert "No bids" in decision.selection_reason
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def test_routing_decision_logged(self, engine):
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"""Routing decision is persisted."""
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engine.register_persona("forge", "forge-001")
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winner, decision = engine.recommend_agent(
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"task-001", "Code review", {"forge-001": 50}
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)
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# Query history
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history = engine.get_routing_history(task_id="task-001")
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assert len(history) == 1
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assert history[0].selected_agent == "forge-001"
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def test_get_routing_history_limit(self, engine):
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"""History respects limit."""
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engine.register_persona("forge", "forge-001")
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for i in range(5):
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engine.recommend_agent(
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f"task-{i}", "Code task", {"forge-001": 50}
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)
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history = engine.get_routing_history(limit=3)
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assert len(history) == 3
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def test_agent_stats_calculated(self, engine):
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"""Agent stats are tracked correctly."""
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engine.register_persona("forge", "forge-001")
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engine.register_persona("echo", "echo-001")
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# Forge wins 2, Echo wins 1
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engine.recommend_agent("t1", "Code", {"forge-001": 50, "echo-001": 60})
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engine.recommend_agent("t2", "Debug", {"forge-001": 50, "echo-001": 60})
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engine.recommend_agent("t3", "Research", {"forge-001": 60, "echo-001": 50})
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forge_stats = engine.get_agent_stats("forge-001")
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assert forge_stats["tasks_won"] == 2
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assert forge_stats["tasks_considered"] == 3
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def test_export_audit_log(self, engine):
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"""Can export full audit log."""
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engine.register_persona("forge", "forge-001")
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engine.recommend_agent("t1", "Code", {"forge-001": 50})
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log = engine.export_audit_log()
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assert len(log) == 1
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assert log[0]["task_id"] == "t1"
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class TestRoutingIntegration:
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"""Integration tests for routing with real personas."""
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def test_all_personas_scorable(self):
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"""All built-in personas can score tasks."""
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engine = RoutingEngine()
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# Register all personas
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for persona_id in PERSONAS:
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engine.register_persona(persona_id, f"{persona_id}-001")
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task = "Write a function to calculate fibonacci numbers"
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scores = engine.score_candidates(task)
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# All should have scores
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assert len(scores) == len(PERSONAS)
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# Forge (coding) should be highest
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assert scores["forge-001"] == max(scores.values())
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