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An epc_property row can carry a null property_id (FE/historic ingestion persists EPC rows never linked to a property row), so a property_id-keyed read silently misses them. UPRN is the durable key both the property row and the epc_property row share. Repoint the lodged reads (get_for_property + get_for_properties) onto UPRN; the predicted reads stay on property_id because a predicted EPC deep-copies a neighbour's UPRN, so its UPRN column is never the property's own. UPRN is not unique on epc_property, so the read tie-break is now load- bearing (it was dormant under property_id, where the write path guarantees one lodged row per property): the most recently ingested (highest-id) row wins. Write path stays keyed on (property_id, source). Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> |
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| .. | ||
| __init__.py | ||
| test_in_memory_property_overrides_reader.py | ||
| test_landlord_address_resolver.py | ||
| test_landlord_override_overlays.py | ||
| test_override_backed_prediction_attributes_reader.py | ||
| test_override_component_consistency.py | ||
| test_property_override_postgres_repository.py | ||
| test_property_overrides_postgres_reader.py | ||
| test_property_postgres_overlay_hydration.py | ||
| test_property_repository.py | ||